CLIP:  Cuts and samples parts of images and changes scale of B/W images for 
       IMVIS mapping.

Reads an 8 bit image and

(1)   clips and/or samples it as is,

(2)   rescales a b&w image from 0 - 63 and makes a color table from 64 - 255
      with 6 reds, 8 greens and 4 blues

Command Line:

   clip [infile] [irw][icl] [outfile] [rw1][cl1] [orw] [ocl] [sample] [/iop]

where: 
   infile  =   input file name with extension
   irw     =   number of rows in input image
   icl     =   number of columns in input image
   outfile =   output file name without extension
   rw1     =   first row in input image to use in output image
   cl1     =    first column in input image to use in output image
   orw     =   number of rows in output image
   ocl     =   number of columns in output image
   iop     =   /1 for clip and sample: 
               /2 for grey scale compression to 64 and color above

---------------------------------------------------------------------------
CLIP_LBS:   Reads an 8, 16 or 32 bit image and clips and/or samples it      
      making another image which can be used by program TRIGRID.

Command Line:

   clip_lbs [infile] [outfile] [rw1] [cl1] [orw] [ocl] [sample] <path>

 where:

   infile  =   input file name without extension
   outfile =   output file name without extension
   rw1     =   first row in input image to use in output image
   cl1     =   first column in input image to use in output image
   orws    =   number of rows in output image
   ocls    =   number of columns in output image
   sample  =   sample rate  ( 1 for full data )
   path    =   path where data file can be found (optiona)

   Example:

   clip_lbs e_coast va 100 200 1000 1000 10 L:\GLOBE\

This will start at row 100 and column 200 and make a 100x100 pixel image
from the 1000x1000 pixel sub image in described in file  'E_COAST.LBS'.

---------------------------------------------------------------------------

DIGIT :  Uses the GTCO SketchMaster digitizing tablet.  Creates an ASCII    
         .XYC file containing xy points of linework.

Place map on palette and enter 'digit'.

                Button Control        Line Colors

                      /\                1 = red    
                    / 1  \              2 = orange 
                  / ENTER  \            3 = yellow 
                /     &      \          4 = green  
              / \ SAME COLOR  /\        5 = d_green
            /  2  \[yellow] /  4 \      6 = vd_green
          /         \     /        \    7 = blue   
        /             \ /            \  8 = cyan   
        \    CLOSE    / \     END    /  9 = d_cyan 
          \ [white] /  3  \[green] /   10 = d_grey 
            \     /         \    /     11 = m_grey 
              \ /     NEW     \/       12 = l_grey 
                \    COLOR   /         13 = white  
                  \ [blue] /           14 = l_buff 
                    \    /             15 = buff   
                      \/                       
      
Orientation: 
   l  -- plot lines and make an '___.xyc' file -- north up
   L -- plot lines and make an '___.xyc' file -- north to right

---------------------------------------------------------------------------

   DLG2RAW :   Creates a set of RAW files, one layer at a time, for use in the     
            MAPPER mapping  package from the DLG 7 1/2 or 15 minute quads       
            from the 100K CD-ROM digital data series.

   This program uses files transferred from the 100K DLG disk, the output
from  program  DLGSORT run on these files and a control file for the layer
being processed.

      HY -- Hyro (rivers, lakes, islands etc.)
      RD -- Roads (roads, trails, ferry crossings, bridges, etc.)
      MT -- Misc. Transportation (airports, pipelines, etc.)
      RR -- Railroads

You chose a two-character identifier for each set  (frequently the state ID)
and it does the  rest.  This program makes a series of files which may have
up to 99 of one type.  Each  RAW file can contain only 9000 line segments
and after each is filled the last to digits of  the file name are in-
cremented by one and a new file is started.  The file with the most segments
is usually RD4 which is the town and residential streets.  For the state of 
Pennsylvania this will range from PARD401.RAW to PARD448.RAW.

   PARD448 --> PA RD4 48 [id] [type] [sequence number]

Since RAW file will be added to those already in the directory it is a good
idea to remove  all RAW file in the directory before running the program. 
To do this enter :

   del *.raw

Command Line:

   dgl2raw

Comments:

   Use REORDER to prepare files for viewing and MAPPER to view these files.

---------------------------------------------------------------------------

            DLGSORT :    Sorts DLG 7 1/2 or 15 minute quads from the 100K CD-ROM data   
             series by latitude and longitude of the NW corner.  

   This program creates a file named '15min.txt' which is used by program 
DLG2RAW to make lat/lon RAW files from the optional format UTM DLG files. 
Use  the software on the100K DLG data disk to off load one layer of data for
the area you wish  to process.  These DLG files have no file type so the
directory in which you are working must contain no other files with no type.

Before transferring the DLG files from the CD-ROM it is a good idea to
enter:

   del *.

Command Line:

   dlgsort

---------------------------------------------------------------------------

            EIGEN :  Makes eigen vector (principal component score) images of multi     
         spectral data.

Command Line:

   eigen [filename]

   You must give a file name without a type and there must be file of type
'.lbl' of  that name.  The minimum information needed in the label file is
as follows: 

      FILE_TYPE      = IMAGE
      IMAGE_LINES    =  400
      LINE_SAMPLES   =  640
      SET_POINTER    =    6
         canonb1.dat  0  255
         canonb2.dat  0  255
         canonb3.dat  0  255
         canonb4.dat  0  255
         canonb5.dat  0  255
         canonb7.dat  0  255
      END
   
   The 0 and 255 mark the maximum and minimum values which will be conside-
red as data.  Values outside this range will be considered to be missing. 
If any value is missing the entire point is missing.  You may have three
values for 3 point scaling, in which case the first and last will be assumed
to be the data  range.

---------------------------------------------------------------------------

ETOPO5:    Reads the ETOPO5 5 minute elevation model of the earth and       
           creates WVF (Wave Front X,Y,Z) files in various projections and  
           forms.  Output is from a lat/lon rectangle and can be sampled to 
           any density.  Input data is file 'GLOBE16.DAT' which can be found

           on US Geological Survey Open File Report 93-231 -- Data,         
           Software, and Applications for Education and Research in Geology 
           CD-ROM.

Command Line: 

   etopo5 <data path>

Example:

      etopo5 l:\3d\

   Which processes L:\3D\GLOBE16.DAT from the Virginia CD-ROM.

Options:

   Make a sub image in Wave front format:

   1 -- round earth   (part of a sphere)
   2 -- flat/solid (plate carree projection with flat bottom)
   3 -- flat/skin (plate carre projection with thickness)
   4 -- image set -- flat/solid (set of files with same plate carree        
        projection with flat bottom)
   5 -- image set -- flat/skin -- projected (set of files with same pro-    
        jection with thickness)
   6 -- make a sub set for 'trigrid.c'

   a -- check max min of set
   x -- exit program\n

Output can be viewed with program WAVE if WAVEPREP is used first.

---------------------------------------------------------------------------

FILTER:  Filters RAW files so that points are a least a set number of       
         kilometers apart.  Also cuts line segments to size by number of    
         points.

Command Line: 

   filter [filename] [spacing_id] <options>

Example: 

      filter track  1 /c 100  /b

Filters 'track.raw' to 10 km and makes 'tracka.raw' with no vector longer
than 100 points and '/b' means brief.  No status will be printed and it will
run faster.

Spacing: 

   Spacing ID   File Prefix    Spacing (km)
   ----------   -----------    ------------
       1             0            100.0
       2             A             10.0
       3             B              1.0
       4             C              0.1
       5             D              0.01
       6             E              0.001


---------------------------------------------------------------------------

IMVIS:  View and makes color and grey scale images as well as makes XYC     
        files for map making.

Command Line: 

   imvis <options> <path 1> <path 2>

Options: 

(1) /m  [menu.fil] --  menu of file .LBL names and text for identification. 
                       Where 'mnu.fil' can be any file name and type. Menu  
                       File Format: 

   Header
   file1.lbl  Description of file 1 (40 or < char)
   file2.lbl  Description of file 2 (40 or < char)
   file3.lbl  Description of file 3 (40 or < char)
   etc.

   Example: 
   Geologic Images: 
   fig01.lbl Southern bank of the Potomac River
   fig07.lbl Mary Washington Monument, Fredericksburg
   fig23.lbl Prince William Forest Park

(2) /o  [name.lbl] --  Processes one image named after '/o'.

(3) scan -- Displays all images in file for 3 seconds.

      Screen           Screen         Number of
      Width            Heigth             Colors
      -------            --------          ----------
(4)   /X --   640           480      256
(5)   /Y --   640         400      256
(6)   /S --   320           200         256
(7)   /V --   640         480          16
(8)   /E --   640         350             16

---------------------------------------------------------------------------

LATLON :  Converts the ASCII .XYC file from 'digit' to lat/lon file.        
          Creates a user readable .RAW file.  You must give the projection  
          of the paper map that was digitized.  Lists all XYC files in a    
          menu to chose from.


Command Line: 

   latlon

Lists all XYC files in a menu to chose from.

   latlon name

Processes file 'name.xyc'.

The following projections are available: 

                             Mercator    -- m
                  Transverse Mercator    -- u
                     Oblique Mercator    -- o
                Modified Plate Carree    -- p
              Albers Equal-Area Conic    -- a
              Lambert Conformal Conic    -- l
                                Bonne    -- b
                         Orthographic    -- t
                        Stereographic    -- s
                             Gnomonic    -- g
                 Vertical Perspective    -- V
                   Tilted Perspective    -- P
         Lambert Azimuthal Equal-Area    -- L
                Azimuthal Equidistant    -- z
                           Sinusoidal    -- S
                            Polyconic    -- y


---------------------------------------------------------------------------

LBL2TGA :  Allows you to make a raster targa file from .LBL, .PAL, and .DAT 
           files. 

Command Line: 

   lbl2tga filename <options>

Where filename is the name of a LBL file.

Options: 

   /n         --   where n = pixel bits -> 8, 24 or 32
   /r m       --   where m = number of pixel replications (m x m)
   /top       --   starts image at top
   /bottom    --   starts image at bottom

---------------------------------------------------------------------------

LINEFIX :  Line editor which runs off an ASCII .MAP file and binary vector  
           files created above.

Command Line: 

   linefix <options>

Options: 

   /d            -- Uses puck as a mouse
   /a map_name   -- Forces a map file
   /v            -- Runs in standard VGA mode (640x480x16 colors)


---------------------------------------------------------------------------

MAKE5D : Makes and views 5-D image displays from 24-bit images.  Requires a 
         LBL file for the 8-bit color image of the type made by program     
         IMVIS when combining channels.

Command Line:

   make5d <path>

where:  path is location of data files

Example:

   make5d l:\landsat\

LBL Output File Example:

      FILE_TYPE       = IMAGE
      IMAGE_LINES     =  960
      LINE_SAMPLES    = 1280
      IMAGE_POINTER   = 'ls432.dat'
      PAL_POINTER     = 'ls432.pal'
      PALETTE_POINTER = 'ls432.pal'
      SAMPLE_RATE     = 1
      CHANNEL_INPUT:
           RED     = s_ch4.dat Range =  13  32  61
           GREEN   = s_ch3.dat Range =  13  32  61
           BLUE    = s_ch2.dat Range =  13  32  61

where:
   SAMPLE_RATE = 1 for every pixel, 2 for every other pixel etc.
   CHANNEL_INPUT = files containing original data used to make color image.
   RANGE = 1, 50 and 99 percentile points or 0, 128 and 255 DN settings.


---------------------------------------------------------------------------

MAKEBLB:  Converts the flat ASCII .LAB files which contain the color fill   
          information to binary label files.  For use in 'mapper'.

Command Line:

   makeblb name1 name2 name3 etc.

Where name1 will be the name of the BLB file and all ather files will be
processed and  added in order.


---------------------------------------------------------------------------

MAKELAB:  Reverse of MAKEBLB but cuts by lat/lon.

Command Line:

      makelab infile outfile <max lat><min lat><max lon><min lon>

Example:

      makelab geology va_geol 40 36 -75 -84

This will cut out points in the binary geology color file which are located
in Virginia.


---------------------------------------------------------------------------

MAKERAW :  Creates ASCII .RAW files from the binary .BIN and .HDR files and 
           can be used to extract a small subset from a large area file.

Command Line:

   makeraw <infile> <outfile> [MaxLat MinLat MaxLon MinLon]
                   or
   makeraw <infile> <outfile> /p [MaxLat MinLat MaxLon MinLon]

options:

   /a num  -- selects only attribute num or any other number.
   /l num  -- all lines of num or less points will go into outfile.SRT
   MaxLat MinLat MaxLon MinLon    -- processes only lines which may         
                                     intersect lat/lon limits given.
   /p MaxLat MinLat MaxLon MinLon -- processes only points within lat/lon   
                                     limits.
   /P MaxLat MinLat MaxLon MinLon -- processes only points withinlat/lon    
                                     limits and places intermidiate points  
                                     at limits.

PROCESS
(1) ALL LINES AND ALL POINTS:
   makeraw [source name] [dest. name]

(2) ONLY ONE ATTRIBUTE:
   makeraw [source name] [dest. name] /a [attribute number]

(3) ONLY LINES IN OR NEAR A LAT/LON BOX:
   makeraw[source name]  [dest. name]<maxlat><minlat><maxlon><minlon>

(4) ONLY POINTS IN A LAT/LON BOX (RAGGED EDGE):
   makeraw[source name][dest. name]/p<maxlat><minlat><maxlon><minlon>

(5) ONLY POINTS IN A LAT/LON BOX AND INTERPOLATE EDGE POINTS                
              (SMOOTH EDGE):
   makeraw[source name][dest. name]/P<maxlat><minlat><maxlon><minlon>


---------------------------------------------------------------------------


MAPPER  :  Displays the vectors.  Runs off an ASCII .MAP file.  Creates     
           image .XMP files (if running in extended VGA;  .VMP if running in 
           VGA etc.), mapper.MRK files, and ASCII .LAB files.

Command Line:

   mapper <options>

Options:

   /e = EGA
   /v = VGA 640x480x16 colors
   /s = VGA 320x200x256 colors
   /y = Extended VGA 640x400x256 colors
   /x = Extended VGA 640x480x256 colors

   /l [path][file_name].[file_type] = output '.LAB' file of points
   /o [path][file_name].[file_type] = output run information file
   /a [path][file_name] = automatic map load on start
   /p [program_name] = passes control to program from point (S)earch
   /r creates a '.MPR' file with ranges of data for all files then stops
   /h help -- prints this message
   /grid [sample rate] = outputs 'grid.lab' entry for a grid of points
   /screen puts vector screen coordinates in mapper.crd
   save [name.map] creates and saves a map in batch mode
   label [message_up_to_100_characters]

Any path name for data search can by added also, e.g. 

   D:\DATA or \MAPPER\DATA\MAP


---------------------------------------------------------------------------

MAPSPLIN :  Sets up parameters for processing BIN, HDR and ATR files into an
            elevation grid then calls SPLNBIN to process the data.  
   
Command Line:

   mapsplin


---------------------------------------------------------------------------

RASTMAP :  Makes raster map files for printing maps and map keys and for    
           analysis of map data.

Reads a PMP (Paper MaP) file describing the map and the lines, symbols and
text to be plotted on the map and creates, edits and prepares for printing
maps and keys.

Input files: PMP, RMP, LBL, HDR, BIN, BLB, GRF
Output files:  PAL, KMP, XYC, LBL and RMP

Command Line options (in normal order of use):

   /M --> Make a PMP (paper map instruction) file from a MAP file
   /m  --> make RMP (raster map) base file
   /e   --> edit RMP (raster map) base file
   /a   --> measure area of colors on map
   /f    --> make final RMP (raster map) print file over base file
   /k   --> make KMP (map key)

/M   Makes a PMP (Paper MaP) file from a MAP file.  This needs to be edited 
     with a word processor to remove duplicate file names with filter scale 
     suffixes and to turn on vectors (lines) to be plotted.


/m   Reads the PMP file and makes the RMP (raster map file) onto which all  
     other data are plotted.  Also makes an LBL and PAL file all with the   
     same name as the PMP file.  The RMP file should be compressed as a back 
     up.

PMP file entries required to define map:

   LINE_COLOR <hex num> = <color name> <red> <green> <blue>
   BACKGROUND_COLOR = <color name>
   CONTACT_COLOR = <color name>
   PROJECTION = <Letter Id>
   <Var 1> <value>
   <Var 2> <value>
     .  .     .
     .  .     .
   <Var N> <value>
     
   where:

   Projection Letter Id:
   Mercator -- m                  Stereographic -- s
   Transverse Mercator -- u       Gnomonic -- g
   Oblique Mercator -- o          Vertical Perspective -- V
   Modified Plate Cree -- p       Tilted Perspective -- P
   Albers Equal-Area Conic -- a   Lambert Azimuthal Equal-Area -- L
   Lambert Conformal Conic -- l   Azimuthal Equidistant -- z
   Bonne -- b                     Sinusoidal -- S
   Orthographic -- t              Polyconic -- y


   -----------------------------------------------------------------
                                     Required Variables marked by '*'
   Variable Description      Var    m u o p a l b t s g V P L z S y
   ------------------------- ------- -------------------------------
   central latitude(deg)     LAT_0  . * . * * * . . . . . . . . . *
   central longitude(deg)    LON_0  * * . * * * * * * * * * * * * *
   1st stand. parallel(deg)  LAT_1  . . * . * * * * * * * * * * . .
   2nd stand. parallel(deg)  LAT_2  . . * . * * . . . . . . . . . .
   1st point longitude(deg)  LON_1  . . * . . . . . . . . . . . . .
   2nd point longitude(deg)  LON_2  . . * . . . . . . . . . . . . .
   scale factor usually 1)   K0     . . . . . . . . * . . . . . . .
   viewing altitude(km)      H      . . . . . . . . . . * * . . . .
   viewing azimuth(N=0)(deg) GAMMA  . . . . . . . . . . . * . . . .
   viewing angle(down=0)(deg)OMEGA  . . . . . . . . . . . * . . . .

   LAT_UPPER_LEFT_CORNER = <degrees ('-' for south)>
   LON_UPPER_LEFT_CORNER = <degrees ('-' for west)>
   LAT_LOWER_RIGHT_CORNER = <degrees ('-' for south)>
   LON_LOWER_RIGHT_CORNER = <degrees ('-' for west)>
   PIXEL_SIZE = <size in meters> m

   PMP file entries required to plot map:
   AREA_COLOR <number> <intensity> <hue> <saturation> <Id> [text]
   PLOT_CONTACT <BIN file name>
   FILL_POLYGONS <BLB file name>


/e   Edits the map and previews final printing also makes and edits BLB     
     files.  After editing file compress it with and without contacts for   
     future use.  RMP file required for this step.

PMP file entries used to plot map:

   PLOT_LINE_PATTERN  <name> [text]
   ROW_COL_HOTROW = <rows> <columns> <row between dots>
   <pattern of asterisks (*) and hex numbers (0 to f)>
   
   PLOT_LINE     <BIN file name and path> <color name> [text]
   PLOT_GRAPH    <GRF file name>
   PLOT_BLB_TEXT <BLB file name> <Font file name> <size>


---------------------------------------------------------------------------

REMARK  :  Adds the appropriate number of  underscores ( _ ) to a name      
           within the mapper.MRK file.  Used in the .GRF file.

File mapper.mrk:

   Madison_  45.579738  -89.842150 Madison_
      _Linton  45.615731  -89.816872 _Linton

becomes file remark.mrk:

      Madison_________ 45.579738  -89.842150 Madison_
      ________Linton 45.615731  -89.816872 _Linton

 so that the city name will be to one side of the city symbol.


---------------------------------------------------------------------------

REORDER :  Converts the ASCII .RAW file to machine-readable binary .HDR,    
           .ATR, and .BIN files.

Command Line:

      reorder in_name style </b>

where style:

   p -- order of line segments remains unchanged
   r -- reorders line segments from east to west
   R -- reorders line segments from east to west and removes duplicates
   in_name -- a single name or with wild cards
   /b -- brief (quiet mode, runs faster)

Examples:
   reorder strm01 r
   reorder strm* p /b
   reorder ??strm* R


---------------------------------------------------------------------------

SHOW :  Shows film loops. Program 'show' displays a sequence of quarter     
        screen images all of which use the same palette (or color look up   
        table).  Before you can use this program you must run program       
        'showprep' which reads a series of '.dat' files. 

Command Line:

   show

or

   show [shw_name]


---------------------------------------------------------------------------


SHOWPREP :  Makes film loops from 640x480 images.

Command Line:

   showprep name*

or 

   showprep name???

or 

   showprep /script name.spt

where .SPT format is:

         file01.dat message_01
            file02.dat message_02
            etc.   

and message can be up to 39 characters long   

   The name must contain wild cards (option 1&2) to identify a series of  
'.dat' files.  The files will be processed in alphabetical order (except
option 3)


---------------------------------------------------------------------------

SPLNBIN :  Processes BIN, HDR and ATR files into a set of LBS and a D64     
           files by splineing, then calls TRIGRID to make a WVF file.       
           SPLNBIN calls TRIGRID automatically.

Command Line:

   splnbin [in][out][lat][lon][dlat][dlon][nlat][nlon][flex] <optns>

where:
   in     -- input file name (without extention)
   out    -- output file name (without extention)
   lat    -- upper left corner latitude
   lon    -- upper left corner longitude
   dlat   -- latitude spacing of lines in degrees
   dlon   -- longitude spacing of lines in degrees
   nlat   -- number of latitude lines
   nlon   -- number of longitude lines
   flex   -- spline flexibility (0.0 for no curve to 1.0 for max curve)

Options:
                         To Use          Default
   Extrapolation -------- /e  ON  NO_USE   OFF USE
   Isopleth Violations -- /v  OFF                 ON
   Spline Border -------- /b OFF                  ON

  or use program MAPSLIN to set up data and call this program automatically.


---------------------------------------------------------------------------

THINPTS :  Converts PTS files (tables of Z with lat/lon) to V (vertex) files

Command Line to Count Points Only:

      thinpts [in_file]

Command Line Process Points:

      thinpts [in_file] [thin_number] <max_pts>

 where:
   in_file     -- input file name with file type
   thin_number -- floating point number of ratio of points to save (must be 
                  1.0 or greater)
   max_pts     -- optional resetting of maximum number of points (default is 
                  %ld)


---------------------------------------------------------------------------

THINRAW :  Converts RAW files to V (vertex) files.

Command Line to Count Points Only:

   thinraw [raw_name]

Command Line Process Points:

      thinraw [in_file] [out_file] [thin_number] <max_pts>
   
 where:

   in_file     -- input '.raw' file name without file type
   out_file    -- name of output file ( type will be made '.v' )
   thin_number -- floating point number of ratio of points to save (must be 
                  1.0 or greater)
   max_pts     -- optional resetting of maximum number of points (default is 
                  14,000)


---------------------------------------------------------------------------

TRIGRID :   Reads an LBS (surface label) file and uses the information to   
            process the elevation grid into a WVF (Wave Front X,Y,Z) file.

Example of LBS:

      FILE_TYPE          = ELEVATION_ARRAY
      UPPER_LEFT_LAT     = 36.25000
      UPPER_LEFT_LON     = -122.75000
      DELTA_LAT          = 0.002000
      DELTA_LON          = 0.002000
      NUMBER_OF_LAT      = 120
      NUMBER_OF_LON      = 240
      DATA_TYPE          = float
      DATA_SIZE          = 4 bytes
      DATA_FILE_POINTER  = 'm102.D64'
      MISSING_DATA_VALUE = -99.0 (if needed)
      LOWER_RIGHT_LAT    = 36.01200 (optional)
      LOWER_RIGHT_LON    = -122.51200 (optional)
      IMAGE_LINES        = 120 (optional)
      LINE_SAMPLES       = 240 (optional)
      MAXIMUM_Z          = -2021.94263 (optional)
      MINIMUM_Z          = -3482.91040 (optional)
      SPLINE_FLEXIBILITY = 0.20000 (other remarks as needed)

where data type and size must be one of following:

         unsigned char   1 byte                 0 to 255
         char            1 byte              -128 to 127
         unsigned short  2 bytes                0 to 65,536
         short           2 bytes          -32,768 to 32,767
         unsigned long   4 bytes                0 to 4,294,967,296
         long            4 bytes   -2,147,483,648 to 2,147,483,647
         float           4 bytes           -1E-38 to 1E38
         double          8 bytes           -1E307 to 1E307

float allows 7 significant figures while double allows 15.


---------------------------------------------------------------------------

TRIMAKE :  Performs Delaunay triangulation of a set of points in a V file.  
           Coincident points ate rejected.  Makes W and WVF files for       
           Viewing 3-D objects.

Command Line:

   trimake input output

where:

       input  -- input file vertices (V)
       output -- output file triangles (W) and wave front (WVF)


---------------------------------------------------------------------------

VIEW3D  :  Makes Red/Blue 3-D images viewable.  It reads a 3D file made by  
           program WAVE and creates a Red/Blue 3-D image set viewable by    
           imvis or for processing in SHOWPREP for program SHOW.

Command Line for Batch:

   view3d infile

Command Line for Menu:

   view3d


---------------------------------------------------------------------------

VIEW5D  :  Views images made by MAKE5D.


---------------------------------------------------------------------------

WAVE  :  Views 3-D images and makes a variety of image files.

Command Line Options:

   wave /pc  <------------------------ Pseudo Color for option 'r'
   wave /ct  <------------------------ Contour + Render option 'r'
   wave /cto <------------------------ Contour Only option 'r'
   wave /auto [filename.ctl]  <------- Scripts rendered images
   wave /auto [filename.ctl] /pc <---- Scripts pseudo color images
   wave /auto3d [filename.ctl]   <---- Scripts red/blue 3d images
   wave /auto3dc [filename.ctl]  <---- Scripts half tone stereo             
                                       images   
   wave /auto3d [filename.ctl] /pc <-- Scripts pseudo color stereo          
                                       images

Reads a wave front formatted file and makes a binary file all numbers are
floats.

   verticies                   normal

   x1,y1,z1,x2,y2,z2,x3,y3,z3, i1,j1,k1,i2,j2,k2

If file 'wave.lit' is present, the location and brightness of two lights can
be set as well as the background color of the image.

   1.0  1.0  1.0    sun location
   1.00             sun brite
   -1.0 -1.0  -1.0  moon location
   0.00             moon brite
   0.05             backlite
   64 32 16         background color
CONTROL FILE:

   input = [filename]   the type must be '.bwv' but is not needed
   rot_x -90            pushes top of image back 90 degrees
   rot_y  90            pushes right side of image back 90 degrees
   rot_z  25            rotates image 25 degrees counter clockwise
   move_x 0.25          moves image to right 0.25 inches
   move_y 0.25          moves image up 0.25 inches
   move_z 0.25          moves image out of screen right 0.25 inches
   set_size 50          sets image scale to 50 pixels/inch
   scale_size 0.95      reduces images scale by 5%
   set_view 2500        sets viewing point 2500 pixels from screen          
						      (2500/50 = 50 inches)
   scale_view 1.05      moves view point out 5%
   vertical 2.0         doubles the z axis
   output = [filename]  name of '.3d' file 
   plot                 makes the 'filename.3d' image file
   mesh                 makes a mesh for checking file

PSEUDO COLOR FILE:

'mont_y.pc':
   
   0.0 = mid_z
   49.644 scale km/in
   50.00 last vertical exaggeration
   0.500 shadow brightness
   min         max     r     g     b
   1.000      1.500   255   128     0
   0.500      1.000   255   255     0
   0.000      0.500     0   255     0
   -1.000     0.000   128   255   255
   -2.000    -1.000   128   255   255
   -3.000    -2.000   106   191   255
   -4.000    -3.000    85   128   255
   -5.000    -4.000    64    64   255
   -6.000    -5.000   128     0   255
   
CONTOUR COLOR FILE:

   'test.ctr'
   
   -2.756676392 = mid_z (km)
   3.016983 scale km/in
   10.00 last vertical exaggeration
   height(km)   r   g   b
   0.000       255 255 255
   0.250         0   0   0
   0.500         0   0   0
   0.750         0   0   0
   1.000       255 255 255
   1.250         0   0   0
   1.500         0   0   0
   1.750         0   0   0
   2.000       255 255 255
   2.250         0   0   0
   2.500         0   0   0


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WAVEPREP :  Prepares WVF files for binary input into WAVE for display.


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XMP2LBL :  Creates an ASCII label file from the .XMP files created by       
           'mapper'. .LBL files used with 'imvis'.


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XY :  Converts map or image coordinate files (XYC) to earth coordinate files 
      (RAW). 


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