p.map(1)		      Grass User's Manual		      p.map(1)



NNAAMMEE
       _p_._m_a_p - Hardcopy color map output utility.

       _(_G_R_A_S_S _H_a_r_d_c_o_p_y _O_u_t_p_u_t _P_r_o_g_r_a_m_)

SSYYNNOOPPSSIISS
       pp..mmaapp

       pp..mmaapp hheellpp

       pp..mmaapp [iinnppuutt==_n_a_m_e] [ssccaallee==_m_a_p_s_c_a_l_e]

DDEESSCCRRIIPPTTIIOONN
       _p_._m_a_p  produces hardcopy color map products on your system's color out-
       put device. Output can include a raster map, any number of vector over-
       lays, site data, text labels, and other spatial data.

       This  program has 2 distincts modes of operation. The command-line mode
       requires the user to prepare a file of mapping instructions  describing
       the various spatial and textual information to be printed prior to run-
       ning _p_._m_a_p.  The interactive mode  (i.e.,  no  command-line  arguments)
       will  prompt  the  user for items to be mapped and does not require the
       user to prepare a file of instructions.

       The command-line parameters are:

       iinnppuutt==_n_a_m_e
	   File containing mapping instructions. (or enter  iinnppuutt==--  to  enter
	   from keyboard). These instructions are described in detail below.

       ssccaallee==_m_a_p_s_c_a_l_e
	   Scale of the output map, e.g. 1:25000

	   Default: 1panel

       This  parameter	is  provided  as a convenience. It is identical to the
       _s_c_a_l_e mapping instruction described below.


       Note: the user must select an output device using _p_._s_e_l_e_c_t before  run-
       ning _p_._m_a_p. Also, the _p_r_e_v_i_e_w device can be selected to view the output
       from _p_._m_a_p on the graphics monitor instead of sending  it  to  a  paper
       printer.

MMAAPPPPIINNGG IINNSSTTRRUUCCTTIIOONNSS
       The mapping instructions allow the user to specify various spatial data
       to be plotted. These instructions are normally prepared	in  a  regular
       text  file  using  a  system  editor. Some instructions are single line
       instructions while others are multiple line. Multiple line instructions
       consist of the main instruction followed by a subsection of one or more
       additional instructions.

ccoolloorrmmooddee
       Selects the appropriate method to color raster map layers and images.



       There are two methods: _a_p_p_r_o_x_i_m_a_t_e and _b_e_s_t_. From a  user  perspective,
       _a_p_p_r_o_x_i_m_a_t_e can be used for raster map layers with few categories, such
       as soils, and _b_e_s_t should be used for images  like  LANDSAT  images  or
       NHAP  photos, or maps with many categories. The _a_p_p_r_o_x_i_m_a_t_e mode treats
       each pixel independently, giving it the printer color that best approx-
       imates  the  true  color.  The  _b_e_s_t mode "blends" colors from pixel to
       pixel using a dithering technique to  simulate  more  colors  than  the
       printer can actually print. The default, if unspecified, is _b_e_s_t_.

       This  example would select the _a_p_p_r_o_x_i_m_a_t_e colormode. The assumption is
       that the raster map layer being printed is has few colors or  that  the
       colors would not look good dithered.

	       ccoolloorrmmooddee approx



ccoolloorrttaabbllee
       Includes  the  color table for the raster map layer in the legend below
       the map



       The color table will display the colors for each raster map layer cate-
       gory  value and the category label. To get a color table, you must have
       previously requested  a	raster	map  layer.  Omitting  the  ccoolloorrttaabbllee
       instruction would result in no color table. NNoottee: Be careful about ask-
       ing for color tables for raster map layers which have many  categories,
       such  as  elevation.  This could result in the printing of an extremely
       long color table!!!!!

       This example would print a color table as part of  the  legend  to  the
       map.

	       ccoolloorrttaabbllee y



ccoommmmeennttss
       Prints  comments  beneath the map . You may submit comment text line by
       line during _p_._m_a_p execution or a via a prepared comments file.

	       comments
	       eenndd


       This example prints the comment "This is a comment" in the legend below
       the map.

	       ccoommmmeennttss
	       This is a comment.
	       eenndd


       This  example prints whatever is in the file _v_e_g_._c_o_m_m_e_n_t_s in the legend
       below the map.

	       rraasstteerr vegetation
	       ccoommmmeennttss veg.comments
	       eenndd


       Presumably, the file _v_e_g_._c_o_m_m_e_n_t_s contain comments  pertaining  to  the
       raster map layer _v_e_g_e_t_a_t_i_o_n, such as "This map was created by classify-
       ing a LANDSAT TM image".

ddeeffppaatt
       Defines area fill patterns to be used in the _s_e_t_p_a_t instruction.

	       pattern
	       ccoolloorr # color
	       eenndd


       The pattern is given a name on the _d_e_f_p_a_t instruction line. The pattern
       which  follows  is  composed  of a sequence of numbers 0-9 (and blanks,
       which are equivalent to 0). The blanks or zeros indicate holes  in  the
       pattern where the normal category color would show thru. The other num-
       ber 1-9 indicate pattern pixels and can	be  assigned  any  color.  The
       default	color  for  all the digits will be black unless specified with
       the _c_o_l_o_r instruction.  The color option will  begin  by  entering  the
       word _c_o_l_o_r followed by one of the digits (1-9) in the pattern, followed
       by one of the NAMED COLORS. This should be repeated  for  each  of  the
       digits  specified  to avoid using black. The instruction _e_n_d terminates
       the pattern definition.	Of course, the user can define	more  patterns
       by entering more _d_e_f_p_a_t instructions.

       NNOOTTEE::  Do  NOT  indent the pattern. Leading blank spaces will be inter-
       preted as 0's.

       This example creates a black horizontal line pattern.

	       ddeeffppaatt horiz
	       1
	       0
	       0
	       0
	       ccoolloorr 1 black
	       eenndd


       This example creates a green vertical line pattern.

	       ddeeffppaatt vert
	       1000
	       ccoolloorr 1 green
	       eenndd


       This example creates a red diagonal line pattern.

	       ddeeffppaatt diag
	       00001
	       0001
	       001
	       01
	       1
	       ccoolloorr 1 red
	       eenndd


       This example creates a two-toned tree pattern with  orange  trunks  and
       green leaves.

	       ddeeffppaatt tree
		    2
		   222
		  22122
		 22 1 22
		    1



			      2
			     222
			    22122
			   22 1 22
			      1
	       ccoolloorr 1 orange
	       ccoolloorr 2 black
	       eenndd



eennddppaanneell
       Specifies  which  panel	number	to end printing. The default is 0, and
       will print all panels from the startpanel to the last panel.

	       eennddppaanneell 4


       This example would end output at panel 4.

ggrriidd
       Overlays a coordinate grid onto the output map.

	       ccoolloorr color
	       nnuummbbeerrss # [color]
	       eenndd


       The ssppaacciinngg of the grid is given (in the geographic  coordinate	system
       units)  on the main instruction line. The subsection instructions allow
       the user to specify the ccoolloorr of the  grid  lines,  whether  coordinate
       nnuummbbeerrss	should	appear	on  the  grid lines, and if they should appear
       every grid line (1), every other grid line (2), etc.,  and  what  color
       the numbers should be. The defaults are black grid lines, unnumbered.

       This  example would overlay a green grid with a spacing of 10000 meters
       (for a metered database, like UTM) onto the output map. Alternate  grid
       lines would be numbered with red numbers.

	       ggrriidd 10000
	       ccoolloorr green
	       nnuummbbeerrss 2 red
	       eenndd



llaabbeellss
       Selects a labels file for output (see manual entry for _p_._l_a_b_e_l_s_)_.

       This example would paint labels from the labels
       file called
       _t_o_w_n_._n_a_m_e_s. Presumably, these labels would indicate
       the names of towns on the map.

	       llaabbeellss town.names


lliinnee
       Draws lines on the output map.

	       lliinnee x% y% x% y%
	       ccoolloorr color
	       wwiiddtthh #
	       mmaasskkeedd [y|n]
	       eenndd


       The  beginning  and  ending  points of the line are entered on the main
       instruction.  These points can be defined either by map coordinates  or
       by  using percentages of the geographic region. The user may also spec-
       ify line ccoolloorr, wwiiddtthh in pixels, and if the line is to be mmaasskkeedd by the
       current mask.  (See manual entry for _r_._m_a_s_k for more information on the
       mask.)

       This example would draw a yellow line from the point x=10% y=80% to the
       point  x=30%  y=70%.  This line would be 2 pixels wide and would appear
       even if there is a mask.

	       lliinnee 10% 80% 30% 70%
	       ccoolloorr yellow
	       wwiiddtthh 2
	       mmaasskkeedd n
	       eenndd


       Of course, multiple lines may be drawn with multiple _l_i_n_e instructions.

oouuttlliinnee
       Outlines the areas of a raster map layer with a specified color.

	       ccoolloorr  color
	       eenndd


       Distinct  areas	of  the  raster  map will be separated from each other
       visually by drawing a  border  (or  outline)  in  the  specified  ccoolloorr
       (default:  black). Note: it is important the user enter the instruction
       eenndd even if a color is not chosen. (It is hoped that in the future  the
       outline	of  a  different raster map layer other than the one currently
       being painted may be placed on the map.)

       This example would outline the category areas of the _s_o_i_l_s  raster  map
       layer in grey.

	       rraasstteerr soils
	       oouuttlliinnee
	       ccoolloorr grey
	       eenndd



ppooiinntt
       Places additional points or icons on the output map.

	       ppooiinntt x% y%
	       ccoolloorr color
	       iiccoonn iconfile|_l_i_s_t
	       ssiizzee #
	       mmaasskkeedd [y|n]
	       eenndd


       The  point  location  is entered in the main instruction line by giving
       either the map coordinates or by using percentages  of  the  geographic
       region.	The user may also specify the point ccoolloorr, the iiccoonn file to be
       used to represent the point location (see  the  the  manual  entry  for
       _p_._i_c_o_n_s_),  the  ssiizzee of the icon in integer multiples of the pattern in
       the icon file, and whether the point is to be  mmaasskkeedd  by  the  current
       mask. (See manual entry for _r_._m_a_s_k for more information on the mask.)

       This  example  would place a purple diamond (from icon file _d_i_a_m_o_n_d) at
       the point (E456000 N7890000). This diamond would be the same size it is
       in the diamond icon file and would not be masked by the current mask.

	       ppooiinntt 456000 7890000
	       ccoolloorr purple
	       iiccoonn diamond
	       ssiizzee 1
	       mmaasskkeedd n
	       eenndd
       Of course, multiple points may be drawn with multiple
       _p_o_i_n_t instructions.

rraasstteerr
       Selects a raster map layer for output.

       For each _p_._m_a_p run, only one raster map layer can be requested.
       If  no  raster  map  layer is requested, a completely white map will be
       produced.
       It can be useful to select no raster map layer in order	to  provide  a
       white
       background for vector images.

       This example would paint a map of the raster
       map layer _s_o_i_l_s.

	       rraasstteerr soils


rreeaadd
       Provides _p_._m_a_p with a previously prepared input stream.

       Mapping instructions can be placed into a file and read into
       _p_._m_a_p_.

       NNoottee::_p_._m_a_p will not search for this file. The user must
       be in the correct directory or specify the full path on the rreeaadd
       instruction.  (Note  to /bin/csh users: ~ won't work with this instruc-
       tion).

       This example reads the UNIX file _p_m_a_p_._r_o_a_d_s into _p_._m_a_p.
       This file may contain all the _p_._m_a_p instructions for placing the
       vector map layer _r_o_a_d_s onto the output map.

	       rreeaadd pmap.roads
       The user may have created this file because this vector	map  layer  is
       particularly
       useful for many _p_._m_a_p outputs. By using the rreeaadd option,
       the user need not enter all the input for the vveeccttoorr instruction,
       but  simply rreeaadd the previously prepared file with the correct instruc-
       tions.

rreeggiioonn
       Places the outline of a smaller geographic region on the output.

	       ccoolloorr color
	       wwiiddtthh #
	       eenndd
       Geographic region settings are created and saved using _g_._r_e_g_i_o_n.
       The _p_._m_a_p _r_e_g_i_o_n option can be used to show an outline of
       a smaller region which was printed on a separate run of _p_._m_a_p on
       other user-created maps.

       The user can specify the ccoolloorr and the wwiiddtthh (in pixel
       units) of the outline. The default is  a  black	border	of  one  pixel
       width.

       This  example  would  place a white outline, 2 pixels wide, of the geo-
       graphic
       region called _f_i_r_e_._z_o_n_e_s onto the output map. This geographic region
       would have been created and saved using _g_._r_e_g_i_o_n.

	       rreeggiioonn fire.zones
	       ccoolloorr white
	       wwiiddtthh 2
	       eenndd


ssccaallee
       Selects a scale for the output map.

       The scale can be selected either as:

       a relative ratio, e.g. 1:25000;

       an absolute width of the printed map, e.g. 10 inches;

       the number of printed paper panels, e.g. 3 panels;

       the number of miles per inch, e.g. 1 inch equals 4 miles.




       This example would set the scale of the map to 1 unit = 25000 units.

	       ssccaallee 1:25000


sseettccoolloorr
       Overrides the color assigned to one or more categories  of  the	raster
       map
       layer.

       This example would set the color for categories 2,5 and 8 of the raster
       map layer _w_a_t_e_r_s_h_e_d_s to white and category 10 to green. (NNOOTTEE:
       no spaces are inserted between the category values.)

	       rraasstteerr watersheds
	       sseettccoolloorr 2,5,8 white
	       sseettccoolloorr 10 green


       Of course, _s_e_t_c_o_l_o_r can be requested more than  once  to  override  the
       default	color for additional categories. More than one category can be
       changed for each request by listing all the category  values  separated
       by commas (but with no spaces).

sseettppaatt
       Assigns	a (previously defined) pattern on a raster map layer category.

	 or    sseettppaatt _b_u_i_l_t_i_n
	 or    sseettppaatt _a_l_l
       The user can choose to use: the name  of  a  specific  pattern  created
       using
       ddeeffppaatt (see above); the patterns built into _p_._m_a_p; or all
       the patterns the user may have created.

       This example assigns the vertical pattern created using
       ddeeffppaatt
       (see example in ddeeffppaatt above) to category 3 of the raster map layer
       _v_e_g_e_t_a_t_i_o_n and the tree pattern (see example in ddeeffppaatt above)
       to category 10.

	       rraasstteerr veg
	       sseettppaatt 3 vert
	       sseettppaatt 10 tree
       This example reads a previously prepared UNIX file
       _h_o_r_i_z_._p_a_t with
       the correct ddeeffppaatt instructions for creating a black horizontal
       pattern (see example in
       ddeeffppaatt above) and assigns that pattern to
       category 5 of the raster map layer _s_o_i_l_s via the sseettppaatt instruction.

	       rraasstteerr soils
	       rreeaadd horiz.pat
	       sseettppaatt 5 horiz
       To select the builtin patterns:

	       rraasstteerr soils
	       sseettppaatt builtin
       To select individual builtin patterns:

	       rraasstteerr soils
	       sseettppaatt 5 #1
	       sseettppaatt 10 #2


ssttaarrttppaanneell
       Specifies  at  which  panel  number to begin printing. Default is 0 and
       would
       start printing from the first panel.

	       ssttaarrttppaanneell 2
       This example would begin printing at panel 2.

ssiitteess
       Selects sites data to be placed on the output map (see manual entry for
       _s_._m_e_n_u).

	       ccoolloorr color
	       iiccoonn iconfile |_l_i_s_t
	       ssiizzee #
	       ddeesscc [y|n]
	       eenndd
       The user may specify the the ccoolloorr of the sites (see section on
       NAMED COLORS below); the iiccoonn to be used to represent the presence
       of a site (see the manual entry for _p_._i_c_o_n_s);
       the ssiizzee of the icon (number of times larger than the size it is
       in the icon file); and whether or not the ddeessccription associated
       with each site is also to be printed.

       This example would paint a sites map with blue
       windmills (from an icon file created by the user using the
       _p_._i_c_o_n_s
       GRASS  command)	placed	at all windmill locations (from a sites list).
       These
       windmills would be two times larger than the size of the  icon  in  the
       icon
       file  and  have	descriptions  from  the sites list file printed beside
       them.

	       ssiitteess windmills
	       ccoolloorr blue
	       iiccoonn windmill
	       ssiizzee 2
	       ddeesscc y
	       eenndd


tteexxtt
       Places text on the map.

	       tteexxtt  x% y% text
	       ffoonntt fontname
	       ccoolloorr color|none
	       wwiiddtthh #
	       hhccoolloorr color|none
	       hhwwiiddtthh #
	       bbaacckkggrroouunndd color|none
	       bboorrddeerr color|none
	       ssiizzee #
	       rreeff reference point
	       xxooffffsseett #
	       yyooffffsseett #
	       ooppaaqquuee [y|n]
	       eenndd
       The user specifies where the text will be placed by providing map coor-
       dinates
       or  percentages	of  the  geographic region map. The text follows these
       coordinates
       on the same instruction line. More than one line of text can be	speci-
       fied
       by notating the end of a line with
       \\nn (e.g. USA\nCERL).

       The user can then specify various text features:

       ffoonntt:: cyrilc gothgbt gothgrt gothitt greekc greekcs greekp greeks
       italicc	italiccs  italict  romanc romancs romand romans romant scriptc
       scripts
       (The default font is romans);

       ccoolloorr (see NAMED COLORS);

       wwiiddtthh of the lines used to draw the text (to make thicker letters);

       ssiizzee as the vertical height of the letters in meters on the ground
       (text size will grow or shrink depending on the scale at which the map
       is painted);

       the highlight color (hhccoolloorr) and the width of the highlight color
       (hhwwiiddtthh);

       the text-enclosing-box bbaacckkggrroouunndd color; the text box bboorrddeerr
       color;

       rreeff.. This reference point specifies the text handle - what part
       of the text should be placed on the location specified by the map coor-
       dinates.
       Reference points can refer to: [lower|upper|center] [left|right|center]
       of the text to be printed;

       yyooffffsseett, which provides finer placement of text by shifting the
       text a vertical distance in pixels from the specified north. The verti-
       cal
       offset will shift the location to the south if positive, north if nega-
       tive;

       xxooffffsseett, which shifts the text a horizontal distance in pixels
       from the specified east The horizontal offset will shift  the  location
       east
       if positive, west if negative;

       whether or not the text should be ooppaaqquuee to vectors. Entering
       nnoo to the opaque option will allow the user to see any vectors which
       go  through  the text's background box. Otherwise, they will end at the
       box's
       edge.

       This example would place the text
       _S_P_E_A_R_F_I_S_H _L_A_N_D _C_O_V_E_R at the
       coordinates E650000 N7365000. The text would be a  total  of  3	pixels
       wide
       (2  pixels of red text and 1 pixel black highlight), have a white back-
       ground
       enclosed in a red box, and be 500 meters in size. The lower right  cor-
       ner
       of  the	text would be centered over the coordinates provided. All vec-
       tors
       on the map would stop at the border of this text.

	       tteexxtt 650000 7365000 SPEARFISH LAND COVER
	       ffoonntt romand
	       ccoolloorr red
	       wwiiddtthh 2
	       hhccoolloorr black
	       hhwwiiddtthh 1
	       bbaacckkggrroouunndd white
	       bboorrddeerr red
	       ssiizzee 500
	       rreeff lower left
	       ooppaaqquuee y
	       eenndd


vveeccttoorr
       Selects a vector map layer for output.

	       ccoolloorr [#] color
	       wwiiddtthh #
	       hhccoolloorr color
	       hhwwiiddtthh #
	       mmaasskkeedd [y|n]
	       ssttyyllee  0-9
	       eenndd
       The user can specify the ccoolloorr of the vectors; the wwiiddtthh
       of the vectors lines in pixels; the highlight color (hhccoolloorr) for
       the vector lines; the width of the highlight color (hhwwiiddtthh) in pixels;
       whether or not the raster map layer is to be mmaasskkeedd by the current
       mask (see manual entry _r_._m_a_s_k for more
       information on the mask); and the line ssttyyllee. The line style allows
       the vectors to be dashed in different patterns and colors. This is done
       by  typing  a series of numbers (0-9) in a desired sequence or pattern.
       Colors
       for the numbers (1-9) can be assigned using the ccoolloorr instruction.
       Blanks and non-digit characters are recognized as 0's.  Using  0  would
       allow
       the  colors  of	the  raster  map  layer (or the background color if no
       raster
       map layer was selected) to show through.

       This example would paint a map of the vector
       map layer named _s_t_r_e_a_m_s. These streams would be a total of 3 pixels
       wide (the inner two pixels blue and the outer highlight	pixel  white).
       The
       map would not show streams outside of the current mask.

	       vveeccttoorr streams
	       ccoolloorr blue
	       wwiiddtthh 2
	       hhccoolloorr white
	       hhwwiiddtthh 1
	       mmaasskkeedd y
	       eenndd
       This example would paint a map of the vector map
       layer _r_o_a_d_s. These roads would be 2 pixels wide and would be dashed
       blank-black-red (the blank areas would show what lies under the roads).
       This map would show roads inside and outside of the current mask.

	       vveeccttoorr roads
	       wwiiddtthh 2
	       ssttyyllee 001122
	       ccoolloorr 1 black
	       ccoolloorr 2 red
	       mmaasskkeedd n
	       eenndd


vveerrbboossee
       Changes the amount of talking _p_._m_a_p will do.

       A higher value implies more chatter. The default  is  2.  This  example
       sets
       the amount of chatter to a minimum.

	       vveerrbboossee 0


eenndd
       Terminates input and begin painting the map.



NNAAMMEEDD CCOOLLOORRSS
       The following are the colors that are accepted by _p_._m_a_p:

	       black
	       blue
	       brown
	       cyan
	       gray
	       green
	       grey
	       indigo
	       magenta
	       orange
	       purple
	       red
	       violet
	       white
	       yellow


IICCOONNSS VVSS.. PPAATTTTEERRNNSS
       Icons and patterns as used in _p_._m_a_p are not the same thing. Patterns
       are defined and are normally used to cover those extended areas covered
       by a raster map layer category. A pattern will repeat above, below and
       adjacent to itself. Icons are used to represent a single point.

       Patterns are supported directly within
       _p_._m_a_p using the
       _d_e_f_p_a_t
       instruction, while icons must be created using the
       _p_._i_c_o_n_s
       program.

EEXXAAMMPPLLEE pp..mmaapp IINNPPUUTT FFIILLEE
       The following is an example of a _p_._m_a_p script file. The file has
       been name
       _s_p_e_a_r_._s_o_i_l_s. For the purposes of illustration, the file
       is in two columns. This script file can be entered at the command line:

       pp..mmaapp iinnppuutt==_s_p_e_a_r_._s_o_i_l_s

       rraasstteerr soils	       ddeeffppaatt diag
       vveeccttoorr streams	       000001
	  ccoolloorr blue	       00001
	  wwiiddtthh 2	       0001
	  hhccoolloorr white	       001
	  hhwwiiddtthh 1	       01
	  mmaasskkeedd y	       1
	  eenndd			  ccoolloorr 1 red
       vveeccttoorr roads		  eenndd
	  wwiiddtthh 2	       sseettppaatt 4 diag
	  ssttyyllee 001122	       tteexxtt 608000.00 3476004.73 SPEARFISH SOILS MAP
	  ccoolloorr 1 black 	  ccoolloorr red
	  ccoolloorr 2 red		  wwiiddtthh 2
	  mmaasskkeedd n		  hhccoolloorr black
	  eenndd			  hhwwiiddtthh 1
       llaabbeellss town.names	  bbaacckkggrroouunndd white
       rreeggiioonn subregion 	  bboorrddeerr red
	  ccoolloorr white		  ssiizzee 500
	  wwiiddtthh 2		  rreeff lower left
	  eenndd			  ooppaaqquuee y
       ggrriidd 10000		  eenndd
	  ccoolloorr green	       lliinnee 606969.73 3423092.91 616969.73 3423092.91
	  nnuummbbeerrss 2 red 	  ccoolloorr yellow
	  eenndd			  wwiiddtthh 2
       oouuttlliinnee			  ooppaaqquuee yes
	  ccoolloorr black		  eenndd
	  eenndd		       ppooiinntt 40% 60%
       ccoolloorrttaabbllee y		  ccoolloorr purple
       ccoommmmeennttss 		  iiccoonn diamond
	  This is a comment	  ssiizzee 2
	  eenndd			  mmaasskkeedd n
       ssccaallee 1:25000		  eenndd
       sseettccoolloorr 6,8,9 white    eenndd
       sseettccoolloorr 10 green



IINNTTEERRAACCTTIIVVEE MMOODDEE
       If the user simply enter _p_._m_a_p without arguments, then a simple prompt-
       ing session occurs. Some, but not all of the  non-interactive  requests
       are available at this level.

SSEEEE AALLSSOO
       _p_._c_h_a_r_t

       _p_._i_c_o_n_s

       _p_._l_a_b_e_l_s

       _p_._s_e_l_e_c_t

AAUUTTHHOORR
       Michael Shapiro, U.S.Army Construction Engineering Research Laboratory

       _L_a_s_t _c_h_a_n_g_e_d_: _$_D_a_t_e_: _2_0_0_2_/_0_1_/_2_5 _0_5_:_4_5_:_3_3 _$



GRASS 5.0							      p.map(1)
