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-.TH PLOT 5
-.CT 1  graphics
-.SH NAME
-plot \- graphics interface
-.SH DESCRIPTION
-Files of this format are produced by routines
-described in
-.IR  plot (3),
-and are interpreted for various devices
-by commands described in
-.IR  plot (1).
-A graphics file is an ASCII stream of
-instruction lines.
-Arguments are delimited by spaces, tabs, or commas.
-Numbers may be floating point.
-Punctuation marks (except 
-.LR : )
-,
-spaces, and tabs at the beginning of lines are ignored.
-Comments run from  
-.L :
-to newline.
-Extra letters appended to a valid instruction are ignored.
-Thus
-.LR ...line ,
-.LR line , and 
-.L li
-all mean the same thing.
-Arguments are interpreted as follows:
-.TP
-1.
-If an instruction requires no arguments, the rest of the line is ignored.
-.TP
-2.
-If it requires a string argument, then all the line
-after the first field separator is passed as argument.
-Quote marks may be used to preserve leading blanks.
-Strings may include newlines represented as
-.LR \en .
-.TP
-3.
-Between numeric arguments alphabetic characters and
-punctuation marks are ignored.
-Thus
-.L
-line from 5 6 to 7 8
-draws a line from (5, 6) to (7, 8).
-.TP
-4.
-Instructions with numeric arguments remain in effect until
-a new instruction is read.
-Such commands may spill over many lines. Thus
-the following sequence will draw a polygon
-with vertices
-(4.5, 6.77), (5.8, 5.6), (7.8, 4.55), and (10.0, 3.6).
-.IP
-.EX
-move 4.5 6.77
-vec 5.8, 5.6 7.8
-4.55 10.0, 3.6 4.5, 6.77
-.EE
-.PP
-The instructions are executed in order.
-The last designated point in a
-.BR line ", " move ", " rmove ,
-.BR vec ", " rvec ", " arc ,
-or
-.B point
-command becomes the `current point'
-.RI ( X,Y )
-for the next command.
-Each of the following descriptions
-corresponds to a routine in
-.IR  plot (3).
-.SS "Open & Close"
-.PD0
-.TP 10
-.BI o " string"
-Open plotting device.
-For 
-.I troff,
-.I string
-specifies the size of the plot
-(default is
-.LR 6i. )
-.TP 10
-.B cl
-Close plotting device.
-.PD
-.SS "Basic Plotting Commands"
-.PD0
-.TP 10
-.B e
-Start another frame of output
-or erase the screen on CRT terminals without scroll.
-.TP 10
-.BI m " x y"
-(move) Current point becomes
-.I "x y."
-.TP 10
-.BI rm " dx dy"
-Current point becomes
-.I "X+dx Y+dy."
-.TP 10
-.BI poi " x y"
-Plot the point
-.I "x y"
-and make it the current point.
-.TP 10
-.BI v " x y"
-Draw a vector from the current point to
-.I "x y."
-.TP 10
-.BI rv " dx dy"
-Draw vector from current point to
-.RI X + dx
-.RI Y + dy
-.TP 10
-.BI li " x1 y1 x2 y2"
-Draw a line from
-.I "x1 y1"
-to
-.I "x2 y2."
-Make the current point
-.I "x2 y2."
-.TP 10
-.BI t " string"
-Place the
-.I string
-so that its
-first character is centered on the current point (default).
-If
-.I string
-begins with
-.L \eC
-.RL ( \eR ),
-it is centered (right-adjusted) on the current point.
-A backslash at the beginning of the string may
-be escaped with another backslash.
-.TP 10
-.BI a " x1 y1 x2 y2 xc yc r"
-Draw a circular arc from
-.I "x1 y1"
-to
-.I "x2 y2"
-with center
-.I "xc yc"
-and radius
-.I r.
-If the radius is positive, the arc is drawn counterclockwise;
-negative, clockwise.
-The starting point is exact but the ending point is approximate.
-.TP 10
-.BI ci " xc yc r"
-Draw a circle centered at
-.I "xc yc"
-with radius
-.I r.
-If the range and frame parameters do not specify a square,
-the `circle' will be elliptical.
-.TP 10
-.BI di " xc yc r"
-Draw a disc centered at
-.I "xc yc"
-with radius
-.I r
-using the filling color (see 
-.B cfill
-below).
-Only works on the 5620; on other devices
-is the same as
-.BR circle .
-.TP 10
-.BI bo " x1 y1 x2 y2"
-Draw a box with lower left corner at
-.I "x1 y1"
-and upper right corner at
-.I "x2 y2."
-.TP 10
-.BI sb " x1 y1 x2 y2"
-Draw a solid box with lower left corner at
-.I "x1 y1"
-and upper right corner at
-.I "x2 y2"
-using the filling color (see 
-.B cfill
-below).
-.TP 10
-.BI par " x1 y1 x2 y2 xg yg"
-Draw a parabola from
-.I "x1 y1"
-to
-.I "x2 y2"
-`guided' by
-.I "xg yg."
-The parabola passes through the midpoint of the line joining
-.I "xg yg"
-with the midpoint of the line
-joining
-.I "x1 y1"
-and
-.I "x2 y2"
-and is tangent to the lines from
-.I "xg yg"
-to the endpoints.
-.TP 10
-.BI "pol { {" "x1 y1 ... xn yn" } " ... " { "X1 Y1 ... Xm Ym\fP} }\fI"
-Draw polygons with vertices
-.I "x1 y1 ... xn yn"
-and
-.I "X1 Y1 ... Xm Ym."
-If only one polygon is specified, the inner brackets are
-not needed.
-.TP 10
-.BI "fi { {" "x1 y1 ... xn yn" } " ... " { "X1 Y1 ... Xm Ym\fP} }\fI"
-Fill a polygon.
-The arguments are the same as those for
-.B pol
-except that the first vertex is automatically repeated to
-close each polygon.
-The polygons do not have to be connected.
-Enclosed polygons appear as holes.
-.TP 10
-.BI "sp { {" "x1 y1 ... xn yn" } " ... " { "X1 Y1 ... Xm Ym\f5} }\fI"
-Draw a parabolic spline guided by
-.I "x1 y1 ... xn yn"
-with simple endpoints.
-.TP 10
-.BI "fsp { {" "x1 y1 ... xn yn" } " ... " { "X1 Y1 ... Xm Ym\f5} }\fI"
-Draw a parabolic spline guided by
-.I "x1 y1 ... xn yn"
-with double first endpoint.
-.TP 10
-.BI "lsp { {" "x1 y1 ... xn yn" } " ... " { "X1 Y1 ... Xm Ym\f5} }\fI"
-Draw a parabolic spline guided by
-.I "x1 y1 ... xn yn"
-with double last endpoint.
-.TP 10
-.BI "dsp { {" "x1 y1 ... xn yn" } " ... " { "X1 Y1 ... Xm Ym\f5} }\fI"
-Draw a parabolic spline guided by
-.I "x1 y1 ... xn yn"
-with double endpoints.
-.TP 10
-.BI "csp { {" "x1 y1 ... xn yn" } " ... " { "X1 Y1 ... Xm Ym\f5} }\fI"
-.TP 10
-.BI in " filename"
-(include) Take commands from
-.I filename.
-.TP 10
-.BI de " string " { " commands " }
-Define
-.I string
-as
-.I commands.
-.TP 10
-.BI ca " string scale"
-Invoke commands defined as
-.I string
-applying
-.I scale
-to all coordinates.
-.PD
-.SS "Commands Controlling the Environment"
-.PD0
-.TP 10
-.BI co " string"
-Draw lines with color
-.I string.
-Available colors depend on the device.
-.I String
-may contain definitions for several devices separated by 
-.LR / .
-Colors possible for the various devices are:
-.RS
-.IP pen
-.BR black ,
-.BR red ,
-.BR green ,
-.BR blue ,
-.BR Tblack ,
-.BR Tred ,
-.BR Tgreen ,
-.B Tblue
-(assumes default carousel, 
-.BR T =thick)
-.br
-.BR 1 -  8
-(pen number)
-.br
-.BI /S number
-character size as % of plotting area
-.IP troff
-.BI /F font
-.br
-.BI /P "point size"
-.IP 2621
-.BI /H character
-for plotting
-.RE
-.PD
-.TP 10
-.BI pe " string"
-Use
-.I string
-as the style for drawing lines.
-Not all pen styles are implemented for all devices.
-.I String
-may contain definitions for several devices separated by
-.LR / .
-The available pen styles are:
-.RS
-.IP pen
-.BR solid ,
-.BR  dott [ed],
-.BR short ,
-.BR long ,
-.BR dotd [ashed] ,
-.BR cdash ,
-.BR ddash
-.PD0
-.IP 4014
-solid ,
-.BR dott [ed] ,
-.BR short ,
-.BR long ,
-.BR dotd [ashed] ,
-.BR ddash
-.IP troff
-.BR solid ,
-.BR dash
-only straight lines will be dashed
-.IP 5620
-.BI /B number
-line thickness
-.IP 2621
-.BI /H character
-for plotting
-.fi
-.PD
-.RE
-.TP 10
-.BI cf " string"
-Color for filling;
-may contain the definitions for several devices.
-separated by 
-.LR / .
-The following colors are available on the specified devices:
-.RS
-.IP pen
-.BR black ,
-.BR red ,
-.BR green ,
-.BR blue ,
-.BR Tblack ,
-.BR Tred ,
-.BR Tgreen ,
-.BR Tblue
-.br
-.BR 1 - 8
-pen number
-.PD0
-.IP 5620
-.BI B texture
-string with octal numbers for texture; see
-.IR types (9.5).
-The 16 words of texture should be followed by one word for the mode used by
-.IR texture() ;
-see
-.IR bitblt (9.3).
-.IP 2621
-.BI H character
-for filling
-.IP All devices
-.BI /A degrees
-slant of shading lines
-.br
-.BI /G number
-gap between shading lines (in user units)
-.RE
-.PD
-.TP 10
-.BI ra " x1 y1 x2 y2"
-The data will fall between
-.I "x1 y1"
-and
-.I "x2 y2."
-The plot will be magnified or reduced to fit
-the device as closely as possible.
-.IP
-Range settings that exactly fill the plotting area
-with unity scaling appear below for
-devices supported by the filters of
-.IR  plot (1).
-The upper limit is just outside the plotting area.
-In every case the plotting area is taken to be square;
-points outside may be displayable on
-devices with nonsquare faces.
-.RS
-.TP 10n
-4014
-.L range 0. 0. 3120. 3120.
-.br
-.ns
-.TP 10n
-troff
-.L range 0. 0. 6144. 6144.
-.br
-.ns
-.TP 10n
-2621
-.L range 0. 0. 22. 22.
-.br
-.ns
-.TP 10n
-5620
-range dependent on layer size
-.br
-.ns
-.TP 10n
-pen
-range dependent on paper size
-.RE
-.TP 10
-.BI fr " px1 py1 px2 py2"
-Plot the data in the fraction of the display
-specified by
-.I "px1 py1"
-for lower left corner
-and
-.I "px2 py2"
-for upper right corner.
-Thus  
-.L frame .5 0 1. .5
-plots in the lower right
-quadrant of the display;
-.L frame 0. 1. 1. 0.
-uses the whole display but
-inverts the
-.I y
-coordinates.
-.TP 10
-.B sa
-Save the current environment, and move to a new one.
-The new environment inherits the old one.
-There are 7 levels.
-.TP 10
-.B re
-Restore previous environment.
-.PD
-.SH "SEE ALSO"
-.IR plot (1), 
-.IR plot (3), 
-.IR graph (1)