The following rules are applied to quick plots:
disgcl quick plot
where quick plot is the name of a quick plot. The widget interfaces for quick plots expect data in the form of data files described in chapter 8, 'Data Files'.
The call is: | PLOT xray1, yray1 [,xray2, yray2, ... , xrayn, yrayn] |
xray1, yray1 | are floating point arrays. |
Example: | x = falloc (100) plot x, sin (x), x, cos (x) |
The call is: | SCATTR xray1, yray1 [,xray2, yray2, ... , xrayn, yrayn] |
xray1, yray1 | are floating point arrays. |
The call is: | PLOT3 xray, yray, zray |
xray, yray, zray | are floating point arrays containing X-, Y- and Z-coordinates. |
The call is: | PLOT3R x1ray, y1ray, x2ray, y2ray, zray |
x1ray, y1ray | are floating point arrays containing X- and Y- coordinates of rectangle corners. |
x2ray, y2ray | are floating point arrays containing the opposite rectangle corners. |
zray | is a floating point array containing Z-coordinates. |
The call is: | SURF3 zmat [,xray [, yray]] |
zmat | is a two-dimensional floating point array with m rows and n columns. |
xray | is a floating point array with the dimension m. It will be used to position the rows of zmat. If xray is missing, an array with the values { 0.5, 1.5, ..., m - 0.5} will be used. |
yray | is a floating point array with the dimension n. It will be used to position the columns of zmat. If yray is missing, an array with the values { 0.5, 1.5, ..., n - 0.5} will be used. |
The call is: | SURFACE zmat [,xray, yray] |
zmat | is a two-dimensional floating point array with nx rows and ny columns. |
xray | is a floating point array with the dimension nx. It will be used to position the rows of zmat. If xray is missing, an array with the values {0., 1., ..., nx - 1} will be used. |
yray | is a floating point array with the dimension ny. It will be used to position the columns of zmat. If yray is missing, an array with the values {0., 1., ..., ny - 1} will be used. |
The call is: | SURSHADE zmat [,xray, yray] |
zmat | is a two-dimensional floating point array with nx rows and ny columns. |
xray | is a floating point array with the dimension nx. It will be used to position the rows of zmat. If xray is missing, an array with the values {0., 1., ..., nx - 1} will be used. |
yray | is a floating point array with the dimension ny. It will be used to position the columns of zmat. If yray is missing, an array with the values {0., 1., ..., ny - 1} will be used. |
The call is: | CONTOUR zmat [,xray, yray, zlvray] |
or: | CONTOUR zmat, zlvray |
zmat | is a two-dimensional floating point array with nx rows and ny columns. |
xray | is a floating point array with the dimension nx. It will be used to position the rows of zmat. If xray is missing, an array with the values {0., 1., ..., nx - 1} will be used. |
yray | is a floating point array with the dimension ny. It will be used to position the columns of zmat. If yray is missing, an array with the values {0., 1., ..., ny - 1} will be used. |
zlvray | is a floating point array containing the levels. If zlvray is missing, 10 levels between the minimum and maximum of zmat will be generated. |
The call is: | CONSHADE zmat [,xray, yray, zlvray] |
or: | CONSHADE zmat, zlvray |
zmat | is a two-dimensional floating point array with nx rows and ny columns. |
xray | is a floating point array with the dimension nx. It will be used to position the rows of zmat. If xray is missing, an array with the values {0., 1., ..., nx - 1} will be used. |
yray | is a floating point array with the dimension ny. It will be used to position the columns of zmat. If yray is missing, an array with the values {0., 1., ..., ny - 1} will be used. |
zlvray | is a floating point array containing the levels. If zlvray is missing, 10 levels between the minimum and maximum of zmat will be generated. |
The variables for the X-axis are:
Analogue: | Y-axis, Z-axis. |
Additional note:
%X | defines the X-axis title (NAME). |
%Y | defines the Y-axis title (NAME). |
%Z | defines the Z-axis title (NAME). |
%T1 | defines line 1 of the axis system title (TITLIN). |
%T2 | defines line 2 of the axis system title (TITLIN). |
%T3 | defines line 3 of the axis system title (TITLIN). |
%T4 | defines line 4 of the axis system title (TITLIN). |
%XTIC | sets the number of ticks for the X-axis (TICKS). |
%YTIC | sets the number of ticks for the Y-axis (TICKS). |
%ZTIC | sets the number of ticks for the Z-axis (TICKS). |
%XDIG | sets the number of digits for the X-axis (LABDIG). |
%YDIG | sets the number of digits for the Y-axis (LABDIG). |
%ZDIG | sets the number of digits for the Z-axis (LABDIG). |
%XSCL | defines the scaling of the X-axis (AXSSCL). |
%YSCL | defines the scaling of the Y-axis (AXSSCL). |
%ZSCL | defines the scaling of the Z-axis (AXSSCL). |
%XLAB | defines the labels of the X-axis (LABELS). |
%YLAB | defines the labels of the Y-axis (LABELS). |
%ZLAB | defines the labels of the Z-axis (LABELS). |
%H | defines the character size (HEIGHT). |
%HNAME | defines the size of axis titles (HNAME). |
%HTITLE | defines the size of the axis sytem title (HTITLE). |
%XPOS | defines the X-Position of the axis system (AXSPOS). |
%YPOS | defines the Y-Position of the axis system (AXSPOS). |
%XLEN | defines the size of an axis system in X-direction (AXSLEN). |
%YLEN | defines the size of an axis system in Y-direction (AXSLEN). |
%ZLEN | defines the size of an axis system in Z-direction (AX3LEN). |
%POLCRV | defines an interpolation method used by CURVE (POLCRV). |
%INCMRK | defines line or symbol mode for CURVE (INCMRK). |
%MARKER | selctes a symbol for CURVE (MARKER). |
%HSYMBL | defines the size of symbols (HSYMBL). |
%XRES | sets the width of points plotted by PLOT3 (SETRES). |
%YRES | sets the height of points plotted by PLOT3 (SETRES). |
%X3VIEW | sets the X-position of the viewpoint in absolut 3-D coordinates (VIEW3D). |
%Y3VIEW | sets the Y-position of the viewpoint in absolut 3-D coordinates (VIEW3D). |
%Z3VIEW | sets the Z-position of the viewpoint in absolut 3-D coordinates (VIEW3D). |
%X3LEN | defines the X-axis length of the 3-D box (AXIS3D). |
%Y3LEN | defines the Y-axis length of the 3-D box (AXIS3D). |
%Z3LEN | defines the Z-axis length of the 3-D box (AXIS3D). |
%VTITLE | defines vertical shifting for the axis system title (VKYTIT). |
%CONSHD | selects an algorithm used for contour filling (SHDMOD). |
Additional note:
Example: | %X = 'X-axis' %Y = 'Y-axis' xray = falloc (10) plot xray, xray |