SFSETP - Defines a new dot pattern.
CALL SFSETP (IDP)
void c_sfsetp (int idp)
- (an input array of type INTEGER, dimensioned 8x8) contains 0s and 1s
specifying the dot pattern to be transferred to the internal array LDP for
use by SFWRLD and SFNORM. When dot fill is selected, each fill line is
drawn using dots the same distance apart along the line as the lines are
from each other. The dots thus fall at the intersection points of a square
grid. Each dot is associated with a particular element of LDP. If that
element is a 1, the dot is drawn; if it is a 0, the dot is not drawn. The
association is done in such a way as to replicate the pattern specified by
LDP across the entire filled area.
If the fill angle is 0 (the default), then incrementing the first subscript of LDP corresponds to a horizontal motion across the plot from left to right and incrementing the second subscript of LDP corresponds to a vertical motion across the plot from top to bottom. This allows the contents of IDP to be declared in a DATA statement which creates a "picture" of the pattern. For example, the FORTRAN statements
DATA IDP / 0,0,0,0,0,0,0,0,
- creates the letter "R", with the correct orientation.
The contents of the array IDP are transferred to the internal array LDP. The new dot pattern is used until a subsequent call to SFSETP changes the contents of LDP again.
The default dot pattern consists of all 1s.
The C-binding argument description is the same as the FORTRAN argument description.
This routine allows you to set the current value of Softfill's dot pattern. For a description of Softfill's dot pattern parameter, see the softfill_params man page.
Use the ncargex command to see the following relevant examples: sfex01, tsoftf.
To use SFSETP or c_sfsetp, load the NCAR Graphics libraries ncarg, ncarg_gks, and ncarg_c, preferably in that order.
Online: softfill, softfill_params, sfgetc, sfgeti, sfgetp, sfgetr, sfsetc, sfseti, sfsetr, sfsgfa, sfwrld, ncarg_cbind
Hardcopy: NCAR Graphics Fundamentals, UNIX Version
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University Corporation for Atmospheric Research
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