1CPCICA(3NCARG)                   NCAR GRAPHICS                  CPCICA(3NCARG)
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NAME

6       CPCICA - Incorporates into a user's cell array color indices determined
7       by examining where the user's contours lie relative to the cell array.
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SYNOPSIS

10        CALL CPCICA (ZDAT, RWRK, IWRK, ICRA, ICA1, ICAM, ICAN,
11       + XCPF, YCPF, XCQF, YCQF)
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C-BINDING SYNOPSIS

14       #include <ncarg/ncargC.h>
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16       void c_cpcica (float *zdat, float *rwrk, int *iwrk,
17       int *icra, int ica1, int icam, int ican, float xcpf,
18       float ycpf, float xcqf, float ycqf)
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DESCRIPTION

21       The first three arguments are arrays used in the last call to CPRECT,
22       CPSPS1, or CPSPS2, the contents of which must not have been changed
23       since that call.
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25       ZDAT        (REAL array, dimensioned as specified in the last call to
26                   CPRECT, CPSPS1, or CPSPS2, input) is the data array.
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28       RWRK        (REAL array, dimensioned as specified in the last call to
29                   CPRECT, CPSPS1, or CPSPS2, input/output) is the real
30                   workspace array.
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32       IWRK        (INTEGER array, dimensioned as specified in the last call
33                   to CPRECT, CPSPS1, or CPSPS2, input/output) is the integer
34                   workspace array.
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36       ICRA        (INTEGER array, dimensioned ICA1 by "n", where "n" is
37                   greater than or equal to the value of the argument ICAN,
38                   input/output) is the user's cell array.
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40       ICA1        (INTEGER, input) is the first dimension of the FORTRAN
41                   array ICRA, which contains the user's cell array.
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43       ICAM        (INTEGER, input) is the first dimension of the user's cell
44                   array.
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46       ICAN        (INTEGER, input) is the second dimension of the user's cell
47                   array.
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49       XCPF and YCPF
50                   (REAL, input) are the coordinates, in the fractional
51                   coordinate system, of a point P. P is the point at that
52                   corner of the rectangular area into which the cell array
53                   maps that corresponds to the cell (1,1).
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55       XCQF and YCQF
56                   (REAL, input) are the coordinates, in the fractional
57                   coordinate system, of a point Q. Q is the point at that
58                   corner of the rectangular area into which the cell array
59                   maps that corresponds to the cell (ICAM,ICAN).
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C-BINDING DESCRIPTION

62       The C-binding argument descriptions are the same as the FORTRAN
63       argument descriptions, with the following exceptions:
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65       icra        icra is dimensioned n by ica1 where n is greater than or
66                   equal to the value of the argument ican
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68       ica1        The second dimension of the array icra.
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EXAMPLES

71       Use the ncargex command to see the following relevant examples:
72       ccpcica, ccpmovi.
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ACCESS

75       To use CPCICA or c_cpcica, load the NCAR Graphics libraries ncarg,
76       ncarg_gks, and ncarg_c, preferably in that order.
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MESSAGES

79       See the conpack man page for a description of all Conpack error
80       messages and/or informational messages.
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SEE ALSO

83       Online: conpack, cpback, cpchcf, cpchcl, cpchhl, cpchil, cpchll,
84       cpclam, cpcldm, cpcldr, cpcltr, cpcnrc, cpdrpl, cpezct, cpgetc, cpgeti,
85       cpgetr, cplbam, cplbdr, cpmpxy, cpmviw, cpmvrw, cppkcl, cppklb, cprect,
86       cprset, cpscae, cpsetc, cpseti, cpsetr, cpsps1, cpsps2, ncarg_cbind
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88       Hardcopy: NCAR Graphics Contouring and Mapping Tutorial
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91       Copyright (C) 1987-2009
92       University Corporation for Atmospheric Research
93       The use of this Software is governed by a License Agreement.
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97UNIX                              March 1993                    CPCICA(3NCARG)
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