CONREC – draws a two dimensional contour map from data stored in a rectangular array. The contour lines are labeled. Utility This routine is part of the conrec utility in NCAR Graphics. To see the overview man page for this utility, type "man conrec_family". Status CONREC is obsolete. It has been superseded by the contouring…
CONRAS – draws a two dimensional contour map from irregularly distributed data. This is the super version of the Conran_family. Status CONRAS is approaching obsolescence. If you have available an interpolation package which can do a random to gridded interpolation equal to that built into the Conran_family, then we recommend that you grid your dataset…
CONRAQ – draws a two dimensional contour map from irregularly distributed data. This is the small quick version of the Conran_family. It also has the fewest available number of options. Status CONRAQ is approaching obsolescence. If you have available an interpolation package which can do a random to gridded interpolation equal to that built into…
Conran_family_params – Includes a brief description of all Conran_family internal parameters. Description There are three Conran entries, CONRAN, CONRAQ, and CONRAS. CONRAN can be invoked in two ways. One generates smoothed contours, the other does not. CONRAQ is a quick version of the package which has a more limited set of options than the other…
Conran_family – is a set of two dimensional contour mapping routines for irregularly distributed data. There are three Conran_family entries, CONRAN, CONRAQ, and CONRAS. CONRAN can be invoked in two ways. One generates smoothed contours, the other does not. CONRAQ is a quick version of the package which has a more limited set of options…
CONRAN – draws a two dimensional contour map from irregularly distributed data. The contour lines may be smoothed. Status CONRAN is approaching obsolescence. If you have available an interpolation package which can do a random to gridded interpolation equal to that built into the Conran_family, then we recommend that you grid your dataset and use…
Conpack_params – This document briefly describes all Conpack internal parameters. Description Parameter descriptions follow, in alphabetical order. Each description begins with a line giving the three-character mnemonic name of the parameter, the phrase for which the mnemonic stands, the intrinsic type of the parameter, and an indication of whether or not it is an array….
Conpack – Provides a sort of tool kit of FORTRAN subroutines that can be called in various combinations to draw different kinds of contour plots. Synopsis CPBACK – Draws a background for a contour plot. CPCICA – Incorporates into a user’s cell array color indices determined by examining where the user’s contours lie relative to…
CONOP4 – sets option switches and specifys various CHARACTER parameters to be used by the Conran_family utility. Synopsis CONOP4 (IOPT,CHARS,NUMC,IFMT) Description IOPT Character, input — Selects an internal parameter and sets an option switch. The possibilities are: ‘DAS=ON’, ‘DAS=OFF’, ‘DAS=GTR’, ‘DAS=EQU’, ‘DAS=LSS’, and ‘DAS=ALL’ ‘FMT=ON’ or ‘FMT=OFF’ ‘TLE=ON’ or ‘TLE=OFF’ If the value of an IOPT option is ‘OFF’, then the next three arguments…
CONOP3 – sets option switches and specifys various REAL parameters to be used by the Conran_family utility. Synopsis CALL CONOP3 (IOPT, ARRAY, LENA) Description IOPT Character, input — Selects an internal parameter and sets an option switch. The possibilities are: ‘CHL=ON’ or ‘CHL=OFF’ ‘CIL=ON’ or ‘CIL=OFF’ ‘CON=ON’ or ‘CON=OFF’ ‘DBP=ON’ or ‘DBP=OFF’ ‘SDC=ON’ or ‘SDC=OFF’…
CONOP2 – sets option switches and specifys various INTEGER parameters to be used by the Conran_family utility. Synopsis CALL CONOP2 (IOPT, IVAL) Description IOPT Character, input — Selects an internal parameter and sets an option switch. The possibilities are: ‘INT=OFF’, ‘INT=ALL’, ‘INT=MAJ’, ‘INT=MIN’, ‘INT=LAB’, ‘INT=DAT’ ‘LSZ=ON’ or ‘LSZ=OFF’ ‘NCP=ON’ or ‘NCP=OFF’ ‘SML=ON’ or ‘SML=OFF’ ‘SPD=ON’…
CONOP1 – sets option switches for the Conran_family utility. Synopsis CALL CONOP1 (IOPT) Description IOPT Character, input — Selects an internal parameter and sets an option switch. The possibilities are: ‘DEF’ ‘EXT=ON’ or ‘EXT=OFF’ ‘GRI=ON’ or ‘GRI=OFF’ ‘ITP=C1’ or ‘ITP=LIN’ ‘LAB=ON’ or ‘LAB=OFF’ ‘LOT=ON’ or ‘LOT=OFF’ ‘MES=ON’ or ‘MES=OFF’ ‘PDV=ON’ or ‘PDV=OFF’ ‘PER=ON’ or ‘PER=OFF’…
Colconv – Allows a user to convert among the color models RGB, HSV, HLS, and YIQ. Synopsis HLSRGB – Converts a color specification given as Hue, Lightness, and Saturation (HLS) values to Red, Green, and Blue (RGB) intensity values in the RGB color space. HSVRGB – Converts a color specification given in the Hue, Saturation,…
CMUY – Converts from metacode coordinates to user coordinates. Name spps_converters – A set of functions, each of which transforms a coordinate from one of the NCAR Graphics coordinate systems to another. The complete list of functions is as follows: CFUX, CFUY, CMFX, CMFY, CMUX, CMUY, CPFX, CPFY, CPUX, CPUY, CUFX, CUFY, KFMX, KFMY, KFPX,…
CMUX – Converts from metacode coordinates to user coordinates. Name spps_converters – A set of functions, each of which transforms a coordinate from one of the NCAR Graphics coordinate systems to another. The complete list of functions is as follows: CFUX, CFUY, CMFX, CMFY, CMUX, CMUY, CPFX, CPFY, CPUX, CPUY, CUFX, CUFY, KFMX, KFMY, KFPX,…
CMFY – Converts from metacode coordinates to fractional coordinates. Name spps_converters – A set of functions, each of which transforms a coordinate from one of the NCAR Graphics coordinate systems to another. The complete list of functions is as follows: CFUX, CFUY, CMFX, CMFY, CMUX, CMUY, CPFX, CPFY, CPUX, CPUY, CUFX, CUFY, KFMX, KFMY, KFPX,…
CMFX – Converts from metacode coordinates to fractional coordinates. Name spps_converters – A set of functions, each of which transforms a coordinate from one of the NCAR Graphics coordinate systems to another. The complete list of functions is as follows: CFUX, CFUY, CMFX, CMFY, CMUX, CMUY, CPFX, CPFY, CPUX, CPUY, CUFX, CUFY, KFMX, KFMY, KFPX,…
CLSGKS – Deactivates workstation 1, closes workstation 1, and closes GKS. Status CLSGKS is somewhat dated. It was primarily used with NCAR GKS-0A when this package only allowed for a single metacode workstation. Now that the NCAR GKS package provides for multiple workstations to be open, it is recommended that standard GKS calls to GDAWK,…
CGM_open, CGM_close, CGM_lseek, CGM_read, CGM_write, CGM_directory, CGM_freeDirectory, CGM_printDirectory, CGM_getInstr, CGM_flushGetInstr, CGM_putInstr, CGM_flushOutputInstr, CGM_initMetaEdit, CGM_termMetaEdit, CGM_copyFrames, CGM_deleteFrames, CGM_mergeFrames CGM_moveFrames, CGM_readFrames, CGM_valid, CGM_writeFile, CGM_writeFrames, CGM_appendFrames – Computer Graphics Metafile operations Syntax #include <cgm_tools.h> Cgm_fd CGM_open(metafile, size, flags, mode) char *metafile; unsigned size; int flags; int mode; int CGM_close(cgm_fd) Cgm_fd cgm_fd; int CGM_lseek(cgm_fd, offset) Cgm_fd cgm_fd; int offset;…
CFUY – Converts from fractional coordinates to user coordinates. Name spps_converters – A set of functions, each of which transforms a coordinate from one of the NCAR Graphics coordinate systems to another. The complete list of functions is as follows: CFUX, CFUY, CMFX, CMFY, CMUX, CMUY, CPFX, CPFY, CPUX, CPUY, CUFX, CUFY, KFMX, KFMY, KFPX,…