The Linux Manuals (man pages) document is an important part of Linux documents. Linux Manuals are organized as several sections. Each section has a group of commands for a specific area in Linux usage, administration or development.
EZCNTR – draws a two dimensional contour map from data stored in a rectangular array. A number of contouring defaults are used. StatusEZCNTR is obsolete. It has been superseded by the contouring package, Conpack. See the Conpack entry CPCNRC for a simple EZCNTR replacement. For more complex examples refer to the conpack and conpack_params man…
Error_handling – A set of routines for error handling in NCAR Graphics. SynopsisENTSR – Enters recovery mode. EPRIN – Prints the current error message. ERROF – Turns off the internal error flag. FDUM – A dump routine – the default version just RETURNS. ICFELL – Checks for an outstanding error condition. ICLOEM – Computes the…
ERROF – Turns off the internal error flag of SETER. SynopsisCALL ERROF C-Binding Synopsis#include <ncarg/ncargC.h> void c_errof() DescriptionThe FORTRAN statement "CALL ERROF" turns off (zeroes) SETER’s internal error flag. ERROF has no arguments. C-Binding DescriptionThe C-binding argument descriptions are the same as the FORTRAN argument descriptions. ExamplesUse the ncargex command to see the following relevant…
EPRIN – Prints the current error message. SynopsisCALL EPRIN C-Binding Synopsis#include <ncarg/ncargC.h> void c_eprin() DescriptionIf SETER’s internal error flag is non-zero, the FORTRAN statement "CALL EPRIN" prints the remembered error message associated with the non-zero value. Otherwise, EPRIN does nothing. EPRIN has no arguments. C-Binding DescriptionThe C-binding argument descriptions are the same as the FORTRAN…
ENTSR – Called by a user to set recovery mode in NCAR Graphics. SynopsisCALL ENTSR(IROLD,IRNEW) C-Binding Synopsis#include <ncarg/ncargC.h> void c_entsr(int *irold, int irnew) DescriptionThe FORTRAN statement "CALL ENTSR(IROLD,IRNEW)" is normally used to enter recovery mode and save the previous value of the internal error-recovery flag, but it can also be used to exit from recovery…
DSSETRD – Sets the value of an internal parameter of type DOUBLE PRECISION. SynopsisCALL DSSETRD (PNAM, RVAL); DescriptionPNAM A character string that specifies the name of the parameter to be set. RVAL A DOUBLE PRECISION value that is the value to be assigned to the internal parameter specified by pnam.UsageThis routine allows you to set…
DSSETR – Sets the value of an internal parameter of type REAL. SynopsisCALL DSSETR (PNAM, RVAL); DescriptionPNAM A character string that specifies the name of the parameter to be set. RVAL A REAL value that is the value to be assigned to the internal parameter specified by pnam.UsageThis routine allows you to set the current…
DSSETI – Sets the value of an internal parameter of type INTEGER. SynopsisCALL DSSETI (PNAM, CVAL); DescriptionPNAM A character string that specifies the name of the parameter to be set. The name must appear as the first three characters of the string. CVAL A character string that is the value to be assigned to the…
DSSETC – Sets the value of an internal parameter of type CHARACTER. SynopsisCALL DSSETC (PNAM, CVAL); DescriptionPNAM A character string that specifies the name of the parameter to be set. The name must appear as the first three characters of the string. CVAL A character string that is the value to be assigned to the…
DSPNT3S- Interpolate at a single point (or points) in 3D in single precision SynopsisCALL DSPNT3S (N, X, Y, Z, U, M, XO, YO, ZO, UO, IER) DescriptionN (Integer, Input) – The number of input data points. X (Real, Input) – An array containing the X coordinates of the input data points. Y (Real, Input) –…
DSPNT3D- Interpolate at a single point (or points) in 3D in double precision SynopsisCALL DSPNT3D (N, X, Y, Z, U, M, XO, YO, ZO, UO, IER) DescriptionN (Integer, Input) – The number of input data points. X (Double precision, Input) – An array containing the X coordinates of the input data points. Y (Double precision,…
DSPNT2S- Interpolate at a single point (or points) in 2D in single precision SynopsisCALL DSPNT2S (N, X, Y, Z, M, XO, YO, ZO, IER) DescriptionN (Integer, Input) – The number of input data points. X (Real, Input) – An array containing the X coordinates of the input data points. Y (Real, Input) – An array…
DSPNT2D- Interpolate at a single point (or points) in 2D in double precision SynopsisCALL DSPNT2D (N, X, Y, Z, M, XO, YO, ZO, IER) DescriptionN (Integer, Input) – The number of input data points. X (Double precision, Input) – An array containing the X coordinates of the input data points. Y (Double precision, Input) –…
dsgrid_params – This document briefly describes all the internal parameters of Dsgrid. DescriptionEach entry below includes the name of a parameter, its Fortran type (use the obvious equivalents for C), its default value, and a short description of the parameter. ‘DMV’ – Real – any A special value for data initialization and use with the…
dsgrid_errors – This document briefly describes all the errors reported from Dsgrid. DescriptionEach entry below includes the error number and its meaning. 1 Error number out of range. 2 Insufficient data in gridded region to triangulate. 3 Array dimension out of range. 4 Parameter name not known. 5 Cannot open error file. 6 Error allocating…
DSGRID3S – single precision Fortran entry for 3D gridding SynopsisCALL DSGRID3S (NPNTS, X, Y, Z, U, NUMXOUT, NUMYOUT, NUMZOUT, XO, YO, ZO, UO, IER) DescriptionNPNTS (Integer, Input) – The number of input data points. X (Real, Input) – An array containing the X coordinates of the input data points. Y (Real, Input) – An array…
DSGRID3D – double precision Fortran entry for 3D gridding SynopsisCALL DSGRID3D (NPNTS, X, Y, Z, U, NUMXOUT, NUMYOUT, NUMZOUT, XO, YO, ZO, UO, IER) DescriptionNPNTS (Integer, Input) – The number of input data points. X (Double precision, Input) – An array containing the X coordinates of the input data points. Y (Double precision, Input) –…
DSGRID2S – primary single precision Fortran entry for 2D gridding SynopsisCALL DSGRID2S (NPNTS, X, Y, Z, NUMXOUT, NUMYOUT, XO, YO, ZO, IER) DescriptionNPNTS (Integer, Input) – The number of input data points. X (Real, Input) – An array containing the X coordinates of the input data points. Y (Real, Input) – An array containing the…
DSGRID2D – double precision Fortran entry for iterpolation from 2D random data to an output grid. SynopsisCALL DSGRID2D (NPNTS, X, Y, Z, NUMXOUT, NUMYOUT, XO, YO, ZO, IER) DescriptionNPNTS (Integer, Input) – The number of input data points. X (Double precision, Input) – An array containing the X coordinates of the input data points. Y…
Dsgrid is a package for gridding 3D and 2D randomly-spaced data using an inverse distance weighted average algorithm. Single precision and double precision interfaces exist in both Fortran and C. SynopsisFORTRAN single precision ———————— DSGRID2S – primary function for gridding 2D data. DSGRID3S – primary function for gridding 3D data. DSSETI – set INTEGER parameter values. DSGETI – retrieve values for INTEGER parameters….