Provided by: libncarg-dev_6.4.0-9_amd64 bug

NAME

       CSS2CD - convert from lat/lon coordinates to Cartesian coordinates.

SYNOPSIS

       CALL CSS2CD (N, RLAT, RLON, X, Y, Z)

DESCRIPTION

       N           (integer, input) The number of input lat/lon coordinates.

       RLAT        (double precision, input) An array containing the latitudes of the input coordinates.

       RLON        (double precision, input) An array containing the longitudes of the input coordinates.

       X           (double  precision,  output) An array containing the X component of the Cartesian coordinates
                   of the output data. (X(I),Y(I),Z(I)) is the Cartesian coordinate corresponding to the lat/lon
                   coordinate (RLAT(I),RLON(I)) for I=1 to N.

       Y           (double  precision,  output) An array containing the Y component of the Cartesian coordinates
                   of the output data. (X(I),Y(I),Z(I)) is the Cartesian coordinate corresponding to the lat/lon
                   coordinate (RLAT(I),RLON(I)) for I=1 to N.

       Z           (double  precision,  output) An array containing the Z component of the Cartesian coordinates
                   of the output data. (X(I),Y(I),Z(I)) is the Cartesian coordinate corresponding to the lat/lon
                   coordinate (RLAT(I),RLON(I)) for I=1 to N.

USAGE

       CSS2CD  is called to find the equivalent Cartesian coordinates on a unit sphere to specified latitude and
       longitude coordinates.  The coordinate of  0.  latitude  and  0.  longitude  is  converted  to  Cartesian
       coordinate  (1.,0.,0.).  Latitudes  and  longitudes  are  assumed  to  be in degrees.  CSS2CD is a double
       precision verson of CSS2C.

ACCESS

       To use CSS2CD, load the NCAR Graphics library ngmath.

SEE ALSO

       css_overview, cssgrid, csc2sd, css2c.

       Complete documentation for Cssgrid is available at URL
       http://ngwww.ucar.edu/ngdoc/ng/ngmath/cssgrid/csshome.html

COPYRIGHT

       Copyright (C) 2000
       University Corporation for Atmospheric Research

       The use of this Software is governed by a License Agreement.