Provided by: libncarg-dev_6.4.0-9_amd64 
NAME
TDEZ3D - Provides a simplified interface to TDPACK for drawing isosurfaces.
SYNOPSIS
CALL TDEZ3D(NX,NY,NZ,X,Y,Z,U,VALUE,RMULT,THETA,PHI,IST)
C-BINDING SYNOPSIS
#include <ncarg/ncargC.h>
void c_tdez3d (int nx, int ny, int nz, float *x, float *y,
float *z, float *u, float value, float rmult,
float theta, float phi, int ist)
DESCRIPTION
The arguments of TDEZ3D are as follows:
NX (an input constant or variable of type INTEGER) - The size of the input array X
below.
NY (an input constant or variable of type INTEGER) - The size of the input array Y
below.
NZ (an input constant or variable of type INTEGER) - The size of the input array Z
below.
X (an input array variable of type REAL) - A 1-dimensional array specifying X-
coordinate values.
Y (an input array variable of type REAL) - A 1-dimensional array specifying Y-
coordinate values.
Z (an input array variable of type REAL) - A 1-dimensional array specifying Z-
coordinate values.
U (an input array variable of type REAL) - An array NX by NY by NZ containing
functional values; Z(I,J,K) is a functional value at coordiante (X(I),Y(J),Z(K))
for I=1,NX, J=1,NY, and K=1,NZ.
VALUE (an input array variable of type REAL) - An isovalue.
RMULT (an input constant or variable of type REAL) - A multiplier of the diagonal length
(DL) of the box defined by the limits of the X, Y, and Z arrays. Together with
THETA and PHI (defined below), RMULT is used to determine the eye position (see
USAGE).
THETA (an input constant or variable of type REAL) - An angle (in degrees) in the XY
plane measured positive counter-clockwise from the X axis. Together with RMULT
(defined above) and PHI (defined below), THETA is used to determine the eye
position (see USAGE).
PHI (an input constant or variable of type REAL) - An angle (in degrees) measured from
the positive Z axis toward the XY plane. Together with RMULT and THETA (defined
above), PHI is used to determine the eye position (see USAGE).
IST (an input constant or variable of type INTEGER) - A style index defining the
colors used to shade the isosurface as per:
1 - wire frame
2 - gray shades underneath; gray shades on top.
3 - gray shades underneath; red shades on top.
4 - gray shades underneath; green shades on top.
5 - gray shades underneath; blue shades on top.
6 - gray shades underneath; cyan shades on top.
7 - gray shades underneath; magenta shades on top.
8 - gray shades underneath; yellow shades on top.
IST is positive, then black is used for the background or and white for the
foreground color; if IST is negative of any of the above values, then white used
for the background color and black for the eground color.
If the value for IST falls outside the legal range, it is defaulted to 6.
C-BINDING DESCRIPTION
The C-binding argument descriptions are the same as the FORTRAN argument descriptions.
USAGE
The coordinate (RMULT*DL,THETA,PHI) is the spherical coordinate for the eye position. If
RMULT = THETA = PHI = 0., a default eye position ( 2.5,-55.,70.) is chosen. The point
looked at is calculated to be the center of the box defined by the limits of the X, Y, and
Z arrays.
TDEZ3D does not call FRAME.
If the image is too small, decrease the size of RMULT; if the image is too large, increase
the size of RMULT.
When TDEZ3D is called, a color table is defined for all open workstations that implements
IST as described above. *This color table will supersede any color table that has been
previously defined.* The color table that is defined is:
Color
index Colors
------- ----------------------------------------------------
0 black if IST is positive; white if IST is negative
1 white if IST is positive; black if IST is negative
2 red
3 green
4 blue
5 cyan
6 magenta
7 yellow
8- 37 grayscale from white to black.
38- 67 shades of gray
68- 97 shades of red
98-127 shades of green
128-157 shades of blue
158-187 shades of cyan
188-217 shades of magenta
218-247 shades of yellow
ACCESS
To use TDEZ3D or c_tdez3d, load the NCAR Graphics libraries ncarg, ncarg_gks, and ncarg_c,
preferably in that order.
SEE ALSO
Online: tdclrs, tdctri, tddtri, tdgeti, tdgetr, tdgrds, tdgrid, tdgtrs, tdinit, tditri,
tdlbla, tdlbls, tdline, tdlnpa, tdmtri, tdotri, tdpack, tdpack_params, tdpara, tdplch,
tdprpa, tdprpi, tdprpt, tdsetr, tdsort, tdstri, tdstrs, tdez2d
COPYRIGHT
Copyright (C) 1987-2009
University Corporation for Atmospheric Research
The use of this Software is governed by a License Agreement.