#include "coIsoSurface.h"#include <config/CoviseConfig.h>#include "IsoCuttingTables.h"#include <do/coDoUnstructuredGrid.h>#include <do/coDoData.h>#include <do/coDoPolygons.h>#include <do/coDoTriangleStrips.h>#include <api/coOutputPort.h>#include <api/coModule.h>
Include dependency graph for coIsoSurface.cpp:
Namespaces | |
| namespace | covise |
| list of all chemical elements | |
Macros | |
| #define | ADDVERTEX |
| #define | ADDVERTEXX01 |
| #define | ADDVERTEXX02 |
| #define | ADDVERTEXX03 |
| #define | ADDVERTEXX04 |
| #define | ADDVERTEXX(a1, a2) |
| #define | ADDVERTEXXX(a1, a2) |
Functions | |
| static int | covise::readConfig (const char *varName, int defaultValue) |
Macro Definition Documentation
◆ ADDVERTEX
| #define ADDVERTEX |
Value:
if (n1 < n2) \
{ \
if (!add_vertex(n1, n2)) \
return false; \
} \
else \
{ \
if (!add_vertex(n2, n1)) \
return false; \
}
◆ ADDVERTEXX
| #define ADDVERTEXX | ( | a1, | |
| a2 | |||
| ) |
Value:
if (n1 < n2) \
add_vertex(n1, n2, ii + x_add[*(polygon_nodes + a1)], jj + y_add[*(polygon_nodes + a1)], kk + z_add[*(polygon_nodes + a1)], ii + x_add[*(polygon_nodes + a2)], jj + y_add[*(polygon_nodes + a2)], kk + z_add[*(polygon_nodes + a2)]); \
else \
add_vertex(n2, n1, ii + x_add[*(polygon_nodes + a2)], jj + y_add[*(polygon_nodes + a2)], kk + z_add[*(polygon_nodes + a2)], ii + x_add[*(polygon_nodes + a1)], jj + y_add[*(polygon_nodes + a1)], kk + z_add[*(polygon_nodes + a1)]);
◆ ADDVERTEXX01
| #define ADDVERTEXX01 |
Value:
if (n1 < n2) \
add_vertex(n1, n2, ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes], ii + x_add[*(polygon_nodes + 1)], jj + y_add[*(polygon_nodes + 1)], kk + z_add[*(polygon_nodes + 1)]); \
else \
add_vertex(n2, n1, ii + x_add[*(polygon_nodes + 1)], jj + y_add[*(polygon_nodes + 1)], kk + z_add[*(polygon_nodes + 1)], ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes]);
◆ ADDVERTEXX02
| #define ADDVERTEXX02 |
Value:
if (n1 < n2) \
add_vertex(n1, n2, ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes], ii + x_add[*(polygon_nodes + 2)], jj + y_add[*(polygon_nodes + 2)], kk + z_add[*(polygon_nodes + 2)]); \
else \
add_vertex(n2, n1, ii + x_add[*(polygon_nodes + 2)], jj + y_add[*(polygon_nodes + 2)], kk + z_add[*(polygon_nodes + 2)], ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes]);
◆ ADDVERTEXX03
| #define ADDVERTEXX03 |
Value:
if (n1 < n2) \
add_vertex(n1, n2, ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes], ii + x_add[*(polygon_nodes + 3)], jj + y_add[*(polygon_nodes + 3)], kk + z_add[*(polygon_nodes + 3)]); \
else \
add_vertex(n2, n1, ii + x_add[*(polygon_nodes + 3)], jj + y_add[*(polygon_nodes + 3)], kk + z_add[*(polygon_nodes + 3)], ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes]);
◆ ADDVERTEXX04
| #define ADDVERTEXX04 |
Value:
if (n1 < n2) \
add_vertex(n1, n2, ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes], ii + x_add[*(polygon_nodes + 4)], jj + y_add[*(polygon_nodes + 4)], kk + z_add[*(polygon_nodes + 4)]); \
else \
add_vertex(n2, n1, ii + x_add[*(polygon_nodes + 4)], jj + y_add[*(polygon_nodes + 4)], kk + z_add[*(polygon_nodes + 4)], ii + x_add[*polygon_nodes], jj + y_add[*polygon_nodes], kk + z_add[*polygon_nodes]);
◆ ADDVERTEXXX
| #define ADDVERTEXXX | ( | a1, | |
| a2 | |||
| ) |
Value:
if (n1 < n2) \
add_vertex(n1, n2, ii + x_add[a1], jj + y_add[a1], kk + z_add[a1], ii + x_add[a2], jj + y_add[a2], kk + z_add[a2]); \
else \
add_vertex(n2, n1, ii + x_add[a2], jj + y_add[a2], kk + z_add[a2], ii + x_add[a1], jj + y_add[a1], kk + z_add[a1]);
