#include "HyperbolicMapping.h"#include "DataPointMapping.h"#include "TridiagonalSolver.h"#include "display.h"#include "arrayGetIndex.h"#include "MatchingCurve.h"
Include dependency graph for generate.C:
Macros | |
| #define | VOLUME(ds) (ds(I1,I2)*ss(I1,I2)/s(I1,I2)) |
| #define | DIST(i) |
Functions | |
| int | numberOfPossibleMultigridLevels (const IntegerArray &gridIndexRange) |
| Return the number of multigrid levels that could be built on this grid. | |
Macro Definition Documentation
| #define DIST | ( | i | ) |
Value:
(SQR(xStart(i,0,0,0)-match.x[0])+ \
SQR(xStart(i,0,0,1)-match.x[1])+ \
SQR(xStart(i,0,0,2)-match.x[2]))
Referenced by HyperbolicMapping::evaluateStartCurve().
| #define VOLUME | ( | ds | ) | (ds(I1,I2)*ss(I1,I2)/s(I1,I2)) |
Referenced by HyperbolicMapping::generate(), and HyperbolicMapping::initializeSurfaceGrid().
Function Documentation
| int numberOfPossibleMultigridLevels | ( | const IntegerArray & | gridIndexRange | ) |
Return the number of multigrid levels that could be built on this grid.
References End, FALSE, pow(), Start, and TRUE.
Referenced by HyperbolicMapping::generate(), and HyperbolicMapping::update().
