#include "UnstructuredMapping.h"#include "MappingProjectionParameters.h"#include "display.h"#include "CompositeSurface.h"#include "TrimmedMapping.h"#include "ReductionMapping.h"#include "NurbsMapping.h"#include "GenericGraphicsInterface.h"#include "MappingInformation.h"#include "TriangleWrapper.h"#include "CompositeTopology.h"#include "SplineMapping.h"#include "GL_GraphicsInterface.h"#include "FaceInfo.h"#include "GeometricADT.h"
Macros | |
| #define | SC (char *)(const char *) |
| #define | SCALE_TWO_SIDES(r, ra) ( 1. - SQR((r)-.5) *4.*(1.-(ra)) ) |
Functions | |
| void | constructOuterBoundaryCurve (NurbsMapping *newNurb) |
| Build an outer curve for a surface without one. | |
| real | refineTriangulation (UnstructuredMapping &umap, Mapping &cmap, real absoluteTol) |
| bool | refineCurve (NurbsMapping &curve, Mapping *surf1, Mapping *surf2, real distTol, real curveTol, realArray &g) |
| bool | duplicateNodeFound (int &elementNodeNumber, int &node, int e, const intArray &elements, const intArray &duplicateNodes, int numberOfDuplicateNodes) |
| This function is called to check for the presence of a duplicate node. | |
| bool | swapFace (int f, FILE *infoFile, CompositeSurface &cs, int &numberOfNodes, realArray &nodes, int &numberOfElements, intArray &elements, int &numberOfFaces, intArray &faces, intArray &faceElements, intArray &elementFaces, intArray &elementSurface, intArray &elementCoordinates, int &numberOfCoordinateNodes, realArray &rNodes) |
| int | splitFace2 (int f, FILE *infoFile, realArray &r, realArray &x, CompositeSurface &cs, int &numberOfNodes, realArray &nodes, int &numberOfElements, intArray &elements, int &numberOfFaces, intArray &faces, intArray &faceElements, intArray &elementFaces, intArray &elementSurface, intArray &elementCoordinates, int &numberOfCoordinateNodes, realArray &rNodes) |
| int | splitFace (int e, int side, CompositeSurface &cs, int &numberOfNodes, realArray &nodes, int &numberOfElements, intArray &elements, int &numberOfFaces, intArray &faces, intArray &faceElements, intArray &elementFaces, intArray &elementSurface, intArray &elementCoordinates, int &numberOfCoordinateNodes, realArray &rNodes) |
| Refine an element by splitting it at a face. The adjacent element is also split. | |
| int | splitElement (int e, CompositeSurface &cs, int &numberOfNodes, realArray &nodes, int &numberOfElements, intArray &elements, int &numberOfFaces, intArray &faces, intArray &faceElements, intArray &elementFaces, intArray &elementSurface, intArray &elementCoordinates, int &numberOfCoordinateNodes, realArray &rNodes) |
| Refine an element by splitting it at the centroid. | |
| int | improveTriangulation (CompositeSurface &cs, real maxDist, real maxArea, int &numberOfNodes, realArray &nodes, int &numberOfElements, intArray &elements, int &numberOfFaces, intArray &faces, intArray &faceElements, intArray &elementFaces, intArray &elementSurface, intArray &elementCoordinates, int &numberOfCoordinateNodes, realArray &rNodes) |
| Improve the quality of a triangulation by inserting new nodes. | |
| int | addInteriorNodes (int &numberOfNodes, Mapping &surface, real &aspectRatio, int numberOfGridPoints[2], realArray &rc, const int &debug) |
| Add interior nodes to the points given to the triangulation. | |
Variables | |
| int | triangleErrorDetected |
Macro Definition Documentation
| #define SC (char *)(const char *) |
Referenced by CompositeTopology::buildEdgeCurves(), and CompositeTopology::update().
Referenced by CompositeTopology::buildSubSurfaceTriangulation().
Function Documentation
| int addInteriorNodes | ( | int & | numberOfNodes, |
| Mapping & | surface, | ||
| real & | aspectRatio, | ||
| int | numberOfGridPoints[2], | ||
| realArray & | rc, | ||
| const int & | debug | ||
| ) |
Add interior nodes to the points given to the triangulation.
References assert, delta, dr, fabs(), Mapping::getGridDimensions(), i2, mask, max(), and ra.
Referenced by CompositeTopology::buildSubSurfaceTriangulation().
| void constructOuterBoundaryCurve | ( | NurbsMapping * | newNurb | ) |
Build an outer curve for a surface without one.
References axis1, NurbsMapping::merge(), Mapping::setGridDimensions(), and NurbsMapping::specify().
Referenced by CompositeTopology::buildEdgeCurves(), TrimmedMapping::deleteTrimCurve(), TrimmedMapping::TrimmedMapping(), and TrimmedMapping::update().
| bool duplicateNodeFound | ( | int & | elementNodeNumber, |
| int & | node, | ||
| int | e, | ||
| const intArray & | elements, | ||
| const intArray & | duplicateNodes, | ||
| int | numberOfDuplicateNodes | ||
| ) |
This function is called to check for the presence of a duplicate node.
We are trying to look for node 'node' in the triangle element(e,.). This function is called if 'node' is not found. We look for 'node' in the list of duplicateNodes to see if a duplicate node is in the element.
- Parameters
-
elementNodeNumber (output) : if successful (return value==true) this will be a value 0,1,2 of the node value { node} found in the triangle element(e,.) node (input/output) : a duplicate node number found (if return value==true) e (input): find a node in this element.
Referenced by UnstructuredMapping::isDuplicateNode(), and CompositeTopology::triangulateCompositeSurface().
| int improveTriangulation | ( | CompositeSurface & | cs, |
| real | maxDist, | ||
| real | maxArea, | ||
| int & | numberOfNodes, | ||
| realArray & | nodes, | ||
| int & | numberOfElements, | ||
| intArray & | elements, | ||
| int & | numberOfFaces, | ||
| intArray & | faces, | ||
| intArray & | faceElements, | ||
| intArray & | elementFaces, | ||
| intArray & | elementSurface, | ||
| intArray & | elementCoordinates, | ||
| int & | numberOfCoordinateNodes, | ||
| realArray & | rNodes | ||
| ) |
Improve the quality of a triangulation by inserting new nodes.
References debug, evaluate(), CompositeSurface::getClassName(), getCPU(), Mapping::inverseMap(), Mapping::map(), NULL, CompositeSurface::numberOfSubSurfaces(), s, splitFace2(), SQR, swapFace(), and x.
Referenced by CompositeTopology::triangulateCompositeSurface().
| bool refineCurve | ( | NurbsMapping & | curve, |
| Mapping * | surf1, | ||
| Mapping * | surf2, | ||
| real | distTol, | ||
| real | curveTol, | ||
| realArray & | g | ||
| ) |
References Mapping::determineResolution(), MappingProjectionParameters::getRealArray(), MappingProjectionParameters::normal, pow(), Mapping::project(), MappingProjectionParameters::r, MappingProjectionParameters::x, and MappingProjectionParameters::xr.
Referenced by CompositeTopology::buildSubSurfaceTriangulation().
| real refineTriangulation | ( | UnstructuredMapping & | umap, |
| Mapping & | cmap, | ||
| real | absoluteTol | ||
| ) |
References Mapping::cartesianSpace, computeDeviation(), Mapping::determineResolution(), dx, GenericGraphicsInterface::erase(), evaluate(), fabs(), findRBound(), TriangleWrapper::generate(), TriangleWrapper::generateElementList(), UnstructuredMapping::getBoundaryFace(), TrimmedMapping::getClassName(), Mapping::getClassName(), Mapping::getDomainDimension(), UnstructuredMapping::getEdges(), UnstructuredMapping::getElements(), UnstructuredMapping::getFaceElements(), UnstructuredMapping::getFaces(), TriangleWrapperParameters::getFreezeSegments(), Overture::getGraphicsInterface(), UnstructuredMapping::getNodes(), UnstructuredMapping::getNumberOfBoundaryFaces(), UnstructuredMapping::getNumberOfEdges(), UnstructuredMapping::getNumberOfElements(), UnstructuredMapping::getNumberOfNodes(), TriangleWrapper::getParameters(), TriangleWrapper::getPoints(), Mapping::getRangeDimension(), TriangleWrapperParameters::getVoronoi(), TriangleWrapper::initialize(), Mapping::inverseMap(), TrimmedMapping::map(), Mapping::map(), max(), min(), Mapping::parameterSpace, PlotIt::plot(), GenericGraphicsInterface::plotPoints(), R, REAL_EPSILON, REAL_MAX, REAL_MIN, TriangleWrapperParameters::saveNeighbourList(), scaleNodes(), UnstructuredMapping::setNodesAndConnectivity(), TriangleWrapperParameters::setQuietMode(), TriangleWrapperParameters::setVerboseMode(), TriangleWrapperParameters::toggleFreezeSegments(), TriangleWrapperParameters::toggleVoronoi(), unScaleNodes(), and x.
Referenced by CompositeTopology::buildSubSurfaceTriangulation(), and refineVisibleSurfaces().
| int splitElement | ( | int | e, |
| CompositeSurface & | cs, | ||
| int & | numberOfNodes, | ||
| realArray & | nodes, | ||
| int & | numberOfElements, | ||
| intArray & | elements, | ||
| int & | numberOfFaces, | ||
| intArray & | faces, | ||
| intArray & | faceElements, | ||
| intArray & | elementFaces, | ||
| intArray & | elementSurface, | ||
| intArray & | elementCoordinates, | ||
| int & | numberOfCoordinateNodes, | ||
| realArray & | rNodes | ||
| ) |
Refine an element by splitting it at the centroid.
References assert, CompositeSurface::map(), CompositeSurface::numberOfSubSurfaces(), r, and x.
| int splitFace | ( | int | e, |
| int | side, | ||
| CompositeSurface & | cs, | ||
| int & | numberOfNodes, | ||
| realArray & | nodes, | ||
| int & | numberOfElements, | ||
| intArray & | elements, | ||
| int & | numberOfFaces, | ||
| intArray & | faces, | ||
| intArray & | faceElements, | ||
| intArray & | elementFaces, | ||
| intArray & | elementSurface, | ||
| intArray & | elementCoordinates, | ||
| int & | numberOfCoordinateNodes, | ||
| realArray & | rNodes | ||
| ) |
Refine an element by splitting it at a face. The adjacent element is also split.
References assert, CompositeSurface::map(), CompositeSurface::numberOfSubSurfaces(), r, and x.
| int splitFace2 | ( | int | f, |
| FILE * | infoFile, | ||
| realArray & | r, | ||
| realArray & | x, | ||
| CompositeSurface & | cs, | ||
| int & | numberOfNodes, | ||
| realArray & | nodes, | ||
| int & | numberOfElements, | ||
| intArray & | elements, | ||
| int & | numberOfFaces, | ||
| intArray & | faces, | ||
| intArray & | faceElements, | ||
| intArray & | elementFaces, | ||
| intArray & | elementSurface, | ||
| intArray & | elementCoordinates, | ||
| int & | numberOfCoordinateNodes, | ||
| realArray & | rNodes | ||
| ) |
References assert, CompositeSurface::getClassName(), Mapping::inverseMap(), min(), CompositeSurface::numberOfSubSurfaces(), and r.
Referenced by improveTriangulation().
| bool swapFace | ( | int | f, |
| FILE * | infoFile, | ||
| CompositeSurface & | cs, | ||
| int & | numberOfNodes, | ||
| realArray & | nodes, | ||
| int & | numberOfElements, | ||
| intArray & | elements, | ||
| int & | numberOfFaces, | ||
| intArray & | faces, | ||
| intArray & | faceElements, | ||
| intArray & | elementFaces, | ||
| intArray & | elementSurface, | ||
| intArray & | elementCoordinates, | ||
| int & | numberOfCoordinateNodes, | ||
| realArray & | rNodes | ||
| ) |
References fabs(), and REAL_MIN.
Referenced by improveTriangulation().
Variable Documentation
| int triangleErrorDetected |
Referenced by CompositeTopology::buildSubSurfaceTriangulation().
