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| FiberSurface () |
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| ~FiberSurface () |
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template<class dataTypeU , class dataTypeV > |
int | computeContour (const pair< double, double > &rangePoint0, const pair< double, double > &rangePoint1, const vector< int > &seedTetList, const int &polygonEdgeId=0) const |
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template<class dataTypeU , class dataTypeV > |
int | computeContour (const vector< pair< pair< double, double >, pair< double, double > > > &edgeList, const vector< int > &seedTetList, const vector< int > *edgeIdList=NULL) const |
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template<class dataTypeU , class dataTypeV > |
int | computeSurface (const pair< double, double > &rangePoint0, const pair< double, double > &rangePoint1, const int &polygonEdgeId=0) const |
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template<class dataTypeU , class dataTypeV > |
int | computeSurface () |
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template<class dataTypeU , class dataTypeV > |
int | finalize (const bool &mergeDuplicatedVertices=false, const bool &removeSmallEdges=false, const bool &edgeFlips=false, const bool &intersectionRemesh=false) |
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template<class dataTypeU , class dataTypeV > |
int | processTetrahedron (const int &tetId, const pair< double, double > &rangePoint0, const pair< double, double > &rangePoint1, const int &polygonEdgeId=0) const |
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int | setGlobalVertexList (vector< Vertex > *globalList) |
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int | setInputField (const void *uField, const void *vField) |
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int | setPointMerging (const bool &onOff) |
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int | setPointMergingThreshold (const double &threshold) |
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int | setPointNumber (const int &number) |
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int | setPointSet (const float *pointSet) |
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int | setPolygon (const vector< pair< pair< double, double >, pair< double, double > > > *polygon) |
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int | setPolygonEdgeNumber (const int &polygonEdgeNumber) |
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int | setTetList (const long long int *tetList) |
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int | setTetNeighbors (const vector< vector< int > > *tetNeighbors) |
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int | setTetNumber (const int &tetNumber) |
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int | setTriangleList (const int &polygonEdgeId, vector< Triangle > *triangleList) |
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int | setVertexList (const int &polygonEdgeId, vector< Vertex > *vertexList) |
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| Debug () |
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virtual | ~Debug () |
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virtual const int | dMsg (ostream &stream, string msg, const int &debugLevel=infoMsg) const |
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const int | err (const string msg, const int &debugLevel=infoMsg) const |
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const int | msg (const char *msg, const int &debugLevel=infoMsg) const |
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virtual const int | setDebugLevel (const int &debugLevel) |
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int | setThreadNumber (const int threadNumber) |
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int | setWrapper (const Wrapper *wrapper) |
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template<class dataTypeU , class dataTypeV > |
int | computeBaseTriangle (const int &tetId, const int &localEdgeId0, const double &t0, const double &u0, const double &v0, const int &localEdgeId1, const double &t1, const double &u1, const double &v1, const int &localEdgeId2, const double &t2, const double &u2, const double &v2, vector< vector< double > > &basePoints, vector< pair< double, double > > &basePointProections, vector< double > &basePointParameterization, vector< pair< int, int > > &baseEdges) const |
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template<class dataTypeU , class dataTYpeV > |
int | computeCase0 (const int &polygonEdgeId, const int &tetId, const int &localEdgeId0, const double &t0, const double &u0, const double &v0, const int &localEdgeId1, const double &t1, const double &u1, const double &v1, const int &localEdgeId2, const double &t2, const double &u2, const double &v2) const |
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template<class dataTypeU , class dataTYpeV > |
int | computeCase1 (const int &polygonEdgeId, const int &tetId, const int &localEdgeId0, const double &t0, const double &u0, const double &v0, const int &localEdgeId1, const double &t1, const double &u1, const double &v1, const int &localEdgeId2, const double &t2, const double &u2, const double &v2) const |
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template<class dataTypeU , class dataTYpeV > |
int | computeCase2 (const int &polygonEdgeId, const int &tetId, const int &localEdgeId0, const double &t0, const double &u0, const double &v0, const int &localEdgeId1, const double &t1, const double &u1, const double &v1, const int &localEdgeId2, const double &t2, const double &u2, const double &v2) const |
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template<class dataTypeU , class dataTYpeV > |
int | computeCase3 (const int &polygonEdgeId, const int &tetId, const int &localEdgeId0, const double &t0, const double &u0, const double &v0, const int &localEdgeId1, const double &t1, const double &u1, const double &v1, const int &localEdgeId2, const double &t2, const double &u2, const double &v2) const |
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template<class dataTypeU , class dataTYpeV > |
int | computeCase4 (const int &polygonEdgeId, const int &tetId, const int &localEdgeId0, const double &t0, const double &u0, const double &v0, const int &localEdgeId1, const double &t1, const double &u1, const double &v1, const int &localEdgeId2, const double &t2, const double &u2, const double &v2) const |
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int | computeTriangleFiber (const int &tetId, const int &triangleId, const pair< double, double > &intersection, const vector< vector< IntersectionTriangle > > &tetIntersections, vector< double > &pA, vector< double > &pB, int &pivotVertexId, bool &edgeFiber) const |
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int | computeTriangleIntersection (const int &tetId, const int &triangleId0, const int &triangleId1, const int &polygonEdgeId0, const int &polygonEdgeId1, const pair< double, double > &intersection, int &newVertexNumber, int &newTriangleNumber, vector< vector< IntersectionTriangle > > &tetIntersections, vector< vector< Vertex > > &tetNewVertices) const |
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int | computeTriangleIntersection (const int &tetId, const int &triangleId, const int &polygonEdgeId, const pair< double, double > &intersection, const vector< double > &pA, const vector< double > &pB, const int &pivotVertexId, int &newVertexNumber, int &newTriangleNumber, vector< vector< IntersectionTriangle > > &tetIntersections, vector< vector< Vertex > > &tetNewVertices) const |
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int | createNewIntersectionTriangle (const int &tetId, const int &triangleId, const int &vertexId0, const int &vertexId1, const int &vertexId2, const vector< vector< Vertex > > &tetNewVertices, int &newTriangleNumber, vector< vector< IntersectionTriangle > > &tetIntersections, const pair< double, double > *intersection=NULL) const |
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int | flipEdges () const |
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int | flipEdges (vector< pair< int, int > > &triangles) const |
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int | getNumberOfCommonVertices (const int &tetId, const int &triangleId0, const int &triangleId1, const vector< vector< IntersectionTriangle > > &tetIntersections) const |
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int | getTriangleRangeExtremities (const int &tetId, const int &triangleId, const vector< vector< IntersectionTriangle > > &tetIntersections, pair< double, double > &extremity0, pair< double, double > &extremity1) const |
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bool | hasDuplicatedVertices (const double *p0, const double *p1, const double *p2) const |
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int | interpolateBasePoints (const vector< double > &p0, const pair< double, double > &uv0, const double &t0, const vector< double > &p1, const pair< double, double > &uv1, const double &t1, const double &t, Vertex &v) const |
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bool | isEdgeAngleCollapsible (const int &source, const int &destination, const int &pivotVertexId, const vector< pair< int, int > > &starNeighbors) const |
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bool | isEdgeFlippable (const int &edgeVertexId0, const int &edgeVertexId1, const int &otherVertexId0, const int &otherVertexId1) const |
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bool | isIntersectionTriangleColinear (const int &tetId, const int &triangleId, const vector< vector< IntersectionTriangle > > &tetIntersections, const vector< vector< Vertex > > &tetNewVertices, const int &vertexId0, const int &vertexId1, const int &vertexId2) const |
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int | mergeEdges (const double &distanceThreshold) const |
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int | mergeVertices (const double &distanceThreshold) const |
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template<class dataTypeU , class dataTypeV > |
int | remeshIntersections () const |
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int | snapToBasePoint (const vector< vector< double > > &basePoints, const vector< pair< double, double > > &uv, const vector< double > &t, Vertex &v) const |
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int | snapVertexBarycentrics (const double &distanceThreshold) const |
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int | snapVertexBarycentrics (const int &tetId, const vector< pair< int, int > > &triangles, const double &distanceThreshold) const |
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FiberSurface processing package.
- Author
- Julien Tierny julie.nosp@m.n.ti.nosp@m.erny@.nosp@m.lip6.nosp@m..fr
- Date
- October 2015.
FiberSurface is a processing package that computes pre-images of curves for bivariate scalar data.
- Parameters
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dataTypeU | Data type of the input first component field (char, float, etc.) |
dataTypeV | Data type of the input second component field (char, float, etc.) |