| addTetrahedron(vctl::MCVertex *pV0, vctl::MCVertex *pV1, vctl::MCVertex *pV2, vctl::MCVertex *pV3) | mds::seg::CDelaunayTetra | [protected] |
| addVertex(vctl::MCVertex *pVertex, int iBoundaryVertex=0, tTetrahedronFunc InsertFunc=NULL, tTetrahedronFunc RemoveFunc=NULL) | mds::seg::CDelaunayTetra | |
| approachEdges(bool bCheckIsotropicMinEdgeLength=false) | mds::seg::CTetraMesh | |
| attractVertex(vctl::MCPoint3D *pPoint) | mds::seg::CTetraMesh | [virtual] |
| BOUNDARY_FLAGS enum value | mds::seg::CDelaunayTetra | |
| CDelaunayTetra() | mds::seg::CDelaunayTetra | |
| changeRegion(int iMinIndex, int iMaxIndex=-1, int iFinalRegion=-1) | mds::seg::CTetraMesh | |
| checkBoundary(vctl::MCPoint3D *pPoint) | mds::seg::CDelaunayTetra | [protected] |
| checkBoundaryEdge(vctl::MCEdge *pEdge, vctl::MCVector3D *pNormal, double dThreshold=DEFAULT_DISTANCE_THRESHOLD) | mds::seg::CTetraMesh | |
| checkBoundaryFacetFunc(vctl::MCPoint3D *p1, vctl::MCPoint3D *p2, vctl::MCPoint3D *p3, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| checkBoundaryTriangle(vctl::MCPoint3D *p0, vctl::MCPoint3D *p1, vctl::MCPoint3D *p2, double dThreshold=DEFAULT_DISTANCE_THRESHOLD) | mds::seg::CTetraMesh | |
| checkFlatness(vctl::MCVertex *pV0, vctl::MCVertex *pV1, vctl::MCVertex *pV2, vctl::MCVertex *pV3) | mds::seg::CDelaunayTetra | [protected] |
| checkIsotropicMinEdgeLengthFunc(vctl::MCPoint3D *p1, vctl::MCPoint3D *p2, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| checkIsotropicMinEdgeLengthFunc2(vctl::MCPoint3D *p1, vctl::MCPoint3D *p2, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| checkNoImageEdgeIntersectionFunc(vctl::MCPoint3D *p1, vctl::MCPoint3D *p2, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| checkTetrahedron(vctl::MCTetra *pTetrahedron) | mds::seg::CDelaunayTetra | [protected] |
| checkTetrahedronVolume(vctl::MCTetra *pTetra) | mds::seg::CTetraMesh | |
| classifyAdjacent(double dBThreshold=DEFAULT_DISTANCE_THRESHOLD) | mds::seg::CTetraMesh | |
| clear() | mds::seg::CDelaunayTetra | |
| clearFlags() | mds::seg::CDelaunayTetra | [protected] |
| clearFlags(const tTetrahedra &Tetrahedra) | mds::seg::CDelaunayTetra | [protected] |
| clearTriangles() | mds::seg::CTetraMesh | |
| construct() | mds::seg::CDelaunayTetra | |
| conv2Real(mds::tSize x, mds::tSize y, mds::tSize z, double &dX, double &dY, double &dZ) const | mds::seg::CTetraScaling | [inline] |
| conv2Real(mds::tSize x, mds::tSize y, mds::tSize z, tCoordinates *pPoint) const | mds::seg::CTetraScaling | [inline] |
| conv2Real(double dX, double dY, double dZ, tCoordinates *pPoint) const | mds::seg::CTetraScaling | [inline] |
| conv2Real(tCoordinates *pPoint) const | mds::seg::CTetraScaling | [inline] |
| conv2Volume(double dX, double dY, double dZ, mds::tSize &x, mds::tSize &y, mds::tSize &z) const | mds::seg::CTetraScaling | [inline] |
| conv2Volume(tCoordinates *pPoint, mds::tSize &x, mds::tSize &y, mds::tSize &z) const | mds::seg::CTetraScaling | [inline] |
| conv2Volume(tCoordinates *pPoint, double &x, double &y, double &z) const | mds::seg::CTetraScaling | [inline] |
| conv2Volume(tCoordinates *pPoint) const | mds::seg::CTetraScaling | [inline] |
| createTriangles(int iRegion=-1, bool bBoundary=false) | mds::seg::CTetraMesh | |
| createTriangles(double a, double b, double c, double d, int iRegion=-1) | mds::seg::CTetraMesh | |
| createTriangles(double dQuality, int iRegion=-1) | mds::seg::CTetraMesh | |
| CTetraMesh() | mds::seg::CTetraMesh | |
| CTetraScaling() | mds::seg::CTetraScaling | [inline] |
| CTetraScaling(double dDX, double dDY, double dDZ) | mds::seg::CTetraScaling | [inline] |
| DEFAULT_AVG_TETRA_SIZE | mds::seg::CTetraMesh | [static] |
| DEFAULT_CELL | mds::seg::CTetraMesh | [static] |
| DEFAULT_CELL_MARGIN | mds::seg::CTetraMesh | [static] |
| DEFAULT_CORNER_MIN_EDGE_LENGTH | mds::seg::CTetraMesh | [static] |
| DEFAULT_DELTA_THRESHOLD | mds::seg::CTetraMesh | [static] |
| DEFAULT_DISTANCE_THRESHOLD | mds::seg::CTetraMesh | [static] |
| DEFAULT_INIT_THRESHOLD | mds::seg::CTetraMesh | [static] |
| DEFAULT_K | mds::seg::CTetraMesh | [static] |
| DEFAULT_MIN_DIHEDRAL_ANGLE | mds::seg::CDelaunayTetra | [static] |
| DEFAULT_MIN_EDGE_LENGTH | mds::seg::CDelaunayTetra | [static] |
| DEFAULT_NUMBER_OF_NODES | mds::seg::CDelaunayTetra | [static] |
| DEFAULT_SPLITTING_THRESHOLD | mds::seg::CTetraMesh | [static] |
| DEFAULT_VERTEX_NEIGHBOURHOOD | mds::seg::CTetraMesh | [static] |
| deserialize(mds::mod::CChannelSerializer< S > &Reader) | mds::seg::CTetraMesh | [inline] |
| DOMAIN_BOUNDARY enum value | mds::seg::CTetraMesh | |
| edgeSplitting(double dOrientThreshold=DEFAULT_SPLITTING_THRESHOLD) | mds::seg::CTetraMesh | |
| edgeSplittingInsertFunc(vctl::MCTetra *pTetrahedron, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| edgeSplittingRemoveFunc(vctl::MCTetra *pTetrahedron, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| evalEdgeDistancePoint(vctl::MCPoint3D *pPoint, mds::img::CPoint3D &Normal, int iMaxDistance) | mds::seg::CTetraMesh | |
| evaluateFeatures(bool bSkipSmall=true) | mds::seg::CTetraMesh | |
| evaluateSegmentFeatures(bool bSkipSmall=true) | mds::seg::CTetraMesh | |
| findBaseTetrahedron(vctl::MCPoint3D *pPoint) | mds::seg::CDelaunayTetra | [protected] |
| findCavity(vctl::MCPoint3D *pPoint, tTetrahedra &Cavity) | mds::seg::CDelaunayTetra | [protected] |
| findCavityEnvelope(const tTetrahedra &Cavity, tVertices &Envelope) | mds::seg::CDelaunayTetra | [protected] |
| findIsolatedRegions() | mds::seg::CTetraMesh | |
| findNearestVertex(vctl::MCPoint3D *pPoint, bool bStartFromPrevious=false) | mds::seg::CDelaunayTetra | [protected] |
| forEachTetrahedron(Function Func) | mds::seg::CDelaunayTetra | [inline] |
| forEachVertex(Function Func) | mds::seg::CDelaunayTetra | [inline] |
| getControlSpaceLength(vctl::MCPoint3D &p1, vctl::MCPoint3D &p2) | mds::seg::CTetraMesh | |
| getControlSpacePtr() | mds::seg::CTetraMesh | [inline] |
| getControlSpaceValue(const mds::img::CPoint3D &Point) | mds::seg::CTetraMesh | |
| getCornerMinEdgeLength() | mds::seg::CTetraMesh | [inline] |
| getEdgeVolumePtr() | mds::seg::CTetraMesh | [inline] |
| getFirstTetrahedron() | mds::seg::CDelaunayTetra | [inline] |
| getFirstTriangle() | mds::seg::CTetraMesh | [inline] |
| getFirstVertex() | mds::seg::CDelaunayTetra | [inline] |
| getMaxCoordinates(double &dX, double &dY, double &dZ) | mds::seg::CDelaunayTetra | |
| getMinCoordinates(double &dX, double &dY, double &dZ) | mds::seg::CDelaunayTetra | |
| getMinDihedralAngle() | mds::seg::CDelaunayTetra | [inline] |
| getMinEdgeLength() | mds::seg::CDelaunayTetra | [inline] |
| getMinRealSize(double Value) const | mds::seg::CTetraScaling | [inline] |
| getMinVolumeSize(double Value) const | mds::seg::CTetraScaling | [inline] |
| getNumOfSegments() const | mds::seg::CTetraMesh | [inline] |
| getNumOfTetrahedra() | mds::seg::CDelaunayTetra | [inline] |
| getNumOfTriangles() | mds::seg::CTetraMesh | [inline] |
| getNumOfVertices() | mds::seg::CDelaunayTetra | [inline] |
| getRealX(double x) const | mds::seg::CTetraScaling | [inline] |
| getRealY(double y) const | mds::seg::CTetraScaling | [inline] |
| getRealZ(double z) const | mds::seg::CTetraScaling | [inline] |
| getSegments() | mds::seg::CTetraMesh | [inline] |
| getTetrahedra() | mds::seg::CDelaunayTetra | [inline] |
| getTetrahedronQuality(vctl::MCTetra *pTetrahedron) | mds::seg::CDelaunayTetra | [protected, static] |
| getTriangles() | mds::seg::CTetraMesh | [inline] |
| getVertexNeighbourhood() | mds::seg::CTetraMesh | [inline] |
| getVertices() | mds::seg::CDelaunayTetra | [inline] |
| getVolumePtr() | mds::seg::CTetraMesh | [inline] |
| getVolumeX(double x) const | mds::seg::CTetraScaling | [inline] |
| getVolumeY(double y) const | mds::seg::CTetraScaling | [inline] |
| getVolumeZ(double z) const | mds::seg::CTetraScaling | [inline] |
| init(double dThreshold=DEFAULT_INIT_THRESHOLD, tSize CellSize=DEFAULT_CELL, tSize NumOfNodes=DEFAULT_NUMBER_OF_NODES) | mds::seg::CTetraMesh | |
| mds::seg::CDelaunayTetra::init(vctl::MCPoint3D *pMin, vctl::MCPoint3D *pMax, mds::tSize NumOfNodes=DEFAULT_NUMBER_OF_NODES) | mds::seg::CDelaunayTetra | |
| isBoundaryTriangle(vctl::MCVertex *p0, vctl::MCVertex *p1, vctl::MCVertex *p2) | mds::seg::CTetraMesh | |
| isotropicAttractVertex(vctl::MCPoint3D *pPoint) | mds::seg::CTetraMesh | |
| isotropicEdgeSplitting(double dThreshold, bool bBoundaryEdges=false) | mds::seg::CTetraMesh | |
| isotropicEdgeSplittingInsertFunc(vctl::MCTetra *pTetrahedron, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| isotropicEdgeSplittingRemoveFunc(vctl::MCTetra *pTetrahedron, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| isotropicSplitEdge(vctl::MCVertex *pV0, vctl::MCVertex *pV1, double dThreshold, tPoints &EdgePoints, tPoints &Points, bool bBoundary=false) | mds::seg::CTetraMesh | |
| isotropicSplitSubEdge(vctl::MCPoint3D &p1, vctl::MCPoint3D &p2, double dThreshold, double dRestrictedZone, tPoints &Points) | mds::seg::CTetraMesh | |
| isotropicVertexMoving() | mds::seg::CTetraMesh | |
| m_ConstraintFunc | mds::seg::CDelaunayTetra | [protected] |
| m_dCornerMinEdgeLength | mds::seg::CTetraMesh | [protected] |
| m_dDX | mds::seg::CTetraScaling | [protected] |
| m_dDY | mds::seg::CTetraScaling | [protected] |
| m_dDZ | mds::seg::CTetraScaling | [protected] |
| m_dInvDX | mds::seg::CTetraScaling | [protected] |
| m_dInvDY | mds::seg::CTetraScaling | [protected] |
| m_dInvDZ | mds::seg::CTetraScaling | [protected] |
| m_dInvMin | mds::seg::CTetraScaling | [protected] |
| m_dMaxX | mds::seg::CDelaunayTetra | [protected] |
| m_dMaxY | mds::seg::CDelaunayTetra | [protected] |
| m_dMaxZ | mds::seg::CDelaunayTetra | [protected] |
| m_dMin | mds::seg::CTetraScaling | [protected] |
| m_dMinDihedralAngle | mds::seg::CDelaunayTetra | [protected] |
| m_dMinEdgeLength | mds::seg::CDelaunayTetra | [protected] |
| m_dMinX | mds::seg::CDelaunayTetra | [protected] |
| m_dMinY | mds::seg::CDelaunayTetra | [protected] |
| m_dMinZ | mds::seg::CDelaunayTetra | [protected] |
| m_iNumOfSegments | mds::seg::CTetraMesh | [protected] |
| m_MinEdgeLengthFunc | mds::seg::CDelaunayTetra | [protected] |
| m_pHomogeneityMeasure | mds::seg::CTetraMesh | [protected] |
| m_pVertices | mds::seg::CDelaunayTetra | [protected] |
| m_Random | mds::seg::CDelaunayTetra | [protected] |
| m_Segments | mds::seg::CTetraMesh | [protected] |
| m_spControlSpace | mds::seg::CTetraMesh | [protected] |
| m_spEdgeVolume | mds::seg::CTetraMesh | [protected] |
| m_spVolume | mds::seg::CTetraMesh | [protected] |
| m_Tetrahedra | mds::seg::CDelaunayTetra | [protected] |
| m_VertexNeighbourhood | mds::seg::CTetraMesh | [protected] |
| markBoundaryVertices() | mds::seg::CTetraMesh | |
| MARKED enum value | mds::seg::CTetraMesh | |
| MAX_MOVEMENT | mds::seg::CDelaunayTetra | [static] |
| mds::base::CSharedPtr< CDelaunayTetra > class | mds::seg::CDelaunayTetra | [friend] |
| mds::base::CSharedPtr< CTetraMesh > class | mds::seg::CTetraMesh | [friend] |
| MDS_ENTITY_BLOCK_SIZE(4096) | mds::seg::CTetraMesh | |
| MDS_ENTITY_COMPRESSION(mds::mod::CC_RAW) | mds::seg::CTetraMesh | |
| MDS_ENTITY_NAME("TetraMesh") | mds::seg::CTetraMesh | |
| mds::seg::CDelaunayTetra::MDS_ENTITY_NAME("DelaunayTetra") | mds::seg::CDelaunayTetra | |
| MIN_TETRAHEDRON_VOLUME | mds::seg::CTetraMesh | [static] |
| newVertex(vctl::MCPoint3D *pPoint, int iFlags=0) | mds::seg::CDelaunayTetra | [inline] |
| newVertex(double x, double y, double z, int iFlags=0) | mds::seg::CDelaunayTetra | [inline] |
| noiseReduction() | mds::seg::CTetraMesh | |
| optimizeByVertexAdding(double dMinQuality, bool bRandomPosition=true) | mds::seg::CDelaunayTetra | |
| optimizeByVertexMoving(double dMinQuality) | mds::seg::CTetraMesh | |
| prepareControlSpace(double dK=DEFAULT_K, double dAvgTetrahedronSize=DEFAULT_AVG_TETRA_SIZE) | mds::seg::CTetraMesh | |
| randomVertex(vctl::MCPoint3D *pPoint, double dMax=MAX_MOVEMENT) | mds::seg::CDelaunayTetra | [inline] |
| randomVertex(double x, double y, double z, double dMax=MAX_MOVEMENT) | mds::seg::CDelaunayTetra | |
| reassignRegions() | mds::seg::CTetraMesh | |
| regionGrowing(CTetraSimilarityMeasure &Measure, double dBThreshold=DEFAULT_DISTANCE_THRESHOLD) | mds::seg::CTetraMesh | |
| regionMerging(CTetraSimilarityMeasure &Measure, double dBThreshold=DEFAULT_DISTANCE_THRESHOLD, double dDeltaThreshold=DEFAULT_DELTA_THRESHOLD, tSize NumOfRegions=-1, bool bMergeAdjacent=true) | mds::seg::CTetraMesh | |
| removeTetrahedron(vctl::MCTetra *pTetrahedron, bool bEraseVertices=false) | mds::seg::CDelaunayTetra | [protected] |
| saveSTL(mds::mod::CChannel &Channel) | mds::seg::CTetraMesh | |
| saveVRML(mds::mod::CChannel &Channel) | mds::seg::CTetraMesh | |
| serialize(mds::mod::CChannelSerializer< S > &Writer) | mds::seg::CTetraMesh | [inline] |
| setConstraintFunc(tConstraintFunc ConstraintFunc) | mds::seg::CDelaunayTetra | [inline] |
| setControlSpace(mds::img::CDensityVolume *pControlSpace) | mds::seg::CTetraMesh | |
| setCornerMinEdgeLength(double dValue=DEFAULT_CORNER_MIN_EDGE_LENGTH) | mds::seg::CTetraMesh | [inline] |
| setDefaultConstraintFunc() | mds::seg::CDelaunayTetra | [inline] |
| setDefaultMinEdgeLengthFunc() | mds::seg::CDelaunayTetra | [inline] |
| setEdgeVolume(mds::img::CDensityVolume *pEdgeVolume) | mds::seg::CTetraMesh | |
| setMinDihedralAngle(double dValue=DEFAULT_MIN_DIHEDRAL_ANGLE) | mds::seg::CDelaunayTetra | [inline] |
| setMinEdgeLength(double dValue=DEFAULT_MIN_EDGE_LENGTH) | mds::seg::CDelaunayTetra | [inline] |
| setMinEdgeLengthFunc(tMinEdgeLengthFunc MinEdgeLengthFunc) | mds::seg::CDelaunayTetra | [inline] |
| setNumOfSegments(int i) | mds::seg::CTetraMesh | [inline] |
| setVertexNeighbourhood(tSize Value=DEFAULT_VERTEX_NEIGHBOURHOOD) | mds::seg::CTetraMesh | [inline] |
| setVolume(mds::img::CDensityVolume *pVolume) | mds::seg::CTetraMesh | |
| setVoxelSize(double dDX, double dDY, double dDZ) | mds::seg::CTetraScaling | [inline] |
| splitEdge(vctl::MCEdge *pEdge, double dThreshold, tPoints &Points) | mds::seg::CTetraMesh | |
| splitTetrahedron(vctl::MCTetra *pTetrahedron) | mds::seg::CTetraMesh | |
| subpixelAttractVertex(vctl::MCPoint3D *pPoint) | mds::seg::CTetraMesh | |
| subpixelVertexMoving() | mds::seg::CTetraMesh | |
| tConstraintFunc typedef | mds::seg::CDelaunayTetra | |
| tCoordinates typedef | mds::seg::CTetraScaling | |
| tetrahedronSplitting(CTetraHomogeneityMeasure &Measure) | mds::seg::CTetraMesh | |
| tetrahedronSplittingInsertFunc(vctl::MCTetra *pTetrahedron, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| tetrahedronSplittingRemoveFunc(vctl::MCTetra *pTetrahedron, CDelaunayTetra *pMesh) | mds::seg::CTetraMesh | [static] |
| tMinEdgeLengthFunc typedef | mds::seg::CDelaunayTetra | |
| tPoints typedef | mds::seg::CTetraMesh | [protected] |
| tScale typedef | mds::seg::CTetraBase | |
| tSegments typedef | mds::seg::CTetraMesh | |
| tSmartPtr typedef | mds::seg::CTetraMesh | |
| tTetrahedra typedef | mds::seg::CDelaunayTetra | [protected] |
| tTetrahedronFunc typedef | mds::seg::CDelaunayTetra | |
| tVertices typedef | mds::seg::CDelaunayTetra | [protected] |
| tVolume typedef | mds::seg::CTetraBase | |
| tVoxel typedef | mds::seg::CTetraBase | |
| variationalMeshing(bool bCheckIsotropicMinEdgeLength=false) | mds::seg::CTetraMesh | |
| visualize(mds::img::CDVolume *pVolume) | mds::seg::CTetraMesh | |
| XMAX_BOUNDARY enum value | mds::seg::CDelaunayTetra | |
| XMIN_BOUNDARY enum value | mds::seg::CDelaunayTetra | |
| YMAX_BOUNDARY enum value | mds::seg::CDelaunayTetra | |
| YMIN_BOUNDARY enum value | mds::seg::CDelaunayTetra | |
| ZMAX_BOUNDARY enum value | mds::seg::CDelaunayTetra | |
| ZMIN_BOUNDARY enum value | mds::seg::CDelaunayTetra | |
| ~CDelaunayTetra() | mds::seg::CDelaunayTetra | [inline, virtual] |
| ~CTetraMesh() | mds::seg::CTetraMesh | [virtual] |
| ~CTetraScaling() | mds::seg::CTetraScaling | [inline] |
