Cleaver Tetrahedral Meshing  2.2.1
Cleaving algorithm for high quality tetrahedral meshing
List of all members | Public Types | Public Member Functions | Public Attributes
cleaver::CleaverMesherImp Class Reference
+ Collaboration diagram for cleaver::CleaverMesherImp:

Public Types

enum  TopologyMode { TopologyModeNone, TopologyModeSubdivide, TopologyModeCleave }
 

Public Member Functions

ScalarField< float > * createSizingField ()
 
Octree * createOctree ()
 
Octree * createOctreeBottomUp ()
 
void resetCellsAroundPos (const vec3 &pos)
 
void resetPosForCell (OTCell *cell)
 
std::vector< OTCell * > cellsAroundPos (const vec3 &pos)
 
vec3 truePosOfPos (const vec3 &pos)
 
bool posWasWarped (const vec3 &pos)
 
bool checkSafetyBetween (const vec3 &v1_orig, const vec3 &v2_orig, bool v1_warpable=true, bool v2_warpable=true)
 
void createWarpedVertices (OTCell *cell)
 
void makeCellRespectTopology (OTCell *cell)
 
void subdivideTreeToTopology ()
 
void conformCellToDomain (OTCell *cell)
 
void conformOctreeToDomain ()
 
void balanceOctree ()
 
void balanceOctreeNew ()
 
void altBalanceOctree ()
 
void createBackgroundVerts ()
 
void createBackgroundTets ()
 
void topologicalCleaving ()
 
void resetMeshProperties ()
 
TetMesh * createBackgroundMesh (bool verbose=false)
 
void setBackgroundMesh (TetMesh *)
 
void adaptCell (OTCell *cell)
 
void createVisualizationTets (OTCell *cell)
 
TetMesh * createVisualizationBackgroundMesh ()
 
Vertex * vertexForPosition (const vec3 &pos, bool create=true)
 
vec3 warpForPosition (const vec3 &position)
 
void setWarpForPosition (const vec3 &position, const vec3 &warp)
 
void computeLagrangePolynomial (const vec3 &p1, const vec3 &p2, const vec3 &p3, const vec3 &p4, double coefficients[4])
 
void computeTopologicalInterfaces (bool verbose=false)
 
void computeTopologicalCutForEdge (HalfEdge *edge)
 
void computeTopologicalCutForEdge2 (HalfEdge *edge)
 
void computeTopologicalTripleForFace (HalfFace *face)
 
void computeTopologicalQuadrupleForTet (Tet *tet)
 
void generalizeTopologicalTets (bool verbose=false)
 
void buildAdjacency (bool verbose=false)
 
void sampleVolume (bool verbose=false)
 
void computeAlphas (bool verbose=false, bool regular=false, double alp_long=0.4, double alp_short=0.4)
 
void computeAlphasSafely (bool verbose=false)
 
void makeTetAlphaSafe (Tet *tet)
 
void updateAlphaLengthAroundVertex (Vertex *vertex, float alpha_length)
 
float computeSafeAlphaLength (Tet *tet, int v)
 
void computeInterfaces (bool verbose=false)
 
void computeCutForEdge (HalfEdge *edge)
 
void computeTripleForFace (HalfFace *face)
 
void computeTripleForFace2 (HalfFace *face)
 
void computeQuadrupleForTet (Tet *tet)
 
void generalizeTets (bool verbose=false)
 
void snapAndWarpViolations (bool verbose=false)
 
void stencilBackgroundTets (bool verbose=false)
 
void snapAndWarpVertexViolations (bool verbose=false)
 
void snapAndWarpEdgeViolations (bool verbose=false)
 
void snapAndWarpFaceViolations (bool verbose=false)
 
void snapAndWarpForViolatedVertex (Vertex *vertex)
 
void snapAndWarpForViolatedEdge (HalfEdge *edge)
 
void snapAndWarpForViolatedFace (HalfFace *face)
 
void conformQuadruple (Tet *tet, Vertex *warpVertex, const vec3 &warpPt)
 
void conformTriple (HalfFace *face, Vertex *warpVertex, const vec3 &warpPt)
 
void checkIfCutViolatesVertices (HalfEdge *edge)
 
void checkIfTripleViolatesVertices (HalfFace *face)
 
void checkIfQuadrupleViolatesVertices (Tet *tet)
 
void checkIfTripleViolatesEdges (HalfFace *face)
 
void checkIfQuadrupleViolatesEdges (Tet *tet)
 
void checkIfQuadrupleViolatesFaces (Tet *tet)
 
void snapCutForEdgeToVertex (HalfEdge *edge, Vertex *vertex)
 
void snapTripleForFaceToVertex (HalfFace *face, Vertex *vertex)
 
void snapQuadrupleForTetToVertex (Tet *tet, Vertex *vertex)
 
void snapTripleForFaceToCut (HalfFace *face, Vertex *cut)
 
void snapQuadrupleForTetToCut (Tet *tet, Vertex *cut)
 
void snapQuadrupleForTetToEdge (Tet *tet, HalfEdge *edge)
 
void snapQuadrupleForTetToTriple (Tet *tet, Vertex *triple)
 
void resolveDegeneraciesAroundVertex (Vertex *vertex)
 
void resolveDegeneraciesAroundEdge (HalfEdge *edge)
 
Tet * getInnerTet (HalfEdge *edge, Vertex *warpVertex, const vec3 &warpPt)
 
Tet * getInnerTet (HalfFace *face, Vertex *warpVertex, const vec3 &warpPt)
 
vec3 projectCut (HalfEdge *edge, Tet *tet, Vertex *warpVertex, const vec3 &warpPt)
 
vec3 projectTriple (HalfFace *face, Vertex *quadruple, Vertex *warpVertex, const vec3 &warpPt)
 

Public Attributes

bool m_bBackgroundMeshCreated
 
bool m_bAdjacencyBuilt
 
bool m_bSamplingDone
 
bool m_bAlphasComputed
 
bool m_bInterfacesComputed
 
bool m_bGeneralized
 
bool m_bSnapsAndWarpsDone
 
bool m_bStencilsDone
 
bool m_bComplete
 
double m_sizing_field_time
 
double m_background_time
 
double m_cleaving_time
 
TopologyMode m_topologyMode
 
double m_alpha_init
 
Volume * m_volume
 
AbstractScalarField * m_sizingField
 
SizingFieldOracle * m_sizingOracle
 
Octree * m_tree
 
TetMesh * m_bgMesh
 
TetMesh * m_mesh
 
std::map< vec3, Vertex *, vec3order > m_vertex_tracker
 
std::map< vec3, vec3, vec3order > m_warp_tracker
 

Detailed Description

Definition at line 71 of file CleaverMesherImpl.h.

The documentation for this class was generated from the following files:
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