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:

C:/Users/Brig/Documents/Cleaver/src/lib/cleaver/CleaverMesherImpl.h
C:/Users/Brig/Documents/Cleaver/src/lib/cleaver/CleaverMesher.cpp

Public Types

Public Member Functions

Public Attributes

Detailed Description