#include <FMSliceEngine.h>

Inheritance diagram for FacetModeler::Slicer< TSpatialFaceData >:

Public Member Functions
void	initSlicerAndFaceIndex (const Body *pBody, FaceSpatialIndex< TSpatialFaceData > &faceSpatialIndex, double eps=OdGeTol().equalVector())

void	slice (const OdGePlane &cutPlane, const FaceSpatialIndex< TSpatialFaceData > &faceSpatial, Profile2D pResultIncludingBoundary, Profile2D pResultExcludingCoincidingBoundary=0, Profile2D pResultExcludingOppositeBoundary=0, Profile2D pResultExcludingBoundary=0, FaceConstPtrArray pCoincidingFaces=0, FaceConstPtrArray pOppositeFaces=0, bool bUseReverseEdgeAtMerge=false, OdArray< const Edge * > *sourceEdges=0)

Public Member Functions inherited from FacetModeler::SlicerBaseImpl
	SlicerBaseImpl ()

void	collect_segments (const Face *pFace)

void	reserveBuffers (size_t nFaces)

const OdGeTol &	tolerance () const

void	setTolerance (const OdGeTol &tol)

void	set_cut_plane (const OdGePlane &cutPlane)

void	build_results (Profile2D pResInclBndry, Profile2D pResExclCoBndry, Profile2D pResExclOpBndry, Profile2D pResExclBndry, FaceConstPtrArray pCoincidingFaces, FaceConstPtrArray pOppositeFaces, bool bUseReverseEdgeAtMerge, OdArray< const Edge * > *sourceEdges=0)

void	AddEdgeToGraph (const OdGePoint3d &ptStart, const OdGePoint3d &ptEnd, const Edge *tag=0)

Public Member Functions inherited from FacetModeler::EdgeGraph
OdUInt32	EdgesCount () const

OdUInt32	NodesCount () const

OdUInt32	GetEdgeStartNodeIdx (OdUInt32 aEdgeIdx) const

OdUInt32	GetEdgeEndNodeIdx (OdUInt32 aEdgeIdx) const

bool	IsEdgeProcessed (OdUInt32 aEdgeIdx) const

void	SetEdgeProcessed (OdUInt32 aEdgeIdx)

void	ResetEdgeProcessed (OdUInt32 aEdgeIdx)

const SliceNode &	GetEdgeStartNode (OdUInt32 aEdgeIdx) const

const SliceNode &	GetEdgeEndNode (OdUInt32 aEdgeIdx) const

SliceNode &	GetEdgeStartNode (OdUInt32 aEdgeIdx)

SliceNode &	GetEdgeEndNode (OdUInt32 aEdgeIdx)

const OdGePoint3d &	GetEdgeStartPoint (OdUInt32 aEdgeIdx) const

const OdGePoint3d &	GetEdgeEndPoint (OdUInt32 aEdgeIdx) const

const SliceNode &	GetNode (OdUInt32 aNodeIdx) const

SliceNode &	GetNode (OdUInt32 aNodeIdx)

const SliceEdge &	GetEdge (OdUInt32 aEdgeIdx) const

SliceEdge &	GetEdge (OdUInt32 aEdgeIdx)

const OdGePoint3d &	GetNodePosition (OdUInt32 aNodeIdx) const

bool	IsEdgesConcatenated (OdUInt32 iPreviousEdge, OdUInt32 iNextEdge) const

void	AddEdge (const OdGeLineSeg3d &lSeg, const OdGePlane &pSegPlane, const OdGePlane &pCutPlane)

void	AddEdge (const OdGePoint3d &ptSProjected, const OdGePoint3d &ptEProjected, const OdGePoint3d &ptSOriginal, const OdGePoint3d &ptEOriginal, const OdGePlane &pSegPlane, const OdGePlane &pCutPlane)

void	AddEdge (const OdGePoint3d &ptS, const OdGePoint3d &ptE, const OdGePlane &pSegPlane, const OdGePlane &pCutPlane, const Edge *tag=0, const OdGeTol tol=FMGeGbl::gTol)

OdUInt32	AddNode (const OdGePoint3d &pt, const OdGeTol tol=FMGeGbl::gTol)

void	BuildLinks ()

void	RemoveCrossLinks ()

void	RemoveOppositeEdges ()

void	MergeDuplicatedEdges (bool bUseReverseEdgeAtMerge)

void	ResetEdgesProcessedFlag ()

void	Clear ()

void	ReserveBuffers (size_t nFaces)

Additional Inherited Members
Protected Types inherited from FacetModeler::SlicerBaseImpl
enum	IntersResult { kParallelPlanes , kIntersectingPlanes , kCoincidingPlanes }

enum	VertexHalfPlaneSign { ePositive , eNegative , eOnIntersectionLine }

typedef OdArray< Intersection, OdMemoryAllocator< Intersection > >	IntersectionArray

typedef cycled_list< VertexInPlanePosition >	VtxInPlanePosCycledList

Protected Member Functions inherited from FacetModeler::SlicerBaseImpl
void	ClearFaceIntersectionsData ()

const OdGePlane &	current_face_plane () const

const OdGePlane &	cut_plane () const

IntersResult	IntersectCutPlaneToCurrentFacePlane (double tol)

IntersResult	IntersectCutPlaneToFacePlane (const Face *f) const

void	MergeSegmentsAndAddToEdgeGraph ()

void	initPointExtraction ()

bool	extractSegment (const OdGePoint3d &pStart, const OdGePoint3d &pEnd, bool &bInside)

void	ExtractSegmentsByIntersections ()

SlicerBaseImpl::Intersection *	FindNextDifferentIntersection (SlicerBaseImpl::Intersection *pIntBase)

SlicerBaseImpl::Intersection *	FindIntersectionEnterInside ()

bool	IntersectionsCoincident (const SlicerBaseImpl::Intersection pInt1, const SlicerBaseImpl::Intersection pInt2)

void	exclude_faces (Profile2D &excludedProfile, FaceConstPtrArray &excludeFaces, OdArray< const Edge * > *pSourceEdges=NULL)

void	exclude_opposite_faces (Profile2D &excludedProfile, FaceConstPtrArray &excludeFaces, OdArray< const Edge * > *pSourceEdges=NULL)

void	FindIntersectionSegmentsWithCutPlane ()

void	ClassifyLoopVertices (Edge *pFirstLoopEdge)

SlicerBaseImpl::VertexHalfPlaneSign	ClassifyPointAboutIntersectionLine (const OdGePoint3d &ptToClassify)

void	CollectSegmentsOnIntersectionLine ()

void	CollectIntersections ()

void	MergePairedIntersections ()

bool	ExtractSegmentFromVertex (VtxInPlanePosCycledList::iterator &itBase)

VtxInPlanePosCycledList::iterator	FindOnSegmentStartVertex (VtxInPlanePosCycledList::iterator &itBase)

VtxInPlanePosCycledList::iterator	FindOnSegmentEndVertex (VtxInPlanePosCycledList::iterator &itBase)

bool	VertexOnIntersectionLine (const VtxInPlanePosCycledList::iterator &itVtx) const

const OdGePoint3d &	VertexPoint (const VtxInPlanePosCycledList::iterator &itVtx) const

bool	IsIntersectionOnVertex (VtxInPlanePosCycledList::iterator &itVtx)

bool	IsIntersectionOnEdge (VtxInPlanePosCycledList::iterator &itVtx)

void	AddIntersectionFromVertex (const VertexInPlanePosition &vtxData)

void	AddIntersectionFromEdge (const VertexInPlanePosition &vtxData)

void	AddIntersection (const OdGePoint3d &ptIntersection, const Edge *pEdge, int bOnIntersectionSeg=0)

void	CollectEdgeForEdgeGraph (const OdGePoint3d &ptStart, const OdGePoint3d &ptEnd, const Edge *tag=0)

void	AddFaceEdgesAsSegmentsToEdgeGraph ()

Protected Member Functions inherited from FacetModeler::EdgeGraph
void	ReserveBuffersIfEmpty ()

bool	LeaveOrder (const OdGePoint3d &ptS, const OdGePoint3d &ptE, const OdGeVector3d &vFaceNormal, const OdGeVector3d &vCutNormal)

Protected Attributes inherited from FacetModeler::SlicerBaseImpl
const Face *	m_pCurrentFace

const OdGePlane *	m_pCutPlane

OdGeVector3d	m_cutPlane_normal

OdGeTol	m_tol

OdGeLine3d	m_intersectionLine

FaceConstPtrArray	m_coinciding

FaceConstPtrArray	m_opposite

VtxInPlanePosCycledList	m_classifiedVertices

IntersectionArray	m_intersections

OdGeLineSeg3d	m_edgeSeg

SegmentMerger	m_segmentsMerger

Intersection *	m_pCurIntPt

Intersection *	m_pEndIntPt

Intersection *	m_pCur

double	m_eq

Protected Attributes inherited from FacetModeler::EdgeGraph
OdArray< SliceEdge, OdMemoryAllocator< SliceEdge > >	aEdges

OdArray< SliceNode >	aNodes

Detailed Description

template<class TSpatialFaceData = SpatialFaceData>
class FacetModeler::Slicer< TSpatialFaceData >

Definition at line 187 of file FMSliceEngine.h.

Member Function Documentation

◆ initSlicerAndFaceIndex()

template<class TSpatialFaceData = SpatialFaceData>

void FacetModeler::Slicer< TSpatialFaceData >::initSlicerAndFaceIndex	(	const Body *	pBody,
		FaceSpatialIndex< TSpatialFaceData > &	faceSpatialIndex,
		double	eps = `OdGeTol().equalVector()`
	)

inline

Definition at line 201 of file FMSliceEngine.h.

◆ slice()

template<class TSpatialFaceData = SpatialFaceData>

void FacetModeler::Slicer< TSpatialFaceData >::slice	(	const OdGePlane &	cutPlane,
		const FaceSpatialIndex< TSpatialFaceData > &	faceSpatial,
		Profile2D *	pResultIncludingBoundary,
		Profile2D *	pResultExcludingCoincidingBoundary = `0`,
		Profile2D *	pResultExcludingOppositeBoundary = `0`,
		Profile2D *	pResultExcludingBoundary = `0`,
		FaceConstPtrArray *	pCoincidingFaces = `0`,
		FaceConstPtrArray *	pOppositeFaces = `0`,
		bool	bUseReverseEdgeAtMerge = `false`,
		OdArray< const Edge * > *	sourceEdges = `0`
	)

inline

Definition at line 207 of file FMSliceEngine.h.

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

FMSliceEngine.h

Public Member Functions

Additional Inherited Members

Detailed Description

template<class TSpatialFaceData = SpatialFaceData> class FacetModeler::Slicer< TSpatialFaceData >

Member Function Documentation

◆ initSlicerAndFaceIndex()

◆ slice()

template<class TSpatialFaceData = SpatialFaceData>
class FacetModeler::Slicer< TSpatialFaceData >