ml::WEMFaceOp Namespace Reference

Helper namespace for performing operations on a face. More...

Functions
MLWEM_EXPORT void	cutFace (WEMFace *face, WEMVector< WEMFaceCut > *faceCuts, WEMPatch *wemPatch, WEMVector< WEMIndexedFace > *cutFaces, bool traversedTrue, WEMNode **nodeTable, WEMVector< WEMNode > **edgeTable1, int *hitEdgeTable1, WEMVector< WEMNode > **edgeTable2, int *hitEdgeTable2, unsigned int intersectingFlag)
	Applies the given cuts to the given face (boolOp version).
MLWEM_EXPORT void	cutFace (WEMFace *face, WEMVector< WEMFaceCut > *faceCuts, WEMPatch *wemPatch, WEMVector< WEMIndexedFace > *cutFaces, bool traversedTrue, WEMNode **nodeTable, WEMVector< WEMNode > **edgeTable, int *hitEdgeTable, unsigned int intersectingFlag)
	Applies the given cuts to the given face (selectRegion version).
MLWEM_EXPORT void	smoothFaceNormals (WEMPatch *wemPatch, unsigned int numSmoothingPasses, ProgressField *progressFld=NULL)
	Smooths all face normals.
MLWEM_EXPORT bool	intersectFaces (WEMFace *face1, WEMVector< WEMPartialFaceCut > *partialCuts1, WEMFace *face2, WEMVector< WEMPartialFaceCut > *partialCuts2)
	Intersects the two given faces and outputs the partial cuts to the given lists.
void	_addFaceCut (WEMFace *face, WEMFaceCut *faceCut, WEMIndexedFace *nFace, WEMPatch *wemPatch, bool reverse, WEMVector< WEMNode > **edgeTable1, int *hitEdgeTable1, WEMVector< WEMNode > **edgeTable2, int *hitEdgeTable2)
	Adds the given face cut to nFace (boolOp version).
void	_addFaceCut (WEMFace *face, WEMFaceCut *faceCut, WEMIndexedFace *nFace, WEMPatch *wemPatch, bool reverse, WEMVector< WEMNode > **edgeTable, int *hitEdgeTable)
	Adds the given face cut to nFace (selectRegion version).
void	_addStab (WEMFace *face, WEMFaceCut *faceCut, WEMIndexedFace *nFace, WEMPatch *wemPatch, WEMVector< WEMNode > **edgeTable2, int *hitEdgeTable2)
	Adds the given face cut (stab) to nFace (boolOp version).
void	_addStab (WEMFace *face, WEMFaceCut *faceCut, WEMIndexedFace *nFace, WEMPatch *wemPatch)
	Adds the given face cut (stab) to nFace (selectRegion version).
void	_addPartialStab (WEMFace *face, WEMFaceCut *faceCut, int start, int end, WEMIndexedFace *nFace, WEMPatch *wemPatch, WEMVector< WEMNode > **edgeTable2, int *hitEdgeTable2)
	Adds the given face cut (stab) to nFace, partially between given indices (boolOp version).
void	_addPartialStab (WEMFace *face, WEMFaceCut *faceCut, int start, int end, WEMIndexedFace *nFace, WEMPatch *wemPatch)
	Adds the given face cut (stab) to nFace, partially between given indices (selectRegion version).

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Detailed Description

Helper namespace for performing operations on a face.

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Function Documentation

void ml::WEMFaceOp::_addFaceCut	(	WEMFace *	face,
		WEMFaceCut *	faceCut,
		WEMIndexedFace *	nFace,
		WEMPatch *	wemPatch,
		bool	reverse,
		WEMVector< WEMNode > **	edgeTable1,
		int *	hitEdgeTable1,
		WEMVector< WEMNode > **	edgeTable2,
		int *	hitEdgeTable2
	)

Adds the given face cut to nFace (boolOp version).

void ml::WEMFaceOp::_addFaceCut	(	WEMFace *	face,
		WEMFaceCut *	faceCut,
		WEMIndexedFace *	nFace,
		WEMPatch *	wemPatch,
		bool	reverse,
		WEMVector< WEMNode > **	edgeTable,
		int *	hitEdgeTable
	)

Adds the given face cut to nFace (selectRegion version).

void ml::WEMFaceOp::_addPartialStab	(	WEMFace *	face,
		WEMFaceCut *	faceCut,
		int	start,
		int	end,
		WEMIndexedFace *	nFace,
		WEMPatch *	wemPatch,
		WEMVector< WEMNode > **	edgeTable2,
		int *	hitEdgeTable2
	)

Adds the given face cut (stab) to nFace, partially between given indices (boolOp version).

void ml::WEMFaceOp::_addPartialStab	(	WEMFace *	face,
		WEMFaceCut *	faceCut,
		int	start,
		int	end,
		WEMIndexedFace *	nFace,
		WEMPatch *	wemPatch
	)

Adds the given face cut (stab) to nFace, partially between given indices (selectRegion version).

void ml::WEMFaceOp::_addStab	(	WEMFace *	face,
		WEMFaceCut *	faceCut,
		WEMIndexedFace *	nFace,
		WEMPatch *	wemPatch
	)

Adds the given face cut (stab) to nFace (selectRegion version).

void ml::WEMFaceOp::_addStab	(	WEMFace *	face,
		WEMFaceCut *	faceCut,
		WEMIndexedFace *	nFace,
		WEMPatch *	wemPatch,
		WEMVector< WEMNode > **	edgeTable2,
		int *	hitEdgeTable2
	)

Adds the given face cut (stab) to nFace (boolOp version).

MLWEM_EXPORT void ml::WEMFaceOp::cutFace	(	WEMFace *	face,
		WEMVector< WEMFaceCut > *	faceCuts,
		WEMPatch *	wemPatch,
		WEMVector< WEMIndexedFace > *	cutFaces,
		bool	traversedTrue,
		WEMNode **	nodeTable,
		WEMVector< WEMNode > **	edgeTable1,
		int *	hitEdgeTable1,
		WEMVector< WEMNode > **	edgeTable2,
		int *	hitEdgeTable2,
		unsigned int	intersectingFlag
	)

Applies the given cuts to the given face (boolOp version).

MLWEM_EXPORT void ml::WEMFaceOp::cutFace	(	WEMFace *	face,
		WEMVector< WEMFaceCut > *	faceCuts,
		WEMPatch *	wemPatch,
		WEMVector< WEMIndexedFace > *	cutFaces,
		bool	traversedTrue,
		WEMNode **	nodeTable,
		WEMVector< WEMNode > **	edgeTable,
		int *	hitEdgeTable,
		unsigned int	intersectingFlag
	)

Applies the given cuts to the given face (selectRegion version).

MLWEM_EXPORT bool ml::WEMFaceOp::intersectFaces	(	WEMFace *	face1,
		WEMVector< WEMPartialFaceCut > *	partialCuts1,
		WEMFace *	face2,
		WEMVector< WEMPartialFaceCut > *	partialCuts2
	)

Intersects the two given faces and outputs the partial cuts to the given lists.

MLWEM_EXPORT void ml::WEMFaceOp::smoothFaceNormals	(	WEMPatch *	wemPatch,
		unsigned int	numSmoothingPasses,
		ProgressField *	progressFld = NULL
	)

Smooths all face normals.