Public Member Functions
	DtSsChordIntersector ()
virtual	~DtSsChordIntersector ()
virtual bool	intersect (const DtChord &chord, DtSpatialSubdivision< T > &spatialSubdivision) const
virtual bool	intersect (const DtChord &chord, DtSpatialSubdivision< T > &spatialSubdivision, DtSsFunctor< const DtChord, DtSPATIAL_SUB_CELL_TYPE > &functor) const
Protected Member Functions
bool	trimChordToSubdivision (const DtChord &chord, const DtSpatialSubdivision< T > &spatialSubdivision, int xIndexStart, int yIndexStart, int zIndexStart, int xIndexEnd, int yIndexEnd, int zIndexEnd, double &tMin, double &tMax) const
bool	trimChordInSingleDimension (const DtChord &chord, int minIndex, int maxIndex, DtPlane &minPlane, DtPlane &maxPlane, int indexStart, int indexEnd, double &tMin, double &tMax) const
bool	intersectStartingIn (const DtChord &chord, DtSpatialSubdivision< T > &spatialSubdivision, int xIndexStart, int yIndexStart, int zIndexStart, int xIndexEnd, int yIndexEnd, int zIndexEnd, DtSsFunctor< const DtChord, DtSPATIAL_SUB_CELL_TYPE > &functor) const
int	getRelativeDirection (int start, int end) const
void	determineDirectionOfTraversal (const DtChord &chord, DtSpatialSubdivision< T > &spatialSubdivision, double &nearestTime, double &cellTime, int *offsetToNext, int xDir, int yDir, int zDir, int xIndexStart, int yIndexStart, int zIndexStart) const
Private Member Functions
	DtSsChordIntersector (const DtSsChordIntersector &orig)
DtSsChordIntersector &	operator= (const DtSsChordIntersector &orig)

Constructor & Destructor Documentation

template<typename T >

DtSsChordIntersector< T >::DtSsChordIntersector ( )

template<typename T >

virtual DtSsChordIntersector< T >::~DtSsChordIntersector ( ) [virtual]

template<typename T >

DtSsChordIntersector< T >::DtSsChordIntersector ( const DtSsChordIntersector< T > & orig ) [private]

Member Function Documentation

template<typename T >

virtual bool DtSsChordIntersector< T >::intersect	(	const DtChord &	chord,
		DtSpatialSubdivision< T > &	spatialSubdivision
	)		const `[virtual]`

template<typename T >

virtual bool DtSsChordIntersector< T >::intersect	(	const DtChord &	chord,
		DtSpatialSubdivision< T > &	spatialSubdivision,
		DtSsFunctor< const DtChord, DtSPATIAL_SUB_CELL_TYPE > &	functor
	)		const `[virtual]`

template<typename T >

bool DtSsChordIntersector< T >::trimChordToSubdivision	(	const DtChord &	chord,
		const DtSpatialSubdivision< T > &	spatialSubdivision,
		int	xIndexStart,
		int	yIndexStart,
		int	zIndexStart,
		int	xIndexEnd,
		int	yIndexEnd,
		int	zIndexEnd,
		double &	tMin,
		double &	tMax
	)		const `[protected]`

template<typename T >

bool DtSsChordIntersector< T >::trimChordInSingleDimension	(	const DtChord &	chord,
		int	minIndex,
		int	maxIndex,
		DtPlane &	minPlane,
		DtPlane &	maxPlane,
		int	indexStart,
		int	indexEnd,
		double &	tMin,
		double &	tMax
	)		const `[protected]`

template<typename T >

bool DtSsChordIntersector< T >::intersectStartingIn	(	const DtChord &	chord,
		DtSpatialSubdivision< T > &	spatialSubdivision,
		int	xIndexStart,
		int	yIndexStart,
		int	zIndexStart,
		int	xIndexEnd,
		int	yIndexEnd,
		int	zIndexEnd,
		DtSsFunctor< const DtChord, DtSPATIAL_SUB_CELL_TYPE > &	functor
	)		const `[protected]`

template<typename T >

int DtSsChordIntersector< T >::getRelativeDirection	(	int	start,
		int	end
	)		const `[protected]`

template<typename T >

void DtSsChordIntersector< T >::determineDirectionOfTraversal	(	const DtChord &	chord,
		DtSpatialSubdivision< T > &	spatialSubdivision,
		double &	nearestTime,
		double &	cellTime,
		int *	offsetToNext,
		int	xDir,
		int	yDir,
		int	zDir,
		int	xIndexStart,
		int	yIndexStart,
		int	zIndexStart
	)		const `[protected]`

template<typename T >

DtSsChordIntersector& DtSsChordIntersector< T >::operator= ( const DtSsChordIntersector< T > & orig ) [private]

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