Identify distinct points and remove duplicate points.

Functions
template<int N, typename PtForIter , typename PtOutIter , typename IntOutIter , typename T >
void	buildDistinctPoints (PtForIter pointsBeginning, PtForIter pointsEnd, PtOutIter distinctPointsOutput, IntOutIter indicesOutput, const T minDistance)
	From a set of points, generate an indexed set of distinct points.
template<int N, typename PtForIter , typename PtOutIter , typename IntOutIter >
void	buildDistinctPoints (PtForIter pointsBeginning, PtForIter pointsEnd, PtOutIter distinctPoints, IntOutIter indices)
	From a set of points, generate an indexed set of distinct points.
template<int N, int M, bool A, typename T , typename V , typename IS >
void	removeDuplicateVertices (IndSimpSet< N, M, A, T, V, IS > *x, T minDistance)
	Remove duplicate vertices.
template<int N, int M, bool A, typename T , typename V , typename IS >
void	removeDuplicateVertices (IndSimpSet< N, M, A, T, V, IS > *x)
	Remove duplicate vertices.

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Detailed Description

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Function Documentation

template<int N, typename PtForIter , typename PtOutIter , typename IntOutIter >

void buildDistinctPoints	(	PtForIter	pointsBeginning,
		PtForIter	pointsEnd,
		PtOutIter	distinctPoints,
		IntOutIter	indices
	)			[inline]

From a set of points, generate an indexed set of distinct points.

Parameters:

	pointsBeginning	is the beginning of a range of points.
	pointsEnd	is the end of a range of points.
	distinctPoints	The distinct points will be written to this iterator.
	indices	For each input point, there is an index into the container of distinct points.

Template parameters:

• N is the space dimension.
• PtForIter is a forward iterator for Cartesian points.
• PtOutIter is an output iterator for Cartesian points.
• IntOutIter in an output iterator for integers.

This function chooses an appropriate minimum distance and then calls the above buildDistinctPoints() function.

template<int N, typename PtForIter , typename PtOutIter , typename IntOutIter , typename T >

void buildDistinctPoints	(	PtForIter	pointsBeginning,
		PtForIter	pointsEnd,
		PtOutIter	distinctPointsOutput,
		IntOutIter	indicesOutput,
		const T	minDistance
	)			[inline]

From a set of points, generate an indexed set of distinct points.

Parameters:

	pointsBeginning	is the beginning of a range of points.
	pointsEnd	is the end of a range of points.
	distinctPointsOutput	The distinct points will be written to this iterator.
	indicesOutput	For each input point, there is an index into the container of distinct points.
	minDistance	is the minimum distance separating distinct points.

Template parameters:

• N is the space dimension.
• PtForIter is a forward iterator for Cartesian points.
• PtOutIter is an output iterator for Cartesian points.
• IntOutIter in an output iterator for integers.
• T is the number type.

template<int N, int M, bool A, typename T , typename V , typename IS >

void removeDuplicateVertices

(

IndSimpSet< N, M, A, T, V, IS > *

x

)

[inline]

Remove duplicate vertices.

This function chooses an appropriate minimum distance and then calls the above removeDuplicateVertices() function.