Optimization

Functions
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS >
void	geometricOptimizeInterior (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, int numSweeps=1)
	Optimize the position of the interior vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter >
void	geometricOptimizeInterior (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, int numSweeps=1)
	Make numSweeps optimization sweeps over the given interior vertices with the quality function given as a template parameter.
template<int N, bool A, typename T , typename V , typename IS >
void	geometricOptimizeInteriorUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const int numSweeps=1)
	Optimize the position of the interior vertices.
template<int N, bool A, typename T , typename V , typename IS >
void	geometricOptimizeInteriorUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const int numSweeps=1)
	Optimize the position of the interior vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeBoundary (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, int numSweeps=1)
	Optimize the position of all boundary vertices.
template<template< int, typename > class QF, bool A, typename T , typename V , typename IS , typename IntForIter , int SD>
void	geometricOptimizeBoundary (IndSimpSetIncAdj< 2, 2, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, PointsOnManifold< 2, 1, SD, T > *boundaryManifold, int numSweeps=1)
	Make numSweeps optimization sweeps over the given boundary vertices with the quality function given as a template parameter.
template<int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeBoundaryUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of all boundary vertices.
template<int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeBoundaryUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of all boundary vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimize (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of all vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeWithBoundaryCondition (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeWithBoundaryConditionUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS , int SD>
void	geometricOptimizeWithBoundaryConditionUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of all vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , class BoundaryCondition >
void	geometricOptimizeWithCondition (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const BoundaryCondition &condition, int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS , class BoundaryCondition >
void	geometricOptimizeWithConditionUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const BoundaryCondition &condition, const int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS , class BoundaryCondition >
void	geometricOptimizeWithConditionUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const BoundaryCondition &condition, const int numSweeps=1)
	Optimize the position of all vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS >
void	geometricOptimize (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS >
void	geometricOptimizeUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const int numSweeps=1)
	Optimize the position of all vertices.
template<int N, bool A, typename T , typename V , typename IS >
void	geometricOptimizeUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, const int numSweeps=1)
	Optimize the position of all vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter , int SD>
void	geometricOptimizeWithBoundaryCondition (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, int numSweeps=1)
	Make numSweeps optimization sweeps over the given vertices with the quality function given as a template parameter.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , int SD>
void	geometricOptimizeWithBoundaryConditionUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of a set of vertices.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , int SD>
void	geometricOptimizeWithBoundaryConditionUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, PointsOnManifold< N, N-1, SD, T > *boundaryManifold, const int numSweeps=1)
	Optimize the position of a set of vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >
void	geometricOptimizeWithCondition (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const BoundaryCondition &condition, int numSweeps=1)
	Make numSweeps optimization sweeps over the given vertices with the quality function given as a template parameter.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >
void	geometricOptimizeWithConditionUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const BoundaryCondition &condition, int numSweeps=1)
	Optimize the position of a set of vertices.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >
void	geometricOptimizeWithConditionUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const BoundaryCondition &condition, const int numSweeps=1)
	Optimize the position of a set of vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter >
void	geometricOptimize (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const int numSweeps=1)
	Make numSweeps optimization sweeps over the given vertices with the quality function given as a template parameter.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter >
void	geometricOptimizeUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const int numSweeps=1)
	Optimize the position of a set of vertices.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter >
void	geometricOptimizeUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const int numSweeps=1)
	Optimize the position of a set of vertices.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >
void	geometricOptimizeWithConditionConstrained (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const BoundaryCondition &condition, const T maxConstraintError, int numSweeps=1)
	Make numSweeps constrained optimization sweeps over the given vertices with the quality function given as a template parameter.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >
void	geometricOptimizeWithConditionConstrainedUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const BoundaryCondition &condition, const T maxConstraintError, int numSweeps=1)
	Optimize the position of a set of vertices subject to a constant content constraint.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >
void	geometricOptimizeWithConditionConstrainedUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const BoundaryCondition &condition, const T maxConstraintError, const int numSweeps=1)
	Optimize the position of a set of vertices subject to a constant content constraint.
template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter >
void	geometricOptimizeConstrained (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const T maxConstraintError, const int numSweeps=1)
	Make numSweeps constrained optimization sweeps over the given vertices with the quality function given as a template parameter.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter >
void	geometricOptimizeConstrainedUsingMeanRatio (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const T maxConstraintError, const int numSweeps=1)
	Optimize the position of a set of vertices subject to a constant content constraint.
template<int N, bool A, typename T , typename V , typename IS , typename IntForIter >
void	geometricOptimizeConstrainedUsingConditionNumber (IndSimpSetIncAdj< N, N, A, T, V, IS > *mesh, IntForIter begin, IntForIter end, const T maxConstraintError, const int numSweeps=1)
	Optimize the position of a set of vertices subject to a constant content constraint.

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Detailed Description

These functions perform geometric optimization of vertex positions. One can sweep over all vertices or a set of vertices. One can apply either unconstrained optimization or optimization subject to a constant content constraint.

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Function Documentation

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter >

void geometricOptimize	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const int	numSweeps = 1
	)			[inline]

Make numSweeps optimization sweeps over the given vertices with the quality function given as a template parameter.

QF is a simplex quality functor. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimize	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the specified quality function.

Parameters:

	mesh	is the indexed simplex set.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , int SD>

void geometricOptimize	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the boundary vertices with the specified quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold. If specified (nonzero), the boundary vertices will be optimized. If not, they will not be altered.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, bool A, typename T , typename V , typename IS , typename IntForIter , int SD>

void geometricOptimizeBoundary	(	IndSimpSetIncAdj< 2, 2, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		PointsOnManifold< 2, 1, SD, T > *	boundaryManifold,
		int	numSweeps = 1
	)			[inline]

Make numSweeps optimization sweeps over the given boundary vertices with the quality function given as a template parameter.

QF is a simplex quality functor. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , int SD>

void geometricOptimizeBoundary	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		int	numSweeps = 1
	)			[inline]

Optimize the position of all boundary vertices.

Make numSweeps optimization sweeps over the boundary vertices with the specified quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeBoundaryUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all boundary vertices.

Make numSweeps optimization sweeps over the vertices with the modified condition number quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeBoundaryUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all boundary vertices.

Make numSweeps optimization sweeps over the vertices with the modified mean ratio quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter >

void geometricOptimizeConstrained	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const T	maxConstraintError,
		const int	numSweeps = 1
	)			[inline]

Make numSweeps constrained optimization sweeps over the given vertices with the quality function given as a template parameter.

QF is a simplex quality functor. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	maxConstraintError	is the maximum allowed constraint error.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeConstrainedUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const T	maxConstraintError,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices subject to a constant content constraint.

Make numSweeps optimization sweeps over the given vertices with the modified condition number quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	maxConstraintError	is the maximum allowed constraint error.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeConstrainedUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const T	maxConstraintError,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices subject to a constant content constraint.

Make numSweeps optimization sweeps over the given vertices with the modified mean ratio quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	maxConstraintError	is the maximum allowed constraint error.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter >

void geometricOptimizeInterior	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		int	numSweeps = 1
	)			[inline]

Make numSweeps optimization sweeps over the given interior vertices with the quality function given as a template parameter.

QF is a simplex quality functor. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeInterior	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		int	numSweeps = 1
	)			[inline]

Optimize the position of the interior vertices.

Make numSweeps optimization sweeps over the interior vertices with the specified quality function.

Parameters:

	mesh	is the indexed simplex set.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeInteriorUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of the interior vertices.

Make numSweeps optimization sweeps over the interior vertices with the modified condition number quality function.

Parameters:

	mesh	is the indexed simplex set.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeInteriorUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of the interior vertices.

Make numSweeps optimization sweeps over the interior vertices with the modified mean ratio quality function.

Parameters:

	mesh	is the indexed simplex set.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices.

Make numSweeps optimization sweeps over the given vertices with the modified condition number quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified condition number quality function.

Parameters:

	mesh	is the indexed simplex set.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified condition number quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold. If specified (nonzero), the boundary vertices will be optimized. If not, they will not be altered.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices.

Make numSweeps optimization sweeps over the given vertices with the modified mean ratio quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified mean ratio quality function.

Parameters:

	mesh	is the indexed simplex set.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified mean ratio quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold. If specified (nonzero), the boundary vertices will be optimized. If not, they will not be altered.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter , int SD>

void geometricOptimizeWithBoundaryCondition	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		int	numSweeps = 1
	)			[inline]

Make numSweeps optimization sweeps over the given vertices with the quality function given as a template parameter.

QF is a simplex quality functor. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , int SD>

void geometricOptimizeWithBoundaryCondition	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the specified quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeWithBoundaryConditionUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices.

Make numSweeps optimization sweeps over the given vertices with the modified mean ratio quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	boundaryManifold	The boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeWithBoundaryConditionUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified condition number quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeWithBoundaryConditionUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices.

Make numSweeps optimization sweeps over the given vertices with the modified mean ratio quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	boundaryManifold	The boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeWithBoundaryConditionUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		PointsOnManifold< N, N-1, SD, T > *	boundaryManifold,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified mean ratio quality function.

Parameters:

	mesh	is the indexed simplex set.
	boundaryManifold	is the boundary manifold.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >

void geometricOptimizeWithCondition	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const BoundaryCondition &	condition,
		int	numSweeps = 1
	)			[inline]

Make numSweeps optimization sweeps over the given vertices with the quality function given as a template parameter.

QF is a simplex quality functor. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	condition	is a transformation that is applied after the optimization.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , class BoundaryCondition >

void geometricOptimizeWithCondition	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const BoundaryCondition &	condition,
		int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the specified quality function.

Parameters:

	mesh	is the indexed simplex set.
	condition	is a transformation that is applied after the optimization.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<template< int, typename > class QF, int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >

void geometricOptimizeWithConditionConstrained	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const BoundaryCondition &	condition,
		const T	maxConstraintError,
		int	numSweeps = 1
	)			[inline]

Make numSweeps constrained optimization sweeps over the given vertices with the quality function given as a template parameter.

QF is a simplex quality functor. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	condition	is a transformation that is applied after the optimization.
	maxConstraintError	is the maximum allowed constraint error.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >

void geometricOptimizeWithConditionConstrainedUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const BoundaryCondition &	condition,
		const T	maxConstraintError,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices subject to a constant content constraint.

Make numSweeps optimization sweeps over the given vertices with the modified condition number quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	condition	is a transformation that is applied after the optimization.
	maxConstraintError	is the maximum allowed constraint error.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >

void geometricOptimizeWithConditionConstrainedUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const BoundaryCondition &	condition,
		const T	maxConstraintError,
		int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices subject to a constant content constraint.

Make numSweeps optimization sweeps over the given vertices with the modified mean ratio quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	condition	is a transformation that is applied after the optimization.
	maxConstraintError	is the maximum allowed constraint error.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >

void geometricOptimizeWithConditionUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const BoundaryCondition &	condition,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices.

Make numSweeps optimization sweeps over the given vertices with the modified condition number quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	condition	is a transformation that is applied after the optimization.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeWithConditionUsingConditionNumber	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const BoundaryCondition &	condition,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified condition number quality function.

Parameters:

	mesh	is the indexed simplex set.
	condition	is a transformation that is applied after the optimization.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

template<int N, bool A, typename T , typename V , typename IS , typename IntForIter , class BoundaryCondition >

void geometricOptimizeWithConditionUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		IntForIter	begin,
		IntForIter	end,
		const BoundaryCondition &	condition,
		int	numSweeps = 1
	)			[inline]

Optimize the position of a set of vertices.

Make numSweeps optimization sweeps over the given vertices with the modified mean ratio quality function. IntForIter is a const iterator on vertex indices.

Parameters:

	mesh	is the indexed simplex set.
	begin	is the beginning of the vertex indices.
	end	is the end of the vertex indices.
	condition	is a transformation that is applied after the optimization.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.

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

void geometricOptimizeWithConditionUsingMeanRatio	(	IndSimpSetIncAdj< N, N, A, T, V, IS > *	mesh,
		const BoundaryCondition &	condition,
		const int	numSweeps = 1
	)			[inline]

Optimize the position of all vertices.

Make numSweeps optimization sweeps over the vertices with the modified mean ratio quality function.

Parameters:

	mesh	is the indexed simplex set.
	condition	is a transformation that is applied after the optimization.
	numSweeps	is the number of sweeps performed over the vertices. By default it is 1.