#include <ComputeCutCellMoments.H>

Public Member Functions
	~LSProblem ()

	LSProblem (const int &a_degreeP, const bool &a_useConstraints)

	LSProblem (const int &a_orderAccuracy, const int &a_degreeP, const bool &a_useConstraints, const IndexTM< Real, dim > &a_normal)

int	invertNormalEq (const Vector< Real > &a_rhs, Vector< Real > &a_residual)

int	getDegree ()

int	getOrderAccuracy ()

void	getMatrix (Real **a_matrix)

void	getRhs (Vector< Real > &a_rhs)

void	getUnknowns (Vector< Real > &a_unknown)

void	monoMaxMin (Real &a_maxVal, Real &a_minVal, const IndexTM< int, dim > &a_mono, const IFData< dim > &a_IFData)

void	computeBounds (const IndexTM< Real, dim > &a_dx, const CutCellMoments< dim > &a_ccm)

void	print (ostream &a_out) const

void	outputMatrix () const

void	outputRhs () const

void	outputUnknowns () const

void	outputBounds () const

const LocPthMoment &	getLocMonomialMapDegreeP () const

const PthMomentLoc &	getMonomialLocMapDegreeP () const

const PthMomentLoc &	getMonomialLocMapDegreePLess1 () const

Real	getUnknown (int loc)

int	getNumberDegP ()

int	getNumberDegPLess1 ()

int	numActiveBounds () const

Private Types
typedef IndexTM< int, dim >	IvDim

typedef map< IvDim, int, LexLT< IvDim > >	PthMomentLoc

typedef map< int, IvDim >	LocPthMoment

Private Member Functions
void	setRhs (const Vector< Real > &a_rhs)

void	setMatrix ()

void	momentBounds (Real &a_lobnd, Real &a_hibnd, const IvDim &a_mono, const IFData< dim > &a_ifData)

void	differentiate (int &a_coeff, IvDim &a_Dmono, int &a_idir, const IvDim &a_mono)

int	nChooseR (int a_n, int a_r)

void	fillMap (PthMomentLoc &a_monoLoc, LocPthMoment &a_locMono, const int &a_degree)

int	numMonomials (const int &a_monoDegree)

int	factorial (const int &a_n, const int &a_m=0)

void	allocArray (const int &a_rows, const int &a_cols, Real **&a_A)

void	freeArray (const int &a_rows, const int &a_cols, Real **&a_A)

Private Attributes
int	m_order

int	m_degreeP

int	m_numActiveBounds

bool	m_useConstraints

IndexTM< Real, dim >	m_normal

PthMomentLoc	m_monoLocP

LocPthMoment	m_locMonoP

int	m_numP

PthMomentLoc	m_monoLocPLess1

LocPthMoment	m_locMonoPLess1

int	m_numPLess1

Real **	m_matrix

Vector< Real >	m_unknowns

Vector< Real >	m_rhs

Vector< Real >	m_lowerBound

Vector< Real >	m_upperBound

Member Typedef Documentation

◆ IvDim

template<int dim>

typedef IndexTM<int,dim> LSProblem< dim >::IvDim

private

◆ PthMomentLoc

template<int dim>

typedef map<IvDim,int,LexLT <IvDim> > LSProblem< dim >::PthMomentLoc

private

◆ LocPthMoment

template<int dim>

typedef map<int,IvDim> LSProblem< dim >::LocPthMoment

private

Constructor & Destructor Documentation

◆ ~LSProblem()

template<int dim>

LSProblem< dim >::~LSProblem ( )

References dim.

◆ LSProblem() [1/2]

template<int dim>

LSProblem< dim >::LSProblem	(	const int &	a_degreeP,
		const bool &	a_useConstraints
	)

References LSProblem< dim >::fillMap(), LSProblem< dim >::m_degreeP, LSProblem< dim >::m_locMonoP, LSProblem< dim >::m_locMonoPLess1, LSProblem< dim >::m_matrix, LSProblem< dim >::m_monoLocP, LSProblem< dim >::m_monoLocPLess1, LSProblem< dim >::m_numP, LSProblem< dim >::m_numPLess1, and LSProblem< dim >::numMonomials().

◆ LSProblem() [2/2]

template<int dim>

LSProblem< dim >::LSProblem	(	const int &	a_orderAccuracy,
		const int &	a_degreeP,
		const bool &	a_useConstraints,
		const IndexTM< Real, dim > &	a_normal
	)

References dim, LSProblem< dim >::fillMap(), LSProblem< dim >::m_degreeP, LSProblem< dim >::m_locMonoP, LSProblem< dim >::m_locMonoPLess1, LSProblem< dim >::m_lowerBound, LSProblem< dim >::m_monoLocP, LSProblem< dim >::m_monoLocPLess1, LSProblem< dim >::m_numP, LSProblem< dim >::m_numPLess1, LSProblem< dim >::m_rhs, LSProblem< dim >::m_unknowns, LSProblem< dim >::m_upperBound, LSProblem< dim >::numMonomials(), Vector< T >::resize(), and LSProblem< dim >::setMatrix().

Member Function Documentation

◆ invertNormalEq()

template<int dim>

int LSProblem< dim >::invertNormalEq	(	const Vector< Real > &	a_rhs,
		Vector< Real > &	a_residual
	)

◆ getDegree()

template<int dim>

int LSProblem< dim >::getDegree ( )

inline

References LSProblem< dim >::m_degreeP.

◆ getOrderAccuracy()

template<int dim>

int LSProblem< dim >::getOrderAccuracy ( )

inline

References LSProblem< dim >::computeBounds(), LSProblem< dim >::getMatrix(), LSProblem< dim >::getRhs(), LSProblem< dim >::getUnknowns(), LSProblem< dim >::m_order, LSProblem< dim >::monoMaxMin(), LSProblem< dim >::outputBounds(), LSProblem< dim >::outputMatrix(), LSProblem< dim >::outputRhs(), LSProblem< dim >::outputUnknowns(), and LSProblem< dim >::print().

◆ getMatrix()

template<int dim>

void LSProblem< dim >::getMatrix ( Real ** a_matrix )

Referenced by LSProblem< dim >::getOrderAccuracy().

◆ getRhs()

template<int dim>

void LSProblem< dim >::getRhs ( Vector< Real > & a_rhs )

Referenced by LSProblem< dim >::getOrderAccuracy().

◆ getUnknowns()

template<int dim>

void LSProblem< dim >::getUnknowns ( Vector< Real > & a_unknown )

Referenced by LSProblem< dim >::getOrderAccuracy().

◆ monoMaxMin()

template<int dim>

void LSProblem< dim >::monoMaxMin	(	Real &	a_maxVal,
		Real &	a_minVal,
		const IndexTM< int, dim > &	a_mono,
		const IFData< dim > &	a_IFData
	)

References dim, IFData< dim >::m_cellCenterCoord, IFData< dim >::m_cornerSigns, and IFData< dim >::m_localCoord.

Referenced by LSProblem< dim >::getOrderAccuracy().

◆ computeBounds()

template<int dim>

void LSProblem< dim >::computeBounds	(	const IndexTM< Real, dim > &	a_dx,
		const CutCellMoments< dim > &	a_ccm
	)

References BDID_DIR, dim, LARGEREALVAL, CutCellMoments< dim >::m_bdCutCellMoments, CutCellMoments< dim >::m_EBmoments, CutCellMoments< dim >::m_IFData, CutCellMoments< dim >::m_moments, Max(), Min(), IndexTM< T, N >::sum(), and VolMoment.

Referenced by ComputeCutCellMoments< dim >::computeMoments(), and LSProblem< dim >::getOrderAccuracy().

◆ print()

template<int dim>

void LSProblem< dim >::print ( ostream & a_out ) const

References dim, LSProblem< dim >::m_degreeP, LSProblem< dim >::m_locMonoP, LSProblem< dim >::m_locMonoPLess1, LSProblem< dim >::m_monoLocP, LSProblem< dim >::m_monoLocPLess1, LSProblem< dim >::outputBounds(), LSProblem< dim >::outputMatrix(), LSProblem< dim >::outputRhs(), and LSProblem< dim >::outputUnknowns().

Referenced by ComputeCutCellMoments< dim >::computeMoments(), LSProblem< dim >::getOrderAccuracy(), and operator<<().

◆ outputMatrix()

template<int dim>

void LSProblem< dim >::outputMatrix ( ) const

References dim, LSProblem< dim >::m_locMonoP, LSProblem< dim >::m_locMonoPLess1, LSProblem< dim >::m_matrix, and pout().

Referenced by LSProblem< dim >::getOrderAccuracy(), and LSProblem< dim >::print().

◆ outputRhs()

template<int dim>

void LSProblem< dim >::outputRhs ( ) const

References LSProblem< dim >::m_rhs, pout(), and Vector< T >::size().

Referenced by LSProblem< dim >::getOrderAccuracy(), and LSProblem< dim >::print().

◆ outputUnknowns()

template<int dim>

void LSProblem< dim >::outputUnknowns ( ) const

References LSProblem< dim >::m_unknowns, pout(), and Vector< T >::size().

Referenced by LSProblem< dim >::getOrderAccuracy(), and LSProblem< dim >::print().

◆ outputBounds()

template<int dim>

void LSProblem< dim >::outputBounds ( ) const

References LSProblem< dim >::m_lowerBound, LSProblem< dim >::m_unknowns, LSProblem< dim >::m_upperBound, LSProblem< dim >::m_useConstraints, pout(), and Vector< T >::size().

Referenced by LSProblem< dim >::getOrderAccuracy(), and LSProblem< dim >::print().

◆ getLocMonomialMapDegreeP()

template<int dim>

const LocPthMoment& LSProblem< dim >::getLocMonomialMapDegreeP ( ) const

inline

References LSProblem< dim >::m_locMonoP.

Referenced by ComputeCutCellMoments< dim >::computeRhs().

◆ getMonomialLocMapDegreeP()

template<int dim>

const PthMomentLoc& LSProblem< dim >::getMonomialLocMapDegreeP ( ) const

inline

References LSProblem< dim >::m_monoLocP.

Referenced by CutCellMoments< GLOBALDIM >::addBdMoments(), and ComputeCutCellMoments< dim >::computeMoments().

◆ getMonomialLocMapDegreePLess1()

template<int dim>

const PthMomentLoc& LSProblem< dim >::getMonomialLocMapDegreePLess1 ( ) const

inline

References LSProblem< dim >::m_monoLocPLess1.

Referenced by CutCellMoments< GLOBALDIM >::addBdMoments(), and ComputeCutCellMoments< dim >::computeMoments().

◆ getUnknown()

template<int dim>

Real LSProblem< dim >::getUnknown ( int loc )

inline

References LSProblem< dim >::m_unknowns.

Referenced by ComputeCutCellMoments< dim >::computeMoments().

◆ getNumberDegP()

template<int dim>

int LSProblem< dim >::getNumberDegP ( )

inline

References LSProblem< dim >::m_numP.

Referenced by ComputeCutCellMoments< dim >::computeMoments(), and ComputeCutCellMoments< dim >::computeRhs().

◆ getNumberDegPLess1()

template<int dim>

int LSProblem< dim >::getNumberDegPLess1 ( )

inline

References LSProblem< dim >::m_numPLess1.

◆ numActiveBounds()

template<int dim>

int LSProblem< dim >::numActiveBounds ( ) const

inline

References LSProblem< dim >::allocArray(), LSProblem< dim >::differentiate(), LSProblem< dim >::factorial(), LSProblem< dim >::fillMap(), LSProblem< dim >::freeArray(), LSProblem< dim >::m_numActiveBounds, LSProblem< dim >::momentBounds(), LSProblem< dim >::nChooseR(), LSProblem< dim >::numMonomials(), LSProblem< dim >::setMatrix(), and LSProblem< dim >::setRhs().

Referenced by ComputeCutCellMoments< dim >::computeMoments().

◆ setRhs()

template<int dim>

void LSProblem< dim >::setRhs ( const Vector< Real > & a_rhs )

private

Referenced by LSProblem< dim >::numActiveBounds().

◆ setMatrix()

template<int dim>

void LSProblem< dim >::setMatrix ( )

private

References MayDay::Abort(), LSProblem< dim >::allocArray(), LSProblem< dim >::differentiate(), dim, LARGEINTVAL, LSProblem< dim >::m_matrix, LSProblem< dim >::m_monoLocP, LSProblem< dim >::m_monoLocPLess1, LSProblem< dim >::m_normal, LSProblem< dim >::m_numP, and LSProblem< dim >::m_numPLess1.

Referenced by LSProblem< dim >::LSProblem(), and LSProblem< dim >::numActiveBounds().

◆ momentBounds()

template<int dim>

void LSProblem< dim >::momentBounds	(	Real &	a_lobnd,
		Real &	a_hibnd,
		const IvDim &	a_mono,
		const IFData< dim > &	a_ifData
	)

private

References dim, IFData< dim >::m_cellCenterCoord, IFData< dim >::m_cornerSigns, and IFData< dim >::m_localCoord.

Referenced by LSProblem< dim >::numActiveBounds().

◆ differentiate()

template<int dim>

void LSProblem< dim >::differentiate	(	int &	a_coeff,
		IvDim &	a_Dmono,
		int &	a_idir,
		const IvDim &	a_mono
	)

private

References MayDay::Abort(), dim, and LARGEINTVAL.

Referenced by LSProblem< dim >::numActiveBounds(), and LSProblem< dim >::setMatrix().

◆ nChooseR()

template<int dim>

int LSProblem< dim >::nChooseR	(	int	a_n,
		int	a_r
	)

private

Referenced by LSProblem< dim >::numActiveBounds().

◆ fillMap()

template<int dim>

void LSProblem< dim >::fillMap	(	PthMomentLoc &	a_monoLoc,
		LocPthMoment &	a_locMono,
		const int &	a_degree
	)

private

References generateMultiIndices(), and Vector< T >::size().

Referenced by LSProblem< dim >::LSProblem(), and LSProblem< dim >::numActiveBounds().

◆ numMonomials()

template<int dim>

int LSProblem< dim >::numMonomials ( const int & a_monoDegree )

private

References dim, LSProblem< dim >::factorial(), and LARGEINTVAL.

Referenced by LSProblem< dim >::LSProblem(), and LSProblem< dim >::numActiveBounds().

◆ factorial()

template<int dim>

int LSProblem< dim >::factorial	(	const int &	a_n,
		const int &	a_m = `0`
	)

private

References MayDay::Abort().

Referenced by LSProblem< dim >::numActiveBounds(), and LSProblem< dim >::numMonomials().

◆ allocArray()

template<int dim>

void LSProblem< dim >::allocArray	(	const int &	a_rows,
		const int &	a_cols,
		Real **&	a_A
	)

private

Referenced by LSProblem< dim >::numActiveBounds(), and LSProblem< dim >::setMatrix().

◆ freeArray()

template<int dim>

void LSProblem< dim >::freeArray	(	const int &	a_rows,
		const int &	a_cols,
		Real **&	a_A
	)

private

Referenced by LSProblem< dim >::numActiveBounds().

Member Data Documentation

◆ m_order

template<int dim>

int LSProblem< dim >::m_order

private

Referenced by LSProblem< dim >::getOrderAccuracy().

◆ m_degreeP

template<int dim>

int LSProblem< dim >::m_degreeP

private

Referenced by LSProblem< dim >::getDegree(), LSProblem< dim >::LSProblem(), and LSProblem< dim >::print().

◆ m_numActiveBounds

template<int dim>

int LSProblem< dim >::m_numActiveBounds

private

Referenced by LSProblem< dim >::invertNormalEq(), and LSProblem< dim >::numActiveBounds().

◆ m_useConstraints

template<int dim>

bool LSProblem< dim >::m_useConstraints

private

Referenced by LSProblem< dim >::invertNormalEq(), and LSProblem< dim >::outputBounds().

◆ m_normal

template<int dim>

IndexTM<Real,dim> LSProblem< dim >::m_normal

private

Referenced by LSProblem< dim >::setMatrix().

◆ m_monoLocP

template<int dim>

PthMomentLoc LSProblem< dim >::m_monoLocP

private

Referenced by ComputeCutCellMoments< dim >::computeResiduals(), LSProblem< dim >::getMonomialLocMapDegreeP(), LSProblem< dim >::LSProblem(), LSProblem< dim >::print(), and LSProblem< dim >::setMatrix().

◆ m_locMonoP

template<int dim>

LocPthMoment LSProblem< dim >::m_locMonoP

private

Referenced by LSProblem< dim >::getLocMonomialMapDegreeP(), LSProblem< dim >::LSProblem(), LSProblem< dim >::outputMatrix(), and LSProblem< dim >::print().

◆ m_numP

template<int dim>

int LSProblem< dim >::m_numP

private

Referenced by ComputeCutCellMoments< dim >::computeResiduals(), LSProblem< dim >::getNumberDegP(), LSProblem< dim >::invertNormalEq(), LSProblem< dim >::LSProblem(), and LSProblem< dim >::setMatrix().

◆ m_monoLocPLess1

template<int dim>

PthMomentLoc LSProblem< dim >::m_monoLocPLess1

private

Referenced by ComputeCutCellMoments< dim >::computeResiduals(), LSProblem< dim >::getMonomialLocMapDegreePLess1(), LSProblem< dim >::LSProblem(), LSProblem< dim >::print(), and LSProblem< dim >::setMatrix().

◆ m_locMonoPLess1

template<int dim>

LocPthMoment LSProblem< dim >::m_locMonoPLess1

private

Referenced by LSProblem< dim >::LSProblem(), LSProblem< dim >::outputMatrix(), and LSProblem< dim >::print().

◆ m_numPLess1

template<int dim>

int LSProblem< dim >::m_numPLess1

private

Referenced by ComputeCutCellMoments< dim >::computeResiduals(), LSProblem< dim >::getNumberDegPLess1(), LSProblem< dim >::invertNormalEq(), LSProblem< dim >::LSProblem(), and LSProblem< dim >::setMatrix().

◆ m_matrix

template<int dim>

Real** LSProblem< dim >::m_matrix

private

Referenced by ComputeCutCellMoments< dim >::computeResiduals(), LSProblem< dim >::invertNormalEq(), LSProblem< dim >::LSProblem(), LSProblem< dim >::outputMatrix(), and LSProblem< dim >::setMatrix().

◆ m_unknowns

template<int dim>

Vector<Real> LSProblem< dim >::m_unknowns

private

Referenced by LSProblem< dim >::getUnknown(), LSProblem< dim >::invertNormalEq(), LSProblem< dim >::LSProblem(), LSProblem< dim >::outputBounds(), and LSProblem< dim >::outputUnknowns().

◆ m_rhs

template<int dim>

Vector<Real> LSProblem< dim >::m_rhs

private

Referenced by LSProblem< dim >::invertNormalEq(), LSProblem< dim >::LSProblem(), and LSProblem< dim >::outputRhs().

◆ m_lowerBound

template<int dim>

Vector<Real> LSProblem< dim >::m_lowerBound

private

Referenced by LSProblem< dim >::invertNormalEq(), LSProblem< dim >::LSProblem(), and LSProblem< dim >::outputBounds().

◆ m_upperBound

template<int dim>

Vector<Real> LSProblem< dim >::m_upperBound

private

Referenced by LSProblem< dim >::invertNormalEq(), LSProblem< dim >::LSProblem(), and LSProblem< dim >::outputBounds().

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

Public Member Functions

Private Types

Private Member Functions

Private Attributes

Member Typedef Documentation

◆ IvDim

◆ PthMomentLoc

◆ LocPthMoment

Constructor & Destructor Documentation

◆ ~LSProblem()

◆ LSProblem() [1/2]

◆ LSProblem() [2/2]

Member Function Documentation

◆ invertNormalEq()

◆ getDegree()

◆ getOrderAccuracy()

◆ getMatrix()

◆ getRhs()

◆ getUnknowns()

◆ monoMaxMin()

◆ computeBounds()

◆ print()

◆ outputMatrix()

◆ outputRhs()

◆ outputUnknowns()

◆ outputBounds()

◆ getLocMonomialMapDegreeP()

◆ getMonomialLocMapDegreeP()

◆ getMonomialLocMapDegreePLess1()

◆ getUnknown()

◆ getNumberDegP()

◆ getNumberDegPLess1()

◆ numActiveBounds()

◆ setRhs()

◆ setMatrix()

◆ momentBounds()

◆ differentiate()

◆ nChooseR()

◆ fillMap()

◆ numMonomials()

◆ factorial()

◆ allocArray()

◆ freeArray()

Member Data Documentation

◆ m_order

◆ m_degreeP

◆ m_numActiveBounds

◆ m_useConstraints

◆ m_normal

◆ m_monoLocP

◆ m_locMonoP

◆ m_numP

◆ m_monoLocPLess1

◆ m_locMonoPLess1

◆ m_numPLess1

◆ m_matrix

◆ m_unknowns

◆ m_rhs

◆ m_lowerBound

◆ m_upperBound