newmat.h File Reference

#include "include.h"
#include "myexcept.h"

Go to the source code of this file.

Classes
class	AddedMatrix
class	ArrayLengthSpecifier
class	BandLUMatrix
class	BandMatrix
class	BaseMatrix
class	CannotBuildException
class	ColedMatrix
class	ColumnVector
class	ConcatenatedMatrix
class	ConstRealStarStar
class	ConvergenceException
class	CroutMatrix
class	DiagedMatrix
class	DiagonalMatrix
class	GeneralMatrix
class	GenericMatrix
class	GetSubMatrix
class	IdentityMatrix
class	IncompatibleDimensionsException
class	IndexException
class	InternalException
class	InvertedMatrix
class	KPMatrix
class	LinearEquationSolver
class	LogAndSign
class	LowerBandMatrix
class	LowerTriangularMatrix
class	MatedMatrix
class	Matrix
class	MatrixBandWidth
class	MatrixInput
class	MatrixType
class	MultipliedMatrix
class	NegatedMatrix
class	NegShiftedMatrix
class	NotDefinedException
class	NotSquareException
class	NPDException
class	nricMatrix
class	OverflowException
class	ProgramException
class	RealStarStar
class	ReturnMatrix
class	ReversedMatrix
class	RowedMatrix
class	RowVector
class	ScaledMatrix
class	ShiftedMatrix
class	SimpleIntArray
class	SingularException
class	SolvedMatrix
class	SPMatrix
class	SquareMatrix
class	StackedMatrix
class	SubMatrixDimensionException
class	SubtractedMatrix
class	SymmetricBandMatrix
class	SymmetricMatrix
class	TransposedMatrix
class	UpperBandMatrix
class	UpperTriangularMatrix
class	VectorException
Defines
#define	MatrixTypeUnSp   0
#define	NEWMAT_LIB   0
Functions
Matrix	CrossProduct (const Matrix &A, const Matrix &B)
Matrix	crossproduct (const Matrix &A, const Matrix &B)
ReturnMatrix	crossproduct_columns (const Matrix &A, const Matrix &B)
ReturnMatrix	crossproduct_rows (const Matrix &A, const Matrix &B)
ReturnMatrix	CrossProductColumns (const Matrix &A, const Matrix &B)
ReturnMatrix	CrossProductRows (const Matrix &A, const Matrix &B)
Real	Determinant (const BaseMatrix &B)
Real	determinant (const BaseMatrix &B)
Real	DotProduct (const Matrix &A, const Matrix &B)
Real	dotproduct (const Matrix &A, const Matrix &B)
bool	is_zero (const GeneralMatrix &A)
bool	is_zero (const BaseMatrix &A)
bool	IsZero (const GeneralMatrix &A)
bool	IsZero (const BaseMatrix &A)
LogAndSign	log_determinant (const BaseMatrix &B)
LogAndSign	LogDeterminant (const BaseMatrix &B)
void	MatrixErrorNoSpace (const void *)
Real	Maximum (const BaseMatrix &B)
Real	maximum (const BaseMatrix &B)
Real	maximum_absolute_value (const BaseMatrix &B)
Real	MaximumAbsoluteValue (const BaseMatrix &B)
Real	Minimum (const BaseMatrix &B)
Real	minimum (const BaseMatrix &B)
Real	minimum_absolute_value (const BaseMatrix &B)
Real	MinimumAbsoluteValue (const BaseMatrix &B)
void	newmat_block_copy (int n, Real *from, Real *to)
Real	Norm1 (RowVector &RV)
Real	norm1 (RowVector &RV)
Real	Norm1 (const BaseMatrix &B)
Real	norm1 (const BaseMatrix &B)
Real	norm_frobenius (const BaseMatrix &B)
Real	norm_Frobenius (const BaseMatrix &B)
Real	norm_infinity (ColumnVector &CV)
Real	norm_infinity (const BaseMatrix &B)
Real	NormFrobenius (const BaseMatrix &B)
Real	NormInfinity (ColumnVector &CV)
Real	NormInfinity (const BaseMatrix &B)
bool	operator!= (const BaseMatrix &A, const BaseMatrix &B)
bool	operator!= (const GeneralMatrix &A, const GeneralMatrix &B)
bool	operator< (const BaseMatrix &A, const BaseMatrix &)
bool	operator<= (const BaseMatrix &A, const BaseMatrix &)
bool	operator== (const BaseMatrix &A, const BaseMatrix &B)
bool	operator== (const GeneralMatrix &A, const GeneralMatrix &B)
bool	operator> (const BaseMatrix &A, const BaseMatrix &)
bool	operator>= (const BaseMatrix &A, const BaseMatrix &)
Real	Sum (const BaseMatrix &B)
Real	sum (const BaseMatrix &B)
Real	sum_absolute_value (const BaseMatrix &B)
Real	sum_square (const BaseMatrix &B)
Real	SumAbsoluteValue (const BaseMatrix &B)
Real	SumSquare (const BaseMatrix &B)
void	swap (GenericMatrix &A, GenericMatrix &B)
void	swap (IdentityMatrix &A, IdentityMatrix &B)
void	swap (BandLUMatrix &A, BandLUMatrix &B)
void	swap (SymmetricBandMatrix &A, SymmetricBandMatrix &B)
void	swap (LowerBandMatrix &A, LowerBandMatrix &B)
void	swap (UpperBandMatrix &A, UpperBandMatrix &B)
void	swap (BandMatrix &A, BandMatrix &B)
void	swap (CroutMatrix &A, CroutMatrix &B)
void	swap (ColumnVector &A, ColumnVector &B)
void	swap (RowVector &A, RowVector &B)
void	swap (DiagonalMatrix &A, DiagonalMatrix &B)
void	swap (SymmetricMatrix &A, SymmetricMatrix &B)
void	swap (LowerTriangularMatrix &A, LowerTriangularMatrix &B)
void	swap (UpperTriangularMatrix &A, UpperTriangularMatrix &B)
void	swap (nricMatrix &A, nricMatrix &B)
void	swap (SquareMatrix &A, SquareMatrix &B)
void	swap (Matrix &A, Matrix &B)
Real	Trace (const BaseMatrix &B)
Real	trace (const BaseMatrix &B)

---

Define Documentation

#define MatrixTypeUnSp   0

#define NEWMAT_LIB   0

---

Function Documentation

Matrix CrossProduct	(	const Matrix &	A,
		const Matrix &	B
	)			[inline]

References crossproduct().

Referenced by trymat1().

Matrix crossproduct	(	const Matrix &	A,
		const Matrix &	B
	)

References Console::c, crossproduct_body(), GeneralMatrix::Ncols(), GeneralMatrix::Nrows(), REPORT, and GeneralMatrix::Store().

Referenced by CrossProduct().

ReturnMatrix crossproduct_columns	(	const Matrix &	A,
		const Matrix &	B
	)

References Console::c, GeneralMatrix::ForReturn(), mathExample::n, GeneralMatrix::Ncols(), GeneralMatrix::Nrows(), REPORT, and GeneralMatrix::Store().

Referenced by CrossProductColumns().

ReturnMatrix crossproduct_rows	(	const Matrix &	A,
		const Matrix &	B
	)

References Console::c, crossproduct_body(), GeneralMatrix::ForReturn(), mathExample::n, GeneralMatrix::Ncols(), GeneralMatrix::Nrows(), REPORT, and GeneralMatrix::Store().

Referenced by CrossProductRows().

ReturnMatrix CrossProductColumns	(	const Matrix &	A,
		const Matrix &	B
	)			[inline]

References crossproduct_columns().

Referenced by trymat1().

ReturnMatrix CrossProductRows	(	const Matrix &	A,
		const Matrix &	B
	)			[inline]

References crossproduct_rows().

Referenced by trymat1().

Real Determinant

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::determinant().

Referenced by main(), trymat1(), trymatg(), and trymath().

Real determinant

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::determinant().

Real DotProduct	(	const Matrix &	A,
		const Matrix &	B
	)			[inline]

References dotproduct().

Referenced by trymat1(), and trymat8().

Real dotproduct	(	const Matrix &	A,
		const Matrix &	B
	)

References mathExample::n, REPORT, GeneralMatrix::storage, GeneralMatrix::store, sum(), and Throw.

Referenced by DotProduct().

bool is_zero

(

const GeneralMatrix &

A

)

[inline]

References GeneralMatrix::is_zero().

bool is_zero

(

const BaseMatrix &

A

)

References CatchAll, REPORT, ReThrow, and Try.

Referenced by IsZero(), GeneralMatrix::IsZero(), and operator==().

bool IsZero

(

const GeneralMatrix &

A

)

[inline]

References GeneralMatrix::IsZero().

bool IsZero

(

const BaseMatrix &

A

)

[inline]

References is_zero().

LogAndSign log_determinant

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::log_determinant().

Referenced by BaseMatrix::LogDeterminant(), and trymat9().

LogAndSign LogDeterminant

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::log_determinant().

Referenced by trymat2(), trymatg(), and trymath().

void MatrixErrorNoSpace

(

const void *

)

References Throw.

Referenced by BandLUMatrix::BandLUMatrix(), ConstRealStarStar::ConstRealStarStar(), CroutMatrix::CroutMatrix(), MatedMatrix::Evaluate(), DiagedMatrix::Evaluate(), ColedMatrix::Evaluate(), RowedMatrix::Evaluate(), GeneralMatrix::GeneralMatrix(), GeneralSolv(), GeneralSolvI(), CroutMatrix::get_aux(), BandLUMatrix::get_aux(), SymmetricBandMatrix::GetCol(), BandMatrix::GetCol(), SymmetricMatrix::GetCol(), LowerTriangularMatrix::GetCol(), UpperTriangularMatrix::GetCol(), Matrix::GetCol(), SymmetricBandMatrix::GetRow(), SymmetricMatrix::GetRow(), GeneralMatrix::GetStore(), CroutMatrix::Image(), IdentityMatrix::Image(), nricMatrix::Image(), ColumnVector::Image(), RowVector::Image(), DiagonalMatrix::Image(), LowerTriangularMatrix::Image(), UpperTriangularMatrix::Image(), SymmetricMatrix::Image(), SquareMatrix::Image(), Matrix::Image(), BandLUMatrix::Image(), SymmetricBandMatrix::Image(), LowerBandMatrix::Image(), UpperBandMatrix::Image(), BandMatrix::Image(), LU3(), nricMatrix::MakeRowPointer(), Matrix::MakeSolver(), GeneralMatrix::MakeSolver(), SymmetricBandMatrix::MakeSolver(), BandMatrix::MakeSolver(), mmMult(), MatrixType::New(), RealStarStar::RealStarStar(), GeneralMatrix::resize(), GeneralMatrix::reuse(), RowVector::Transpose(), and ColumnVector::Transpose().

Real Maximum

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::maximum().

Referenced by ModuleParameter::GetMaximum(), ModuleParameter::SetMaximum(), SVD(), tred3(), trymat2(), and trymatl().

Real maximum

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::maximum().

Referenced by BaseMatrix::Maximum(), qCTKSlider::maximumAsDbl(), qCTKRangeSlider::mousePressEvent(), qCTKRangeSlider::setPositions(), and qCTKRangeSlider::setValues().

Real maximum_absolute_value

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::maximum_absolute_value().

Referenced by main(), SymmetricBandMatrix::maximum_absolute_value(), BandMatrix::maximum_absolute_value(), and BaseMatrix::MaximumAbsoluteValue().

Real MaximumAbsoluteValue

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::maximum_absolute_value().

Referenced by trymate(), trymatg(), trymath(), and trymatl().

Real Minimum

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::minimum().

Referenced by ModuleParameter::GetMinimum(), qCTKCollapsibleButtonPrivate::init(), ModuleParameter::SetMinimum(), SVD(), tred2(), tred3(), trymat2(), and trymatl().

Real minimum

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::minimum().

Referenced by BaseMatrix::Minimum(), qCTKSlider::minimumAsDbl(), qCTKRangeSlider::mousePressEvent(), qCTKRangeSlider::setPositions(), and qCTKRangeSlider::setValues().

Real minimum_absolute_value

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::minimum_absolute_value().

Referenced by BaseMatrix::MinimumAbsoluteValue().

Real MinimumAbsoluteValue

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::minimum_absolute_value().

Referenced by trymatl().

void newmat_block_copy	(	int	n,
		Real *	from,
		Real *	to
	)

References REPORT.

Referenced by BandLUMatrix::get_aux(), GeneralMatrix::GetStore(), and GeneralMatrix::reuse().

Real Norm1

(

RowVector &

RV

)

[inline]

References GeneralMatrix::maximum_absolute_value().

Real norm1

(

RowVector &

RV

)

[inline]

References GeneralMatrix::maximum_absolute_value().

Real Norm1

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::norm1().

Referenced by trymatg().

Real norm1

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::norm1().

Referenced by BaseMatrix::Norm1().

Real norm_frobenius

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::norm_Frobenius().

Real norm_Frobenius

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::norm_Frobenius().

Referenced by BaseMatrix::norm_frobenius(), and BaseMatrix::NormFrobenius().

Real norm_infinity

(

ColumnVector &

CV

)

[inline]

References GeneralMatrix::maximum_absolute_value().

Real norm_infinity

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::norm_infinity().

Referenced by BaseMatrix::NormInfinity().

Real NormFrobenius

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::norm_Frobenius().

Referenced by trymatg().

Real NormInfinity

(

ColumnVector &

CV

)

[inline]

References GeneralMatrix::maximum_absolute_value().

Real NormInfinity

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::norm_infinity().

Referenced by trymatg().

bool operator!=	(	const BaseMatrix &	A,
		const BaseMatrix &	B
	)			[inline]

bool operator!=	(	const GeneralMatrix &	A,
		const GeneralMatrix &	B
	)			[inline]

bool operator<	(	const BaseMatrix &	A,
		const BaseMatrix &
	)			[inline]

References BaseMatrix::IEQND().

bool operator<=	(	const BaseMatrix &	A,
		const BaseMatrix &
	)			[inline]

References BaseMatrix::IEQND().

bool operator==	(	const BaseMatrix &	A,
		const BaseMatrix &	B
	)

References BaseMatrix::bandwidth(), MatrixType::CannotConvert(), is_zero(), GeneralMatrix::Ncols(), GeneralMatrix::Nrows(), RealEqual(), REPORT, GeneralMatrix::Store(), GeneralMatrix::tDelete(), and GeneralMatrix::type().

bool operator==	(	const GeneralMatrix &	A,
		const GeneralMatrix &	B
	)

References BaseMatrix::bandwidth(), MatrixType::CannotConvert(), is_zero(), GeneralMatrix::IsEqual(), GeneralMatrix::Ncols(), GeneralMatrix::Nrows(), RealEqual(), REPORT, GeneralMatrix::Storage(), GeneralMatrix::Store(), and GeneralMatrix::Type().

Referenced by MatrixBandWidth::operator!=().

bool operator>	(	const BaseMatrix &	A,
		const BaseMatrix &
	)			[inline]

References BaseMatrix::IEQND().

bool operator>=	(	const BaseMatrix &	A,
		const BaseMatrix &
	)			[inline]

References BaseMatrix::IEQND().

Real Sum

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::sum().

Referenced by trymat2(), trymat7(), trymat8(), trymatg(), trymath(), and WriteRecipie().

Real sum

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::sum().

Referenced by BitReverse(), c_matrix_multiply(), Cholesky(), ComputeCurvature(), ComputeGradCurvatureTangentPlane(), vtkImageGCR::ComputeL2(), Debug_Display_L_Blob(), DotProd(), dotproduct(), MeshEnergy::GetKappa(), vtkPharmacokineticsIntensityCurves::GetMeanIntensity(), vtkPharmacokineticsIntensityCurves::GetMeanMaxMinIntensity(), Helmert(), Helmert_transpose(), RectMatrixRowCol::operator*(), QRZ(), QRZT(), itk::MRMLIDImageIO::SetDWNodeValues(), SlowDTT(), SlowDTT_II(), MatrixRowCol::Sum(), BandMatrix::sum(), BaseMatrix::Sum(), MatrixRowCol::SumAbsoluteValue(), RectMatrixRowCol::SumSquare(), test2(), test3(), updateQRZ(), updateQRZT(), and vtkImageBimodalAnalysisExecute().

Real sum_absolute_value

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::sum_absolute_value().

Referenced by BandMatrix::sum_absolute_value(), and BaseMatrix::SumAbsoluteValue().

Real sum_square

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::sum_square().

Referenced by BandMatrix::sum_square(), BaseMatrix::SumSquare(), test1(), test2(), test3(), test4(), and test5().

Real SumAbsoluteValue

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::sum_absolute_value().

Referenced by trymat2(), trymatg(), and trymath().

Real SumSquare

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::sum_square().

Referenced by MLE_D_FI::NextPoint(), trymat2(), trymatg(), and trymath().

void swap	(	GenericMatrix &	A,
		GenericMatrix &	B
	)			[inline]

References GenericMatrix::swap().

void swap	(	IdentityMatrix &	A,
		IdentityMatrix &	B
	)			[inline]

References IdentityMatrix::swap().

void swap	(	BandLUMatrix &	A,
		BandLUMatrix &	B
	)			[inline]

References BandLUMatrix::swap().

void swap	(	SymmetricBandMatrix &	A,
		SymmetricBandMatrix &	B
	)			[inline]

References SymmetricBandMatrix::swap().

void swap	(	LowerBandMatrix &	A,
		LowerBandMatrix &	B
	)			[inline]

References LowerBandMatrix::swap().

void swap	(	UpperBandMatrix &	A,
		UpperBandMatrix &	B
	)			[inline]

References UpperBandMatrix::swap().

void swap	(	BandMatrix &	A,
		BandMatrix &	B
	)			[inline]

References BandMatrix::swap().

void swap	(	CroutMatrix &	A,
		CroutMatrix &	B
	)			[inline]

References CroutMatrix::swap().

void swap	(	ColumnVector &	A,
		ColumnVector &	B
	)			[inline]

References ColumnVector::swap().

void swap	(	RowVector &	A,
		RowVector &	B
	)			[inline]

References RowVector::swap().

void swap	(	DiagonalMatrix &	A,
		DiagonalMatrix &	B
	)			[inline]

References DiagonalMatrix::swap().

void swap	(	SymmetricMatrix &	A,
		SymmetricMatrix &	B
	)			[inline]

References SymmetricMatrix::swap().

void swap	(	LowerTriangularMatrix &	A,
		LowerTriangularMatrix &	B
	)			[inline]

References LowerTriangularMatrix::swap().

void swap	(	UpperTriangularMatrix &	A,
		UpperTriangularMatrix &	B
	)			[inline]

References UpperTriangularMatrix::swap().

void swap	(	nricMatrix &	A,
		nricMatrix &	B
	)			[inline]

References nricMatrix::swap().

void swap	(	SquareMatrix &	A,
		SquareMatrix &	B
	)			[inline]

References SquareMatrix::swap().

void swap	(	Matrix &	A,
		Matrix &	B
	)			[inline]

References Matrix::swap().

Referenced by vtkMRMLFiducialListNode::MoveFiducialDown(), vtkMRMLFiducialListNode::MoveFiducialUp(), vtkSlicerFiducialsGUI::ProcessMRMLEvents(), vtkSlicerFiducialListWidget::ProcessMRMLEvents(), IdentityMatrix::swap(), LowerBandMatrix::swap(), UpperBandMatrix::swap(), ColumnVector::swap(), RowVector::swap(), DiagonalMatrix::swap(), LowerTriangularMatrix::swap(), UpperTriangularMatrix::swap(), SymmetricMatrix::swap(), SquareMatrix::swap(), Matrix< TransformType, NRows, NColumns >::swap(), trymat4(), and trymat8().

Real Trace

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::trace().

Referenced by vtkMRMLDiffusionTensorDisplayPropertiesNode::ColorGlyphByTrace(), vtkMRMLDiffusionTensorDisplayPropertiesNode::GetFirstColorGlyphBy(), vtkMRMLDiffusionTensorDisplayPropertiesNode::GetFirstScalarInvariant(), vtkMRMLDiffusionTensorDisplayPropertiesNode::SetScalarInvariantToTrace(), trymat2(), trymat7(), trymatg(), and trymath().

Real trace

(

const BaseMatrix &

B

)

[inline]

References BaseMatrix::trace().

Referenced by Cholesky(), ProstateNavMath::ComputePermutationFromOrientation(), DCT(), DCT_II(), DCT_II_inverse(), DCT_inverse(), DST(), DST_II(), DST_II_inverse(), DST_inverse(), FFT(), FFT2(), FFT2I(), FFTI(), fftstep(), vtkTensorImplicitFunctionToFunctionSet::FunctionValues(), RealFFT(), RealFFTI(), vtkDiffusionTensorMathematicsSimple::RelativeAnisotropy(), vtkDiffusionTensorMathematics::RelativeAnisotropy(), SlowFT2(), SortSV(), IdentityMatrix::sum(), SVD(), and BaseMatrix::Trace().