Inheritance diagram for DtMatrix:

Public Member Functions
	DtMatrix ()
	DtMatrix (int a, int b, bool init=true, int c=-1, int r=-1)
	DtMatrix (DtMatrix *matM, bool copy=false)
double **	Init (int a, int b, bool init, int c=-1, int r=-1)
double **	Init (DtMatrix *matM, bool copy=false)
void	UnInit ()
virtual	~DtMatrix ()
int	rows ()
int	columns ()
double	get (int i, int j)
bool	set (int i, int j, double val)
void	print (char *str)
void	setRows (int nR)
void	setColumns (int nC)
void	restoreRows ()
void	restoreColumns ()
void	identity (bool clear=false)
void	all (double val)
void	AXB (DtMatrix myMatB, DtMatrix result)
DtMatrix *	AXB (DtMatrix *myMatB)
DtMatrix *	AXBT (DtMatrix *myMatB)
bool	UXB (DtMatrix *myMatB)
bool	LXB (DtMatrix *myMatB)
DtMatrix *	UnMergeHorizontally (int c, DtMatrix *matR)
DtMatrix *	UnMergeVertically (int r, DtMatrix *myMatB)
DtMVector *	House (int rs, int nc)
DtMVector *	HouseT (int rs, int nc)
bool	RHouse (DtMVector *house, int rs, int cs)
bool	CHouse (DtMVector *house, int rs, int cs)
DtMatrix *	QR (DtMatrix *matQ=0)
DtMatrix *	LQ (DtMatrix *matQ=0)
DtMatrix *	SQRT (DtMatrix *matDiag)
DtMatrix *	LDU (DtMatrix , DtMatrix , DtMatrix *)
void	Scale (double s)
void	Accumulate (DtMatrix *myMatB, double s)
void	SetIndexes (int i, int j)
DtMVector *	LinProg (DtMVector myMatB, DtMVector max)
void	IntersectionInit ()
Public Attributes
DtMatrix *	next
double **	data
Static Public Attributes
static int	rstart
static int	cstart
Protected Member Functions
int	Status (DtMatrixFlag)
Private Member Functions
double **	DataInit (int r, int c)
Private Attributes
int	myRows
int	myColumns
int	myMaxRows
int	myMaxColumns
double **	myData
double **	myVData
bool	myUsed
double **	Data
double **	Data_data
Friends
class	DtMVector
class	DtLinearSystem
DtMatrix *	DtMatrixMultiply (DtMatrix m1, DtMatrix m2, char *s=0, generic_mm_multflag f=TRANSPOSE_NONE)
DtMatrix *	DtMatrixMultiply (DtMatrix m, DtMVector v, char *s=0, generic_mm_multflag f=TRANSPOSE_NONE)
DtMatrix *	DtMatrixMergeVertically (DtMatrix myMatT, DtMatrix myMatB)
DtMatrix *	DtMatrixMergeHorizontallyWithTranspose (DtMatrix matL, DtMatrix matR)
DtMatrix *	DtMatrixMergeHorizontally (DtMatrix matL, DtMatrix matR)
DtMatrix *	DtMatrixScale (DtMatrix *m, double s)
bool	DtIntersectionUniqueSolution (const DtVector &loc1, const DtVector &loc2, const DtDcm &m1, const DtDcm &m2)
DtMatrix *	DtMAdd (DtMatrix myMatA, DtMatrix myMatB)
DtMatrix *	DtMSubtract (DtMatrix myMatA, DtMatrix myMatB)
DtMatrix *	DtMSum (DtMatrix myMatA, DtMatrix B, double s)
void	LinearSystem (DtMatrix myMatA, DtMatrix myMatB, DtMatrix myMatC, DtMatrix myMatD, DtMVector myMatX, DtMVector myMatU, DtMVector *myMatY)

Constructor & Destructor Documentation

DtMatrix::DtMatrix ( )

DtMatrix::DtMatrix	(	int	a,
		int	b,
		bool	init = `true`,
		int	c = `-1`,
		int	r = `-1`
	)

DtMatrix::DtMatrix	(	DtMatrix *	matM,
		bool	copy = `false`
	)

virtual DtMatrix::~DtMatrix ( ) [virtual]

Member Function Documentation

double** DtMatrix::Init	(	int	a,
		int	b,
		bool	init,
		int	c = `-1`,
		int	r = `-1`
	)

double** DtMatrix::Init	(	DtMatrix *	matM,
		bool	copy = `false`
	)

void DtMatrix::UnInit ( )

int DtMatrix::rows ( ) [inline]

int DtMatrix::columns ( ) [inline]

double DtMatrix::get	(	int	i,
		int	j
	)

bool DtMatrix::set	(	int	i,
		int	j,
		double	val
	)

void DtMatrix::print ( char * str )

void DtMatrix::setRows ( int nR ) [inline]

void DtMatrix::setColumns ( int nC ) [inline]

void DtMatrix::restoreRows ( ) [inline]

void DtMatrix::restoreColumns ( ) [inline]

void DtMatrix::identity ( bool clear = false )

void DtMatrix::all ( double val )

void DtMatrix::AXB	(	DtMatrix *	myMatB,
		DtMatrix *	result
	)

DtMatrix* DtMatrix::AXB ( DtMatrix * myMatB )

DtMatrix* DtMatrix::AXBT ( DtMatrix * myMatB )

bool DtMatrix::UXB ( DtMatrix * myMatB )

bool DtMatrix::LXB ( DtMatrix * myMatB )

DtMatrix* DtMatrix::UnMergeHorizontally	(	int	c,
		DtMatrix *	matR
	)

DtMatrix* DtMatrix::UnMergeVertically	(	int	r,
		DtMatrix *	myMatB
	)

DtMVector* DtMatrix::House	(	int	rs,
		int	nc
	)

DtMVector* DtMatrix::HouseT	(	int	rs,
		int	nc
	)

bool DtMatrix::RHouse	(	DtMVector *	house,
		int	rs,
		int	cs
	)

bool DtMatrix::CHouse	(	DtMVector *	house,
		int	rs,
		int	cs
	)

DtMatrix* DtMatrix::QR ( DtMatrix * matQ = 0 )

DtMatrix* DtMatrix::LQ ( DtMatrix * matQ = 0 )

DtMatrix* DtMatrix::SQRT ( DtMatrix * matDiag )

DtMatrix* DtMatrix::LDU	(	DtMatrix *	,
		DtMatrix *	,
		DtMatrix *
	)

void DtMatrix::Scale ( double s )

void DtMatrix::Accumulate	(	DtMatrix *	myMatB,
		double	s
	)

void DtMatrix::SetIndexes	(	int	i,
		int	j
	)

DtMVector* DtMatrix::LinProg	(	DtMVector *	myMatB,
		DtMVector *	max
	)

void DtMatrix::IntersectionInit ( )

int DtMatrix::Status ( DtMatrixFlag ) [protected]

double** DtMatrix::DataInit	(	int	r,
		int	c
	)		`[private]`

Friends And Related Function Documentation

friend class DtMVector [friend]

friend class DtLinearSystem [friend]

Reimplemented in DtMVector.

DtMatrix* DtMatrixMultiply	(	DtMatrix *	m1,
		DtMatrix *	m2,
		char *	s = `0`,
		generic_mm_multflag	f = `TRANSPOSE_NONE`
	)		`[friend]`

DtMatrix* DtMatrixMultiply	(	DtMatrix *	m,
		DtMVector *	v,
		char *	s = `0`,
		generic_mm_multflag	f = `TRANSPOSE_NONE`
	)		`[friend]`

Reimplemented in DtMVector.

DtMatrix* DtMatrixMergeVertically	(	DtMatrix *	myMatT,
		DtMatrix *	myMatB
	)		`[friend]`

DtMatrix* DtMatrixMergeHorizontallyWithTranspose	(	DtMatrix *	matL,
		DtMatrix *	matR
	)		`[friend]`

DtMatrix* DtMatrixMergeHorizontally	(	DtMatrix *	matL,
		DtMatrix *	matR
	)		`[friend]`

DtMatrix* DtMatrixScale	(	DtMatrix *	m,
		double	s
	)		`[friend]`

bool DtIntersectionUniqueSolution	(	const DtVector &	loc1,
		const DtVector &	loc2,
		const DtDcm &	m1,
		const DtDcm &	m2
	)		`[friend]`

Reimplemented in DtMVector.

DtMatrix* DtMAdd	(	DtMatrix *	myMatA,
		DtMatrix *	myMatB
	)		`[friend]`

DtMatrix* DtMSubtract	(	DtMatrix *	myMatA,
		DtMatrix *	myMatB
	)		`[friend]`

DtMatrix* DtMSum	(	DtMatrix *	myMatA,
		DtMatrix *	B,
		double	s
	)		`[friend]`

void LinearSystem	(	DtMatrix *	myMatA,
		DtMatrix *	myMatB,
		DtMatrix *	myMatC,
		DtMatrix *	myMatD,
		DtMVector *	myMatX,
		DtMVector *	myMatU,
		DtMVector *	myMatY
	)		`[friend]`