NmMatrix Class Reference

#include <NmMatrix.h>

Public Member Functions
	NmMatrix (NmMatrix const &)
	NmMatrix (NmVector const &)
	NmMatrix (int)
	NmMatrix (int, double)
	NmMatrix (int, int)
	NmMatrix (void)
	~NmMatrix (void)
NmMatrix &	invert (double)
NmMatrix &	invertLUs (double, bool &)
NmMatrix &	operator*= (NmMatrix const &)
NmMatrix &	operator*= (double)
NmMatrix &	operator+= (NmMatrix const &)
NmMatrix &	operator-= (NmMatrix const &)
NmMatrix &	operator/= (double)
NmMatrix &	operator= (NmMatrix const &)
NmMatrix &	operator= (NmVector const &)
NmMatrix &	operator= (double)
NmMatrix &	reset (int)
NmMatrix &	reset (int, int)
NmMatrix &	reset (int, int, double, double)
NmMatrix &	setColumn (int, NmVector const &)
NmMatrix &	setDiagonal (double)
NmMatrix &	setRow (int, NmVector const &)
NmMatrix &	transpose (void)
NmMatrix	operator* (NmMatrix const &) const
NmMatrix	operator+ (NmMatrix const &) const
NmMatrix	operator- (NmMatrix const &) const
NmVector	column (int) const
NmVector	diagonal (void) const
NmVector	operator* (NmVector const &) const
NmVector	row (int) const
double &	operator() (int, int)
double	determinant (double)
double	operator() (int, int) const
int	LUdecompose (NmIntVec &)
int	colDim (void) const
int	decomposeLU (NmIntVec &, double)
int	decomposeLUScaling (NmIntVec &, double &, double)
int	eigensystem (NmVector &)
int	exequal (NmVector &, NmIntVec &, NmIntVec &, NmVector &, NmIntVec &, NmIntVec &, double &, double)
int	feasible (NmVector &, NmIntVec &, NmIntVec &, NmVector &, NmIntVec &, NmIntVec &, double &, double)
int	feasible (NmVector &, NmIntVec &, NmIntVec &, double)
int	optimal (NmVector &, NmIntVec &, NmIntVec &, NmVector &, NmIntVec &, NmIntVec &, double &, double)
int	rowDim (void) const
int	solve (NmVector &, double)
int	symmetricLU (NmVector &, double)
void	dim (int &, int &) const
void	force (NmVector &, double)
void	solveAfterLUdecompose (NmVector &, NmIntVec const &) const
void	solveLU (NmIntVec const &, NmVector &) const
void	solveLUs (NmIntVec const &, NmVector &) const

Detailed Description

Definition at line 22 of file NmMatrix.h.

Constructor & Destructor Documentation

NmMatrix() [1/6]

NmMatrix::NmMatrix

(

NmMatrix const &

)

NmMatrix() [2/6]

NmMatrix::NmMatrix

(

NmVector const &

)

NmMatrix() [3/6]

NmMatrix::NmMatrix

(

int

)

NmMatrix() [4/6]

NmMatrix::NmMatrix	(	int	,
		double	)

NmMatrix() [5/6]

NmMatrix::NmMatrix	(	int	,
		int	)

NmMatrix() [6/6]

NmMatrix::NmMatrix

(

void

)

~NmMatrix()

NmMatrix::~NmMatrix

(

void

)

Member Function Documentation

colDim()

int NmMatrix::colDim

(

void

)

const

column()

NmVector NmMatrix::column

(

int

)

const

decomposeLU()

int NmMatrix::decomposeLU	(	NmIntVec &	,
		double	)

decomposeLUScaling()

int NmMatrix::decomposeLUScaling	(	NmIntVec &	,
		double &	,
		double	)

determinant()

double NmMatrix::determinant

(

double

)

diagonal()

NmVector NmMatrix::diagonal

(

void

)

const

dim()

void NmMatrix::dim	(	int &	,
		int &	) const

eigensystem()

int NmMatrix::eigensystem

(

NmVector &

)

exequal()

int NmMatrix::exequal	(	NmVector &	,
		NmIntVec &	,
		NmIntVec &	,
		NmVector &	,
		NmIntVec &	,
		NmIntVec &	,
		double &	,
		double	)

feasible() [1/2]

int NmMatrix::feasible	(	NmVector &	,
		NmIntVec &	,
		NmIntVec &	,
		double	)

feasible() [2/2]

int NmMatrix::feasible	(	NmVector &	,
		NmIntVec &	,
		NmIntVec &	,
		NmVector &	,
		NmIntVec &	,
		NmIntVec &	,
		double &	,
		double	)

force()

void NmMatrix::force	(	NmVector &	,
		double	)

invert()

NmMatrix & NmMatrix::invert

(

double

)

invertLUs()

NmMatrix & NmMatrix::invertLUs	(	double	,
		bool &	)

LUdecompose()

int NmMatrix::LUdecompose

(

NmIntVec &

)

operator()() [1/2]

double & NmMatrix::operator()	(	int	,
		int	)

operator()() [2/2]

double NmMatrix::operator()	(	int	,
		int	) const

operator*() [1/2]

NmMatrix NmMatrix::operator*

(

NmMatrix const &

)

const

operator*() [2/2]

NmVector NmMatrix::operator*

(

NmVector const &

)

const

operator*=() [1/2]

NmMatrix & NmMatrix::operator*=

(

double

)

operator*=() [2/2]

NmMatrix & NmMatrix::operator*=

(

NmMatrix const &

)

operator+()

NmMatrix NmMatrix::operator+

(

NmMatrix const &

)

const

operator+=()

NmMatrix & NmMatrix::operator+=

(

NmMatrix const &

)

operator-()

NmMatrix NmMatrix::operator-

(

NmMatrix const &

)

const

operator-=()

NmMatrix & NmMatrix::operator-=

(

NmMatrix const &

)

operator/=()

NmMatrix & NmMatrix::operator/=

(

double

)

operator=() [1/3]

NmMatrix & NmMatrix::operator=

(

double

)

operator=() [2/3]

NmMatrix & NmMatrix::operator=

(

NmMatrix const &

)

operator=() [3/3]

NmMatrix & NmMatrix::operator=

(

NmVector const &

)

optimal()

int NmMatrix::optimal	(	NmVector &	,
		NmIntVec &	,
		NmIntVec &	,
		NmVector &	,
		NmIntVec &	,
		NmIntVec &	,
		double &	,
		double	)

reset() [1/3]

NmMatrix & NmMatrix::reset

(

int

)

reset() [2/3]

NmMatrix & NmMatrix::reset	(	int	,
		int	)

reset() [3/3]

NmMatrix & NmMatrix::reset	(	int	,
		int	,
		double	,
		double	)

row()

NmVector NmMatrix::row

(

int

)

const

rowDim()

int NmMatrix::rowDim

(

void

)

const

setColumn()

NmMatrix & NmMatrix::setColumn	(	int	,
		NmVector const &	)

setDiagonal()

NmMatrix & NmMatrix::setDiagonal

(

double

)

setRow()

NmMatrix & NmMatrix::setRow	(	int	,
		NmVector const &	)

solve()

int NmMatrix::solve	(	NmVector &	,
		double	)

solveAfterLUdecompose()

void NmMatrix::solveAfterLUdecompose	(	NmVector &	,
		NmIntVec const &	) const

solveLU()

void NmMatrix::solveLU	(	NmIntVec const &	,
		NmVector &	) const

solveLUs()

void NmMatrix::solveLUs	(	NmIntVec const &	,
		NmVector &	) const

symmetricLU()

int NmMatrix::symmetricLU	(	NmVector &	,
		double	)

transpose()

NmMatrix & NmMatrix::transpose

(

void

)

---

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

• NmMatrix.h