Inheritance diagram for ExpressionMatrix:

Collaboration diagram for ExpressionMatrix:

Public Member Functions
	ExpressionMatrix (size_type n_rows=1, size_type cols=1, const ExprAlgebra &val=ExprAlgebra())

	ExpressionMatrix (const ExpressionMatrix &other)

ExpressionMatrix &	operator= (const ExpressionMatrix &m)

	ExpressionMatrix (const m_double &m)

ExpressionMatrix &	Trn (void)

ExpressionMatrix	GetTrn (void) const

bool	Evaluable (void) const

ExpressionMatrix	Eval (void) const

ExpressionMatrix	Eval (const char *palabra, const ExprAlgebra &a)

ExpressionMatrix	Eval (const char *palabra, const double &d)

m_double	ToNum (void) const

m_double	ToNum (const char *palabra, const double &d) const

ExpressionMatrix &	*operator=** (const double &d)

ExpressionMatrix &	*operator=** (const ExpressionMatrix &m)

Public Member Functions inherited from ZMatrix< numero >
	ZMatrix (size_type n_rows, size_type n_columns)

	ZMatrix (size_type n_rows, size_type n_columns, numero val)

	ZMatrix (size_type n_rows, size_type n_columns, const lst_numero &ln)

	ZMatrix (const ZMatrix< numero > &other)

template<class InputIterator >
	ZMatrix (const size_t &n_rows, const size_t &n_columns, InputIterator b, InputIterator e)

ZMatrix< numero > &	operator= (const ZMatrix< numero > &m)

ZMatrix< numero > &	operator= (const numero &n)

ZMatrix< numero > &	operator+= (const ZMatrix< numero > &m)

ZMatrix< numero > &	operator-= (const ZMatrix< numero > &m)

ZMatrix< numero > &	*operator=** (const numero &n)

ZMatrix< numero > &	*operator=** (const ZMatrix< numero > &m)

numero	row_maximum (size_type i) const

numero	column_maximum (size_type j) const

void	PutSuma (size_type i, size_type j, const numero &n)

void	PutResta (size_type i, size_type j, const numero &n)

void	PutProd (size_type i, size_type j, const numero &n)

void	swap (size_type f1, size_type c1, size_type f2, size_type c2)

ZMatrix< numero > &	Trn (void)

ZMatrix< numero >	GetTrn (void) const

ZMatrix< numero >	getBox (size_t f1, size_t c1, size_t f2, size_t c2) const
	Return the box between the indices being passed as parameter.

ZMatrix< numero >	getRow (size_type iRow) const

ZMatrix< numero >	getColumn (size_type col) const

ZMatrix< numero >	GetMenor (size_t f, size_t c) const

void	Idn (void)

void	sumBox (size_t f, size_t c, const ZMatrix< numero > &box)

numero	GetDetLento (void) const
	Return el determinante. More...

numero	GetDet (const numero &eps=1e-10) const
	Return el determinante.

numero	Traza (void) const
	Return the trace of the matrix.

bool	Nulo (const numero &tol=numero()) const

numero	getRowNorm (void) const
	Return el valor máximo de los elementos del vector que resulta de sumar los rows elements. More...

numero	getColumnNorm (void) const
	Return the maximum value of the components of the vector obtained by adding the components of the columns. More...

void	Neg (void)

virtual void	Input (std::istream &)
	Lectura desde istream.

virtual void	Input (const std::string &)
	Lectura desde string.

numero	dot (const ZMatrix< numero > &v2) const

numero	Abs2 (void) const
	Return the squared norm (euclidean norm) of the matrix.

numero	Abs (void) const
	Return the norm (euclidean norm) of the matrix.

Public Member Functions inherited from TMatrix< numero, vectorZ< numero > >
	TMatrix (size_t rows=1, size_t n_columns=1)
	Constructor por defecto.

	TMatrix (size_t n_rows, size_t n_columns, numero val)
	Constructor.

	TMatrix (const size_t &n_rows, const size_t &n_columns, InputIterator b, InputIterator e)
	Constructor con lista inicialización.

	TMatrix (const TMatrix< numero, vectorZ< numero > > &)
	Constructor de copia.

TMatrix< numero, vectorZ< numero > > &	operator= (const TMatrix< numero, vectorZ< numero > > &m)
	Assignment operator.

TMatrix< numero, vectorZ< numero > > &	operator= (const numero &n)

virtual bool	operator== (const TMatrix< numero, vectorZ< numero > > &) const
	Comparison operator.

void	resize (size_t n_rows, size_t n_columns, numero val)
	Assignment operator.

size_t	size (void) const

const vectorZ< numero > &	getVector (void) const

const_reference	front () const

reference	front ()

const_reference	back () const

reference	back ()

const_iterator	begin () const

iterator	begin ()

const_iterator	end () const

iterator	end ()

TMatrix< numero, vectorZ< numero > > &	Con (const numero &t)

virtual reference	operator() (size_t iRow=1, size_t col=1)

virtual const_reference	operator() (size_t iRow=1, size_t col=1) const

virtual reference	at (size_t iRow=1, size_t col=1)

virtual const_reference	at (size_t iRow=1, size_t col=1) const

void	assign (size_t row, size_t col, const numero &value)
	Put the box int the position (f,c) of this matrix.

void	swap (size_t f1, size_t c1, size_t f2, size_t c2)

TMatrix< numero, vectorZ< numero > > &	Trn (void)

TMatrix< numero, vectorZ< numero > >	GetTrn (void) const

TMatrix< numero, vectorZ< numero > >	getBox (size_t f1, size_t c1, size_t f2, size_t c2) const

box_const_ref	GetBoxConstRef (size_t f1, size_t c1, size_t f2, size_t c2) const

box_const_ref	GetBoxConstRef (const RangoIndice &row_range, const RangoIndice &column_range) const

box_const_ref	GetBoxConstRef (size_t f=1, size_t c=1) const

TMatrix< numero, vectorZ< numero > >	getRow (size_t iRow) const

row_const_ref	getRowConstRef (size_t f, size_t c1, size_t c2) const

row_const_ref	getRowConstRef (size_t f, const RangoIndice &column_range) const

row_const_ref	getRowConstRef (size_t f=1, size_t c=1) const

const_ref_col	getColumnConstRef (size_t c, size_t f1, size_t f2) const

const_ref_col	getColumnConstRef (const RangoIndice &row_range, size_t c) const

const_ref_col	getColumnConstRef (size_t c=1, size_t f=1) const

TMatrix< numero, vectorZ< numero > >	getColumn (size_t col) const

TMatrix< numero, vectorZ< numero > >	GetMenor (size_t f, size_t c) const
	Return the minor of the matrix that corresponds to the row and the column arguments. More...

void	putBox (size_t f, size_t c, const TMatrix< numero, vectorZ< numero > > &)
	Put the box int the position (f,c) of this matrix.

void	putRow (size_t iRow, const TMatrix< numero, vectorZ< numero > > &f)

void	PutCol (size_t col, const TMatrix< numero, vectorZ< numero > > &c)

void	OrlaCol (const TMatrix< numero, vectorZ< numero > > &c)

void	decorateRow (const TMatrix< numero, vectorZ< numero > > &f)

void	swapRows (size_t f1, size_t f2)

void	swapColumns (size_t c1, size_t c2)

virtual void	Print (std::ostream &) const

Public Member Functions inherited from ProtoMatrix
	ProtoMatrix (size_t n_rows=1, size_t n_columns=1)

	ProtoMatrix (const ProtoMatrix &other)

ProtoMatrix &	operator= (const ProtoMatrix &m)

virtual bool	operator== (const ProtoMatrix &other) const

virtual void	resize (size_t n_rows, size_t n_columns)

virtual size_t	Tam (void)

size_t	getNumberOfRows (void) const

size_t	getNumberOfColumns (void) const

bool	CheckIndices (const size_t &f, const size_t &c) const

bool	interior (const size_t &i, const size_t &j) const
	Return true if the indices correspond to a component.

int	Cuadrada (void) const

bool	isRow (void) const

bool	isColumn (void) const

Public Member Functions inherited from vectorZ< numero >
	vectorZ (size_type n, const numero &value=numero())

	vectorZ (const lst_numero &ln)

	vectorZ (const vectorZ< numero > &otro)

	vectorZ (const size_t &sz, const numero arr[])

template<class InputIterator >
	vectorZ (InputIterator b, InputIterator e)
	Constructor con lista inicialización.

vectorZ< numero > &	operator= (const vectorZ< numero > &otro)

vectorZ< numero > &	operator+= (const vectorZ< numero > &otro)

vectorZ< numero > &	operator-= (const vectorZ< numero > &otro)

vectorZ< numero > &	*operator=** (const numero &n)

void	Suma (const vectorZ< numero > &v)

void	Resta (const vectorZ< numero > &v)

void	Suma (const vectorZ< numero > &v1, const vectorZ< numero > &v2)

void	Resta (const vectorZ< numero > &v1, const vectorZ< numero > &v2)

void	Prod (const numero &n)

void	PutSuma (size_type i, const numero &n)

void	PutResta (size_type i, const numero &n)

void	PutProd (size_type i, const numero &n)

void	swap (size_type n1, size_type n2)

long	Busca (const numero &n) const

void	Neg (void)

bool	Nulos (const numero &tol=numero())

void	Con (size_type n1, size_type n2, const numero &n)

void	Con (size_type n1, const numero &n)

void	Con (const numero &n)

numero	Sumatorio (size_type i, size_type j) const

numero	Productorio (size_type i, size_type j) const

vectorZ< numero >	Left (size_t j) const

vectorZ< numero >	Right (size_t j) const

vectorZ< numero >	Mid (size_t i, size_t j) const

vectorZ< numero >	GetMenor (size_t j) const

vectorZ< numero >	Sustituye (size_t j, const vectorZ< numero > &v) const

unsigned long	Distintos (const vectorZ< numero > &v) const

Static Public Member Functions
static LexAlgebra &	LexA (void)

Friends
class	MExpressionMatrix

ExpressionMatrix	operator* (const ExpressionMatrix &m1, const ExpressionMatrix &m2)

ExpressionMatrix	operator* (const m_double &m, const ExpressionMatrix &mE)

ExpressionMatrix	operator* (const ExpressionMatrix &mE, const m_double &m)

Additional Inherited Members
Public Types inherited from ZMatrix< numero >
typedef vectorZ< numero >	vectorZ_numero

typedef TMatrix< numero, vectorZ< numero > >	mT_numero

typedef vectorZ_numero::reference	reference

typedef vectorZ_numero::const_reference	const_reference

typedef vectorZ_numero::value_type	value_type

typedef vectorZ_numero::size_type	size_type

typedef mT_numero::lst_T	lst_numero

Public Types inherited from TMatrix< numero, vectorZ< numero > >
typedef std::list< numero >	lst_T

typedef vectorZ< numero > ::iterator	iterator

typedef vectorZ< numero > ::const_iterator	const_iterator

typedef vectorZ< numero > ::value_type	value_type

typedef vectorZ< numero > ::reference	reference

typedef vectorZ< numero > ::const_reference	const_reference

typedef BoxConstRef< TMatrix< numero, vectorZ< numero > > >	box_const_ref

typedef RowConstRef< TMatrix< numero, vectorZ< numero > > >	row_const_ref

typedef ColumnConstRef< TMatrix< numero, vectorZ< numero > > >	const_ref_col

Public Types inherited from vectorZ< numero >
typedef std::vector< numero >::size_type	size_type

typedef std::list< numero >	lst_numero

Protected Types inherited from vectorZ< numero >
typedef std::vector< numero >	vector_numero

typedef vectorZ< numero >	vectorZ_numero

Protected Member Functions inherited from ZMatrix< numero >
numero	row_sum (size_type i) const

numero	column_sum (size_type j) const

Protected Member Functions inherited from TMatrix< numero, vectorZ< numero > >
virtual size_t	Indice (const size_t &iRow, const size_t &iCol) const

bool	equal_to (const TMatrix< numero, vectorZ< numero > > &m2) const

	TMatrix (const TMatrix< numero, vectorZ< numero > > &orig, size_t f1, size_t c1, size_t f2, size_t c2)

Protected Member Functions inherited from ProtoMatrix
void	PutDim (size_t nRows, size_t nCols)

void	inic (size_t n_rows, size_t n_columns)

virtual bool	check_range (const size_t &iRow, const size_t &col) const

void	check_put_box (size_t f, size_t c, const ProtoMatrix &box) const

void	check_get_box (size_t f1, size_t c1, size_t f2, size_t c2) const

void	check_sto_sum (const ProtoMatrix &m) const

void	check_sto_dif (const ProtoMatrix &m) const

void	check_traza (void) const

Protected Attributes inherited from ProtoMatrix
size_t	n_rows

size_t	n_columns

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

src/utility/matrices/ExpressionMatrix.h
src/utility/matrices/ExpressionMatrix.cc

Public Member Functions

Static Public Member Functions

Friends

Additional Inherited Members