FST::Indexed_Matrix< DATATYPE, DIMTYPE, SUBSET > Class Template Reference

Matrix representation and operations, allows operation in selected subspace. More...

#include <indexed_matrix.hpp>

List of all members.

Public Types
typedef boost::shared_ptr< SUBSET >	PSubset
Public Member Functions
	Indexed_Matrix (const DIMTYPE n, bool LUstorage=false)
	Indexed_Matrix (const Indexed_Matrix &im)
Indexed_Matrix &	operator= (Indexed_Matrix const &im)
void	reset (const DIMTYPE n_max, bool LUstorage=false)
	reallocates
void	redim (const DIMTYPE n=0)
	keeps main allocations, just resets index arrays and adjusts _n; n==0 here equals _n_max
DATATYPE &	at_raw (const DIMTYPE row, const DIMTYPE col)
DATATYPE &	at (const DIMTYPE row, const DIMTYPE col)
DATATYPE *	get_row_raw (const DIMTYPE row)
DATATYPE *	get_row (const DIMTYPE row)
void	narrow_to (const PSubset sub)
	fill _index[] -> access to data is then mapped to sub-matrix
void	denarrow ()
	reset _index[] -> access is reset to the full matrix
DIMTYPE	get_n_max () const
DIMTYPE	get_n () const
DIMTYPE	get_d () const
void	set_all_raw_to (const DATATYPE val)
void	add_raw (const Indexed_Matrix &mr)
void	add_constmul_raw (const Indexed_Matrix &mr, const DATATYPE mul)
void	copy_constmul_raw (const Indexed_Matrix &mr, const DATATYPE mul)
void	copy_raw (const Indexed_Matrix &mr)
void	LUdecompose (Indexed_Matrix &result)
	returns matrix+vector+sign
void	solve_equations (Indexed_Vector< DATATYPE, DIMTYPE, SUBSET > &result_vec, const Indexed_Matrix &LU_matrix, Indexed_Vector< DATATYPE, DIMTYPE, SUBSET > &coef_vec)
	returns vector
void	invert (Indexed_Matrix &result, const Indexed_Matrix &LU_matrix)
	returns matrix
DATATYPE	determinant (const Indexed_Matrix &LU_matrix)
	returns scalar
Protected Attributes
DIMTYPE	_n_max
	allocated space can hold _n_max*_n_max matrix
DIMTYPE	_n
	full feature set dimensionality
boost::scoped_array< DATATYPE >	_data
	raw matrix data
boost::scoped_array< DIMTYPE >	_permut
	LU permutation index.
int	_sign
	permutation sign (renamed obsolete d)
DIMTYPE	_d
	virtual sub-matrix (as represented by _index) dimensionality
boost::scoped_array< DIMTYPE >	_index
	maps virtual sub-matrix _d dimensions to original _n dimensions
boost::scoped_array< DATATYPE >	_tmp_rowscale
	(lazy allocation)
boost::scoped_array< DIMTYPE >	_tmp_whereis
	(lazy allocation)
boost::scoped_ptr < Indexed_Vector< DATATYPE, DIMTYPE, SUBSET > >	_tmp_eq_coefs
	invert coefs (lazy allocation)
boost::scoped_ptr < Indexed_Vector< DATATYPE, DIMTYPE, SUBSET > >	_tmp_eq_roots
	to store/pass intermediate results in invert() etc. (lazy allocation)
Friends
std::ostream &	operator<< (std::ostream &os, const Indexed_Matrix &mr)

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Detailed Description

template<typename DATATYPE, typename DIMTYPE, class SUBSET>
class FST::Indexed_Matrix< DATATYPE, DIMTYPE, SUBSET >

Matrix representation and operations, allows operation in selected subspace.

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

• indexed_matrix.hpp