matrix_m< T > Class Template Reference

Public Types
using	type = T
using	real_t = typename to_real< T >::type
using	cplx_t = typename to_cplx< T >::type

Public Member Functions
	matrix_m (const int &nrows, const int &ncols, MAJOR major=MAJOR::ROW)
	matrix_m (const int &nrows, const int &ncols, const T *const parr, MAJOR major=MAJOR::ROW)
	matrix_m (const int &nrows, const int &ncols, const T *const parr, MAJOR major_arr, MAJOR major)
	matrix_m (const int &nrows, const int &ncols, const std::shared_ptr< std::valarray< T >> &valarr, MAJOR major_valarr)
	matrix_m (const std::vector< std::vector< T >> &nested_vector, MAJOR major=MAJOR::ROW)
	matrix_m (const matrix_m< T > &m)=default
	matrix_m (matrix_m &&m)=default
void	zero_out ()
void	clear ()
void	set_diag (const T &v)
void	scale_row (int irow, const T &scale)
void	scale_col (int icol, const T &scale)
void	randomize (const T &lb=0, const T &ub=1, bool symmetrize=false, bool hermitian=false)
	Randomize the matrix elements with lower and upper bound and symmetry constraint.
int	nr () const
int	nc () const
int	ld () const
MAJOR	major () const
int	size () const
int	mrank () const
bool	is_row_major () const
bool	is_col_major () const
T &	operator() (const int ir, const int ic)
const T &	operator() (const int ir, const int ic) const
T &	at (const int ir, const int ic)
const T &	at (const int ir, const int ic) const
T *	ptr ()
const T *	ptr () const
std::shared_ptr< std::valarray< T > >	sptr ()
const std::shared_ptr< std::valarray< T > >	sptr () const
matrix_m< T >	copy () const
void	swap_to_row_major ()
void	swap_to_col_major ()
matrix_m< T > &	operator= (const matrix_m< T > &m)=default
matrix_m< T > &	operator= (matrix_m< T > &&m)=default
matrix_m< T > &	operator= (const T &cnum)
template<typename T1 >
void	operator+= (const matrix_m< T1 > &m)
template<typename T1 >
void	operator+= (const std::vector< T1 > &v)
template<typename T1 >
void	operator+= (const T1 &cnum)
template<typename T1 >
void	operator-= (const matrix_m< T1 > &m)
template<typename T1 >
void	operator-= (const std::vector< T1 > &v)
template<typename T1 >
void	operator-= (const T1 &cnum)
template<typename T1 >
void	operator*= (const T1 &cnum)
template<typename T1 >
void	operator/= (const T1 &cnum)
void	reshape (int nrows_new, int ncols_new)
matrix_m< T > &	resize (int nrows_new, int ncols_new)
matrix_m< T > &	resize (int nrows_new, int ncols_new, MAJOR major)
matrix_m< T > &	conj ()
matrix_m< T >	get_transpose (bool conjugate=false) const
matrix_m< T > &	transpose (bool conjugate=false)
matrix_m< cplx_t >	to_complex () const
matrix_m< real_t >	get_real () const
matrix_m< real_t >	get_imag () const
int	count_absle (real_t thres) const
int	count_absge (real_t thres) const
void	argmin (int &ir, int &ic) const
void	argmax (int &ir, int &ic) const
real_t	min () const
real_t	max () const
real_t	absmin () const
real_t	absmax () const

Public Attributes
matrix_data< T >	dataobj

Static Public Attributes
static const bool	is_complex = is_complex_t<T>::value
	Flag of whether the instantialized matrix class is complex-typed.
static const bool	is_double = std::is_same<T, double>::value

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

• matrix_m.h