Numerical tensor. More...

#include <NumTns.hpp>

Public Member Functions
	NumTns (Int m=0, Int n=0, Int p=0)

	NumTns (Int m, Int n, Int p, bool owndata, F *data)

	NumTns (const NumTns &C)

NumTns &	operator= (const NumTns &C)

void	Resize (Int m, Int n, Int p)

const F &	operator() (Int i, Int j, Int k) const

F &	operator() (Int i, Int j, Int k)

F *	Data () const

F *	MatData (Int j) const

F *	VecData (Int j, Int k) const

Int	m () const

Int	n () const

Int	p () const

Int	ByteSize () const

Public Attributes
Int	m_
	The size of the first dimension.

Int	n_
	The size of second dimension.

Int	p_
	The size of third dimension.

bool	owndata_
	Whether it owns the data.

F *	data_
	The pointer for the actual data.

Detailed Description

template<class F>
class PEXSI::NumTns< F >

Numerical tensor.

NumTns is a portable encapsulation of a pointer to represent a 3D tensor, which can either own (owndata == true) or view (owndata == false) a piece of data.

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

include/pexsi/NumTns.hpp
include/pexsi/NumTns_impl.hpp

Public Member Functions

Public Attributes

Detailed Description

template<class F> class PEXSI::NumTns< F >

template<class F>
class PEXSI::NumTns< F >