sisi4s::DryTensor< F > Class Template Reference

#include <DryTensor.hpp>

Inheritance diagram for sisi4s::DryTensor< F >:

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Public Member Functions
	DryTensor (int order_, int const *lens_, int const *syms_, SourceLocation const &location_=SourceLocation())
	Creates a dry tensor for resource consumption estimation without actually allocating its data. Note that currently only the memory requirement of a DryTensor is estimated. The number of FLOPS should also be estimated in the future. Symmetryies are also ignored at the moment.
	DryTensor (DryTensor const &A, SourceLocation const &location_=SourceLocation())
virtual	~DryTensor ()
virtual void	use ()
int64_t	getElementsCount () const
void	set_name (std::string const &name_)
std::string const &	get_name () const

Public Attributes
int	order
std::vector< int >	lens
std::vector< int >	syms
SourceLocation	location
std::string	name

Protected Member Functions
void	allocate ()
void	free ()

Protected Attributes
int64_t	size

Constructor & Destructor Documentation

DryTensor() [1/2]

template<typename F = double>

sisi4s::DryTensor< F >::DryTensor ( int  order_, int const *  lens_, int const *  syms_, SourceLocation const &  location_ = SourceLocation()  )

inline

Creates a dry tensor for resource consumption estimation without actually allocating its data. Note that currently only the memory requirement of a DryTensor is estimated. The number of FLOPS should also be estimated in the future. Symmetryies are also ignored at the moment.

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DryTensor() [2/2]

template<typename F = double>

sisi4s::DryTensor< F >::DryTensor ( DryTensor< F > const &  A, SourceLocation const &  location_ = SourceLocation()  )

inline

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~DryTensor()

template<typename F = double>

virtual sisi4s::DryTensor< F >::~DryTensor ( )

inlinevirtual

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Member Function Documentation

allocate()

template<typename F = double>

void sisi4s::DryTensor< F >::allocate ( )

inlineprotected

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free()

template<typename F = double>

void sisi4s::DryTensor< F >::free ( )

inlineprotected

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get_name()

template<typename F = double>

std::string const & sisi4s::DryTensor< F >::get_name ( ) const

inline

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getElementsCount()

template<typename F = double>

int64_t sisi4s::DryTensor< F >::getElementsCount ( ) const

inline

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set_name()

template<typename F = double>

void sisi4s::DryTensor< F >::set_name ( std::string const &  name_ )

inline

use()

template<typename F = double>

virtual void sisi4s::DryTensor< F >::use ( )

inlinevirtual

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Member Data Documentation

lens

template<typename F = double>

std::vector<int> sisi4s::DryTensor< F >::lens

location

template<typename F = double>

SourceLocation sisi4s::DryTensor< F >::location

name

template<typename F = double>

std::string sisi4s::DryTensor< F >::name

order

template<typename F = double>

int sisi4s::DryTensor< F >::order

size

template<typename F = double>

int64_t sisi4s::DryTensor< F >::size

protected

syms

template<typename F = double>

std::vector<int> sisi4s::DryTensor< F >::syms

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

• DryTensor.hpp