represents spherical tensor fields (GPU version) More...

Inheritance diagram for hanalysis::stafieldGPU< T >:

Public Member Functions
T *	getData ()

const T *	getDataConst () const

	stafieldGPU (const std::size_t shape[], int L, hanalysis::STA_FIELD_STORAGE field_storage, hanalysis::STA_FIELD_TYPE field_type, T *data)

stafieldGPU	get (int l) const

stafieldGPU	operator[] (int l) const

stafieldGPU	lap (T alpha=T(1)) const
	see Lap

stafieldGPU	fft (bool forward, bool conjugate=false, T alpha=T(1)) const
	see FFT

stafieldGPU	deriv (int J, bool conjugate=false, std::complex< T > alpha=T(1), int accuracy=0) const
	see Deriv

stafieldGPU	prod (const stafieldGPU &b, int J, bool normalize=false, std::complex< T > alpha=T(1)) const
	see Prod

Public Member Functions inherited from hanalysis::_stafield< T >
bool	operator== (const _stafield &field) const

bool	operator!= (const _stafield &field) const

const std::size_t *	getShape () const

bool	ownMemory () const

int	getRank () const

Additional Inherited Members
Protected Attributes inherited from hanalysis::_stafield< T >
std::size_t	shape [3]
	image shape

hanalysis::STA_FIELD_STORAGE	field_storage
	must be either STA_FIELD_STORAGE_C, STA_FIELD_STORAGE_R or STA_FIELD_STORAGE_RF

hanalysis::STA_FIELD_TYPE	field_type
	must be either STA_OFIELD_SINGLE, STA_OFIELD_FULL, STA_OFIELD_EVEN or STA_OFIELD_ODD

int	L
	tensor rank $\mathbf{stafield} \in \mathcal T_{L}$

Detailed Description

represents spherical tensor fields (GPU version)

Constructor & Destructor Documentation

template<typename T>

hanalysis::stafieldGPU< T >::stafieldGPU	(	const std::size_t	shape[],
		int	L,
		hanalysis::STA_FIELD_STORAGE	field_storage,
		hanalysis::STA_FIELD_TYPE	field_type,
		T *	data
	)

inline

creates a spherical tensor field of order $L \in \mathbb N$
based on existing data. No memory is allocated yet.

Parameters

template<typename T>

stafieldGPU hanalysis::stafieldGPU< T >::get ( int l ) const

inline

Returns: a view on the (sub) component with the
tensor rank $l \in \mathbb N$ of an orientation tensor field

template<typename T>

T* hanalysis::stafieldGPU< T >::getData ( )

inline

template<typename T>

const T* hanalysis::stafieldGPU< T >::getDataConst ( ) const

inline

template<typename T>

stafieldGPU hanalysis::stafieldGPU< T >::operator[] ( int l ) const

inline

Returns: a view on the (sub) component with the
tensor rank $l \in \mathbb N$ of an orientation tensor field

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