#include <host_vector.hpp>

Inheritance diagram for paralution::LocalVector< ValueType >:

Public Member Functions
	LocalVector ()

virtual	~LocalVector ()

virtual void	MoveToAccelerator (void)
	Move the object to the Accelerator backend. More...

virtual void	MoveToAcceleratorAsync (void)
	Move the object to the Accelerator backend with async move. More...

virtual void	MoveToHost (void)
	Move the object to the Host backend. More...

virtual void	MoveToHostAsync (void)
	Move the object to the Host backend with async move. More...

virtual void	Sync (void)

virtual void	info (void) const
	Print the object information (properties, backends) More...

virtual int	get_size (void) const
	Return the size of the vector. More...

virtual bool	Check (void) const
	Return true if the vector is ok (empty vector is also ok) and false if some of values are NaN. More...

virtual void	Allocate (std::string name, const int size)
	Allocate a local vector with name and size. More...

void	SetDataPtr (ValueType **ptr, std::string name, const int size)
	Initialize a vector with externally allocated data. More...

void	LeaveDataPtr (ValueType **ptr)
	Get a pointer from the vector data and free the vector object. More...

void	Assemble (const int i, const ValueType v, int size, std::string name, const int n=0)
	Assembling. More...

virtual void	Clear ()
	Clear (free) the vector. More...

virtual void	Zeros ()
	Set the values of the vector to zero. More...

virtual void	Ones ()
	Set the values of the vector to one. More...

virtual void	SetValues (const ValueType val)
	Set the values of the vector to given argument. More...

virtual void	SetRandom (const ValueType a=-1.0, const ValueType b=1.0, const int seed=0)
	Set random values from interval [a,b]. More...

ValueType &	operator[] (const int i)
	Access operator (only for host data!) More...

const ValueType &	operator[] (const int i) const
	Access operator (only for host data!) More...

virtual void	ReadFileASCII (const std::string filename)
	Read vector from ASCII file. More...

virtual void	WriteFileASCII (const std::string filename) const
	Write vector to ASCII file. More...

virtual void	ReadFileBinary (const std::string filename)
	Read vector from binary file. More...

virtual void	WriteFileBinary (const std::string filename) const
	Write vector to binary file. More...

virtual void	CopyFrom (const LocalVector< ValueType > &src)
	Copy values from another local vector. More...

virtual void	CopyFromAsync (const LocalVector< ValueType > &src)
	Async copy. More...

virtual void	CopyFromFloat (const LocalVector< float > &src)
	Copy values from float vector. More...

virtual void	CopyFromDouble (const LocalVector< double > &src)
	Copy values from double vector. More...

void	CopyFrom (const LocalVector< ValueType > &src, const int src_offset, const int dst_offset, const int size)
	Copy data (not entire vector) from another local vector with specified src/dst offsets and size. More...

void	CopyFromPermute (const LocalVector< ValueType > &src, const LocalVector< int > &permutation)
	Copy a local vector under specified permutation (forward permutation) More...

void	CopyFromPermuteBackward (const LocalVector< ValueType > &src, const LocalVector< int > &permutation)
	Copy a local vector under specified permutation (backward permutation) More...

void	CloneFrom (const LocalVector< ValueType > &src)
	Clone the entire vector (values,backend descr) from another LocalVector. More...

void	CopyFromData (const ValueType *data)
	Copy (import) vector described in one array (values) The object data has to be allocated (call Allocate first) More...

void	CopyToData (ValueType *data) const
	Copy (export) vector described in one array (values) The output array has to be allocated. More...

void	Permute (const LocalVector< int > &permutation)
	Perform inplace permutation (forward) of the vector. More...

void	PermuteBackward (const LocalVector< int > &permutation)
	Perform inplace permutation (backward) of the vector. More...

void	Restriction (const LocalVector< ValueType > &vec_fine, const LocalVector< int > &map)
	Restriction operator based on restriction mapping vector. More...

void	Prolongation (const LocalVector< ValueType > &vec_coarse, const LocalVector< int > &map)
	Prolongation operator based on restriction(!) mapping vector. More...

virtual void	AddScale (const LocalVector< ValueType > &x, const ValueType alpha)
	Perform vector update of type this = this + alpha*x. More...

virtual void	ScaleAdd (const ValueType alpha, const LocalVector< ValueType > &x)
	Perform vector update of type this = alpha*this + x. More...

virtual void	ScaleAddScale (const ValueType alpha, const LocalVector< ValueType > &x, const ValueType beta)
	Perform vector update of type this = alphathis + xbeta. More...

void	ScaleAddScale (const ValueType alpha, const LocalVector< ValueType > &x, const ValueType beta, const int src_offset, const int dst_offset, const int size)
	Perform vector update of type this = alphathis + xbeta with offsets for a specified part of a vector. More...

virtual void	ScaleAdd2 (const ValueType alpha, const LocalVector< ValueType > &x, const ValueType beta, const LocalVector< ValueType > &y, const ValueType gamma)
	Perform vector update of type this = alphathis + xbeta + y*gamma. More...

virtual void	Scale (const ValueType alpha)
	Perform vector scaling this = alpha*this. More...

virtual void	PartialSum (const LocalVector< ValueType > &x)
	Computes partial sum. More...

virtual ValueType	Dot (const LocalVector< ValueType > &x) const
	Compute dot (scalar) product, return this^T y. More...

virtual ValueType	DotNonConj (const LocalVector< ValueType > &x) const
	Compute non-conjugate dot (scalar) product, return this^T y. More...

virtual ValueType	Norm (void) const
	Compute L2 norm of the vector, return = srqt(this^T this) More...

virtual ValueType	Reduce (void) const
	Reduce the vector. More...

virtual ValueType	Asum (void) const
	Compute the sum of the absolute values of the vector (L1 norm), return = sum(\|this\|) More...

virtual int	Amax (ValueType &value) const
	Compute the absolute max value of the vector, return = index(max(\|this\|)) More...

virtual void	PointWiseMult (const LocalVector< ValueType > &x)
	Perform point-wise multiplication (element-wise) of type this = this * x. More...

virtual void	PointWiseMult (const LocalVector< ValueType > &x, const LocalVector< ValueType > &y)
	Perform point-wise multiplication (element-wise) of type this = x*y. More...

virtual void	Power (const double power)
	Perform power operation to a vector. More...

void	CloneBackend (const BaseParalution< ValueType > &src)
	Clone the Backend descriptor from another object. More...

template<typename ValueType2 >
void	CloneBackend (const BaseParalution< ValueType2 > &src)
	Clone the Backend descriptor from another object with different template ValueType. More...

Protected Member Functions
virtual bool	is_host (void) const
	Return true if the object is on the host. More...

virtual bool	is_accel (void) const
	Return true if the object is on the accelerator. More...

Protected Attributes
std::string	object_name_
	Name of the object. More...

Paralution_Backend_Descriptor	local_backend_
	Backend descriptor. More...

bool	asyncf

size_t	global_obj_id

Private Attributes
BaseVector< ValueType > *	vector_
	Pointer from the base vector class to the current allocated vector (host_ or accel_) More...

HostVector< ValueType > *	vector_host_
	Host Vector. More...

AcceleratorVector< ValueType > *	vector_accel_
	Accelerator Vector. More...

Friends
class	LocalVector< double >

class	LocalVector< float >

class	LocalVector< std::complex< double > >

class	LocalVector< std::complex< float > >

class	LocalVector< int >

class	LocalMatrix< double >

class	LocalMatrix< float >

class	LocalMatrix< std::complex< double > >

class	LocalMatrix< std::complex< float > >

class	LocalStencil< double >

class	LocalStencil< float >

class	LocalStencil< std::complex< double > >

class	LocalStencil< std::complex< float > >

class	LocalMatrix< ValueType >

Constructor & Destructor Documentation

template<typename ValueType >

paralution::LocalVector< ValueType >::LocalVector ( )

template<typename ValueType >

paralution::LocalVector< ValueType >::~LocalVector ( )

virtual

Member Function Documentation

template<typename ValueType>

void paralution::LocalVector< ValueType >::AddScale	(	const LocalVector< ValueType > &	x,
		const ValueType	alpha
	)

virtual

Perform vector update of type this = this + alpha*x.

Reimplemented from paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType >

void paralution::LocalVector< ValueType >::Allocate	(	std::string	name,
		const int	size
	)

virtual

Allocate a local vector with name and size.

Referenced by paralution::LocalMatrix< ValueType >::ExtractDiagonal(), paralution::LocalMatrix< ValueType >::ExtractInverseDiagonal(), main(), paralution::LocalMatrix< ValueType >::MaximalIndependentSet(), mexFunction(), paralution::LocalMatrix< ValueType >::MultiColoring(), paralution::IDR< OperatorType, VectorType, ValueType >::SolveNonPrecond_(), paralution::IDR< OperatorType, VectorType, ValueType >::SolvePrecond_(), and paralution::LocalMatrix< ValueType >::ZeroBlockPermutation().

template<typename ValueType>

int paralution::LocalVector< ValueType >::Amax ( ValueType & value ) const

virtual

Compute the absolute max value of the vector, return = index(max(|this|))

Implements paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::Assemble	(	const int *	i,
		const ValueType *	v,
		int	size,
		std::string	name,
		const int	n = `0`
	)

Assembling.

Referenced by main().

template<typename ValueType >

ValueType paralution::LocalVector< ValueType >::Asum ( void ) const

virtual

Compute the sum of the absolute values of the vector (L1 norm), return = sum(|this|)

Implements paralution::Vector< ValueType >.

template<typename ValueType >

bool paralution::LocalVector< ValueType >::Check ( void ) const

virtual

Return true if the vector is ok (empty vector is also ok) and false if some of values are NaN.

Implements paralution::Vector< ValueType >.

Referenced by paralution::LocalVector< ValueType >::Check(), and main().

template<typename ValueType >

void paralution::LocalVector< ValueType >::Clear ( )

virtual

Clear (free) the vector.

Implements paralution::Vector< ValueType >.

Referenced by paralution::AMG< OperatorType, VectorType, ValueType >::Aggregate(), and mexFunction().

template<typename ValueType >

void paralution::BaseParalution< ValueType >::CloneBackend ( const BaseParalution< ValueType > & src )

inherited

Clone the Backend descriptor from another object.

Referenced by paralution::AMG< OperatorType, VectorType, ValueType >::Aggregate(), paralution::SIRA< OperatorTypeH, VectorTypeH, ValueTypeH, OperatorTypeL, VectorTypeL, ValueTypeL >::Build_(), paralution::MultiColored< OperatorType, VectorType, ValueType >::Decompose_(), main(), paralution::LocalMatrix< ValueType >::MaximalIndependentSet(), paralution::LocalMatrix< ValueType >::MultiColoring(), and paralution::LocalMatrix< ValueType >::UpdateValuesCSR().

template<typename ValueType >

template<typename ValueType2 >

void paralution::BaseParalution< ValueType >::CloneBackend ( const BaseParalution< ValueType2 > & src )

inherited

Clone the Backend descriptor from another object with different template ValueType.

template<typename ValueType>

void paralution::LocalVector< ValueType >::CloneFrom ( const LocalVector< ValueType > & src )

virtual

Clone the entire vector (values,backend descr) from another LocalVector.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::CopyFrom ( const LocalVector< ValueType > & src )

virtual

Copy values from another local vector.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::CopyFrom	(	const LocalVector< ValueType > &	src,
		const int	src_offset,
		const int	dst_offset,
		const int	size
	)

Copy data (not entire vector) from another local vector with specified src/dst offsets and size.

template<typename ValueType>

void paralution::LocalVector< ValueType >::CopyFromAsync ( const LocalVector< ValueType > & src )

virtual

Async copy.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::CopyFromData ( const ValueType * data )

Copy (import) vector described in one array (values) The object data has to be allocated (call Allocate first)

template<typename ValueType >

void paralution::LocalVector< ValueType >::CopyFromDouble ( const LocalVector< double > & src )

virtual

Copy values from double vector.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::CopyFromFloat ( const LocalVector< float > & src )

virtual

Copy values from float vector.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::CopyFromPermute	(	const LocalVector< ValueType > &	src,
		const LocalVector< int > &	permutation
	)

Copy a local vector under specified permutation (forward permutation)

template<typename ValueType>

void paralution::LocalVector< ValueType >::CopyFromPermuteBackward	(	const LocalVector< ValueType > &	src,
		const LocalVector< int > &	permutation
	)

Copy a local vector under specified permutation (backward permutation)

template<typename ValueType>

void paralution::LocalVector< ValueType >::CopyToData ( ValueType * data ) const

Copy (export) vector described in one array (values) The output array has to be allocated.

template<typename ValueType>

ValueType paralution::LocalVector< ValueType >::Dot ( const LocalVector< ValueType > & x ) const

virtual

Compute dot (scalar) product, return this^T y.

Reimplemented from paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType>

ValueType paralution::LocalVector< ValueType >::DotNonConj ( const LocalVector< ValueType > & x ) const

virtual

Compute non-conjugate dot (scalar) product, return this^T y.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType >

int paralution::LocalVector< ValueType >::get_size ( void ) const

virtual

Return the size of the vector.

Implements paralution::Vector< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::info ( void ) const

virtual

Print the object information (properties, backends)

Implements paralution::BaseParalution< ValueType >.

template<typename ValueType >

bool paralution::LocalVector< ValueType >::is_accel ( void ) const

protectedvirtual

Return true if the object is on the accelerator.

Implements paralution::BaseParalution< ValueType >.

Referenced by paralution::LocalMatrix< ValueType >::CreateFromMap(), paralution::LocalMatrix< ValueType >::DiagonalMatrixMultL(), paralution::LocalMatrix< ValueType >::DiagonalMatrixMultR(), paralution::LocalMatrix< ValueType >::Permute(), paralution::LocalMatrix< ValueType >::PermuteBackward(), paralution::LocalMatrix< ValueType >::ReplaceColumnVector(), and paralution::LocalMatrix< ValueType >::ReplaceRowVector().

template<typename ValueType >

bool paralution::LocalVector< ValueType >::is_host ( void ) const

protectedvirtual

Return true if the object is on the host.

Implements paralution::BaseParalution< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::LeaveDataPtr ( ValueType ** ptr )

Get a pointer from the vector data and free the vector object.

Referenced by export_dealii_vector(), mexFunction(), paralution_fortran_solve_coo(), paralution_fortran_solve_csr(), paralution_solve(), paralution::IDR< OperatorType, VectorType, ValueType >::SolveNonPrecond_(), paralution::IDR< OperatorType, VectorType, ValueType >::SolvePrecond_(), and paralution::LocalMatrix< ValueType >::UpdateValuesCSR().

template<typename ValueType >

void paralution::LocalVector< ValueType >::MoveToAccelerator ( void )

virtual

Move the object to the Accelerator backend.

Implements paralution::BaseParalution< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::MoveToAcceleratorAsync ( void )

virtual

Move the object to the Accelerator backend with async move.

Reimplemented from paralution::BaseParalution< ValueType >.

Referenced by main().

template<typename ValueType >

void paralution::LocalVector< ValueType >::MoveToHost ( void )

virtual

Move the object to the Host backend.

Implements paralution::BaseParalution< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::MoveToHostAsync ( void )

virtual

Move the object to the Host backend with async move.

Reimplemented from paralution::BaseParalution< ValueType >.

template<typename ValueType >

ValueType paralution::LocalVector< ValueType >::Norm ( void ) const

virtual

Compute L2 norm of the vector, return = srqt(this^T this)

Implements paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType >

void paralution::LocalVector< ValueType >::Ones ( )

virtual

Set the values of the vector to one.

Implements paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType >

ValueType & paralution::LocalVector< ValueType >::operator[] ( const int i )

Access operator (only for host data!)

template<typename ValueType >

const ValueType & paralution::LocalVector< ValueType >::operator[] ( const int i ) const

Access operator (only for host data!)

template<typename ValueType>

void paralution::LocalVector< ValueType >::PartialSum ( const LocalVector< ValueType > & x )

virtual

Computes partial sum.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::Permute ( const LocalVector< int > & permutation )

Perform inplace permutation (forward) of the vector.

template<typename ValueType >

void paralution::LocalVector< ValueType >::PermuteBackward ( const LocalVector< int > & permutation )

Perform inplace permutation (backward) of the vector.

Referenced by main().

template<typename ValueType>

void paralution::LocalVector< ValueType >::PointWiseMult ( const LocalVector< ValueType > & x )

virtual

Perform point-wise multiplication (element-wise) of type this = this * x.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::PointWiseMult	(	const LocalVector< ValueType > &	x,
		const LocalVector< ValueType > &	y
	)

virtual

Perform point-wise multiplication (element-wise) of type this = x*y.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::Power ( const double power )

virtual

Perform power operation to a vector.

Implements paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::Prolongation	(	const LocalVector< ValueType > &	vec_coarse,
		const LocalVector< int > &	map
	)

Prolongation operator based on restriction(!) mapping vector.

template<typename ValueType >

void paralution::LocalVector< ValueType >::ReadFileASCII ( const std::string )

virtual

Read vector from ASCII file.

Implements paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType >

void paralution::LocalVector< ValueType >::ReadFileBinary ( const std::string )

virtual

Read vector from binary file.

Implements paralution::Vector< ValueType >.

template<typename ValueType >

ValueType paralution::LocalVector< ValueType >::Reduce ( void ) const

virtual

Reduce the vector.

Implements paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType>

void paralution::LocalVector< ValueType >::Restriction	(	const LocalVector< ValueType > &	vec_fine,
		const LocalVector< int > &	map
	)

Restriction operator based on restriction mapping vector.

template<typename ValueType>

void paralution::LocalVector< ValueType >::Scale ( const ValueType alpha )

virtual

Perform vector scaling this = alpha*this.

Implements paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType>

void paralution::LocalVector< ValueType >::ScaleAdd	(	const ValueType	alpha,
		const LocalVector< ValueType > &	x
	)

virtual

Perform vector update of type this = alpha*this + x.

Reimplemented from paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType>

void paralution::LocalVector< ValueType >::ScaleAdd2	(	const ValueType	alpha,
		const LocalVector< ValueType > &	x,
		const ValueType	beta,
		const LocalVector< ValueType > &	y,
		const ValueType	gamma
	)

virtual

Perform vector update of type this = alpha*this + x*beta + y*gamma.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::ScaleAddScale	(	const ValueType	alpha,
		const LocalVector< ValueType > &	x,
		const ValueType	beta
	)

virtual

Perform vector update of type this = alpha*this + x*beta.

Reimplemented from paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::ScaleAddScale	(	const ValueType	alpha,
		const LocalVector< ValueType > &	x,
		const ValueType	beta,
		const int	src_offset,
		const int	dst_offset,
		const int	size
	)

Perform vector update of type this = alpha*this + x*beta with offsets for a specified part of a vector.

template<typename ValueType>

void paralution::LocalVector< ValueType >::SetDataPtr	(	ValueType **	ptr,
		std::string	name,
		const int	size
	)

Initialize a vector with externally allocated data.

Referenced by import_dealii_vector(), mexFunction(), paralution_fortran_solve_coo(), paralution_fortran_solve_csr(), paralution_solve(), paralution::IDR< OperatorType, VectorType, ValueType >::SolveNonPrecond_(), paralution::IDR< OperatorType, VectorType, ValueType >::SolvePrecond_(), and paralution::LocalMatrix< ValueType >::UpdateValuesCSR().

template<typename ValueType>

void paralution::LocalVector< ValueType >::SetRandom	(	const ValueType	a = `-1.0`,
		const ValueType	b = `1.0`,
		const int	seed = `0`
	)

virtual

Set random values from interval [a,b].

Implements paralution::Vector< ValueType >.

template<typename ValueType>

void paralution::LocalVector< ValueType >::SetValues ( const ValueType val )

virtual

Set the values of the vector to given argument.

Implements paralution::Vector< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::Sync ( void )

virtual

Reimplemented from paralution::BaseParalution< ValueType >.

Referenced by main().

template<typename ValueType >

void paralution::LocalVector< ValueType >::WriteFileASCII ( const std::string ) const

virtual

Write vector to ASCII file.

Implements paralution::Vector< ValueType >.

Referenced by main().

template<typename ValueType >

void paralution::LocalVector< ValueType >::WriteFileBinary ( const std::string ) const

virtual

Write vector to binary file.

Implements paralution::Vector< ValueType >.

template<typename ValueType >

void paralution::LocalVector< ValueType >::Zeros ( )

virtual

Set the values of the vector to zero.

Implements paralution::Vector< ValueType >.

Referenced by main(), and mexFunction().

Friends And Related Function Documentation

template<typename ValueType>

friend class LocalMatrix< double >

friend

template<typename ValueType>

friend class LocalMatrix< float >

friend

template<typename ValueType>

friend class LocalMatrix< std::complex< double > >

friend

template<typename ValueType>

friend class LocalMatrix< std::complex< float > >

friend

template<typename ValueType>

friend class LocalMatrix< ValueType >

friend

template<typename ValueType>

friend class LocalStencil< double >

friend

template<typename ValueType>

friend class LocalStencil< float >

friend

template<typename ValueType>

friend class LocalStencil< std::complex< double > >

friend

template<typename ValueType>

friend class LocalStencil< std::complex< float > >

friend

template<typename ValueType>

friend class LocalVector< double >

friend

template<typename ValueType>

friend class LocalVector< float >

friend

template<typename ValueType>

friend class LocalVector< int >

friend

template<typename ValueType>

friend class LocalVector< std::complex< double > >

friend

template<typename ValueType>

friend class LocalVector< std::complex< float > >

friend

Field Documentation

template<typename ValueType>

bool paralution::BaseParalution< ValueType >::asyncf

protectedinherited

size_t paralution::ParalutionObj::global_obj_id

protectedinherited

Referenced by paralution::ParalutionObj::ParalutionObj(), and paralution::ParalutionObj::~ParalutionObj().

template<typename ValueType>

Paralution_Backend_Descriptor paralution::BaseParalution< ValueType >::local_backend_

protectedinherited

Backend descriptor.

Referenced by paralution::BaseParalution< ValueType >::CloneBackend(), and paralution::LocalMatrix< ValueType >::CloneFrom().

template<typename ValueType>

std::string paralution::BaseParalution< ValueType >::object_name_

protectedinherited

Name of the object.

Referenced by paralution::LocalMatrix< ValueType >::CloneFrom(), paralution::LocalMatrix< ValueType >::CMK(), paralution::LocalMatrix< ValueType >::ExtractSubMatrix(), paralution::LocalMatrix< ValueType >::MatrixMult(), and paralution::LocalMatrix< ValueType >::RCMK().

template<typename ValueType>

BaseVector<ValueType>* paralution::LocalVector< ValueType >::vector_

private

Pointer from the base vector class to the current allocated vector (host_ or accel_)

template<typename ValueType>

AcceleratorVector<ValueType>* paralution::LocalVector< ValueType >::vector_accel_

private

Accelerator Vector.

template<typename ValueType>

HostVector<ValueType>* paralution::LocalVector< ValueType >::vector_host_

private

Host Vector.

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

Public Member Functions

Protected Member Functions

Protected Attributes

Private Attributes

Friends

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Field Documentation