Référence du modèle de la structure Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >

Hybrid backend uses scalar matrices to build the hierarchy, but stores the computed matrices in the block format. Plus de détails...

#include </__w/arcaneframework.github.io/arcaneframework.github.io/framework/arccore/src/alina/arccore/alina/HybridBuiltinBackend.h>

Graphe d'héritage de Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >:

Graphe de collaboration de Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >:

Classes
struct	provides_row_iterator

Types publics
typedef math::scalar_of< BlockType >::type	ScalarType
typedef BuiltinBackend< ScalarType, ColumnType, PointerType >	Base
typedef CSRMatrix< BlockType, ColumnType, PointerType >	matrix
Types publics hérités de Arcane::Alina::BuiltinBackend< math::scalar_of< BlockType >::type, ptrdiff_t, ptrdiff_t >
typedef math::scalar_of< BlockType >::type	value_type
typedef ptrdiff_t	index_type
typedef ptrdiff_t	col_type
typedef ptrdiff_t	ptr_type
typedef math::rhs_of< value_type >::type	rhs_type
typedef CSRMatrix< value_type, col_type, ptr_type >	matrix
typedef numa_vector< rhs_type >	vector
typedef numa_vector< value_type >	matrix_diagonal
typedef solver::SkylineLUSolver< value_type >	direct_solver
typedef Alina::detail::empty_params	params
	The backend has no parameters.

Fonctions membres publiques statiques
static std::shared_ptr< matrix >	copy_matrix (std::shared_ptr< typename Base::matrix > As, const typename Base::params &)
Fonctions membres publiques statiques hérités de Arcane::Alina::BuiltinBackend< math::scalar_of< BlockType >::type, ptrdiff_t, ptrdiff_t >
static std::string	name ()
static std::shared_ptr< matrix >	copy_matrix (std::shared_ptr< matrix > A, const params &)
static std::shared_ptr< numa_vector< T > >	copy_vector (const std::vector< T > &x, const params &)
static std::shared_ptr< numa_vector< T > >	copy_vector (std::shared_ptr< numa_vector< T > > x, const params &)
static std::shared_ptr< vector >	create_vector (size_t size, const params &)
static std::shared_ptr< direct_solver >	create_solver (std::shared_ptr< matrix > A, const params &)

Description détaillée

template<typename BlockType, typename ColumnType = ptrdiff_t, typename PointerType = ColumnType>
struct Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >

Hybrid backend uses scalar matrices to build the hierarchy, but stores the computed matrices in the block format.

Définition à la ligne 44 du fichier HybridBuiltinBackend.h.

Documentation des définitions de type membres

Base

template<typename BlockType, typename ColumnType = ptrdiff_t, typename PointerType = ColumnType>

typedef BuiltinBackend<ScalarType, ColumnType, PointerType> Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >::Base

Définition à la ligne 47 du fichier HybridBuiltinBackend.h.

matrix

template<typename BlockType, typename ColumnType = ptrdiff_t, typename PointerType = ColumnType>

typedef CSRMatrix<BlockType, ColumnType, PointerType> Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >::matrix

Définition à la ligne 48 du fichier HybridBuiltinBackend.h.

ScalarType

template<typename BlockType, typename ColumnType = ptrdiff_t, typename PointerType = ColumnType>

typedef math::scalar_of<BlockType>::type Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >::ScalarType

Définition à la ligne 46 du fichier HybridBuiltinBackend.h.

Documentation des fonctions membres

copy_matrix()

template<typename BlockType, typename ColumnType = ptrdiff_t, typename PointerType = ColumnType>

static std::shared_ptr< matrix > Arcane::Alina::backend::HybridBuiltinBackend< BlockType, ColumnType, PointerType >::copy_matrix ( std::shared_ptr< typename Base::matrix > As, const typename Base::params &  )

inlinestatic

Définition à la ligne 53 du fichier HybridBuiltinBackend.h.

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La documentation de cette structure a été générée à partir du fichier suivant :

• HybridBuiltinBackend.h