block_linear_operator.h File Reference

#include <deal.II/base/config.h>
#include <deal.II/base/exceptions.h>
#include <deal.II/lac/linear_operator.h>

Go to the source code of this file.

Classes
class	BlockLinearOperator< Range, Domain, BlockPayload >
class	internal::BlockLinearOperatorImplementation::EmptyBlockPayload< PayloadBlockType >

Namespaces
namespace	internal
namespace	internal::BlockLinearOperatorImplementation

Functions
template<typename Function1 , typename Function2 , typename Range , typename Domain >
void	internal::BlockLinearOperatorImplementation::apply_with_intermediate_storage (const Function1 &first_op, const Function2 &loop_op, Range &v, const Domain &u, bool add)
template<typename Range , typename Domain , typename BlockPayload >
void	internal::BlockLinearOperatorImplementation::populate_linear_operator_functions (::BlockLinearOperator< Range, Domain, BlockPayload > &op)
Creation of a BlockLinearOperator
template<typename Range = BlockVector<double>, typename Domain = Range, typename BlockPayload = internal::BlockLinearOperatorImplementation::EmptyBlockPayload<>, typename BlockMatrixType >
BlockLinearOperator< Range, Domain, BlockPayload >	block_operator (const BlockMatrixType &matrix)
template<std::size_t m, std::size_t n, typename Range = BlockVector<double>, typename Domain = Range, typename BlockPayload = internal::BlockLinearOperatorImplementation::EmptyBlockPayload<>>
BlockLinearOperator< Range, Domain, BlockPayload >	block_operator (const std::array< std::array< LinearOperator< typename Range::BlockType, typename Domain::BlockType, typename BlockPayload::BlockType >, n >, m > &)
template<std::size_t m, typename Range = BlockVector<double>, typename Domain = Range, typename BlockPayload = internal::BlockLinearOperatorImplementation::EmptyBlockPayload<>>
BlockLinearOperator< Range, Domain, BlockPayload >	block_diagonal_operator (const std::array< LinearOperator< typename Range::BlockType, typename Domain::BlockType, typename BlockPayload::BlockType >, m > &)
template<std::size_t m, typename Range = BlockVector<double>, typename Domain = Range, typename BlockPayload = internal::BlockLinearOperatorImplementation::EmptyBlockPayload<>>
BlockLinearOperator< Range, Domain, BlockPayload >	block_diagonal_operator (const LinearOperator< typename Range::BlockType, typename Domain::BlockType, typename BlockPayload::BlockType > &op)
template<typename Range = BlockVector<double>, typename Domain = Range, typename BlockPayload = internal::BlockLinearOperatorImplementation::EmptyBlockPayload<>, typename BlockMatrixType >
BlockLinearOperator< Range, Domain, BlockPayload >	block_diagonal_operator (const BlockMatrixType &block_matrix)
Manipulation of a BlockLinearOperator
template<typename Range = BlockVector<double>, typename Domain = Range, typename BlockPayload = internal::BlockLinearOperatorImplementation::EmptyBlockPayload<>>
LinearOperator< Domain, Range, typename BlockPayload::BlockType >	block_forward_substitution (const BlockLinearOperator< Range, Domain, BlockPayload > &block_operator, const BlockLinearOperator< Domain, Range, BlockPayload > &diagonal_inverse)
template<typename Range = BlockVector<double>, typename Domain = Range, typename BlockPayload = internal::BlockLinearOperatorImplementation::EmptyBlockPayload<>>
LinearOperator< Domain, Range, typename BlockPayload::BlockType >	block_back_substitution (const BlockLinearOperator< Range, Domain, BlockPayload > &block_operator, const BlockLinearOperator< Domain, Range, BlockPayload > &diagonal_inverse)