linear_operator.h File Reference

#include <deal.II/base/config.h>
#include <deal.II/base/exceptions.h>
#include <deal.II/lac/vector_memory.h>
#include <array>
#include <functional>
#include <type_traits>

Go to the source code of this file.

Classes
class	LinearOperator< Range, Domain, Payload >
class	internal::LinearOperatorImplementation::ReinitHelper< Vector >
class	internal::LinearOperatorImplementation::EmptyPayload
class	internal::LinearOperatorImplementation::has_vmult_add_and_Tvmult_add< Range, Domain, T >
class	internal::LinearOperatorImplementation::MatrixInterfaceWithoutVmultAdd< Range, Domain, Payload >
class	internal::LinearOperatorImplementation::MatrixInterfaceWithVmultAdd< Range, Domain, Payload >

Namespaces
namespace	internal
namespace	internal::LinearOperatorImplementation

Functions
EmptyPayload	internal::LinearOperatorImplementation::operator+ (const EmptyPayload &, const EmptyPayload &)
EmptyPayload	internal::LinearOperatorImplementation::operator* (const EmptyPayload &, const EmptyPayload &)
template<typename Function , typename Range , typename Domain >
void	internal::LinearOperatorImplementation::apply_with_intermediate_storage (Function function, Range &v, const Domain &u, bool add)
Creation of a LinearOperator
template<typename Range = Vector<double>, typename Domain = Range, typename Payload = internal::LinearOperatorImplementation::EmptyPayload, typename OperatorExemplar , typename Matrix >
LinearOperator< Range, Domain, Payload >	linear_operator (const OperatorExemplar &, const Matrix &)
template<typename Range = Vector<double>, typename Domain = Range, typename Payload = internal::LinearOperatorImplementation::EmptyPayload, typename Matrix >
LinearOperator< Range, Domain, Payload >	linear_operator (const Matrix &)
template<typename Range = Vector<double>, typename Domain = Range, typename Payload = internal::LinearOperatorImplementation::EmptyPayload>
LinearOperator< Range, Domain, Payload >	null_operator (const LinearOperator< Range, Domain, Payload > &)
template<typename Range , typename Domain , typename Payload >
LinearOperator< Range, Domain, Payload >	identity_operator (const LinearOperator< Range, Domain, Payload > &)
template<typename Range , typename Payload = internal::LinearOperatorImplementation::EmptyPayload>
LinearOperator< Range, Range, Payload >	identity_operator (const std::function< void(Range &, bool)> &reinit_vector)
template<typename Range , typename Payload = internal::LinearOperatorImplementation::EmptyPayload>
LinearOperator< Range, Range, Payload >	mean_value_filter (const std::function< void(Range &, bool)> &reinit_vector)
template<typename Range , typename Domain , typename Payload >
LinearOperator< Range, Domain, Payload >	mean_value_filter (const LinearOperator< Range, Domain, Payload > &op)
template<typename Range , typename Domain , typename Payload , typename Matrix >
LinearOperator< Range, Domain, Payload >	linear_operator (const LinearOperator< Range, Domain, Payload > &operator_exemplar, const Matrix &matrix)
Vector space operations
template<typename Range , typename Domain , typename Payload >
LinearOperator< Range, Domain, Payload >	operator+ (const LinearOperator< Range, Domain, Payload > &first_op, const LinearOperator< Range, Domain, Payload > &second_op)
template<typename Range , typename Domain , typename Payload >
LinearOperator< Range, Domain, Payload >	operator- (const LinearOperator< Range, Domain, Payload > &first_op, const LinearOperator< Range, Domain, Payload > &second_op)
template<typename Range , typename Domain , typename Payload >
LinearOperator< Range, Domain, Payload >	operator* (typename Range::value_type number, const LinearOperator< Range, Domain, Payload > &op)
template<typename Range , typename Domain , typename Payload >
LinearOperator< Range, Domain, Payload >	operator* (const LinearOperator< Range, Domain, Payload > &op, typename Domain::value_type number)
Composition and manipulation of a LinearOperator
template<typename Range , typename Intermediate , typename Domain , typename Payload >
LinearOperator< Range, Domain, Payload >	operator* (const LinearOperator< Range, Intermediate, Payload > &first_op, const LinearOperator< Intermediate, Domain, Payload > &second_op)
template<typename Range , typename Domain , typename Payload >
LinearOperator< Domain, Range, Payload >	transpose_operator (const LinearOperator< Range, Domain, Payload > &op)
template<typename Payload , typename Solver , typename Preconditioner , typename Range = typename Solver::vector_type, typename Domain = Range>
LinearOperator< Domain, Range, Payload >	inverse_operator (const LinearOperator< Range, Domain, Payload > &op, Solver &solver, const Preconditioner &preconditioner)
template<typename Payload , typename Solver , typename Range = typename Solver::vector_type, typename Domain = Range>
LinearOperator< Domain, Range, Payload >	inverse_operator (const LinearOperator< Range, Domain, Payload > &op, Solver &solver, const LinearOperator< Range, Domain, Payload > &preconditioner)
template<typename Payload , typename Solver , typename Range = typename Solver::vector_type, typename Domain = Range>
LinearOperator< Domain, Range, Payload >	inverse_operator (const LinearOperator< Range, Domain, Payload > &op, Solver &solver)
template<typename Payload , typename Solver , typename Range = typename Solver::vector_type, typename Domain = Range>
LinearOperator< Domain, Range, Payload >	inverse_operator (const LinearOperator< Range, Domain, Payload > &op, Solver &solver, const PreconditionIdentity &)