Class template Dune::GDT::ForwardOperatorInterface¶
Inherits from Dune::GDT::BilinearFormInterface.
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template<class SGV, size_t s_r = 1, size_t s_rC = 1, size_t r_r = s_r, size_t r_rC = s_rC, class F = double, class Vector = XT::LA::IstlDenseVector<F>, class RGV = SGV>
class Dune::GDT::ForwardOperatorInterface : public BilinearFormInterface<SGV, s_r, s_rC, r_r, r_rC, F, RGV>¶ Interface for operators which can only be applied to a source (providing apply() into a range vector).
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virtual const RangeSpaceType &Dune::GDT::ForwardOperatorInterface::range_space() const = 0¶
\ {
These methods have to be implemented to define the discrete range of the Operator.
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virtual bool Dune::GDT::ForwardOperatorInterface::linear() const = 0¶
\ }
These methods have to be implemented to define the forward-action of the Operator.
\ {
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virtual void Dune::GDT::ForwardOperatorInterface::apply(SourceFunctionType source_function, VectorType &range_vector, const XT::Common::Parameter ¶m =
<recovery-expr>({})) const = 0¶ No documentation provided.
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virtual FieldType Dune::GDT::ForwardOperatorInterface::apply2(RangeFunctionType range_function, SourceFunctionType source_function, const XT::Common::Parameter ¶m =
<recovery-expr>({})) const override¶ Carries out an interpolation of range_function and calls the other apply2() afterwards (not optimal!).
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virtual FieldType Dune::GDT::ForwardOperatorInterface::apply2(const VectorType &range_vector, SourceFunctionType source_function, const XT::Common::Parameter ¶m =
<recovery-expr>({})) const¶ \ }
These methods extend the ones from BilinearFormInterface.
\ {
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virtual void Dune::GDT::ForwardOperatorInterface::apply(SourceFunctionType source_function, DiscreteRangeFunctionType &discrete_range_function, const XT::Common::Parameter ¶m =
<recovery-expr>({})) const¶ \ }
These apply methods are provided for convenience.
\ {
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virtual DiscreteRangeFunctionType Dune::GDT::ForwardOperatorInterface::apply(SourceFunctionType source_function, const XT::Common::Parameter ¶m =
<recovery-expr>({})) const¶ No documentation provided.
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void Dune::GDT::ForwardOperatorInterface::assert_matching_range(const VectorType &range_vector) const¶
\ }
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void Dune::GDT::ForwardOperatorInterface::assert_matching_range(const DiscreteRangeFunctionType &discrete_range_function) const¶
No documentation provided.
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template<>
explicit Dune::GDT::ForwardOperatorInterface::ForwardOperatorInterface<SGV, s_r, s_rC, r_r, r_rC, F, Vector, RGV>(const XT::Common::ParameterType ¶m_type = {}, const std::string &logging_prefix =<recovery-expr>(""), const std::array<bool, 3> &logging_state =<recovery-expr>())¶ No documentation provided.
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template<>
Dune::GDT::ForwardOperatorInterface::ForwardOperatorInterface<SGV, s_r, s_rC, r_r, r_rC, F, Vector, RGV>(const ThisType &other) = default¶ No documentation provided.
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template<>
Dune::GDT::ForwardOperatorInterface::ForwardOperatorInterface<SGV, s_r, s_rC, r_r, r_rC, F, Vector, RGV>(ThisType &&source) noexcept = default¶ No documentation provided.
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template<>
virtual Dune::GDT::ForwardOperatorInterface::~ForwardOperatorInterface<SGV, s_r, s_rC, r_r, r_rC, F, Vector, RGV>() = default¶ No documentation provided.
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type Dune::GDT::ForwardOperatorInterface::ThisType¶
No documentation provided.
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type Dune::GDT::ForwardOperatorInterface::BaseType¶
No documentation provided.
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type Dune::GDT::ForwardOperatorInterface::VectorType¶
No documentation provided.
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type Dune::GDT::ForwardOperatorInterface::V¶
No documentation provided.
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type Dune::GDT::ForwardOperatorInterface::RangeSpaceType¶
No documentation provided.
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type Dune::GDT::ForwardOperatorInterface::DiscreteRangeFunctionType¶
No documentation provided.