Class template Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>¶
Inherits from Dune::GDT::LocalBinaryElementIntegrandInterface.
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
class Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient> : public LocalBinaryElementIntegrandInterface<E, r, rC, TR, F, r, rC, AR>¶ Given an inducing (vector-valued) function u, computes
( nabla phi(x) * u(x)) * psi(x)for all combinations of phi in the ansatz basis and psi in the test basis. If use_test_gradient is set to true, ansatz and test basis are swapped.See also:
local_binary_to_unary_element_integrand
Method Dune::GDT::LocalElementGradientValueIntegrand::copy_as_binary_element_integrand¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
std::unique_ptr<BaseType> Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::copy_as_binary_element_integrand() const final override¶ No documentation provided.
Method Dune::GDT::LocalElementGradientValueIntegrand::post_bind¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
void Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::post_bind(const ElementType &ele) final override¶ No documentation provided.
Method Dune::GDT::LocalElementGradientValueIntegrand::order¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
int Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::order(const LocalTestBasisType &test_basis, const LocalAnsatzBasisType &ansatz_basis, const XT::Common::Parameter ¶m = {}) const final override¶ No documentation provided.
Method Dune::GDT::LocalElementGradientValueIntegrand::evaluate¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
void Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::evaluate(const LocalTestBasisType &test_basis, const LocalAnsatzBasisType &ansatz_basis, const DomainType &point_in_reference_element, DynamicMatrix<F> &result, const XT::Common::Parameter ¶m = {}) const final override¶ No documentation provided.
Constructor Dune::GDT::LocalElementGradientValueIntegrand::LocalElementGradientValueIntegrand¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::LocalElementGradientValueIntegrand(XT::Functions::GridFunction<E, vector_size, 1, F> vector_in)¶ No documentation provided.
Constructor Dune::GDT::LocalElementGradientValueIntegrand::LocalElementGradientValueIntegrand¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::LocalElementGradientValueIntegrand(const ThisType &other)¶ No documentation provided.
Constructor Dune::GDT::LocalElementGradientValueIntegrand::LocalElementGradientValueIntegrand¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::LocalElementGradientValueIntegrand(ThisType &&source) noexcept = default¶ No documentation provided.
Field Dune::GDT::LocalElementGradientValueIntegrand::vector_¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
const std::unique_ptr<XT::Functions::GridFunctionInterface<E, vector_size, 1, F>> Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::vector_¶ No documentation provided.
Field Dune::GDT::LocalElementGradientValueIntegrand::local_function_¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
std::unique_ptr<typename VectorGridFunctionType::LocalFunctionType> Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::local_function_¶ No documentation provided.
Field Dune::GDT::LocalElementGradientValueIntegrand::vector_values_¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
VectorValues Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::vector_values_¶ No documentation provided.
Field Dune::GDT::LocalElementGradientValueIntegrand::values_¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
BasisValues Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::values_¶ No documentation provided.
Field Dune::GDT::LocalElementGradientValueIntegrand::jacobians_¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
BasisJacobians Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::jacobians_¶ No documentation provided.
Variable Dune::GDT::LocalElementGradientValueIntegrand::vector_size¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
const size_t Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::vector_size¶ No documentation provided.
Type alias Dune::GDT::LocalElementGradientValueIntegrand::BaseType¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
using Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::BaseType = LocalBinaryElementIntegrandInterface<E, r, rC, TR, F, r, rC, AR>¶ No documentation provided.
Type alias Dune::GDT::LocalElementGradientValueIntegrand::ThisType¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
using Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::ThisType = LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>¶ No documentation provided.
Type alias Dune::GDT::LocalElementGradientValueIntegrand::BasisValues¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
using Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::BasisValues = std::vector<typename std::conditional_t<use_test_gradient, LocalAnsatzBasisType, LocalTestBasisType>::RangeType>¶ No documentation provided.
Type alias Dune::GDT::LocalElementGradientValueIntegrand::BasisJacobians¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
using Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::BasisJacobians = std::vector<typename std::conditional_t<use_test_gradient, LocalTestBasisType, LocalAnsatzBasisType>::DerivativeRangeType>¶ No documentation provided.
Type alias Dune::GDT::LocalElementGradientValueIntegrand::VectorGridFunctionType¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
using Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::VectorGridFunctionType = XT::Functions::GridFunction<E, vector_size, 1, F>¶ No documentation provided.
Type alias Dune::GDT::LocalElementGradientValueIntegrand::VectorValues¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
using Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::VectorValues = typename VectorGridFunctionType::LocalFunctionType::RangeReturnType¶ No documentation provided.
Class template Dune::GDT::LocalElementGradientValueIntegrand::helper<use_test, anything>¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
template<bool use_test = use_test_gradient, bool anything = true>
class Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::helper<use_test, anything>¶ No documentation provided.
Method Dune::GDT::LocalElementGradientValueIntegrand::helper::evaluate¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
template<bool use_test = use_test_gradient, bool anything = true>
static void Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::helper<use_test, anything>::evaluate(const LocalTestBasisType &test_basis, const LocalAnsatzBasisType &ansatz_basis, const DomainType &point_in_reference_element, const VectorValues &vector_values, BasisValues &values, BasisJacobians &jacobians, DynamicMatrix<F> &result, const XT::Common::Parameter ¶m)¶ No documentation provided.
Class template Dune::GDT::LocalElementGradientValueIntegrand::helper<true, anything>¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
template<bool anything>
class Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::helper<true, anything>¶ No documentation provided.
Method Dune::GDT::LocalElementGradientValueIntegrand::helper::evaluate¶
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template<class E, size_t r = 1, size_t rC = 1, class TR = double, class F = double, class AR = TR, bool use_test_gradient = false>
template<bool anything>
static void Dune::GDT::LocalElementGradientValueIntegrand<E, r, rC, TR, F, AR, use_test_gradient>::helper<true, anything>::evaluate(const LocalTestBasisType &test_basis, const LocalAnsatzBasisType &ansatz_basis, const DomainType &point_in_reference_element, const VectorValues &vector_values, BasisValues &values, BasisJacobians &jacobians, DynamicMatrix<F> &result, const XT::Common::Parameter ¶m)¶ No documentation provided.