Here is a list of all documented class members with links to the class documentation for each member:

- d -

• ddx_computer : NiHu::element_base< Derived >
• ddx_return_type : NiHu::element_base< Derived >
• ddx_t : NiHu::element_base< Derived >
• decompose() : ACA
• degree : NiHu::single_integral_impl< TestField, TrialField, Formalism >
• Derived : NiHu::field_impl< field< ElemType, NSet, Dimension > >
• derived() : NiHu::fmm::integral_operator_expression< Derived >
• derived_eval_on_fields() : NiHu::identity_integral_operator , NiHu::integral_operator< Kernel > , NiHu::scaled_integral_operator< Scalar, IntOp > , NiHu::sum_integral_operator< LhsOp, RhsOp >
• descartes_quad_t : NiHu::helper_base< test_domain_t, trial_domain_t >
• dft() : NiHu::fmm::helmholtz_2d_wb_level_data
• dimension : NiHu::domain_base< Derived > , NiHu::fmm::bounding_box< Dim, Scalar > , NiHu::fmm::chebyshev_cluster< Dim, Scalar, FieldDim > , NiHu::fmm::cluster_base< Derived > , NiHu::fmm::cluster_traits< chebyshev_cluster< Dim, Scalar, FieldDim > > , NiHu::fmm::cluster_traits< laplace_2d_cluster > , NiHu::fmm::cluster_traits< laplace_3d_cluster > , NiHu::fmm::helmholtz_2d_wb_fmm< WaveNumber > , NiHu::fmm::helmholtz_3d_hf_cluster , NiHu::space< Scalar, Dimension >
• dirac_field_type_accelerator_iterator() : NiHu::dirac_field_type_accelerator_iterator
• directional_derivative_field() : NiHu::directional_derivative_field< Field >
• dist2idx() : NiHu::fmm::bounding_box< Dim, Scalar >
• divide_depth() : NiHu::fmm::divide_depth
• divide_diameter() : NiHu::fmm::divide_diameter
• divide_num_nodes() : NiHu::fmm::divide_num_nodes
• dofs_return_t : NiHu::directional_derivative_field< Field > , NiHu::field_base< Derived > , NiHu::field_impl< field< ElemType, NSet, Dimension > >
• dofs_t : NiHu::field< ElemType, NSet, Dimension > , NiHu::field_base< Derived > , NiHu::field_impl< field< ElemType, NSet, Dimension > >
• domain_dimension : NiHu::singular_accelerator< Kernel, TestField, TrialField, formalism::general >
• domain_edge_t : NiHu::domain_base< Derived >
• domain_t : NiHu::constant_shape_set< Domain > , NiHu::duffy_quadrature< QuadFamily, LSet > , NiHu::element_base< Derived > , NiHu::gaussian_quadrature< quad_domain > , NiHu::guiggiani< TrialField, Kernel, RadialOrder, TangentialOrder, typename std::enable_if< !element_traits::is_surface_element< typename TrialField::elem_t >::value >::type > , NiHu::guiggiani< TrialField, Kernel, RadialOrder, TangentialOrder, typename std::enable_if< element_traits::is_surface_element< typename TrialField::elem_t >::value >::type > , NiHu::isoparam_shape_set< Domain > , NiHu::nearly_singular_collocational< TrialField, Kernel, RadialOrder, TangentialOrder, typename std::enable_if< element_traits::is_surface_element< typename TrialField::elem_t >::value >::type > , NiHu::nearly_singular_collocational_telles< TrialField, Kernel, Order, typename std::enable_if< element_traits::is_surface_element< typename TrialField::elem_t >::value >::type > , NiHu::quadrature_base< Derived > , NiHu::quadrature_traits< gaussian_quadrature< Domain > > , NiHu::quadrature_traits< log_gaussian_quadrature > , NiHu::shape_set_base< Derived > , NiHu::surface_element< LSet, scalar_t > , NiHu::volume_element< LSet, scalar_t >
• downward_pass_dfs_rec() : NiHu::fmm::fmm_matrix< P2P, P2M, P2L, M2P, L2P, M2M, L2L, M2L >
• dual_iterator() : NiHu::dual_iterator< iteration::diadic, It1, It2 > , NiHu::dual_iterator< iteration::diagonal, It1, It2 >
• dual_range() : NiHu::dual_range< IterationMode, OutIt, InIt >
• duffy_corner_indices : NiHu::duffy_traits< quad_1_shape_set > , NiHu::duffy_traits< quad_2_shape_set > , NiHu::duffy_traits< tria_1_shape_set > , NiHu::duffy_traits< tria_2_shape_set >
• duffy_face_indices : NiHu::duffy_traits< quad_1_shape_set >
• dx_computer : NiHu::element_base< Derived >
• dx_return_type : NiHu::element_base< Derived >
• dx_t : NiHu::element_base< Derived >