| AdvectionParab(const constructor_value_type &constru=std::vector(3, 1.)) | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inline |
| assemble_loc_matrix(hyEdgeT &hyper_edge, const lSol_float_t time) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlineprivate |
| assemble_rhs_from_global_rhs(hyEdgeT &hyper_edge, const lSol_float_t time) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlineprivate |
| assemble_rhs_from_lambda(const SmallMatT &lambda_values, hyEdgeT &hyper_edge, const lSol_float_t time) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlineprivate |
| bulk_values(const std::array< abscissa_float_t, abscissas_sizeT > &abscissas, const input_array_t &, hyEdgeT &hyper_edge, const lSol_float_t UNUSED(time)=0.) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | |
| constructor_value_type typedef | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | |
| delta_t_ | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | private |
| errors(const std::array< std::array< lSol_float_t, n_shape_bdr_ >, 2 *hyEdge_dimT > &UNUSED(lambda_values), hyEdgeT &hy_edge, const lSol_float_t time=0.) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inline |
| flux_at_boundary(const SmallMatT &lambda_values, const std::array< lSol_float_t, n_loc_dofs_ > &coeffs, hyEdgeT &hyper_edge, const bool residual, const lSol_float_t time) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlineprivate |
| hyEdge_dim() | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlinestatic |
| integrator typedef | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | private |
| is_dirichlet(const hyEdge_t &edge, const unsigned int face, const lSol_float_t time) | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlineprivatestatic |
| is_outflow(const hyEdge_t &edge, const unsigned int face, const lSol_float_t time) | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlineprivatestatic |
| make_initial(SmallMatT &lambda_values, hyEdgeT &hyper_edge, const lSol_float_t time=0.) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inline |
| n_glob_dofs_per_node() | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlinestatic |
| n_loc_dofs_ | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | privatestatic |
| n_shape_bdr_ | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | privatestatic |
| n_shape_fct_ | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | privatestatic |
| node_system_dim | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | privatestatic |
| node_system_dimension() | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlinestatic |
| residual_flux(const SmallMatInT &lambda_values_in, SmallMatOutT &lambda_values_out, hyEdgeT &hyper_edge, const lSol_float_t time=0.) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inline |
| set_data(const std::array< std::array< lSol_float_t, n_shape_bdr_ >, 2 *hyEdge_dimT > &lambda_values, hyEdgeT &hyper_edge, const lSol_float_t time=0.) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inline |
| solve_local_problem(const SmallMatT &lambda_values, const unsigned int solution_type, hyEdgeT &hyper_edge, const lSol_float_t time) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlineprivate |
| system_dim | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | privatestatic |
| system_dimension() | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inlinestatic |
| tau_ | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | private |
| theta_ | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | private |
| trace_to_flux(const SmallMatInT &lambda_values_in, SmallMatOutT &lambda_values_out, hyEdgeT &hyper_edge, const lSol_float_t time=0.) const | LocalSolver::AdvectionParab< hyEdge_dimT, poly_deg, quad_deg, parametersT, lSol_float_t > | inline |
