| apply_outflow_bc(vector &flux, scalar const &uM_n) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_exterior_value_linearized(dealii::Tensor< 1, dim, dealii::VectorizedArray< Number > > &delta_uM, unsigned int const q, FaceIntegrator< dim, dim, Number > &integrator, BoundaryTypeU const &boundary_type) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_flux_linearized_boundary(vector const &uM, vector const &uP, vector const &delta_uM, vector const &delta_uP, vector const &normalM, BoundaryTypeU const &boundary_type, unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_flux_linearized_interior(vector const &uM, vector const &uP, vector const &delta_uM, vector const &delta_uP, vector const &normalM, unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_flux_linearized_interior_and_neighbor(vector const &uM, vector const &uP, vector const &delta_uM, vector const &delta_uP, vector const &normalM, unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_flux_nonlinear_boundary(vector const &uM, vector const &uP, vector const &normalM, vector const &u_grid, BoundaryTypeU const &boundary_type) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_flux_nonlinear_interior_and_neighbor(vector const &uM, vector const &uP, vector const &normalM, vector const &u_grid) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_lambda(scalar const &uM_n, scalar const &uP_n) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_lax_friedrichs_flux(vector const &uM, vector const &uP, vector const &normalM) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_lax_friedrichs_flux_linear_transport(vector const &uM, vector const &uP, vector const &wM, vector const &wP, vector const &normalM) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_lax_friedrichs_flux_linearized(vector const &uM, vector const &uP, vector const &delta_uM, vector const &delta_uP, vector const &normalM) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_upwind_flux(vector const &uM, vector const &uP, scalar const &average_normal_velocity) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| calculate_upwind_flux_linearized(vector const &uM, vector const &uP, vector const &u_grid, vector const &delta_uM, vector const &delta_uP, vector const &normalM) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| ConvectiveKernel() (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_data() const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_grid_velocity() const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_grid_velocity_cell(unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_grid_velocity_face(unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_integrator_flags() const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_mapping_flags() (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inlinestatic |
| get_velocity() const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_velocity_cell(unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_velocity_gradient_cell(unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_velocity_m(unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_velocity_p(unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_volume_flux_linearized_convective_formulation(vector const &delta_u, tensor const &grad_delta_u, unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| get_volume_flux_linearized_divergence_formulation(vector const &delta_u, unsigned int const q) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| reinit(dealii::MatrixFree< dim, Number > const &matrix_free, ConvectiveKernelData const &data, unsigned int const dof_index, unsigned int const quad_index_linearized, bool const use_own_velocity_storage) (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| reinit_boundary_face(unsigned int const face) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| reinit_cell(unsigned int const cell) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| reinit_face(unsigned int const face) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| reinit_face_cell_based(unsigned int const cell, unsigned int const face, dealii::types::boundary_id const boundary_id) const (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| set_grid_velocity_ptr(VectorType const &src) (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| set_velocity_copy(VectorType const &src) (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
| set_velocity_ptr(VectorType const &src) (defined in ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number >) | ExaDG::IncNS::Operators::ConvectiveKernel< dim, Number > | inline |
