Main parameter class that contains the various other sub-parameter classes. More...

#include <all_parameters.h>

Collaboration diagram for PHiLiP::Parameters::AllParameters:

Public Types
enum	RunType { integration_test, flow_simulation }
	Run type.

enum	MeshType { default_triangulation, triangulation, parallel_shared_triangulation, parallel_distributed_triangulation }
	Mesh type to be used in defining the triangulation.

enum	FluxNodes { GL, GLL }
	Flux nodes type.

enum	TwoPointNumericalFlux { KG, IR, CH, Ra }
	Two point numerical flux type for split form.

enum	TestType { run_control, grid_refinement_study, advection_limiter, burgers_limiter, burgers_energy_stability, diffusion_exact_adjoint, euler_gaussian_bump, euler_gaussian_bump_enthalpy, euler_gaussian_bump_adjoint, euler_cylinder, euler_cylinder_adjoint, euler_vortex, euler_entropy_waves, euler_split_taylor_green, taylor_green_scaling, burgers_split_form, optimization_inverse_manufactured, euler_bump_optimization, euler_naca_optimization, shock_1d, euler_naca0012, reduced_order, unsteady_reduced_order, convection_diffusion_periodicity, POD_adaptation, POD_adaptive_sampling_run, adaptive_sampling_testing, finite_difference_sensitivity, advection_periodicity, dual_weighted_residual_mesh_adaptation, anisotropic_mesh_adaptation, taylor_green_vortex_energy_check, taylor_green_vortex_restart_check, time_refinement_study, time_refinement_study_reference, rrk_numerical_entropy_conservation_check, euler_entropy_conserving_split_forms_check, h_refinement_study_isentropic_vortex, khi_robustness, naca0012_unsteady_check_quick, homogeneous_isotropic_turbulence_initialization_check, build_NNLS_problem, hyper_reduction_comparison, hyper_adaptive_sampling_run, hyper_reduction_post_sampling, ROM_error_post_sampling, HROM_error_post_sampling, hyper_adaptive_sampling_new_error, halton_sampling_run, low_density }
	Possible integration tests to run.

enum	PartialDifferentialEquation { advection, diffusion, convection_diffusion, advection_vector, burgers_inviscid, burgers_viscous, burgers_rewienski, euler, mhd, navier_stokes, physics_model }
	Possible Partial Differential Equations to solve.

enum	ModelType { large_eddy_simulation, reynolds_averaged_navier_stokes }
	Types of models available.

enum	BoundaryType { manufactured_dirichlet, manufactured_neumann, manufactured_inout_flow }
	Possible boundary types, NOT IMPLEMENTED YET.

enum	SourceTerm { zero, manufactured }
	Possible source terms, NOT IMPLEMENTED YET.

enum	ConvectiveNumericalFlux { lax_friedrichs, roe, l2roe, central_flux, two_point_flux, two_point_flux_with_lax_friedrichs_dissipation, two_point_flux_with_roe_dissipation, two_point_flux_with_l2roe_dissipation }
	Possible convective numerical flux types.

enum	DissipativeNumericalFlux { symm_internal_penalty, bassi_rebay_2, central_visc_flux }
	Possible dissipative numerical flux types.

enum	Flux_Reconstruction { cDG, cSD, cHU, cNegative, cNegative2, cPlus, c10Thousand, cHULumped }
	Type of correction in Flux Reconstruction.

enum	Flux_Reconstruction_Aux { kDG, kSD, kHU, kNegative, kNegative2, kPlus, k10Thousand }
	Type of correction in Flux Reconstruction for the auxiliary variables.

enum	NonPhysicalBehaviorEnum { return_big_number, abort_run, print_warning }
	Enum of nonphysical behavior.

enum	RenumberDofsType { CuthillMckee }
	Renumber dofs type.

Public Member Functions
	AllParameters ()
	Constructor.

void	parse_parameters (dealii::ParameterHandler &prm)
	Retrieve parameters from dealii::ParameterHandler. More...

Static Public Member Functions
static void	declare_parameters (dealii::ParameterHandler &prm)
	Declare parameters that can be set as inputs and set up the default options. More...

Public Attributes
ManufacturedConvergenceStudyParam	manufactured_convergence_study_param
	Contains parameters for manufactured convergence study.

ODESolverParam	ode_solver_param
	Contains parameters for ODE solver.

LinearSolverParam	linear_solver_param
	Contains parameters for linear solver.

EulerParam	euler_param
	Contains parameters for the Euler equations non-dimensionalization.

NavierStokesParam	navier_stokes_param
	Contains parameters for the Navier-Stokes equations non-dimensionalization.

ReducedOrderModelParam	reduced_order_param
	Contains parameters for the Reduced-Order model.

HyperReductionParam	hyper_reduction_param
	Contains parameters for Hyperreduction.

BurgersParam	burgers_param
	Contains parameters for Burgers equation.

PhysicsModelParam	physics_model_param
	Contains parameters for Physics Model.

GridRefinementStudyParam	grid_refinement_study_param
	Contains the parameters for grid refinement study.

ArtificialDissipationParam	artificial_dissipation_param
	Contains parameters for artificial dissipation.

LimiterParam	limiter_param
	Contains parameters for limiter.

FlowSolverParam	flow_solver_param
	Contains the parameters for simulation cases (flow solver test)

MeshAdaptationParam	mesh_adaptation_param
	Constains parameters for mesh adaptation.

FunctionalParam	functional_param
	Contains parameters for functional.

TimeRefinementStudyParam	time_refinement_study_param
	Contains the parameters for time refinement study.

unsigned int	dimension
	Number of dimensions. Note that it has to match the executable PHiLiP_xD.

RunType	run_type
	Selected RunType from the input file.

MeshType	mesh_type
	Store selected MeshType from the input file.

int	overintegration
	Number of additional quadrature points to use. More...

bool	use_weak_form
	Flag to use weak or strong form of DG.

FluxNodes	flux_nodes_type
	Store selected FluxNodes from the input file.

bool	use_collocated_nodes
	Flag for using collocated nodes; determined based on flux_nodes_type and overintegration input parameters.

bool	use_split_form
	Flag to use split form.

TwoPointNumericalFlux	two_point_num_flux_type
	Store selected TwoPointNumericalFlux from the input file.

bool	use_curvilinear_split_form
	Flag to use curvilinear metric split form.

bool	use_weight_adjusted_mass
	Flag to use weight-adjusted Mass Matrix for curvilinear elements.

bool	store_residual_cpu_time
	Flag to store the residual local processor cput time.

bool	use_periodic_bc
	Flag to use periodic BC. More...

bool	use_curvilinear_grid
	Flag to use curvilinear grid.

bool	use_energy
	Flag to use an energy monotonicity test.

bool	use_L2_norm
	Flag to use an L2 energy monotonicity test (for FR)

bool	use_classical_FR
	Flag to use a Classical ESFR scheme where only the surface is reconstructed.

bool	store_global_mass_matrix
	Flag to store global mass matrix.

double	sipg_penalty_factor
	Scaling of Symmetric Interior Penalty term to ensure coercivity.

bool	use_invariant_curl_form
	Flag to use invariant curl form for metric cofactor operator.

bool	use_inverse_mass_on_the_fly
	Flag to use inverse mass matrix on-the-fly for explicit solves.

bool	check_valid_metric_Jacobian
	Flag to check if the metric Jacobian is valid when high-order grid is constructed.

std::string	energy_file
	Energy file.

int	nstate
	Number of state variables. Will depend on PDE.

TestType	test_type
	Store selected TestType from the input file.

PartialDifferentialEquation	pde_type
	Store the PDE type to be solved.

ModelType	model_type
	Store the model type.

ConvectiveNumericalFlux	conv_num_flux_type
	Store convective flux type.

DissipativeNumericalFlux	diss_num_flux_type
	Store diffusive flux type.

Flux_Reconstruction	flux_reconstruction_type
	Store flux reconstruction type.

Flux_Reconstruction_Aux	flux_reconstruction_aux_type
	Store flux reconstruction type for the auxiliary variables.

NonPhysicalBehaviorEnum	non_physical_behavior_type
	Specify behavior on nonphysical results.

std::string	solution_vtk_files_directory_name
	Name of directory for writing solution vtk files.

bool	output_high_order_grid
	Flag for outputting the high-order grid vtk files.

bool	enable_higher_order_vtk_output
	Enable writing of higher-order vtk results.

bool	output_face_results_vtk
	Flag for outputting the surface solution vtk files.

bool	do_renumber_dofs
	Flag for renumbering DOFs.

RenumberDofsType	renumber_dofs_type
	Store selected RenumberDofsType from the input file.

double	matching_surface_jac_det_tolerance

Protected Attributes
dealii::ConditionalOStream	pcout
	Parallel std::cout that only outputs on mpi_rank==0.

Detailed Description

Main parameter class that contains the various other sub-parameter classes.

Definition at line 33 of file all_parameters.h.

Member Function Documentation

◆ declare_parameters()

void PHiLiP::Parameters::AllParameters::declare_parameters ( dealii::ParameterHandler & prm )

static

Declare parameters that can be set as inputs and set up the default options.

This subroutine should call the sub-parameter classes static declare_parameters() such that each sub-parameter class is responsible to declare their own parameters.

Definition at line 34 of file all_parameters.cpp.

◆ parse_parameters()

void PHiLiP::Parameters::AllParameters::parse_parameters ( dealii::ParameterHandler & prm )

Retrieve parameters from dealii::ParameterHandler.

This subroutine should call the sub-parameter classes static parse_parameters() such that each sub-parameter class is responsible to parse their own parameters.

Definition at line 377 of file all_parameters.cpp.

Member Data Documentation

◆ matching_surface_jac_det_tolerance

double PHiLiP::Parameters::AllParameters::matching_surface_jac_det_tolerance

Tolerance for checking that the determinant of surface jacobians at element faces matches. Note: Currently only used in weak dg.

Definition at line 314 of file all_parameters.h.

◆ overintegration

int PHiLiP::Parameters::AllParameters::overintegration

Number of additional quadrature points to use.

overintegration = 0 leads to number_quad_points = dg_solution_degree + 1

Definition at line 95 of file all_parameters.h.

◆ use_periodic_bc

bool PHiLiP::Parameters::AllParameters::use_periodic_bc

Flag to use periodic BC.

Not fully tested.

Definition at line 128 of file all_parameters.h.

The documentation for this class was generated from the following files:

src/parameters/all_parameters.h
src/parameters/all_parameters.cpp

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Protected Attributes