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Set of parameters to handle an unsteady convection-diffusion-reaction equation with term sources. More...
#include <cs_equation_param.h>
Data Fields | |
General settings | |
| char *restrict | name |
| cs_equation_type_t | type |
| int | dim |
| int | verbosity |
| cs_flag_t | flag |
| cs_flag_t | process_flag |
| cs_param_space_scheme_t | space_scheme |
| cs_param_dof_reduction_t | dof_reduction |
| int | space_poly_degree |
Settings for the boundary conditions | |
| cs_param_bc_type_t | default_bc |
| int | n_bc_defs |
| cs_xdef_t ** | bc_defs |
| cs_param_bc_enforce_t | default_enforcement |
| cs_real_t | strong_pena_bc_coeff |
| cs_real_t | weak_pena_bc_coeff |
Numerical settings for the time-dependent parameters | |
| int | n_ic_defs |
| cs_xdef_t ** | ic_defs |
| bool | do_lumping |
| cs_param_hodge_t | time_hodge |
| cs_property_t * | time_property |
| cs_param_time_scheme_t | time_scheme |
| cs_real_t | theta |
Numerical settings for the diffusion term | |
| cs_param_hodge_t | diffusion_hodge |
| cs_property_t * | diffusion_property |
Numerical settings for the advection term | |
| cs_param_advection_form_t | adv_formulation |
| cs_param_advection_scheme_t | adv_scheme |
| cs_real_t | upwind_portion |
| cs_adv_field_t * | adv_field |
Numerical settings for the reaction term | |
The contribution of a reaction term to the algebraic system is either at the left-hand and/or right-hand side according to the choice of time scheme | |
| cs_param_hodge_t | reaction_hodge |
| int | n_reaction_terms |
| cs_property_t ** | reaction_properties |
Definition of the related source terms | |
The contribution of a source term to the algebraic system is always at right-hand side whatever is the choice of time scheme | |
| int | n_source_terms |
| cs_xdef_t ** | source_terms |
Enforcement of values in the computational domain | |
Assign a values to a selection of degrees of freedom inside the domain This is different from the enforcement of boundary conditions but rely on the same algebraic manipulation. | |
| cs_lnum_t | n_enforced_dofs |
| cs_lnum_t * | enforced_dof_ids |
| cs_real_t * | enforced_dof_values |
Settings related to the resolution of the algebraic system | |
| cs_param_sles_t | sles_param |
Settings related to the optimization of the performance | |
| cs_param_assemble_omp_strategy_t | omp_assembly_choice |
Set of parameters to handle an unsteady convection-diffusion-reaction equation with term sources.
| adv_field |
Pointer to the cs_adv_field_t structure associated to the advection term
| adv_formulation |
Type of formulation (conservative, non-conservative...) for the advective term
| adv_scheme |
Numerical scheme used for the discretization of the advection term
| bc_defs |
Pointers to the definitions of the boundary conditions
| default_bc |
Default boundary condition related to this equation. Valid choices:
| default_enforcement |
Type of strategy to enforce an essential boundary conditions (Dirichlet for instance) when no predefined strategy is prescribed. See cs_param_bc_enforce_t for more details.
| diffusion_hodge |
Set of parameters for the discrete Hodge operator related to the diffusion
| diffusion_property |
Pointer to the property related to the diffusion term
| int dim |
Dimension of the unknown
| do_lumping |
Set to true or false. Activate several actions: Perform a mass lumping of the matrices related to the time and reaction discretization. All source terms are evaluated using a barycentric quadrature.
| cs_param_dof_reduction_t dof_reduction |
How is defined DoF
| enforced_dof_ids |
List of related DoF ids
| enforced_dof_values |
List of related values to enforce
| flag |
Flag to know if unsteady or diffusion or convection or reaction or source term are activated or not
| ic_defs |
List of pointers to the definition of the inititial condition
| n_bc_defs |
Number of boundary conditions which are defined for this equation
| n_enforced_dofs |
Number of degrees of freedom (DoFs) to enforce
| n_ic_defs |
Number of definitions for setting the intial condition
| n_reaction_terms |
Number of reaction terms to consider.
| n_source_terms |
Number of source terms to consider.
| char* restrict name |
name of the equation
| omp_assembly_choice |
When OpenMP is active, choice of parallel reduction for the assembly
| process_flag |
Flag to known if predefined post-treatments such as Peclet, are requested
| reaction_hodge |
Set of parameters for the discrete Hodge operator related to the reaction terms
| reaction_properties |
List of properties associated to each reaction term
| sles_param |
Set of parameters to specify how to to solve the algebraic
| source_terms |
List of definition of each source term
| space_poly_degree |
Maximum degree of the polynomial basis
| cs_param_space_scheme_t space_scheme |
Space discretization scheme
| strong_pena_bc_coeff |
Value of the penalization coefficient used to enforce the Dirichlet boundary conditions when CS_PARAM_BC_ENFORCE_PENALIZED is set. This value should be sufficiently large in order to neglect off-diagonal terms.
| theta |
Value of the coefficient for a theta scheme (between 0 and 1)
| time_hodge |
Set of parameters for the discrete Hodge operator related to the unsteady term
| time_property |
Pointer to the cs_property_t structure related to the unsteady term
| time_scheme |
Type of numerical scheme used for the time discretization
| cs_equation_type_t type |
type of equation: predefined...
| upwind_portion |
Value between 0. and 1. (0: centered scheme, 1: pure upwind scheme) Introduce a constant portion of upwinding in a centered scheme Only useful if the advection scheme is set to
| int verbosity |
Level of detail for output
| weak_pena_bc_coeff |
Value of the penalization coefficient used to enforce the Dirichlet boundary condition when CS_PARAM_BC_ENFORCE_WEAK_NITSCHE or CS_PARAM_BC_ENFORCE_WEAK_SYM is set. This two latter strategies have a lesser influence on the conditioning number of the linear system than the choice CS_PARAM_BC_ENFORCE_PENALIZED
1.8.16