Set Command's Parameters (cmdSetXXX( ) )
There are general functions written for each panel command to set the command's parameters to their default values and put the valid values in the database according to the defined path.
Below is a table of available functions:
| Function | AcuSolve Command | Name | Active |
|---|---|---|---|
| cmdSetAutoSolutionStrategy | AUTO_SOLUTION_STRATEGY | no | no |
| cmdSetGravity | GRAVITY | yes | no |
| cmdSetMassSpeciesSource | MASS_SPECIES_SOURCE | yes | no |
| cmdSetVolumeSpeciesSource | VOLUME_SPECIES_SOURCE | yes | no |
| cmdSetMassHeatSource | MASS_HEAT_SOURCE | yes | no |
| cmdSetVolumeHeatSource | VOLUME_HEAT_SOURCE | yes | no |
| cmdSetBodyForce | BODY_FORCE | yes | no |
| cmdSetCaaElementOutput | CAA_ELEMENT_OUTPUT | yes | no |
| cmdSetCaaOutput | CAA_OUTPUT | yes | no |
| cmdSetCaaSurfaceOutput | CAA_SURFACE_OUTPUT | yes | no |
| cmdSetContactAngleModel | CONTACT_ANGLE_MODEL | yes | no |
| cmdSetConvergenceCheckParameters | CONVERGENCE_CHECK_PARAMETERS | no | no |
| cmdSetElementBoundaryCondition | ELEMENT_BOUNDARY_CONDITION | yes | yes |
| cmdSetElementOutputs | ELEMENT_OUTPUT | yes | yes |
| cmdSetElementSets | ELEMENT_SET | yes | yes |
| cmdSetEmissivityModel | EMISSIVITY_MODEL | yes | no |
| cmdSetExternalCodeParameters | EXTERNAL_CODE | no | no |
| cmdSetExternalCodeSurface | EXTERANL_CODE_SURFACE | yes | yes |
| cmdSetFanComponents | FAN_COMPONENT | yes | yes |
| cmdSetFlexibleBody | FLEXIBLE_BODY | yes | no |
| cmdSetFreeSurface | FREE_SURFACE | yes | yes |
| cmdSetGlobalMeshAttributes | GLOBAL_MESH_ATTRIBUTES | no | no |
| cmdSetGuideSurface | GUIDE_SURFACE | yes | yes |
| cmdSetHeatExchangerComponent | HEAT_EXCHANGER_COMPONENT | yes | yes |
| cmdSetIntegratedBoundaryCondition | SURFACE_INTEGRATED_CONDITION | yes | yes |
| cmdSetInterfaceSurface | INTERFACE_SURFACE | yes | yes |
| cmdSetLinearSolverParameters | LINEAR_SOLVER_PARAMETERS | no | no |
| cmdSetDensityModel | DENSITY_MODEL | yes | no |
| cmdSetSpecificHeatModel | SPECIFIC_HEAT_MODEL | yes | no |
| cmdSetViscosityModel | VISCOSITY_MODEL | yes | no |
| cmdSetConductivityModel | CONDUCTIVITY_MODEL | yes | no |
| cmdSetDiffusivityModel | DIFFUSIVITY_MODEL | yes | no |
| cmdSetPorosityModel | POROSITY_MODEL | yes | no |
| cmdSetMaterialModel | MATERIAL_MODEL | yes | no |
| cmdSetMeshMotion | MESH_MOTION | yes | no |
| cmdSetMultiplierFunction | MULTIPLIER_FUNCTION | yes | no |
| cmdSetNodalBoundaryCondition | NODAL_BOUNDARY_CONDITION | yes | yes |
| cmdSetNodalInitialCondition | NODAL_INITIAL_CONDITION | no | no |
| cmdSetNodalOutput | NODAL_OUTPUT | no | no |
| cmdSetDerivedQuantityOutput | DERIVED_QUANTITY_OUTPUT | no | no |
| cmdSetRunningAverageOutout | RUNNING_AVERAGE_OUTPUT | no | no |
| cmdSetTimeAverageOutput | TIME_AVERAGE_OUTPUT | no | no |
| cmdSetErrorEstimatorOutput | ERROR_ESTIMATOR_OUTPUT | no | no |
| cmdSetRestartOutput | RESTART_OUTPUT | no | no |
| cmdSetNodalResidualOutput | NODAL_RESIDUAL_OUTPUT | no | no |
| cmdSetTimeHistoryOutput | TIME_HISTORY_OUTPUT | yes | no |
| cmdSetParticleSurface | PARTILE_SURFACE | yes | yes |
| cmdSetPeriodicBoundaryCondition | PERIODIC_BOUNDARY_CONDITION | yes | yes |
| cmdSetProblemDescription | ANALYSIS & EQUATION | no | no |
| cmdSetRadiationParameters | RADIATION | no | no |
| cmdSetRadiationSurface | RADIATION_SURFACE | yes | yes |
| cmdSetReferenceFrame | REFERENCE_FRAME | yes | no |
| cmdSetSimpleBoundaryCondition | SIMPLE_BOUNDARY_CONDITION | yes | yes |
| cmdSetSolarRadiationModel | SOLAR_RADIATION_MODEL | yes | no |
| cmdSetSolarRadiationParameters | SOLAR_RADIATION | no | no |
| cmdSetSolarRadiationSurface | SOLAR_RADIATION_SURFACE | yes | yes |
| cmdSetStagger | STAGGER | yes | no |
| cmdSetSurfaceMeshAttributes | SURFACE_MESH_ATTRIBUTES | yes | yes |
| cmdSetSurfaceOutput | SURFACE_OUTPUT | yes | yes |
| cdmSetSurfaceTensionModel | SURFACE_TENSION_MODEL | yes | no |
| cmdSetTimeIncrement | TIME_INCREMENT | no | no |
| cmdSetTimeIntegration | TIME_INTEGRATION | no | no |
| cmdSetTimeSequence | TIME_SEQUENCE | no | no |
| cmdSetTurbulenceWall | TURBULENCE_WALL | yes | yes |
| cmdSetUserGlobalData | USER_GLOBAL_DATA | yes | no |
| cmdSetVolumeMeshAttributes | VOLUME_MESH_ATTRIBUTES | yes | yes |
| cmdSetZoneMeshAttributes | --- | yes | yes |
where the name and active columns refer to having these in the command arguments.
The following are all of the set functions of the commands with their arguments:
- ALGEBRAIC_MULTIGRID_PARAMETERS
def cmdSetAlgebraicMultigridParameters( clobber = True, pressure_standard_interpolation = True, pressure_truncated_interpolation = True, pressure_negative_coupling_tolerance = 0.25, pressure_positive_coupling_tolerance = 0.5, pressure_truncation_tolerance = 0.2, max_pressure_final_matrix = 100, pressure_eigenvalue_tolerance = 1.e-6, max_pressure_eigenvalue_iterations = 100, pressure_smoothing_order = 2, pressure_chebyshev_max_min_ratio = 10, num_pressure_global_basis = 0, pressure_global_basis_tolerance = 1.e-6, max_pressure_global_basis_iterations = 1000, num_pressure_initial_givens_rotations = 0, pressure_jacobi_relaxation_factor = 0.25, pressure_relaxation_type = 'chebyshev', pressure_positive_negative_separate = False, pressure_givens_scaling = True, pressure_setup_tolerance = 0, velocity_standard_interpolation = True, velocity_truncated_interpolation = True, velocity_negative_coupling_toleranc e= 0.5, velocity_positive_coupling_tolerance = 1, velocity_truncation_tolerance = 0.1, max_velocity_final_matrix = 100, velocity_num_krylov_vectors = 30, velocity_smoothing_order = 2, velocity_chebyshev_max_min_ratio = 10, velocity_jacobi_relaxation_factor = 0.25, velocity_relaxation_type = 'chebyshev', velocity_positive_negative_separate = False, velocity_givens_scaling = False, velocity_setup_tolerance = 0, flow_standard_interpolation = True, flow_truncated_interpolation = True, flow_negative_coupling_tolerance = 0.5, flow_positive_coupling_tolerance = 1, flow_truncation_tolerance = 0.1, max_flow_final_matrix = 100, flow_num_krylov_vectors = 30, flow_smoothing_order = 2, flow_chebyshev_max_min_ratio = 10, flow_jacobi_relaxation_factor = 0.25, flow_relaxation_type = 'chebyshev', flow_positive_negative_separate = False, flow_givens_scaling = False, flow_setup_tolerance = 0, temperature_standard_interpolation = True, temperature_truncated_interpolation = True, temperature_negative_coupling_tolerance = 0.5, temperature_positive_coupling_tolerance = 1, temperature_truncation_tolerance = 0.1, max_temperature_final_matrix = 100, temperature_num_krylov_vectors = 30, temperature_smoothing_order = 2, temperature_chebyshev_max_min_ratio = 10, temperature_jacobi_relaxation_factor = 0.25, temperature_relaxation_type = 'chebyshev', temperature_positive_negative_separate = False, temperature_givens_scaling = False, temperature_setup_tolerance = 0, species_standard_interpolation = True, species_truncated_interpolation = True, species_negative_coupling_tolerance = 0.5, species_positive_coupling_tolerance = 1, species_truncation_tolerance = 0.1, max_species_final_matrix = 100, species_num_krylov_vectors = 30, species_smoothing_order = 2, species_chebyshev_max_min_ratio = 10, species_jacobi_relaxation_factor = 0.25, species_relaxation_type = 'chebyshev', species_positive_negative_separate = False, species_givens_scaling = False, species_setup_tolerance = 0, turbulence_standard_interpolation = True, turbulence_truncated_interpolation = True, turbulence_negative_coupling_tolerance = 0.5, turbulence_positive_coupling_tolerance = 1, turbulence_truncation_tolerance = 0.1, max_turbulence_final_matrix = 100, turbulence_num_krylov_vectors = 30, turbulence_smoothing_order = 2, turbulence_chebyshev_max_min_ratio = 10, turbulence_jacobi_relaxation_factor = 0.25, turbulence_relaxation_type = 'chebyshev', turbulence_positive_negative_separate = False, turbulence_givens_scaling = False, turbulence_setup_tolerance = 0, mesh_standard_interpolation = True, mesh_truncated_interpolation = True, mesh_negative_coupling_tolerance = 0.6, mesh_positive_coupling_tolerance = 1, mesh_truncation_tolerance = 0.1, max_mesh_final_matrix = 100, mesh_eigenvalue_tolerance = 1.e-2, max_mesh_eigenvalue_iterations = 20, mesh_smoothing_order = 2, mesh_chebyshev_max_min_ratio = 10, num_mesh_global_basis = 0, #------ Misc. 12/09:C3 12/07/09 SH mesh_global_basis_tolerance = 1.e-6, max_mesh_global_basis_iteration s= 1000, num_mesh_initial_givens_rotations = 0, mesh_jacobi_relaxation_factor = 0.25, mesh_relaxation_type = 'chebyshev', mesh_positive_negative_separate = True, mesh_givens_scaling = False, mesh_setup_tolerance = 0, viscoelastic_standard_interpolation = True, viscoelastic_truncated_interpolation = True, viscoelastic_negative_coupling_tolerance = 0.5, viscoelastic_positive_coupling_tolerance = 1, viscoelastic_truncation_tolerance = 0.1, max_viscoelastic_final_matrix = 100, viscoelastic_num_krylov_vectors = 30, viscoelastic_smoothing_order = 2, viscoelastic_chebyshev_max_min_ratio = 10, viscoelastic_jacobi_relaxation_factor = 0.25, viscoelastic_relaxation_type = 'chebyshev', viscoelastic_positive_negative_separate = False, viscoelastic_givens_scaling = False, viscoelastic_setup_tolerance = 0, protect_parameters = False ): - AUTO_SOLUTION_STRATEGY
def cmdSetAutoSolutionStrategy( clobber = True, max_time_steps = 100, final_time = 0, initial_time_increment = 1.e+10, auto_time_increment = False, min_time_increment = 0, max_time_increment = 0, convergence_tolerance = 1.e-3, min_stagger_iterations = 0, max_stagger_iterations = 0, num_krylov_vectors = 10, relaxation_factor = 0, flow = True, viscoelastic = True, temperature = True, temperature_flow = False, radiation = True, species_1 = True, species_2 = True, species_3 = True, species_4 = True, species_5 = True, species_6 = True, species_7 = True, species_8 = True, species_9 = True, turbulence = True, mesh= Trues, external_code = True): - GRAVITY
def cmdSetGravity( name, clobber = True, type = 'constant', gravity = ((0,0,0),), curve_fit_values = ((0,0,0,0),), curve_fit_variable = 'x_coordinate', user_function = '', user_values = (), user_strings = [], multiplier_function = 'none' ):- type can be "none", "constant", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "pressure", "temperature", "eddy_viscosity","species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- MASS_SPECIES_SOURCE
def cmdSetMassSpeciesSource( name, srcId = None, clobber = True, type = 'constant', mass_species_source = 0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none' ):- type can be "none", "constant", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate","x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "pressure", "temperature", "eddy_viscosity", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- VOLUME_SPECIES_SOURCE
def cmdSetVolumeSpeciesSource( name, srcId = None, clobber = True, type = 'constant', volume_species_source = 0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none' ):- type can be "none", "constant", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "pressure", "temperature", "eddy_viscosity", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- MASS_HEAT_SOURCE
def cmdSetMassHeatSource( name, clobber = True, type = 'constant', mass_heat_source = 0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none' ):- type can be "none", "constant", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "pressure", "temperature", "eddy_viscosity", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- VOLUME_HEAT_SOURCE
def cmdSetVolumeHeatSource( name, clobber = True, type = 'constant', volume_heat_source = 0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none' ):- type can be "none", "constant", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "pressure", "temperature", "eddy_viscosity", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- BODY_FORCE
def cmdSetBodyForce( name, clobber = True, medium = 'fluid', type = 'constant', gravity = ((0, 0, 0),), style = 'per_unit_mass', datatree = True ): - CAA_ELEMENT_OUTPUT
def cmdSetCaaElementOutput( name, clobber = True, caa_output = '', quadrature = 'full', datatree = True ):quadrature can be "full", "reduced"
- CAA_OUTPUT
def cmdSetCaaOutput( name, clobber = True, directions = (), gap = 0, output_coordinates = False, output_velocity = False, output_pressure = False, output_momentum_stress = False, output_total_stress = False, output_lighthill_stress = False, output_reduced_lighthill_stress = False, output_div_momentum_stress = False, output_div_total_stress = False, output_div_lighthill_stress = False, output_div_reduced_lighthill_stress = False, output_normal_momentum_flux = False, output_normal_momentum_flux_rate = False, output_normal_div_total_stress = False, output_fwh_monopole = False, output_fwh_dipole = False, output_ei_na = False, output_ei_na_velocity = False, output_ei_na_pressure = False, output_ei_na_momentum_stress = False, output_ei_na_total_stress = False, output_ei_na_lighthill_stress = False, output_ei_na_reduced_lighthill_stress = False, output_ei_na_div_momentum_stress = False, output_ei_na_div_total_stress = False, output_ei_na_div_lighthill_stress = False, output_ei_na_div_reduced_lighthill_stress=False, output_ei_gna_div_momentum_stress = False, output_ei_gna_div_total_stress = False, output_ei_gna_div_lighthill_stress = False, output_ei_gna_div_reduced_lighthill_stress=False, output_si_na = False, output_si_na_normal = False, output_si_na_normal_pressure = False, output_si_na_normal_momentum_flux = False, output_si_na_normal_momentum_flux_rate = False, output_si_na_normal_div_total_stress = False, output_si_na_fwh_monopole = False, output_si_na_fwh_dipole = False, output_si_na_pressure = False, reference_density = 1.225, reference_pressure = 0, reference_sound_speed = 330, output_frequency = 1000, output_time_interval = 0, num_saved_states = 0, datatree = True ): - CAA_SURFACE_OUTPUT
def cmdSetCaaSurfaceOutput( name, clobber = True, caa_output = '', quadrature = 'full', datatree = True ):quadrature can be "full", "reduced"
- CONTACT_ANGLE_MODEL
def cmdSetContactAngleModel( name, clobber = True, type = 'free', contact_angle = 90, multiplier_function= 'none', datatree = True ):- type can be "constant", "free"
- CONVERGENCE_CHECK_PARAMETERS
def cmdSetConvergenceCheckParameters( clobber = True, pressure_residual_check = 'standard', pressure_solution_increment_check = 'looser_by_10', velocity_residual_check = 'standard', velocity_solution_increment_check = 'looser_by_10', viscoelastic_stress_residual_check = 'looser_by_10', viscoelastic_stress_solution_increment_check = 'looser_by_10', temperature_residual_check = 'standard', temperature_solution_increment_check= 'looser_by_10', radiation_residual_check = 'none', radiation_solution_increment_check = 'looser_by_10', species_residual_check = 'standard', species_solution_increment_check = 'looser_by_10', turbulence_residual_check = 'looser_by_10', turbulence_solution_increment_check = 'looser_by_100', mesh_displacement_residual_check = 'none', mesh_displacement_solution_increment_check = 'looser_by_100' ), protect_parameters = False ):- pressure_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- pressure_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- velocity_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- velocity_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- viscoelastic_stress_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- viscoelastic_stress_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- temperature_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- temperature_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- radiation_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- radiation_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- species_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- species_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- turbulence_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- turbulence_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- mesh_displacement_residual_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- mesh_displacement_solution_increment_check can be "none", "standard", "looser_by_10", "looser_by_100", "looser_by_1000", "tighter_by_10", "tighter_by_100", "tighter_by_1000"
- EDGE_MESH_ATTRIBUTES
def cmdSetEdgeMeshAttributes( name,
clobber = True,
active = False,
MeshSizeType = 'none',
AbsMeshSize = 1.0,
RelMeshSize = 0.125,
AbsMeshSizeExp = "value=1.0",
RelMeshSizeExp = "value=0.125",
AbsAnisoMeshSizeFactor = 1.0,
RelAnisoMeshSizeFactor = 1.0,
AbsAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1)),
RelAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1)),
CurvatureRefinementFlag = False,
CurvatureAngle = 25,
CurvatureMeshSizeFactor = 0.5,
BoundaryLayerFlag = False,
BoundaryLayerSpec = 'type_1',
FirstLayerHeight = 0.001,
HeightOfLayers = 0.004,
GrowthRate = 1.3,
NumberOfLayers = 3,
ResolveBLAttrib = '3',
BoundaryLayerBlendsFlag = False,
BoundaryLayerPropagateFlag = False,
BoundaryLayerElemType = 'ACUMESH_BL_TRIANGLE',
SweepAngle = 45,
SmallFeatureMeshingFlag = False,
SmallFeatureMeshingType = 'RELATIVE_TOLERANCE',
SmallFeatureMeshingTolerance = 0.0125,
head = 'Model' ):- MeshSizeType can be "none","absolute_value", "relative_value", "absolute_expression","relative_expression", "absolute_aniso_value", "relative_aniso_value"
- BoundaryLayerSpec can be "type_1", "type_2"
- BoundaryLayerElemType can be "ACUMESH_BL_MIXED", "ACUMESH_BL_TRIANGLE"
- ResolveBLAttrib can be "1", "2", "3", "4"
- ELEMENT_BOUNDARY_CONDITION
def cmdSetElementBoundaryCondition( name, clobber = True, active = False, panel_type = None, panel_ref = None, variable = '', type = 'zero', constant_value = 0, constant_values = ((0,0,0),), surface_values = (), curve_fit_values = ((0,0),), curve_fit_variable = 'x_coordinate', curve_fitt_values = ((0,0,0,0),), curve_fitt_variable = 'x_coordinate', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none', reference_temperature = 273.14, reference_temperature_multiplier_function = 'none', reference_species = 0, reference_species_multiplier_function = 'none', non_reflecting_factor = 0, pressure_loss_factor = 0, pressure_loss_factor_multiplier_function = 'none', hydrostatic_pressure = False, hydrostatic_pressure_origin = ((0,0,0),), active_type = 'all' ), head = 'Model' ):- variable can be "mass_flux", "pressure", "stagnation_pressure", "tangential_traction", "heat_flux", "convective_heat_flux", "radiation_heat_flux", "species_1_flux", "convective_species_1_flux", "species_2_flux", "convective_species_2_flux", "species_3_flux", "convective_species_3_flux", "species_4_flux", "convective_species_4_flux", "species_5_flux", "convective_species_5_flux", "species_6_flux", "convective_species_6_flux", "species_7_flux", "convective_species_7_flux", "species_8_flux", "convective_species_8_flux", "species_9_flux", "convective_species_9_flux", "turbulence_flux"
- type can be "zero", "constant", "free", "outflow", "inflow", "per_surface", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "normal_velocity pressure", "temperature", "eddy_viscosity", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- curve_fitt_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "normal_velocity pressure", "temperature", "eddy_viscosity", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- active_type can be "none", "all", "no_interface"
- ELEMENT_OUTPUT
def cmdSetElementOutputs( name, clobber = True, active = False, integrated_output_frequency = 1, integrated_output_time_interval=0, num_user_output = 0, user_function = '', user_values = (), user_strings = (), head = 'Model' ): - ELEMENT_SET
def cmdSetElementSets( name, clobber = True, active = True, medium = 'fluid', quadrature = 'full', material_model = 'Air', body_force = 'none', reference_frame = 'none', mesh_motion = 'none', num_shell_layers = 1, shell_material_models = ('Aluminum'), shell_thickness_type = 'constant', shell_thicknesses = (1.0), viscous_heating = False, compression_heating = False, residual_control = True, oscillation_control = True, mesh_motion_precedence = 1, mesh_distortion_correction_factor = 0.0, mesh_distortion_tolerance = 0.0, auxiliary_elements = (), auxiliary_material_model = '', auxiliary_reference_frame = 'none', head = 'Model', element_volume_heat_sources = () ):- medium can be "none", "fluid", "solid", "shell"
- quadrature can be "full", "reduced", "nodal", "high_1", "high_2"
- shell_thickness_type can be "constant"
- EMISSIVITY_MODEL
def cmdSetEmissivityModel( name, clobber = True, type = 'constant', emissivity = 1, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function ='none', datatree = True ):- type can be "constant", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "temperature"
- EXTERNAL_CODE_PARAMETERS
def cmdSetExternalCodeParameters( clobber = True, communication = 'socket', launch_command = '', socket_initiate = True, socket_host = '', socket_port = 10000, fifo_send_file = '', fifo_receive_file = '', multiplier_function = 'none', filter = 'none', iir_input_coefficients = ((1),), iir_output_coefficients = () ):- communication can be "pipe", "socket", "fifo"
- filter can be "none", "iir"
- EXTERNAL_CODE_SURFACE
def cmdSetExternalCodeSurface( name, clobber = True, active = False, precedence = 1, coupling_type = 'structural', rigid_body_name = '', coupling_direction = 'both', velocity_type = 'wall', temperature_type = 'tied', mesh_displacement_type = 'tied', turbulence_wall_type = 'wall_function', roughness_height = 0 , external_code_tags = () gap_factor = 1, gap = 0, head = 'Model' ):
- velocity_type can be "wall", "slip"
- temperature_type can be "none", "tied"
- mesh_displacement_type can be "tied", "slip"
- turbulence_wall_type can be "none", "low_reynolds_number", "wall_function", "running_average_wall_function"
- coupling_type can be "structural", "line", "surface", "rigid_body"
- coupling_direction can be "both", "to_external_code", "from_external_code"
- FAN_COMPONENT
def cmdSetFanComponent( name, clobber = True, active = False, type = 'axial', center = ((0,0,0),), direction = ((1,0,0),), angular_speed = 1, angular_speed_multiplier_function ='none', tip_radius = 1, thickness = 1, fluid_density = 1, inlet_area = 1, tip_velocity = 1, pressure_flowrate_curve_fit = ((0,0),(1,1),), axial_coefficient_type = 'constant', axial_coefficient = 1, axial_curve_fit_values = ((0,0),(0,1),), axial_curve_fit_row_variable = 'normalized_radius', axial_curve_fit_column_variable = 'normalized_flow_rate', axial_user_function = '', axial_user_values = (), axial_user_strings = (), axial_multiplier_function = 'none', radial_coefficient_type = 'constant', radial_coefficient = 1, radial_curve_fit_values = ((0,0),(0,1),), radial_curve_fit_row_variable = 'normalized_radius', radial_curve_fit_column_variable = 'normalized_flow_rate', radial_user_function = '', radial_user_values = (), radial_user_strings = (), radial_multiplier_function = '', tangential_coefficient_type = 'constant', tangential_coefficient = 1, tangential_curve_fit_values = ((0,0),(0,1),), tangential_curve_fit_row_variable = 'normalized_radius', tangential_curve_fit_column_variable= 'normalized_flow_rate', tangential_user_function = '', tangential_user_values = (), tangential_user_strings = (), tangential_multiplier_function = 'none' , head = 'Model' , model = modelSrf ):- type can be "axial", "radial"
- axial_coefficient_type can be "constant", "piecewise_bilinear", "p-q_curve_fit", "user_function"
- axial_curve_fit_row_variable can be "normalized_radius"
- axial_curve_fit_column_variable can be "normalized_flow_rate"
- radial_coefficient_type can be "constant", "piecewise_bilinear", "user_function"
- radial_curve_fit_row_variable can be "normalized_radius"
- radial_curve_fit_column_variable can be "normalized_flow_rate"
- tangential_coefficient_type can be "constant","piecewise_bilinear", "user_function"
- tangential_curve_fit_row_variable can be "normalized_radius"
- tangential_curve_fit_column_variable can be "normalized_flow_rate"
- FLEXIBLE_BODY
def cmdSetFlexibleBody( name, clobber = True, equation = 'mesh_displacement', num_modes = 1, type = 'trapezoidal', num_sub_steps = 1, mass = (), stiffness = (), damping = (), contact_constraints = (), external_force = (), external_force_multiplier_function = 'none', initial_displacement= (), initial_velocity = (), initial_force = (), internal_force_multiplier_function = 'none', user_function = '', user_values = (), user_strings = (), surface_outputs = (), evaluation = 'once_per_solution_update', filter = 'none', iir_input_coefficients = ((1),), iir_output_coefficients= (), datatree = True ):- equation can be "mesh_displacement", "velocity"
- type can be "trapezoidal", "user_function"
- evaluation can be "once_per_solution_update", "once_per_time_step"
- filter can be "none", "iir"
- FREE_SURFACE
def cmdSetFreeSurface( name, clobber = True, active = False, surface_tension_model = 'none', contact_angle_model = 'none', head = 'Model' , model = modelSrf ): - GLOBAL_MESH_ATTRIBUTES
def cmdSetGlobalMeshAttributes( clobber = True, MeshSizeType = 'relative_value', AbsMeshSize = 1.0, RelMeshSize = 0.1, AbsMeshSizeExp = "value=1.0", RelMeshSizeExp = "value=0.125", AbsAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1) ), RelAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1) ), AbsAnisoMeshSizeFactor = 1.0, RelAnisoMeshSizeFactor = 1.0, CurvatureRefinementFlag = True, CurvatureAngle = 25, CurvatureMeshSizeFactor = 0.5, MeshGrowthRate = 1.0, SweepAngle = 45):- MeshSizeType can be "absolute_value", "relative_value", "absolute_expression", "relative_expression", "absolute_aniso_value", "relative_aniso_value"
- GUIDE_SURFACE
def cmdSetGuideSurface( name, clobber = True, active = False, type = 'faceted', crease_angle = 90, mesh_motion = 'none'. head = 'Model', model = modelSrf):- type can be "faceted"
- HEAT_EXCHANGER_COMPONENT
def cmdSetHeatExchangerComponent( name, clobber = True, active = False, type ='constant_coolant_heat_reject', coolant_heat_reject = 0, coolant_heat_reject_multiplier_function = 'none', coolant_flow_rate = 0, coolant_flow_rate_multiplier_function = 'none', direction = ((1,0,0),), thickness = 1, upstream_distance = 0, friction_type = 'constant', friction = 0, inlet_min_area_ratio = 1, outlet_min_area_ratio = 1, wet_min_area_ratio = 1, core_friction_constant = 1, core_friction_exponent = -1, inlet_loss_coefficients = ((0.4,0.0,-0.4),), outlet_loss_coefficients = ((1,-2,1),), friction_curve_fit_values = ((0,1),), friction_curve_fit_variable = 'axial_velocity', friction_user_function = '', friction_user_values = (), friction_user_strings = (), friction_multiplier_function = 'none', transverse_friction_factor = 10, effectiveness_type = 'constant', effectiveness = 1, effectiveness_curve_fit_values = ((0,0),(0,1),), effectiveness_curve_fit_row_variable = 'coolant_flow_rate', effectiveness_curve_fit_column_variable = 'axial_velocity', effectiveness_user_function = '', effectiveness_user_values = (), effectiveness_user_strings = (), effectiveness_multiplier_function = 'none', head = 'Model' , model = modelSrf ):- type can be "constant_coolant_heat_reject"
- friction_type can be "constant", "kays_london piecewise_linear", "cubic_spline", "user_function"
- friction_curve_fit_variable can be "axial_velocity"
- effectiveness_type can be "constant","piecewise_bilinear", "user_function"
- effectiveness_curve_fit_row_variable can be "coolant_flow_rate"
- effectiveness_curve_fit_column_variable can be "axial_velocity"
- SURFACE_INTEGRATED_CONDITION
def cmdSetIntegratedBoundaryCondition( name, clobber = True, active = False, variable = '', type = 'constant', constant_value = 0, multiplier_function = 'none', head = 'Model' , model = modelSrf ):- variable can be "mass_flux", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9"
- type can be "constant"
- INTERFACE_SURFACE
def cmdSetInterfaceSurface( name, clobber = True, active = False, gap_factor = 1, gap = 0, crease_angle = 90 , head = 'Model' , model = modelSrf ): - LINEAR_SOLVER_PARAMETERS
def cmdSetLinearSolverParameters( clobber = True, tab = 'basic', lhs_storage = 'sparse', min_num_iteration_ratio = 0.5, pressure_precedence_factor = 1.0, num_pressure_projection_vectors = 10, num_velocity_projection_vectors = 5, num_flow_projection_vectors = 5, num_viscoelastic_stress_projection_vectors = 5, num_temperature_projection_vectors = 10, num_radiation_projection_vectors = 10, num_temperature_flow_projection_vectors = 4, num_species_projection_vectors = 10, num_turbulence_projection_vectors = 10, num_mesh_displacement_projection_vectors= 10, pressure_lhs_inverse_order = 5, velocity_lhs_inverse_order = 5, flow_lhs_inverse_order = 5, temperature_lhs_inverse_order = 5, pressure_regularization_factor = 1.0, velocity_regularization_factor = 0.5, flow_regularization_factor = 0, viscoelastic_stress_regularization_factor= 0, temperature_regularization_factor = 0, temperature_flow_regularization_factor = 0, species_regularization_factor = 0, turbulence_regularization_factor = 0, mesh_displacement_regularization_factor = 0, pressure_update_factor = 1.0, velocity_update_factor = 1.0, temperature_update_factor = 1.0, species_update_factor = 1.0, turbulence_update_factor = 1.0, mesh_displacement_update_factor = 1.0, radiation_update_factor = 1.0, max_pressure_update = 0.0, max_velocity_update = 0.0, max_viscoelastic_stress_update = 0.0, max_temperature_update = 0.0, max_species_update = 0.0, max_turbulence_update = 0.0, max_mesh_displacement_update = 0.0, max_radiation_update = 0.0, max_reverse_update_factor = 0.0, pressure_update_filter = 'none', velocity_update_filter = 'none', viscoelastic_stress_update_filter = 'none', temperature_update_filter = 'none', species_update_filter = 'none', turbulence_update_filter = 'none', mesh_displacement_update_filter = 'none', radiation_update_filter = 'none', protect_parameters = False ):- lhs_storage can be "sparse", "reduced_memory_sparse"
- pressure_update_filter can be "none", "mic"
- velocity_update_filter can be "none", "mic"
- viscoelastic_stress_update_filter can be "none", "mic"
- radiation_update_filter can be "none", "mic"
- temperature_update_filter can be "none", "mic"
- species_update_filter can be "none", "mic"
- turbulence_update_filter can be "none", "mic"
- mesh_displacement_update_filter can be "none", "mic"
- DENSITY_MODEL
def cmdSetDensityModel( name, clobber = True, type = 'constant', density = 1, expansivity_type = 'constant', expansivity = 1, reference_temperature = 273.14, reference_pressure = 0, specific_heat_ratio = 1.4, gas_constant = 286.6, isothermal_compressibility = 0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = () ):- type can be "constant", "boussinesq", "isentropic", "ideal_gas", "piecewise_linear", "cubic_spline", "user_function"
- expansivity_type can be "constant"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate","pressure", "temperature", "species_1", "species_2", "species_3", "species_4', "species_5", "species_6", "species_7", "species_8", "species_9"
- SPECIFIC_HEAT_MODEL
def cmdSetSpecificHeatModel( name, clobber = True, type = 'constant', specific_heat = 1, curve_fit_values = ((0,1),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), latent_heat_type = 'none', latent_heat = 0, latent_heat_temperature = 0, latent_heat_temperature_interval = 0 ):- type can be "constant", "piecewise_linear_enthalpy", "cubic_spline_enthalpy", "user_function_enthalpy"
- curve_fit_variable can be "temperature"
- latent_heat_type can be "none","constant"
- VISCOSITY_MODEL
def cmdSetViscosityModel( name, nodePath = None, clobber = True, type = 'constant', viscosity = 0, power_law_viscosity = 0, power_law_time_constant = 0, power_law_index = 1, power_law_lower_strain_rate = 0, bingham_viscosity = 1, bingham_yield_stress = 0, bingham_stress_growth_exponent = 500, bingham_time_constant = 1, bingham_index = 1, bingham_infinite_shear_viscosity= 0, carreau_zero_shear_viscosity = 0, carreau_infinite_shear_viscosity= 0, carreau_time_constant = 0, carreau_index = 1, carreau_transition_index = 2, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none' ):- type can be "constant", "ramped", "power_law", "bingham", "carreau", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9"
- VISCOELASTIC_MODEL
def cmdSetViscoelasticModel( name, clobber = True, type = 'none', time_constant = 0.0, giesekus_mobility_factor = 0.0, phan_thien_tanner_extensibility_factor = 0.0, phan_thien_tanner_differential_ratio = 0.0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none', viscosity_type = 'constant', viscosity = 0, power_law_viscosity = 0, power_law_time_constant = 0, power_law_index = 1, power_law_lower_strain_rate = 0, bingham_viscosity = 1, bingham_yield_stress = 0, bingham_stress_growth_exponent = 500, bingham_time_constant = 1, bingham_index = 1, bingham_infinite_shear_viscosity = 0, carreau_zero_shear_viscosity = 0, carreau_infinite_shear_viscosity = 0, carreau_time_constant = 0, carreau_index = 1, carreau_transition_index = 2, viscosity_curve_fit_values = ((0,0),), viscosity_curve_fit_variable = 'temperature', viscosity_user_function = '', viscosity_user_values = (), viscosity_user_strings = (), viscosity_multiplier_function = 'none' ):- type can be "none", "oldroyd_b", "giesekus", "phan_thien_tanner", "bingham", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9"
- CONDUCTIVITY_MODEL
def cmdSetConductivityModel( name, clobber = True, type = 'constant', conductivity = 0, prandtl_number = 0.71, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none', turbulent_prandtl_number = 0.91, anisotropic_conductivity= ((0,0,0,0,0,0),), anisotropic_curve_fit_values = ((0,0,0,0,0,0,0),), anisotropic_curve_fit_variable= 'temperature', anisotropic_user_function = '', anisotropic_user_values = (), anisotropic_user_strings = () ):- type can be "constant", "constant_prandtl_number", "ramped", "piecewise_linear", "cubic_spline", "user_function", "constant_anisotropic", "piecewise_linear_anisotropic", "cubic_spline_anisotropic", "user_function_anisotropic"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9"
- anisotropic_curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9"
- DIFFUSIVITY_MODEL
def cmdSetDiffusivityModel( name, species, clobber = True, type = 'constant', diffusivity = 0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none', turbulent_schmidt_number= 0.91 ):- type can be "constant", "ramped", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9"
- POROSITY_MODEL
def cmdSetPorosityModel( name, clobber = True, type = 'none', porosity = 1, permeability_type = 'cartesian', direction_1_permeability = 1, direction_1_permeability_multiplier_function = 'none', direction_2_permeability = 1, direction_2_permeability_multiplier_function = 'none', direction_3_permeability = 1, direction_3_permeability_multiplier_function = 'none', cylindrical_permeability_axis = ( (0,0,0),(1,0,0) ), spherical_permeability_center = ( 0,0,0 ), radial_permeability = 1, radial_permeability_multiplier_function = 'none', axial_permeability = 1, axial_permeability_multiplier_function = 'none', tangential_permeability = 1, tangential_permeability_multiplier_function = 'none', permeability_flow_direction = 'x', permeability_flow_direction_vector = (1,0,0), permeability_direction = ((1,0,0), (0,1,0), (0,0,1)), data_type = 'direct', velocity_pressure_drop_fit = ((0.0,0.0),(1.0,1.0)), porous_thickness = 0.1, darcy_coefficient = 0, forchheimer_coefficient = 0, darcy_multiplier_function = 'none', forchheimer_multiplier_function = 'none' ):- type can be "none", "constant"
- data_type can be "value", "pv_curve"
- MATERIAL_MODEL
def cmdSetMaterialModel( name, clobber = True, medium = 'fluid', datatree = True , species = 1, sp_cut_off = 0.5, material_1 = '', material_2 = '', surface_tension = '' ): - MESH_EXTRUSION
def cmdSetMeshExtrusionItems( name,
clobber = True,
active = True,
GeomType = 'surface',
side1 = 'Side1',
side2 = 'Side2',
ExtrusionType = 'Number of layers',
NumberOfLayers = 1,
HeightOfLayers = [ "1", "mm" ],
ExtrusionOptions = 'Mixed elements' ):- ExtrusionType can be "Number of layers", "Layer height"
- GeomType can be "surface", "edge"
- ExtrusionOptions can be "Mixed elements", "All tets", "Extruded surface", "All tris"
- MESH_MOTION
def cmdSetMeshMotion( name, clobber = True, type = 'none', translation_velocity = ((0,0,0),), translation_variable = 'time', translation_variable_multiplier_function = 'none', rotation_center = ((0,0,0),), angular_velocity = ((0,0,0),), rotation_variable = 'time', rotation_variable_multiplier_function = 'none', curve_fit_values = ((0,0,0,0,1,0,0),), curve_fit_variable = 'time', curve_fit_variable_multiplier_function = 'none', user_function = '', user_values = (), user_strings = (), rigid_body_x_displacement = 'active', rigid_body_y_displacement = 'active', rigid_body_z_displacement = 'active', rigid_body_x_rotation = 'active', rigid_body_y_rotation = 'active', rigid_body_z_rotation = 'active', rigid_body_center = ((0,0,0),), rigid_body_direction = ((1,0,0), (0,1,0), (0,0,1),), rigid_body_mass = 1, rigid_body_dyadic = ((1,1,1,0,0,0),), rigid_body_stiffness = ((0,0,0,0,0,0),), rigid_body_damping = ((0,0,0,0,0,0),), rigid_body_rotational_stiffness = ((0,0,0,0,0,0),), rigid_body_rotational_damping = ((0,0,0,0,0,0),), rigid_body_external_force = ((0,0,0),), rigid_body_external_force_multiplier_function = 'none', rigid_body_external_moment = ((0,0,0),), rigid_body_external_moment_multiplier_function = 'none', rigid_body_initial_displacement = ((0,0,0),), rigid_body_initial_velocity = ((0,0,0),), rigid_body_initial_rotation = ((0,0,0),), rigid_body_initial_angular_velocity = ((0,0,0),), rigid_body_initial_force = ((0,0,0),), rigid_body_internal_force_multiplier_function = 'none', rigid_body_initial_moment = ((0,0,0),), rigid_body_internal_moment_multiplier_function= 'none', rigid_body_filter = 'none', rigid_body_iir_input_coefficients = ((1),), rigid_body_iir_output_coefficients = (), rigid_body_surface_outputs = (), interpolated_motion_surfaces = (), datatree = True ):
- type can be "none", "zero", "translation", "rotation", "piecewise_linear", "cubic_spline", "user_function", "rigid_body_dynamic"
- translation_variable can be "time", "multiplier_function"
- rotation_variable can be "time", "multiplier_function"
- curve_fit_variable can be "time", "multiplier_function"
- rigid_body_x_displacement can be "active", "zero"
- rigid_body_y_displacement can be "active", "zero"
- rigid_body_z_displacement can be "active", "zero"
- rigid_body_x_rotation can be "active", "zero"
- rigid_body_y_rotation can be "active", "zero"
- rigid_body_z_rotation can be "active", "zero"
- rigid_body_filter can be "none", "iir"
- MESH_PROCESS_ATTRIBUTES
def cmdSetMeshProcessAttributes( clobber = True, ScaleFactor = (( 1.0,1.0,1.0),), BoundaryLayerMinAspectRatioFlag = False, BoundaryLayerMinAspectRatio = 0.9, BoundaryLayerExposedRatioFlag = False, BoundaryLayerExposedRatio = 0.2, BoundaryLayerConformityAngle = 150.0, BoundaryLayer2DMinAspectRatioFlag = False, BoundaryLayer2DMinAspectRatio = 0.9, EdgeBlendSmoothFlag = False, EdgeBlendCutOffType = "RELATIVE_VALUE", EdgeBlendCutOffTarget = "First Layer", EdgeBlendCutOffValue = 0.01, EdgeBlendConstrainLayer = 0, EdgeBlendRelHeightSmoothDist= 3.0, EdgeBlendSweepAngle = 45, ReducedMeshFlag = True, EnsureInteriorVertices = "ENSURE_NONE", ShrinkMixedFlag = False, MeshType = "ACUMESH_VOL_MESH", VolOptOptimMeshFlag = True, VolOptSmoothMeshFlag = True, VolOptSmoothMeshLevel = 1, VolOptModifySurfFlag = False, VolOptStructMeshFlag = False, VolOptUnstructMeshFlag = False, VolOptEnforceMeshFlag = False, SrfOptSnapOnMatchFlag = True, SrfOptSmoothMeshFlag = True, SrfOptSmoothMeshLevel = 3, SrfOptFixIntFlag = True, SrfOptFixIntLevel = "1", SrfOptContOnErrorFlag = False, SrfOptProximitySizeLevel = 0, SrfOptFaceRotAngLim = 15, SrfMeshImproveFlag = False, SrfImpOptimFlag = True, SrfImpGradeMeshFlag = False, SrfImpGradeRate = 2.0/3, SrfImpFixIntFlag = False, SrfImpFixIntLevel = "1", SrfImpMinRefinementFlag = False, SrfImpRefType = 'ABSOLUTE_VALUE', SrfImpRefAbsSize = 0.1, SrfImpRefRelSize = 0.1, SrfImpShapeMetricType = 'MAX_ANGLE', SrfImpShapeMetricValue = 0.5, VolMeshImproveFlag = False, VolImpOptimFlag = True, VolImpGradeMeshFlag = False, VolImpGradeRate = 2.0/3, VolImpMinRefinementFlag = False, VolImpRefType = 'ABSOLUTE_VALUE', VolImpRefAbsSize = 0.1, VolImpRefRelSize = 0.1, VolImpModSrfMeshFlag = False, VolImpShapeMetricType = 'MAX_ANGLE', VolImpShapeMetricValue = 0.5, MaximumVertices = 0, MaximumEdges = 0, MaximumFaces = 0, MaximumRegions = 0, SmallFeatureMeshingFlag = False, SmallFeatureMeshingType = 'RELATIVE_TOLERANCE', SmallFeatureMeshingTolerance = 0.0125): - MULTIPLIER_FUNCTION
def cmdSetMultiplierFunction( name, clobber = True, type = 'constant', constant_value = 1, sine_coefficients = (1,0,0), curve_fit_values = ((0,1),), curve_fit_variable = 'time', curve_fit_variable_multiplier_function = 'none', curve_fit_variable_user_global_data = 'none', curve_fit_variable_cyclic_period = 1, user_function = '', user_values = (), user_strings = (), user_history_variables = (), user_global_data = '', evaluation = 'once_per_time_step', filter = 'none', iir_input_coefficients = ((1),), iir_output_coefficients = (), filter_relaxation_factor = 0.5, dependencies = (), datatree = True ):- type can be "constant", "sine_series", "piecewise_linear", "cubic_spline", "piecewise_log_linear", "user_function", "user_global_data", "modifiable"
- curve_fit_variable can be "time", "cyclic_time", "time_step", "time_increment", "multiplier_function", "user_global_data"
- evaluation can be "once_per_time_step", "once_per_solution_update"
- filter can be "none", "relaxation", 'iir', ''mic"
- NODAL_BOUNDARY_CONDITION
def cmdSetNodalBoundaryCondition( name, model, clobber = True, active = False, variable = '', panel_type = None, panel_dir = None, precedence = 1, type = 'zero', nodes = (), constant_value = 0, nodal_values = (), user_nodal_values = (), curve_fit_values = ((0,0),), curve_fit_variable = 'x_coordinate', user_function = '', user_values = (), user_strings = (), scattered_data = (), scattered_data_origin = ((0,0,0),), scattered_data_axes = ((1,0,0), (0,1,0), (0,0,1)), external_file = '', external_file_nodal_offset = (), external_file_evaluation = 'once_per_time_step', auxiliary_nodes = (), reference_frame = 'none', multiplier_function = 'none', mesh_motion = 'none', flexible_body = '', guide_surface = '', nodal_modes = (), time_series = ((0),), time_series_variable = 'time', time_series_cyclic_period = 1, time_series_variable_multiplier_function= 'none', direction_type = 'constant', constant_direction = ((1,0,0),), nodal_directions = (), active_type = 'all', active_user_function = '', active_user_values = (), active_user_strings = (), external_code_tags = () ):- variable can be "x_velocity", "y_velocity", "z_velocity", "direction_velocity", "pressure", "viscoelastic_xx_stress", "viscoelastic_yy_stress", "viscoelastic_zz_stress", "viscoelastic_xy_stress", "viscoelastic_yz_stress", "viscoelastic_zx_stress", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "eddy_viscosity", "kinetic_energy", "eddy_frequency", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_direction_displacement", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_direction_velocity"
- type can be "zero", "constant", "nodal", "nodal_time_series", "piecewise_linear", "cubic_spline", "user_function", "scattered_data", "scattered_data_time_series", "external_file", "match_mesh_velocity", "mesh_motion", "flexible_body", "external_code", "guide_surface"
- curve_fit_variable can be "x_coordinate", "y_coordinate", "z_coordinate", "x_reference_coordinate", "y_reference_coordinate", "z_reference_coordinate", "x_velocity", "y_velocity", "z_velocity", "velocity_magnitude", "pressure", "temperature", "eddy_viscosity", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "mesh_x_displacement", "mesh_y_displacement", "mesh_z_displacement", "mesh_displacement_magnitude", "mesh_x_velocity", "mesh_y_velocity", "mesh_z_velocity", "mesh_velocity_magnitude"
- external_file_evaluation can be "once_per_time_step"
- time_series_variable can be "time", "cyclic_time", "multiplier_function"
- direction_type can be "constant", "nodal", "normal"
- active_type can be "none", "all", "inflow", "far_field", "user_function", "no_interface"
- NODAL_INITIAL_CONDITION-Velocity
def cmdSetVelocityNodalInitialCondition( clobber = True, x_velocity = 0.0, y_velocity = 0.0, z_velocity = 0.0, initType = "constant", nodal_values = (), satisfy_boundary_condition = False ):
- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-Pressure
def cmdSetPressureNodalInitialCondition( clobber = True, pressure = 0.0, initType = "constant", nodal_values = (), satisfy_boundary_condition = False):
- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-EddyViscosity
def cmdSetEddyViscosityNodalInitialCondition(
clobber = True,
eddy_viscosity = 0.0,
initType = "constant",
nodal_values = (),
satisfy_boundary_condition = False):- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-EddyFrequency
def cmdSetEddyFrequencyNodalInitialCondition(
clobber = True,
eddy_frequency = 0.0,
initType = "constant",
nodal_values = (),
satisfy_boundary_condition = False):- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-KineticEnergy
def cmdSetKineticEnergyNodalInitialCondition(
clobber = True,
kinetic_energy = 0.0,
initType = "constant",
nodal_values = (),
satisfy_boundary_condition = False):- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-Temperature
def cmdSetTemperatureNodalInitialCondition(
clobber = True,
temperature = 0.0,
initType = "constant",
nodal_values = (),
satisfy_boundary_condition = False):- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-ViscoelasticStress
def cmdSetViscoelasticStressNodalInitialCondition(
clobber = True,
viscoelastic_xx_stress = 0.0,
viscoelastic_yy_stress = 0.0,
viscoelastic_zz_stress = 0.0,
viscoelastic_xy_stress = 0.0,
viscoelastic_yz_stress = 0.0,
viscoelastic_zx_stress = 0.0,
initType = "constant",
nodal_values = (),
satisfy_boundary_condition = False):- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-Species
def cmdSetSpeciesNodalInitialCondition(
clobber = True,
species_1 = 0.0,
species_2 = 0.0,
species_3 = 0.0,
species_4 = 0.0,
species_5 = 0.0,
species_6 = 0.0,
species_7 = 0.0,
species_8 = 0.0,
species_9 = 0.0,
initType = "constant",
nodal_values = (),
satisfy_boundary_condition = False):- initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION-MeshDisplacement
def cmdSetMeshDisplacementNodalInitialCondition(
clobber = True,
x_mesh_displacement = 0.0,
y_mesh_displacement = 0.0,
z_mesh_displacement = 0.0,
initType = "constant",
nodal_values = (),
satisfy_boundary_condition = False ): - initType can be "constant", "nodal_values"
- NODAL_INITIAL_CONDITION
def cmdSetNodalInitialCondition( clobber = True, pressure = 0.0, x_velocity = 0.0, y_velocity = 0.0, z_velocity = 0.0, viscoelastic_xx_stress = 0.0, viscoelastic_yy_stress = 0.0, viscoelastic_zz_stress = 0.0, viscoelastic_xy_stress = 0.0, viscoelastic_yz_stress = 0.0, viscoelastic_zx_stress = 0.0, temperature = 0.0, species_1 = 0.0, species_2 = 0.0, species_3 = 0.0, species_4 = 0.0, species_5 = 0.0, species_6 = 0.0, species_7 = 0.0, species_8 = 0.0, species_9 = 0.0, eddy_viscosity = 0.0, kinetic_energy = 0.0, eddy_frequency = 0.0, x_mesh_displacement = 0.0, y_mesh_displacement = 0.0, z_mesh_displacement = 0.0, show_all = False, initType = "constant" nodal_values = (), satisfy_boundary_condition = False):- initType can be "constant", "nodal_values"
- NODAL_OUTPUT
def cmdSetNodalOutput( clobber = True, output_frequency = 1000, output_time_interval = 0, output_initial_condition= False, continuous_output = False, num_saved_states = 0 ): - DERIVED_QUANTITY_OUTPUT
def cmdSetDerivedQuantityOutput( clobber = True, output_frequency = 0, output_time_interval = 0, num_saved_states = 0 ): - RUNNING_AVERAGE_OUTPUT
def cmdSetRunningAverageOutput( clobber = True, output_frequency = 1000, output_time_interval = 0, num_saved_states = 0 ): - TIME_AVERAGE_OUTPUT
def cmdSetTimeAverageOutput( clobber = True, order = 2, output_frequency = 0, output_time_interval = 0, reset_frequency = 0, num_saved_states = 0 ): - ERROR_ESTIMATOR_OUTPUT
def cmdSetErrorEstimatorOutput( clobber = True, type = "pde_residual", output_frequency = 0, output_time_interval = 0, num_saved_states = 0, time_average_output_frequency=0, time_average_output_time_interval=0, num_time_average_saved_states=0, time_average_reset_frequency= 0 ): - RESTART_OUTPUT
def cmdSetRestartOutput( clobber = True, output_frequency = 1000, output_time_interval = 0, num_saved_states = 0 ): - NODAL_RESIDUAL_OUTPUT
def cmdSetNodalResidualOutput( clobber = True, output_frequency = 0, output_time_interval = 0, num_saved_states = 0 ): - TIME_HISTORY_OUTPUT
def cmdSetTimeHistoryOutput( name, clobber = True, type = 'nodal', nodes = ((1,),), coordinates = ((1,1,1,1),), display_points = False, output_frequency = 1, output_time_interval = 0, datatree = True ):- type can be "nodal", "coordinates"
- EXTERNAL_OUTPUT
def cmdSetExternalOutput( name, clobber = True, type = 'socket', launch = False, launch_command = '', socket_host = '', socket_port = 20000, user_function = '', user_values = (), user_strings = (), output_frequency = 1, output_time_interval =0, datatree = True ):
- type can be "socket","user"
- PARTICLE_SURFACE
def cmdSetParticleSurface( name, clobber = True, active = False, type = 'wall' , head = 'Model', model = modelSrf ):- type can be "wall", "inflow", "outflow"
- PERIODIC_BOUNDARY_CONDITION
def cmdSetPeriodicBoundaryCondition( name,
clobber = True,
active = False,
panel_type = None,
panel_ref = None,
variable = '',
type = 'periodic',
precedence = 1,
rotation_axis = ((0,0,0,),(0,0,1)),
constant_value = 0,
constant_values = ((0,0,0),),
user_function = '',
user_values = (),
user_strings = (),
multiplier_function = 'none',
active_type = 'all',
active_user_function = '',
active_user_values = (),
active_user_strings = (),
nodal_pair_values = () )- variable can be "all", "pressure", "velocity", "viscoelastic_xx_stress", "viscoelastic_yy_stress", "viscoelastic_zz_stress", "viscoelastic_xy_stress", "viscoelastic_yz_stress", "viscoelastic_zx_stress", "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "eddy_viscosity", "kinetic_energy", "eddy_frequency", "mesh_displacement"
- type can be 'periodic', 'axisymmetric', 'two_reference_frames', 'constant_offset', 'nodal_pair_offset', 'user_function_offset', 'constant_coefficients', 'nodal_pair_coefficients', 'user_function_coefficients', 'single_unknown_offset', ' single_unknown_ratio' active_type can be "none", "all", "user_function
- ANALYSIS & EQUATION
def cmdSetProblemDescription( clobber = True, title = 'AcuSolve Problem', sub_title = 'AcuSolve Problem', type = 'steady', flow = 'navier_stokes', viscoelastic = 'none', absolute_pressure_offset = 0, temperature = 'none', absolute_temperature_offset = 0, radiation = 'none', species_transport= 'none', num_species = 1, turbulence = 'none', mesh = 'eulerian', external_code = False, running_average = False, running_average_steps = 100 ):- type can be "steady", "transient"
- flow can be "navier_stokes", "stokes"
- viscoelastic can be "none", "upper_convected_maxwell, "upper_convected_maxwell_log_model"
- temperature can be "none", "advective_diffusive"
- radiation can be "none", "enclosure"
- species_transport can be "none", "advective_diffusive"
- turbulence can be "none", "spalart_allmaras", "detached_eddy_simulation", "dynamic_model", "large_eddy_simulation", "spalart_allmaras_detached_eddy_simulation", "shear_stress_transport_detached_eddy_simulation", "shear_stress_transport", "k_omega"
- mesh can be "eulerian", "specified", "arbitrary_lagrangian_eulerian"
- AUTO_SOLUTION_STRATEGY
def cmdSetPtAutoSolutionStrategy( clobber = True, max_time = 0, max_segments = 10000 ):
- FLOW_FIELD
def cmdSetFlowField( clobber = True, flow_field_type = 'steady', from_run = 0, from_directory = 'ACUSIM.DIR', from_problem = dbName, from_time_step = 0, time_step_type = 'all', cyclic_time_step_type = 'range', time_step_series = (), first_cyclic_time_step = 0, last_cyclic_time_step = 0, cyclic_end_time_steps = 'include_first', mesh_motion = True, pseudodynamic_mesh_update = 'max_angle', pseudodynamic_max_angle = 10, pseudodynamic_time_increment = 1, extended_flow_variables = (), coupling_socket_port = 20000):
- flow_field_type can be "steady", "transient", "pseudotransient", "cyclic", "one_way_coupling", "two_way_coupling"
- time_step_type can be "all", "time_step_series"
- can be "max_angle", "time_increment"
- TRACE_OUTPUT
def cmdSetTraceOutput( clobber = True, active = False, output_frequency = 1, output_time_interval = 0, format = 'bin_rec', particle_seed = True, particle_coordinates = True, particle_time = True, particle_stretch = True, particle_stretch_magnitude = True, particle_log_stretch_magnitude = True, particle_stretch_rate_magnitude = True, particle_velocity = True, particle_velocity_magnitude = True, particle_turbulence_random_seed = True, particle_element_id = True, particle_element_set_id = True, particle_marker = True, particle_user_equations = True, flow_velocity = False, flow_velocity_magnitude = False, flow_pressure = False, flow_temperature = False, flow_species = False, flow_eddy_viscosity = False, flow_strain_rate_magnitude = False, flow_grad_velocity = False, flow_grad_pressure = False, flow_grad_temperature = False, flow_grad_species = False, flow_grad_eddy_viscosity = False ):
- format can be "bin_rec", "ascii", "binary"
- TIME_CUT_OUTPUT
def cmdSetTimeCutOutput(clobber = True, active = False, time_cut_type = 'none', time_cuts = (), time_cut_start_time = 0, time_cut_stop_time = 0, time_cut_interval = 0, format = 'bin_rec', particle_seed = True, particle_coordinates = True, particle_time = True, particle_stretch = True, particle_stretch_magnitude = True, particle_log_stretch_magnitude = True, particle_stretch_rate_magnitude = True, particle_velocity = True, particle_velocity_magnitude = True, particle_turbulence_random_seed = True, particle_element_id = True, particle_element_set_id = True, particle_marker = True, particle_user_equations = True, flow_velocity = False, flow_velocity_magnitude = False, flow_pressure = False, flow_temperature = False, flow_species = False, flow_eddy_viscosity = False, flow_strain_rate_magnitude = False, flow_grad_velocity = False, flow_grad_pressure = False, flow_grad_temperature = False, flow_grad_species = False, flow_grad_eddy_viscosity = False ):- time_cut_type can be "none", "time_series", "time_interval"
- format can be "bin_rec", "ascii", "binary"
- POINCARE_OUTPUT
def cmdSetPoincareOutput( clobber = True, active = False, poincare_sections = (), format = 'bin_rec', particle_seed = True, particle_coordinates = True, particle_time = True, particle_stretch = True, particle_stretch_magnitude = True, particle_log_stretch_magnitude = True, particle_stretch_rate_magnitude = True, particle_velocity = True, particle_velocity_magnitude = True, particle_turbulence_random_seed = True, particle_element_id = True, particle_element_set_id = True, particle_marker = True, particle_user_equations = True, flow_velocity = False, flow_velocity_magnitude = False, flow_pressure = False, flow_temperature = False, flow_species = False, flow_eddy_viscosity = False, flow_strain_rate_magnitude = False, flow_grad_velocity = False, flow_grad_pressure = False, flow_grad_temperature = False, flow_grad_species = False, flow_grad_eddy_viscosity = False ):- format can be "bin_rec", "ascii", "binary"
- PARTICLE_SEED_BASIC
def cmdSetParticleSeedBasic( name,
clobber = True,
marker = 0,
coordinates_type = 'per_seed',
seed_coordinates = ((1,0,0,0)),
particle_surface = 'none',
particle_surface_offset = 0,
element_set = 'none',
region_bounding_box = ((0,0,0),(1,1,1)),
number_of_seeds = 1,
density_type = 'constant',
constant_density = 1,
density_random_bounds = (0,1),
seed_densities = (1,),
radius_type = 'constant',
constant_radius = 1,
radius_random_bounds = (1,1),
seed_radii = (1,),
velocity_type = 'constant',
particle_velocity_multipler = 1.0,
constant_velocity = (0,0,0),
velocity_random_bounds = ((0,1),(0,1),(0,1)),
seed_velocities = ((0,0,0),),
time_type = 'zero',
seed_time = 0,
seed_times = (0,),
emission_time_type = 'time_series',
emission_times = (0,),
emission_start_time = 0,
emission_stop_time = 0,
emission_time_interval = 0,
stretch_type = 'constant',
constant_stretch = ( 1, 0, 0 ),
seed_stretch = ((1,0,0),),
random_stretch_length = 1,
component_type = 'none',
constant_components = (0,),
seed_components = (0,),
component_random_bounds = (),
turbulence_random_seed_type = 'constant',
constant_turbulence_random_seed = 1,
turbulence_random_seeds = (1,) ):- coordinates_type can be "per_seed", "surface_random", "surface_uniform", "surface_flux_weighted", "volume_random", "volume_uniform", "region_random", "region_uniform"
- time_type can be "zero", "constant", "per_seed", "emission_times"
- stretch_type can be "constant", "random", "per_seed"
- PARTICLE_SEED_USER
def cmdSetParticleSeedUser( name, clobber = True, type = 'constant', constant_values = (0,), seed_values = (0,), random_bounds = (), particle_seed = None, user_equation = None ):- type can be "constant", "random", "per_seed"
- PARTICLE_SEED
def cmdSetParticleSeed( name, clobber = True, datatree = True ): - EQUATION
def cmdSetPtProblemDescription( clobber = True, particle = 'massless', stretch = 'none', user_equations = () ):- particle can be "massless", "finite_mass"
- stretch can be "none", "standard"
- STAGGER
def cmdSetPtStagger( name, clobber = True, equation = 'none', min_stagger_iterations = 1, max_stagger_iterations = 10, convergence_tolerance = 1.e-6, lhs_update_frequency = 1, nonlinear = True, user_equation = 'none', datatree = True, staggers = () ):
- equation can be "none", "particle", "stretch", "user_equation"
- TIME_SEQUENCE
def cmdSetPtTimeSequence( clobber = True, max_time = 0, max_segments = 10000, min_stagger_iterations = 1, max_stagger_iterations = 1, lhs_update_initial_times = 1, lhs_update_frequency = 1, stagger_convergence_tolerance = 1.e-4, stagger_lhs_update_frequency = 0, staggers = (), protect_parameters = False ): - TRACE_PARAMETERS
def cmdSetPtTraceParameters( clobber = True,
element_crossing = False,
turbulence_trace = False,
max_segment_length = 0,
max_segment_coordinate_increment = 0.5,
max_segment_time_increment = 0.0,
max_turning_angle = 15,
protect_parameters = False ):- USER_EQUATION
def cmdSetPtUserEquation( name,
clobber = True,
user_function = '',
num_variables = 1,
user_values = (),
user_strings = (),
type = 'evolve',
datatree = True )- RADIATION
def cmdSetRadiationParameters( clobber = True, view_factor_type = 'hemicube', num_hemicube_bins = 200, max_surface_subdivision = 1, smoothing_type = 'least_squares', stefan_boltzman_constant = 5.670e-8, num_symmetry_planes = 0, symmetry_center = ((0,0,0),), symmetry_direction_1 = ((1,0,0),), symmetry_direction_2 = ((0,1,0),), symmetry_direction_3 = ((0,0,1),) ):- view_factor_type can be "hemicube"
- smoothing_type can be "least_squares"
- RADIATION_SURFACE
def cmdSetRadiationSurface( name, clobber = True, active = False, type = 'wall', emissivity_model = '', opening_temperature = 273.14, opening_temperature_multiplier_function = 'none', agglomeration = True, max_agglomeration_surfaces = 25, max_agglomeration_angle = 10, max_agglomeration_radious = .25, integrated_output_frequency = 1, integrated_output_time_interval = 0, nodal_output_frequency = 0, nodal_output_time_interval = 0, head = 'Model', model = modelSrf):- type can be
- REFERENCE_FRAME
def cmdSetReferenceFrame( name, clobber = True, centrifugal = True, coriolis = True, angular_acceleration = True, rotation_center = (0,0,0,), angular_velocity = (0,0,0,), multiplier_function = 'none', datatree = True ): - SIMPLE_BOUNDARY_CONDITION
def cmdSetSimpleBoundaryCondition( name, clobber = True, active = True, type = 'wall', inflow_type = 'velocity', back_flow_conditions = False, precedence = 1, reference_frame = "none", inflow_velocity_type = "cartesian", wall_velocity_type = "match_mesh_velocity", cylinder_axis = ( ( 0,0,0 ), (0,1,0) ), sphere_center = ( 0,0,0 ), x_velocity = 0.0, x_velocity_multiplier_function = "none", y_velocity = 0.0, y_velocity_multiplier_function = "none", z_velocity = 0.0, z_velocity_multiplier_function = "none", axial_velocity = 0.0, axial_velocity_multiplier_function = "none", radial_velocity = 0.0, radial_velocity_multiplier_function = "none", tangential_velocity = 0.0, tangential_velocity_multiplier_function = "none", normal_velocity = 0.0, normal_velocity_multiplier_function = "none", mass_flux = 1.0, mass_flux_multiplier_function = "none", flow_rate = 1.0, flow_rate_multiplier_function = "none", average_velocity = 1.0, average_velocity_multiplier_function = "none", pressure = 0.0, pressure_multiplier_function = "none", pressure_loss_factor = 0.0, pressure_loss_factor_multiplier_function = "none", hydrostatic_pressure = False, hydrostatic_pressure_origin = ( 0, 0, 0 ), stagnation_pressure = 0.0, stagnation_pressure_multiplier_function = "none", temperature_type = "flux", temperature = 0.0, temperature_multiplier_function = "none", heat_flux = 0.0, heat_flux_multiplier_function = "none", convective_heat_coefficient = 0.0, convective_heat_multiplier_function = "none", convective_heat_reference_temperature = 0.0, species_1_type = "flux", species_1 = 0.0, species_1_multiplier_function = "none", species_1_flux = 0.0, species_1_flux_multiplier_function = "none", species_2_type = "flux", species_2 = 0.0, species_2_multiplier_function = "none", species_2_flux = 0.0, species_2_flux_multiplier_function = "none", species_3_type = "flux", species_3 = 0.0, species_3_multiplier_function = "none", species_3_flux = 0.0, species_3_flux_multiplier_function = "none", species_4_type = "flux", species_4 = 0.0, species_4_multiplier_function = "none", species_4_flux = 0.0, species_4_flux_multiplier_function = "none", species_5_type = "flux", species_5 = 0.0, species_5_multiplier_function = "none", species_5_flux = 0.0, species_5_flux_multiplier_function = "none", species_6_type = "flux", species_6 = 0.0, species_6_multiplier_function = "none", species_6_flux = 0.0, species_6_flux_multiplier_function = "none", species_7_type = "flux", species_7 = 0.0, species_7_multiplier_function = "none", species_7_flux = 0.0, species_7_flux_multiplier_function = "none", species_8_type = "flux", species_8 = 0.0, species_8_multiplier_function = "none", species_8_flux = 0.0, species_8_flux_multiplier_function = "none", species_9_type = "flux", species_9 = 0.0, species_9_multiplier_function = "none", species_9_flux = 0.0, species_9_flux_multiplier_function = "none", turbulence_input_type = 'direct', turbulence_average_velocity = 1.0, turbulence_intensity = 1.0, turbulence_length_scale = 1.0, material_model_turbulence = 'Air', turbulence_viscosity_ratio = 1.0, eddy_viscosity = 0.0, eddy_viscosity_multiplier_function = "none", kinetic_energy = 0.0, kinetic_energy_multiplier_function = "none", eddy_frequency = 0.0, eddy_frequency_multiplier_function = "none", turbulence_wall_type = "wall_function", roughness_height = 0.0, non_reflecting_factor = 0.0, surface_tension_model = "none", contact_angle_model = "none", mesh_displacement_type = "fixed", flexible_body = '', nodal_x_modes = (), nodal_y_modes = (), nodal_z_modes = (), guide_surface = '', mesh_motion = "none", active_type = "all" , show_all = False, advanced_features = False, head = 'Model', temperature_back_flow_type = "value", eddy_viscosity_back_flow_type = "value", kinetic_energy_back_flow_type = "value", eddy_frequency_back_flow_type = "value", species_1_back_flow_type = "value", species_2_back_flow_type = "value", species_3_back_flow_type = "value", species_4_back_flow_type = "value", species_5_back_flow_type = "value", species_6_back_flow_type = "value", species_7_back_flow_type = "value", species_8_back_flow_type = "value", species_9_back_flow_type = "value", viscoelastic_xx_back_flow_type = "value", viscoelastic_yy_back_flow_type = "value", viscoelastic_zz_back_flow_type = "value", viscoelastic_xy_back_flow_type = "value", viscoelastic_yz_back_flow_type = "value", viscoelastic_zx_back_flow_type = "value", viscoelastic_xx_stress = 0.0, viscoelastic_xx_stress_multiplier_function = "none", viscoelastic_yy_stress = 0.0, viscoelastic_yy_stress_multiplier_function = "none", viscoelastic_zz_stress = 0.0, viscoelastic_zz_stress_multiplier_function = "none", viscoelastic_xy_stress = 0.0, viscoelastic_xy_stress_multiplier_function = "none", viscoelastic_yz_stress = 0.0, viscoelastic_yz_stress_multiplier_function = "none", viscoelastic_zx_stress = 0.0, viscoelastic_zx_stress_multiplier_function = "none" , model = modelSrf ):- type can be "wall", "inflow", "outflow", "slip", "symmetry", "far_field", "free_surface"
- inflow_type can be "velocity", "pressure", "stagnation_pressure", "mass_flux","flow_rate", "average_velocity"
- inflow_velocity_type can be "cartesian", "cylindrical", "spherical", "normal"
- wall_velocity_type can be "zero", "match_mesh_velocity", "cartesian","cylindrical","spherical", "normal"
- temperature_type can be "value", "flux"
- species_1_type can be "value", "flux"
- species_2_type can be "value", "flux"
- species_3_type can be "value", "flux"
- species_4_type can be "value", "flux"
- species_5_type can be "value", "flux"
- species_6_type can be "value", "flux"
- species_7_type can be "value", "flux"
- species_8_type can be "value", "flux"
- species_9_type can be "value", "flux"
turbulence_input_type can be "direct", "intensity_and_length_scale", "viscosity_ratio", "intensity_and_viscosity_ratio"
- turbulence_wall_type can be "none", "low_reynolds_number", "wall_function", "running_average_wall_function "
- mesh_displacement_type can be "none", "fixed", "slip", "flexible_body", "guide_surface"
- temperature_back_flow_type can be "area_average", "bulk", "exiting_area_average", "exiting_bulk", "value"
- eddy_viscosity_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- kinetic_energy_back_flow_type_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- eddy_frequency_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_1_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_2_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_3_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_4_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_5_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_6_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_7_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_8_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- species_9_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- viscoelastic_xx_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- viscoelastic_yy_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- viscoelastic_zz_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- viscoelastic_xy_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- viscoelastic_yz_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- viscoelastic_zx_back_flow_type can be "area_average", "mass_flux_average","exiting_area_average", "exiting_mass_flux_average", "value"
- active_type can be "none", "all", "no_interface"
- SOLAR_RADIATION_MODEL
def cmdSetSolarRadiationModel( name, clobber = True, specular_transmissivity_type = 'constant', specular_transmissivity = 0, specular_transmissivity_curve_fit_values = ((0,0),(90,0),), specular_transmissivity_curve_fit_variable = 'incidence_angle', diffuse_transmissivity_type = 'constant', diffuse_transmissivity = 0, diffuse_transmissivity_curve_fit_values = ((0,0),(90,0),), diffuse_transmissivity_curve_fit_variable = 'incidence_angle', specular_reflectivity_type = 'constant', specular_reflectivity = 0, specular_reflectivity_curve_fit_values = ((0,0),(90,0),), specular_reflectivity_curve_fit_variable = 'incidence_angle', diffuse_reflectivity_type = 'constant', diffuse_reflectivity = 0, diffuse_reflectivity_curve_fit_values = ((0,0),(90,0),), diffuse_reflectivity_curve_fit_variable = 'incidence_angle' datatree = True ):- specular_transmissivity_type can be "constant", "piecewise_linear", "cubic_spline"
- specular_transmissivity_curve_fit_variable can be "incidence_angle"
- diffuse_transmissivity_type can be "constant", "piecewise_linear", "cubic_spline"
- diffuse_transmissivity_curve_fit_variable can be "incidence_angle"
- specular_reflectivity_type can be "constant", "piecewise_linear", "cubic_spline"
- specular_reflectivity_curve_fit_variable can be "incidence_angle"
- diffuse_reflectivity_type can be "constant", "piecewise_linear", "cubic_spline"
- diffuse_reflectivity_curve_fit_variable can be "incidence_angle"
- SOLAR_RADIATION
def cmdSetSolarRadiationParameters( clobber = True, type = 'piecewise_linear', curve_fit_values = ((0,0,0,-1352),), curve_fit_variable = 'time', multiplier_function = 'none', computation_type = 'ray_trace', num_rays = 1000000, num_diffuse_sub_rays = 4, max_ray_reflections = 10, min_ray_energy = 1.e-3, terminated_ray_redistribution_factor = 1, smoothing = True ):- type can be "piecewise_linear"
- curve_fit_variable can be "time"
- computation_type can be "ray_trace"
- SOLAR_RADIATION_SURFACE
def cmdSetSolarRadiationSurface( name, clobber = True, active = False, side = 'default', solar_radiation_model = '' , head = 'Model', model = modelSrf ):- side can be "default", "inward","outward","both"
- STAGGER
def cmdSetStagger( name, clobber = True, equation = 'none', explicit_type = 'none', min_stagger_iterations = 1, max_stagger_iterations = 1, convergence_tolerance = 1.e-4, lhs_update_frequency = 1, linear_solver = 'gmres', min_linear_solver_iterations = 1, max_linear_solver_iterations = 1000, num_krylov_vectors = 10, linear_solver_tolerance = 1.e-1, pressure_projection_tolerance = 1.e-1, velocity_projection_tolerance = 1.e-1, temperature_projection_tolerance= 1.e-1, projection = True, pressure_projection = True, velocity_projection = False, pressure_algebraic_multigrid = False, pressure_algebraic_multigrid_update_frequency = 0, temperature_projection = False, pressure_algebraic_multigrid_update_frequency = 1, velocity_algebraic_multigrid = False, velocity_algebraic_multigrid_update_frequency = 1, temperature_algebraic_multigrid = False, temperature_algebraic_multigrid_update_frequency = 1, algebraic_multigrid = False, algebraic_multigrid_update_frequency = 1, staggers = (), datatree = True , protect_parameters = False ):- equation can be "none", "pressure", "velocity", "flow", "viscoelastic", "temperature", "radiation", "temperature_flow", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9", "turbulence", "mesh_displacement", "external_code", "kinetic_energy", "eddy_frequency"
- explicit_type can be "none", "advection"
- linear_solver can be "gmres", "bicgstab","conjugate_gradient"
- SURFACE_MESH_ATTRIBUTES
def cmdSetSurfaceMeshAttributes( name, clobber = True, active = False, MeshSizeType = 'absolute_value', AbsMeshSize = 1.0, RelMeshSize = 0.125, AbsMeshSizeExp = "value=1.0", RelMeshSizeExp = "value=0.125", AbsAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1) ), RelAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1) ), AbsAnisoMeshSizeFactor = 1.0, RelAnisoMeshSizeFactor = 1.0, CurvatureRefinementFlag = False, CurvatureAngle = 25, CurvatureMeshSizeFactor = 0.5, RegionOfInfluenceFlag = False, InfluenceType = "SIMPLE", InfluenceSizeFactor = 1.0, InfluenceDistance = 0.1, InfluenceDirection = ( (1,0,0), ), UpstreamInfluenceDistance = 0.1, DownstreamInfluenceDistance= 0.1, InfluenceStartAngle = 15, BoundaryLayerFlag = False, BoundaryLayerSpec = 'type_1', FirstLayerHeight = 0.001, HeightOfLayers = 0.004, GrowthRate = 1.3, NumberOfLayers = 3 , ResolveBLAttrib = '3', BoundaryLayerBlendsFlag = False, BoundaryLayerPropagateFlag = False, BoundaryLayerElemType = 'ACUMESH_BL_TETRAHEDRON', SweepAngle = 45, estimate_yp = 'none', material_model_yp = 'Water', vel_scale = 1.0, len_scale = 1.0, coeff = 1.0, power = 1.0, SmallFeatureMeshingFlag = False, SmallFeatureMeshingType ='RELATIVE_TOLERANCE', SmallFeatureMeshingTolerance = 0.0125, head = 'Model' model = modelSrf ):- MeshSizeType can be "none", "absolute_value", "relative_value", "absolute_expression", "relative_expression", "absolute_aniso_value", "relative_aniso_value"
- InfluenceType can be "SIMPLE","DIRECTIONAL"
- BoundaryLayerSpec can be "type_1","type_2", "type_4"
- BoundaryLayerElemType can be "ACUMESH_BL_MIXED", "ACUMESH_BL_TETRAHEDRON"
- ResolveBLAttrib can be "1","2","3","4"
- SURFACE_OUTPUT
def cmdSetSurfaceOutput( name, clobber = True, active = False, integrated_output_frequency = 1, integrated_output_time_interval = 0, nodal_output_frequency = 0, nodal_output_time_interval = 0 , num_saved_states = 0, head = 'Model', model = modelSrf ): - SURFACE_TENSION_MODEL
def cmdSetSurfaceTensionModel( name, clobber = True, type = 'constant', surface_tension = 0, curve_fit_values = ((0,0),), curve_fit_variable = 'temperature', user_function = '', user_values = (), user_strings = (), multiplier_function = 'none', datatree = True ):- type can be "constant", "piecewise_linear", "cubic_spline", "user_function"
- curve_fit_variable can be "temperature", "species_1", "species_2", "species_3", "species_4", "species_5", "species_6", "species_7", "species_8", "species_9"
- TIME_INCREMENT
def cmdSetTimeIncrement( clobber = True, initial_time_increment = 0, previous_time_increment = 0, flow_time_increment = 0, auto_time_increment = True, local_time_increment = False, min_time_increment = 0, max_time_increment = 0, cfl_control = True, cfl_number = 100, min_cfl_number = 0, initial_cfl_number = 1, time_increment_decrease_factor = 0.25, time_increment_increase_factor = 1.25, time_increment_increase_delay = 4, min_time_increment_ratio = 0.1, multiplier_function = 'none' , protect_parameters = False ): - TIME_INTEGRATION
def cmdSetTimeIntegration( clobber = True, predictor = 'same_v', time_integration_order = 'first', high_frequency_damping_factor = 1.0, pressure_damping_type = 'max', lumped_mass_factor = 1.0, initialize_acceleration = False , initialize_stokes = False, initialize_turbulence = False, protect_parameters = False ):- predictor can be "same_v", "zero_a"
- time_integration_order can be "first", "second"
- TIME_SEQUENCE
def cmdSetTimeSequence( clobber = True, final_time = 0, min_time_steps = 1, max_time_steps = 1, convergence_tolerance = 1.e-4, termination_delay = 0, lhs_update_initial_times = 1, lhs_update_frequency = 1, min_stagger_iterations = 1, max_stagger_iterations = 1, stagger_convergence_tolerance = 1.e-4, stagger_lhs_update_frequency = 0, staggers = ('flow',) , protect_parameters = False ): - TURBULENCE_WALL
def cmdSetTurbulenceWall( name, clobber = True, active = False, type = 'low_reynolds_number', roughness_height = 0, active_type = 'all' , head = 'Model' model = modelSrf ):- type can be "low_reynolds_number", "wall_function", "running_average_wall_function"
- active_type can be "none", "all", "no_interface"
- USER_GLOBAL_DATA
def cmdSetUserGlobalData( name, clobber = True, value = 0, datatree = True ): - VOLUME_MESH_ATTRIBUTES
def cmdSetVolumeMeshAttributes( name, clobber = True, active = False, MeshSizeType = 'absolute_value', AbsMeshSize = 1.0, RelMeshSize = 0.125 , AbsMeshSizeExp = "value=1.0", RelMeshSizeExp = "value=0.125", AbsAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1)), RelAnisoMeshSize = ( (1,0,0),(0,1,0),(0,0,1)), AbsAnisoMeshSizeFactor = 1.0, RelAnisoMeshSizeFactor = 1.0, CurvatureRefinementFlag = False, CurvatureAngle = 25, CurvatureMeshSizeFactor = 0.1, SmallFeatureMeshingFlag = False, SmallFeatureMeshingType = 'RELATIVE_TOLERANCE', SmallFeatureMeshingTolerance = 0.0125, head = 'Model' ):- MeshSizeType can be "absolute_value", "relative_value", "absolute_expression", "relative_expression", "absolute_aniso_value", "relative_aniso_value", "none", "no_mesh"
- ZONE_MESH_ATTRIBUTES
def cmdSetZoneMeshAttributes( name, clobber = True, active = True, type = 'sphere', centerArray = ( 0, 0, 0 ), radius = 1, BoxCenter = ( 0, 0, 0 ), BoxLengthX = 1.0, BoxLengthY = 1.0, BoxLengthZ = 1.0, BoxXRot = 0.0, BoxYRot = 0.0, BoxZRot = 0.0, baseCentersArray= (( 0.0, 0.0, 0.0 ), ( 1.0, 1.0, 1.0 )), meshSize = 1., datatree = True ):