ANSYSAnalysisSettings

class ansys.mechanical.stubs.v242.Ansys.ACT.Automation.Mechanical.AnalysisSettings.ANSYSAnalysisSettings

Bases: object

Defines a ANSYSAnalysisSettings.

Overview

Methods

Activate	Activate the current object.
AddComment	Creates a new child Comment.
AddFigure	Creates a new child Figure.
AddImage	Creates a new child Image.
CopyTo	CopyTo method.
CreateParameter	Creates a new parameter for a Property.
DeleteAllRestartPoints	DeleteAllRestartPoints method.
Duplicate	Creates a copy of the current DataModelObject.
GetAMStepType	Gets the AM Process Step Type at a given step.
GetAutomaticTimeStepping	Gets the Automatic Time Stepping at a given solution step.
GetCarryOverTimeStep	Gets the Carry Over Time Step at a given solution step.
GetChildren	Gets the list of children, filtered by type.
GetCreepEffects	Gets the Creep Effects for a given solution step.
GetCreepLimitRatio	Gets the Creep Limit Ratio for a given solution step.
GetCurrentConvergenceMinimumReference	Gets the Current Convergence Minimum Reference at a given solution step.
GetCurrentConvergenceTolerance	Gets the Current Convergence Tolerance as a percentage at a given solution step.
GetCurrentConvergenceType	Gets the Current Convergence Tolerance type at a given solution step.
GetCurrentConvergenceValue	Gets the Current Convergence Value at a given solution step.
GetDefineBy	Gets the Define By at a given solution step.
GetDisplacementConvergenceMinimumReference	Gets the Displacement Convergence Minimum Reference at a given solution step.
GetDisplacementConvergenceTolerance	Gets the Displacement Convergence Tolerance as a percentage at a given solution step.
GetDisplacementConvergenceType	Gets the Displacement Convergence Tolerance type at a given solution step.
GetDisplacementConvergenceValue	Gets the Displacement Convergence Value at a given solution step.
GetEmagAMPSConvergenceMinimumReference	Gets the EmagAMPS Convergence Minimum Reference at a given solution step.
GetEmagAMPSConvergenceTolerance	Gets the EmagAMPS Convergence Tolerance as a percentage at a given solution step.
GetEmagAMPSConvergenceType	Gets the EmagAMPS Convergence Tolerance type at a given solution step.
GetEmagAMPSConvergenceValue	Gets the EmagAMPS Convergence Value at a given solution step.
GetEmagCSGConvergenceMinimumReference	Gets the EmagCSG Convergence Minimum Reference at a given solution step.
GetEmagCSGConvergenceTolerance	Gets the EmagCSG Convergence Tolerance as a percentage at a given solution step.
GetEmagCSGConvergenceType	Gets the EmagCSG Convergence Tolerance type at a given solution step.
GetEmagCSGConvergenceValue	Gets the EmagCSG Convergence Value at a given solution step.
GetEnergyConvergenceMinimumReference	Gets the Energy Convergence Minimum Reference at a given solution step.
GetEnergyConvergenceTolerance	Gets the Energy Convergence Tolerance as a percentage at a given solution step.
GetEnergyConvergenceType	Gets the Energy Convergence Tolerance type at a given solution step.
GetEnergyConvergenceValue	Gets the Energy Convergence Value at a given solution step.
GetForceConvergenceMinimumReference	Gets the Force Convergence Minimum Reference at a given solution step.
GetForceConvergenceTolerance	Gets the Force Convergence Tolerance as a percentage at a given solution step.
GetForceConvergenceType	Gets the Force Convergence Tolerance Type at a given solution step.
GetForceConvergenceValue	Gets the Force Convergence Value at a given solution step.
GetHeatConvergenceMinimumReference	Gets the Heat Convergence Minimum Reference at a given solution step.
GetHeatConvergenceTolerance	Gets the Heat Convergence Tolerance as a percentage at a given solution step.
GetHeatConvergenceType	Gets the Heat Convergence Tolerance type at a given solution step.
GetHeatConvergenceValue	Gets the Heat Convergence Value at a given solution step.
GetInitialSubsteps	Gets the Initial Substeps at a given solution step.
GetInitialTimeStep	Gets the Initial Time Step at a given solution step.
GetLineSearch	Gets the Line Search at a given solution step.
GetMaximumSubsteps	Gets the Maximum Substeps at a given solution step.
GetMaximumTimeStep	Gets the Maximum Time Step at a given solution step.
GetMinimumSubsteps	Gets the Minimum Substeps at a given solution step.
GetMinimumTimeStep	Gets the Minimum Time Step at a given solution step.
GetMomentConvergenceMinimumReference	Gets the Moment Convergence Minimum Reference at a given solution step.
GetMomentConvergenceTolerance	Gets the Moment Convergence Tolerance as a percentage at a given solution step.
GetMomentConvergenceType	Gets the Moment Convergence Tolerance type at a given solution step.
GetMomentConvergenceValue	Gets the Moment Convergence Value at a given solution step.
GetNumberOfSubSteps	Gets the Number of Substeps for a given solution step.
GetParameter	Gets the parameter corresponding to the given property.
GetRotationConvergenceMinimumReference	Gets the Rotation Convergence Minimum Reference at a given solution step.
GetRotationConvergenceTolerance	Gets the Rotation Convergence Tolerance as a percentage at a given solution step.
GetRotationConvergenceType	Gets the Rotation Convergence Tolerance type at a given solution step.
GetRotationConvergenceValue	Gets the Rotation Convergence Value at a given solution step.
GetStabilization	Gets the Stabilization at a given solution step.
GetStabilizationDampingFactor	Gets the Stabilization Damping Factor at a given solution step.
GetStabilizationEnergyDissipationRatio	Gets the Stabilization Energy Dissipation Ratio at a given solution step.
GetStabilizationFirstSubstepOption	Gets the Stabilization First Substep Option at a given solution step.
GetStabilizationForceLimit	Gets the Stabilization Force Limit at a given solution step.
GetStabilizationMethod	Gets the Stabilization Method at a given solution step.
GetStepEndTime	Gets the Step End Time at a given solution step.
GetStepName	Gets the Step name at a given step.
GetStoreResulsAtValue	Gets the Store Results At Value at a given solution step.
GetStoreResultsAt	Gets the Store Results At at a given solution step.
GetStructuralOnly	Gets the TimeIntegration Structural for a given solution step.
GetTemperatureConvergenceInputValue	Gets the Temperature Convergence Input Value at a given solution step.
GetTemperatureConvergenceMinimumReference	Gets the Temperature Convergence Minimum Reference at a given solution step.
GetTemperatureConvergenceTolerance	Gets the Temperature Convergence Tolerance as a percentage at a given solution step.
GetTemperatureConvergenceType	Gets the Temperature Convergence Tolerance type at a given solution step.
GetTemperatureConvergenceValue	Gets the Temperature Convergence Value at a given solution step.
GetThermalOnly	Sets the TimeIntegration Thermal for a given solution step.
GetTimeIntegration	Gets the TimeIntegration for a given solution step.
GetTimeStep	Sets the Time Step for a given solution step.
GetVoltageConvergenceMinimumReference	Gets the Voltage Convergence Minimum Reference at a given solution step.
GetVoltageConvergenceTolerance	Gets the Voltage Convergence Tolerance as a percentage at a given solution step.
GetVoltageConvergenceType	Gets the Voltage Convergence Tolerance type at a given solution step.
GetVoltageConvergenceValue	Gets the Voltage Convergence Value at a given solution step.
GroupAllSimilarChildren	Run the GroupAllSimilarChildren action.
GroupSimilarObjects	Run the GroupSimilarObjects action.
PropertyByAPIName	Get a property by its API name.
PropertyByName	Get a property by its unique name.
RemoveParameter	Removes the parameter from the parameter set corresponding to the given property.
SetAutomaticTimeStepping	Sets the Automatic Time Stepping for a given solution step.
SetCarryOverTimeStep	Sets the Carry Over Time Step for a given solution step.
SetChargeConvergenceMinimumReference	Sets the Charge Convergence Minimum Reference for a given solution step.
SetChargeConvergenceTolerance	Sets the Charge Convergence Tolerance as a percentage for a given solution step.
SetChargeConvergenceType	Sets the Charge Convergence Tolerance type for a given solution step.
SetChargeConvergenceValue	Sets the Charge Convergence Value for a given solution step.
SetCreepEffects	Sets the Creep Effects for a given solution step.
SetCreepLimitRatio	Sets the Creep Limit Ratio for a given solution step.
SetCurrentConvergenceMinimumReference	Sets the Current Convergence Minimum Reference for a given solution step.
SetCurrentConvergenceTolerance	Sets the Current Convergence Tolerance as a percentage for a given solution step.
SetCurrentConvergenceType	Sets the Current Convergence Tolerance type for a given solution step.
SetCurrentConvergenceValue	Sets the Current Convergence Value for a given solution step.
SetDefineBy	Sets the Define By for a given solution step.
SetDisplacementConvergenceMinimumReference	Sets the Displacement Convergence Minimum Reference for a given solution step.
SetDisplacementConvergenceTolerance	Sets the Displacement Convergence Tolerance as a percentage for a given solution step.
SetDisplacementConvergenceType	Sets the Displacement Convergence Tolerance type for a given solution step.
SetDisplacementConvergenceValue	Sets the Displacement Convergence Value for a given solution step.
SetEmagAMPSConvergenceMinimumReference	Sets the EmagAMPS Convergence Minimum Reference for a given solution step.
SetEmagAMPSConvergenceTolerance	Sets the EmagAMPS Convergence Tolerance as a percentage for a given solution step.
SetEmagAMPSConvergenceType	Sets the EmagAMPS Convergence Tolerance type for a given solution step.
SetEmagAMPSConvergenceValue	Sets the EmagAMPS Convergence Value for a given solution step.
SetEmagCSGConvergenceMinimumReference	Sets the EmagCSG Convergence Minimum Reference for a given solution step.
SetEmagCSGConvergenceTolerance	Sets the EmagCSG Convergence Tolerance as a percentage for a given solution step.
SetEmagCSGConvergenceType	Sets the EmagCSG Convergence Tolerance type for a given solution step.
SetEmagCSGConvergenceValue	Sets the EmagCSG Convergence Value for a given solution step.
SetEnergyConvergenceMinimumReference	Sets the Energy Convergence Minimum Reference for a given solution step.
SetEnergyConvergenceTolerance	Sets the Energy Convergence Tolerance as a percentage for a given solution step.
SetEnergyConvergenceType	Sets the Energy Convergence Tolerance type for a given solution step.
SetEnergyConvergenceValue	Sets the Energy Convergence Value for a given solution step.
SetForceConvergenceMinimumReference	Sets the Force Convergence Minimum Reference for a given solution step.
SetForceConvergenceTolerance	Sets the Force Convergence Tolerance as a percentage for a given solution step.
SetForceConvergenceType	Sets the Force Convergence Tolerance Type for a given solution step.
SetForceConvergenceValue	Sets the Force Convergence Value for a given solution step.
SetHeatConvergenceMinimumReference	Sets the Heat Convergence Minimum Reference for a given solution step.
SetHeatConvergenceTolerance	Sets the Heat Convergence Tolerance as a percentage for a given solution step.
SetHeatConvergenceType	Sets the Heat Convergence Tolerance type for a given solution step.
SetHeatConvergenceValue	Sets the Heat Convergence Value for a given solution step.
SetInitialSubsteps	Sets the Initial Substeps for a given solution step.
SetInitialTimeStep	Sets the Initial Time Step for a given solution step.
SetLineSearch	Sets the Line Search for a given solution step.
SetMaximumSubsteps	Sets the Maximum Substeps for a given solution step.
SetMaximumTimeStep	Sets the Maximum Time Step for a given solution step.
SetMinimumSubsteps	Sets the Minimum Substeps for a given solution step.
SetMinimumTimeStep	Sets the Minimum Time Step for a given solution step.
SetMomentConvergenceMinimumReference	Sets the Moment Convergence Minimum Reference for a given solution step.
SetMomentConvergenceTolerance	Sets the Moment Convergence Tolerance as a percentage for a given solution step.
SetMomentConvergenceType	Sets the Moment Convergence Tolerance type for a given solution step.
SetMomentConvergenceValue	Sets the Moment Convergence Value for a given solution step.
SetNumberOfSubSteps	Sets the Number of Substeps for a given solution step.
SetRotationConvergenceMinimumReference	Sets the Rotation Convergence Minimum Reference for a given solution step.
SetRotationConvergenceTolerance	Sets the Rotation Convergence Tolerance as a percentage for a given solution step.
SetRotationConvergenceType	Sets the Rotation Convergence Tolerance type for a given solution step.
SetRotationConvergenceValue	Sets the Rotation Convergence Value for a given solution step.
SetStabilization	Sets the Stabilization for a given solution step.
SetStabilizationDampingFactor	Sets the Stabilization Damping Factor for a given solution step.
SetStabilizationEnergyDissipationRatio	Sets the Stabilization Energy Dissipation Ratio for a given solution step.
SetStabilizationFirstSubstepOption	Sets the Stabilization First Substep Option for a given solution step.
SetStabilizationForceLimit	Sets the Stabilization Force Limit for a given solution step.
SetStabilizationMethod	Sets the Stabilization Method for a given solution step.
SetStepEndTime	Sets the Step End Time for a given solution step.
SetStepName	Sets the Step name at a given step.
SetStoreResulsAtValue	Sets the Store Results At Value for a given solution step.
SetStoreResultsAt	Sets the Store Results At for a given solution step.
SetStructuralOnly	Sets the TimeIntegration Structural for a given solution step.
SetTemperatureConvergenceInputValue	Sets the Temperature Convergence Input Value for a given solution step.
SetTemperatureConvergenceMinimumReference	Sets the Temperature Convergence Minimum Reference for a given solution step.
SetTemperatureConvergenceTolerance	Sets the Temperature Convergence Tolerance as a percentage for a given solution step.
SetTemperatureConvergenceType	Sets the Temperature Convergence Tolerance type for a given solution step.
SetTemperatureConvergenceValue	Sets the Temperature Convergence Value for a given solution step.
SetThermalOnly	Sets the TimeIntegration Thermal for a given solution step.
SetTimeIntegration	Sets the TimeIntegration for a given solution step.
SetTimeStep	Sets the Time Step for a given solution step.
SetVoltageConvergenceMinimumReference	Sets the Voltage Convergence Minimum Reference for a given solution step.
SetVoltageConvergenceTolerance	Sets the Voltage Convergence Tolerance as a percentage for a given solution step.
SetVoltageConvergenceType	Sets the Voltage Convergence Tolerance type for a given solution step.
SetVoltageConvergenceValue	Sets the Voltage Convergence Value for a given solution step.

Properties

AMCooldownNumberOfSubsteps	Gets or sets the AM Cooldown Number of Substeps.
AMPSConvergence	Gets or sets the AMPSConvergence.
AMStepType	Gets or sets the AM Process Step Type.
AMSubstepsBetweenHeating	Gets or sets the AM Substeps Between Heating.
AMSubstepsToApplyHeats	Gets or sets the AM Substeps to Apply Heat.
AggressiveRemeshing	Gets or sets the AggressiveRemeshing.
AutomaticTimeStepping	Gets or sets the AutomaticTimeStepping.
AxisymmetryDivisions	Gets or sets the AxisymmetryDivisions.
BackStress	Gets or sets the BackStress.
BaseRemovalType	Gets or sets the BaseRemovalType.
BoundaryAngle	Gets or sets the BoundaryAngle.
CSGConvergence	Gets or sets the CSGConvergence.
CStarIntegral	Gets or sets the CStarIntegral.
CacheResultsInMemory	Gets or sets the CacheResultsInMemory.
CalculateAcceleration	Gets or sets the CalculateAcceleration.
CalculateEnergy	Gets or sets the CalculateEnergy.
CalculateEulerAngles	Gets or sets the CalculateEulerAngles.
CalculateReactions	Gets or sets the CalculateReactions.
CalculateThermalFlux	Gets or sets the CalculateThermalFlux.
CalculateVelocity	Gets or sets the CalculateVelocity.
CalculateVelocityAndAcceleration	Gets or sets the CalculateVelocityAndAcceleration.
CalculateVolumeEnergy	Gets or sets the CalculateVolumeEnergy.
CampbellDiagram	Gets or sets the CampbellDiagram.
CarryOverTimeStep	Gets or sets the CarryOverTimeStep.
CentralFrequency	Gets or sets the CentralFrequency.
ChargeConvergence	Gets or sets the ChargeConvergence.
ChargeConvergenceMinimumReference	Gets or sets the ChargeConvergenceMinimumReference.
ChargeConvergenceTolerance	Gets or sets the ChargeConvergenceTolerance.
ChargeConvergenceValue	Gets or sets the ChargeConvergenceValue.
Children	Gets the list of children.
ClusterNumber	Gets or sets the ClusterNumber.
ClusterResults	Gets or sets the ClusterResults.
CombineRestartFiles	Gets or sets the CombineRestartFiles.
Comments	Gets the list of associated comments.
ConstantDamping	Gets or sets the ConstantDamping.
ConstantDampingRatio	Gets or sets the ConstantDampingRatio.
ContactData	Gets or sets the ContactData.
ContactMiscellaneous	Gets or sets the ContactMiscellaneous.
ContactSplit	Gets or sets the ContactSplit.
ContactSplitMaxNum	Gets or sets the ContactSplitMaxNum.
ContactSummary	Gets or sets the ContactSummary.
CooldownTime	Gets or sets the AM Cooldown Time.
CooldownTimeType	Gets or sets the AM Cooldown Time Type.
CoriolisEffectApplied	Gets or sets the CoriolisEffectApplied.
CreepEffects	Gets or sets the CreepEffects.
CreepLimitRatio	Gets or sets the CreepLimitRatio.
CurrentConvergence	Gets or sets the CurrentConvergence.
CurrentConvergenceMinimumReference	Gets or sets the CurrentConvergenceMinimumReference.
CurrentConvergenceTolerance	Gets or sets the CurrentConvergenceTolerance.
CurrentConvergenceValue	Gets or sets the CurrentConvergenceValue.
CurrentRestartPoint	Gets or sets the Current Restart Point.
CurrentStepNumber	Gets or sets the CurrentStepNumber.
CurrentStepNumberHarmonic	Gets or sets the CurrentStepNumberHarmonic.
CyclicModeSuperposition	Gets or sets the CyclicModeSuperposition.
Damped	Gets or sets the Damped.
DampingDefineBy	Gets or sets the DampingDefineBy.
DampingRatio	Gets or sets the DampingRatio.
DataModelObjectCategory	Gets the current DataModelObject's category.
DefineBy	Gets or sets the DefineBy.
DeleteUnneededFiles	Gets or sets the DeleteUnneededFiles.
DisplacementConvergence	Gets or sets the DisplacementConvergence.
DisplacementConvergenceMinimumReference	Gets or sets the DisplacementConvergenceMinimumReference.
DisplacementConvergenceTolerance	Gets or sets the DisplacementConvergenceTolerance.
DisplacementConvergenceValue	Gets or sets the DisplacementConvergenceValue.
EdgeSplittingAngle	Gets or sets the EdgeSplittingAngle.
ElectricOnly	Gets or sets the ElectricOnly.
ElectromagneticNodalForces	Gets or sets the ElectromagneticNodalForces.
ElementCurrentDensity	Gets or sets the ElementCurrentDensity.
EmagAMPSConvergenceMinimumReference	Gets or sets the EmagAMPSConvergenceMinimumReference.
EmagAMPSConvergenceTolerance	Gets or sets the EmagAMPSConvergenceTolerance.
EmagAMPSConvergenceValue	Gets or sets the EmagAMPSConvergenceValue.
EmagCSGConvergenceMinimumReference	Gets or sets the EmagCSGConvergenceMinimumReference.
EmagCSGConvergenceTolerance	Gets or sets the EmagCSGConvergenceTolerance.
EmagCSGConvergenceValue	Gets or sets the EmagCSGConvergenceValue.
EnergyConvergence	Gets or sets the EnergyConvergence.
EnergyConvergenceMinimumReference	Gets or sets the EnergyConvergenceMinimumReference.
EnergyConvergenceTolerance	Gets or sets the EnergyConvergenceTolerance.
EnergyConvergenceValue	Gets or sets the EnergyConvergenceValue.
EngineOrderofExcitation	Gets or sets the EngineOrderofExcitation.
EqvDampingRatioFromModal	Gets or sets the EqvDampingRatioFromModal.
ExcludeInsignificantModes	Gets or sets the ExcludeInsignificantModes.
ExpandResultsFrom	Gets or sets the ExpandResultsFrom.
Expansion	Gets the Expansion.
ExportHighStrains	Gets or sets the ExportHighStrains.
ExportLayerEndTemperature	Gets or sets the ExportLayerEndTemperature.
ExportRecoaterInterference	Gets or sets the ExportRecoaterInterference.
FarFieldRadiationSurface	Gets or sets the FarFieldRadiationSurface.
FieldIntensityandFluxDensity	Gets or sets the FieldIntensityandFluxDensity.
Figures	Gets the list of associated figures.
FluxConvergence	Gets or sets the FluxConvergence.
ForceConvergence	Gets or sets the ForceConvergence.
ForceConvergenceMinimumReference	Gets or sets the ForceConvergenceMinimumReference.
ForceConvergenceTolerance	Gets or sets the ForceConvergenceTolerance.
ForceConvergenceValue	Gets or sets the ForceConvergenceValue.
FractureSolverControls	Gets or sets the FractureSolverControls.
Frequency	Gets or sets the Frequency.
FrequencySpacing	Gets or sets the FrequencySpacing.
FutureAnalysis	Gets or sets the FutureAnalysis.
GeneralMiscellaneous	Gets or sets the GeneralMiscellaneous.
GeneralMiscellaneousOption	Gets or sets the GeneralMiscellaneousOption.
GenerateMeshRestartPoints	Gets or sets the GenerateMeshRestartPoints.
GenerateRestartPoints	Gets or sets the GenerateRestartPoints.
GlobalSizeRatioQualityImprovement	Gets or sets the GlobalSizeRatioQualityImprovement.
GlobalSizeRatioQualityRefinement	Gets or sets the GlobalSizeRatioQualityRefinement.
Graph	Graph property.
HarmonicIndexInterval	Gets or sets the HarmonicIndexInterval.
HarmonicIndexRange	Gets or sets the HarmonicIndexRange.
HarmonicOrders	Gets or sets the HarmonicOrders.
HeatConvergence	Gets or sets the HeatConvergence.
HeatConvergenceMinimumReference	Gets or sets the HeatConvergenceMinimumReference.
HeatConvergenceTolerance	Gets or sets the HeatConvergenceTolerance.
HeatConvergenceValue	Gets or sets the HeatConvergenceValue.
HeatGenerationRate	Gets or sets the HeatGenerationRate.
HemicubeResolution	Gets or sets the HemicubeResolution.
IgnoreAcousticDamping	Gets or sets the IgnoreAcousticDamping.
Images	Gets the list of associated images.
IncludeNegativeLoadMultiplier	Gets or sets the IncludeNegativeLoadMultiplier.
IncludeResidualVector	Gets or sets the IncludeResidualVector.
InertiaRelief	Gets or sets the InertiaRelief.
InitialSubsteps	Gets or sets the InitialSubsteps.
InitialTimeStep	Gets or sets the InitialTimeStep.
InternalObject	Gets the internal object. For advanced usage only.
InverseOption	Gets or sets the InverseOption.
InverseOptionEndStep	Gets or sets the InverseOptionEndStep.
JIntegral	Gets or sets the JIntegral.
KeepModalResults	Gets or sets the KeepModalResults.
KeepPreStressLoadPattern	Gets or sets the KeepPreStressLoadPattern.
KrylovResidualTolerance	Gets or sets the KrylovResidualTolerance.
KrylovSubspaceDimension	Gets or sets the KrylovSubspaceDimension.
KrylovSubspaceFrequency	Gets or sets the KrylovSubspaceFrequency.
LargeDeflection	Gets or sets the LargeDeflection.
LayersToBuild	Gets or sets the AM Layers to Build.
LimitSearchToRange	Gets or sets the LimitSearchToRange.
LineSearch	Gets or sets the LineSearch.
LoadStepValue	Gets or sets the LoadStepValue.
MassCoefficient	Gets or sets the MassCoefficient.
MaterialForce	Gets or sets the MaterialForce.
MaximumHarmonicIndex	Gets or sets the MaximumHarmonicIndex.
MaximumIteration	Gets or sets the MaximumIteration.
MaximumModesToFind	Gets or sets the MaximumModesToFind.
MaximumPointsToSavePerStep	Gets or sets the MaximumPointsToSavePerStep.
MaximumSubsteps	Gets or sets the MaximumSubsteps.
MaximumTimeStep	Gets or sets the MaximumTimeStep.
MeshLoadStepValue	Gets or sets the MeshLoadStepValue.
MeshRetainFilesAfterFullSolve	Gets or sets the MeshRetainFilesAfterFullSolve.
MeshSaveAtLoadStep	Gets or sets the MeshSaveAtLoadStep.
MeshSaveAtSubstep	Gets or sets the MeshSaveAtSubstep.
MinimumElementSize	Gets or sets the Minimum Element Size property for Geometry Based Adaptivity.
MinimumHarmonicIndex	Gets or sets the MinimumHarmonicIndex.
MinimumSubsteps	Gets or sets the MinimumSubsteps.
MinimumTimeStep	Gets or sets the MinimumTimeStep.
ModalFrequencyRange	Gets or sets the ModalFrequencyRange.
ModalNumberOfPoints	Gets or sets the ModalNumberOfPoints.
ModalRangeMaximum	Gets or sets the ModalRangeMaximum.
ModalRangeMinimum	Gets or sets the ModalRangeMinimum.
ModeReuse	Gets or sets the ModeReuse.
ModeSelectionMethod	Gets or sets the ModeSelectionMethod.
ModeSignificanceLevel	Gets or sets the ModeSignificanceLevel.
ModesCombinationType	Gets or sets the ModesCombinationType.
MomentConvergence	Gets or sets the MomentConvergence.
MomentConvergenceMinimumReference	Gets or sets the MomentConvergenceMinimumReference.
MomentConvergenceTolerance	Gets or sets the MomentConvergenceTolerance.
MomentConvergenceValue	Gets or sets the MomentConvergenceValue.
Multistep	Gets or sets the Multistep.
MultistepType	Gets or sets the MultistepType.
NamedSelection	Gets or sets the objects of type NamedSelection to – Named Selection property in the Output Controls group of Analysis Settings.
NewtonRaphsonOption	Gets or sets the NewtonRaphsonOption.
NodalForces	Gets or sets the NodalForces.
NonLinearFormulation	Gets or sets the NonLinearFormulation.
NonLinearSolution	Gets the NonLinearSolution.
NonlinearData	Gets or sets the NonlinearData.
NumLoadVectors	Gets or sets the NumLoadVectors.
NumberOfModesToUse	Gets or sets the NumberOfModesToUse.
NumberOfRPMs	Gets or sets the NumberOfRPMs.
NumberOfRestartPoints	Gets Number of Restart Points.
NumberOfSculptedLayersQualityImprovement	Gets or sets the NumberOfSculptedLayersQualityImprovement.
NumberOfSculptedLayersRefinement	Gets or sets the NumberOfSculptedLayersRefinement.
NumberOfSteps	Gets or sets the NumberOfSteps.
NumberOfSubSteps	Gets or sets the NumberOfSubSteps.
NumberOfZones	Gets or sets the NumberOfZones.
NumericalDamping	Gets or sets the NumericalDamping.
NumericalDampingValue	Gets or sets the NumericalDampingValue.
OnDemandExpansionOption	Gets or sets the OnDemandExpansionOption.
OutputSelection	Gets or sets the Output Selection property in the Output Controls group of Analysis Settings.
OverRelaxation	Gets or sets the OverRelaxation.
ParticipationFactor	Gets or sets the ParticipationFactor.
ProjectToGeometry	Gets or sets the ProjectToGeometry.
Properties	Gets the list of properties for this object.
QuasiStaticSolution	Gets or sets the QuasiStaticSolution.
RadiositySolver	Gets or sets the RadiositySolver.
RangeMaximum	Gets or sets the Range Maximum property in Options group of Analysis Settings in Harmonic Analysis.
RangeMinimum	Gets or sets the Range Minimum property in Options group of Analysis Settings in Harmonic Analysis.
ReferenceTemperature	Gets or sets the AM Reference Temperature.
ReferenceTemperatureType	Gets or sets the AM Reference Temperature Type.
RefinementAlgorithm	Gets or sets the RefinementAlgorithm.
ReformulationTolerance	Gets or sets the ReformulationTolerance.
RelaxationTemperature	Gets or sets the RelaxationTemperature.
RelaxationTemperatureType	Gets or sets the AM Relaxation Temperature Type.
RemeshingGradient	Gets or sets the RemeshingGradient.
RemeshingToleranceQualityImprovement	Gets or sets the RemeshingToleranceQualityImprovement.
RemeshingToleranceRefinement	Gets or sets the RemeshingToleranceRefinement.
RemovalDirection	Gets or sets the RemovalDirection.
RemovalStepSize	Gets or sets the RemovalStepSize.
RestartAtLoadStep	Gets the RestartAtLoadStep.
RestartAtSubstep	Gets the RestartAtSubstep.
RestartAtTime	Gets the RestartAtTime.
RestartType	Gets or sets the RestartType.
ResultFileCompression	Gets or sets the ResultFileCompression.
RetainFilesAfterFullSolve	Gets or sets the RetainFilesAfterFullSolve.
RetainModesymFileAfterSolve	Gets or sets the RetainModesymFileAfterSolve.
RotationConvergence	Gets or sets the RotationConvergence.
RotationConvergenceMinimumReference	Gets or sets the RotationConvergenceMinimumReference.
RotationConvergenceTolerance	Gets or sets the RotationConvergenceTolerance.
RpmCentralFrequency	Gets or sets the RpmCentralFrequency.
RpmClusterNumber	Gets or sets the RpmClusterNumber.
RpmFrequencySpacing	Gets or sets the RpmFrequencySpacing.
RpmRangeMaximum	Gets or sets the RpmRangeMaximum.
RpmRangeMinimum	Gets or sets the RpmRangeMinimum.
RpmSolutionIntervals	Gets or sets the RpmSolutionIntervals.
RpmValue	Gets or sets the RpmValue.
SIFS	Gets or sets the SIFS.
SaveAtLoadStep	Gets or sets the SaveAtLoadStep.
SaveAtSubstep	Gets or sets the SaveAtSubstep.
SaveMAPDLDB	Gets or sets the SaveMAPDLDB.
SaveSpecifiedLoadStep	Gets or sets the SaveSpecifiedLoadStep.
ScatteredFieldFormulation	Gets or sets the ScatteredFieldFormulation.
ScatteringOutputType	Gets or sets the ScatteringOutputType.
ScratchSolverFilesDirectory	Gets the ScratchSolverFilesDirectory.
SearchRangeMaximum	Gets or sets the Range Maximum property in Options group of Analysis Settings in Modal Analysis.
SearchRangeMinimum	Gets or sets the Range Minimum property in Options group of Analysis Settings in Modal Analysis.
SignificanceThreshold	Gets or sets the SignificanceThreshold.
SolutionIntervals	Gets or sets the SolutionIntervals.
SolutionMethod	Gets or sets the SolutionMethod.
SolverFilesDirectory	Gets the SolverFilesDirectory.
SolverPivotChecking	Gets or sets the SolverPivotChecking.
SolverTolerance	Gets or sets the SolverTolerance.
SolverType	Gets or sets the SolverType.
SolverUnitSystem	Gets or sets the SolverUnitSystem.
SolverUnits	Gets or sets the SolverUnits.
SpectrumType	Gets or sets the SpectrumType.
SpinSoftening	Gets or sets the SpinSoftening.
SpringStiffness	Gets or sets the SpringStiffness.
SpringStiffnessFactor	Gets or sets the SpringStiffnessFactor.
SpringStiffnessValue	Gets or sets the SpringStiffnessValue.
Stabilization	Gets or sets the Stabilization.
StabilizationActivationForFirstSubstep	Gets or sets the StabilizationActivationForFirstSubstep.
StabilizationDampingFactor	Gets or sets the StabilizationDampingFactor.
StabilizationEnergyDissipationRatio	Gets or sets the StabilizationEnergyDissipationRatio.
StabilizationForceLimit	Gets or sets the StabilizationForceLimit.
StabilizationMethod	Gets or sets the StabilizationMethod.
StepEndTime	Gets or sets the StepEndTime.
StepName	Gets or sets the Step Name.
StiffnessCoefficient	Gets or sets the StiffnessCoefficient.
StiffnessCoefficientDefineBy	Gets or sets the StiffnessCoefficientDefineBy.
StoreComplexSolution	Gets or sets the StoreComplexSolution.
StoreModalResults	Gets or sets the StoreModalResults.
StoreResulsAtValue	Gets or sets the StoreResulsAtValue.
StoreResultsAt	Gets or sets the StoreResultsAt.
StoreResultsAtAllFrequencies	Gets or sets the StoreResultsAtAllFrequencies.
Strain	Gets or sets the Strain.
Stress	Gets or sets the Stress.
StructuralDampingCoefficient	Gets or sets the StructuralDampingCoefficient.
StructuralOnly	Gets or sets the StructuralOnly.
TStress	Gets or sets the TStress.
TemperatureConvergence	Gets or sets the TemperatureConvergence.
TemperatureConvergenceInputValue	Gets or sets the TemperatureConvergenceInputValue.
TemperatureConvergenceMinimumReference	Gets or sets the TemperatureConvergenceMinimumReference.
TemperatureConvergenceTolerance	Gets or sets the TemperatureConvergenceTolerance.
TemperatureConvergenceValue	Gets or sets the TemperatureConvergenceValue.
ThermalOnly	Gets or sets the ThermalOnly.
TimeIntegration	Gets or sets the TimeIntegration.
TimeStep	Gets or sets the TimeStep.
TransientApplication	Gets or sets the TransientApplication.
TransientApplicationUserDefined	Gets or sets the TransientApplicationUserDefined.
UpdateViewFactor	Gets or sets the specification for updating the view factor.
UserDefinedFrequencies	Gets or sets the UserDefinedFrequencies.
UserDefinedFrequencySteps	Gets or sets the UserDefinedFrequencySteps.
ViewFactorMethod	Gets or sets the ViewFactorMethod.
VisibleProperties	Gets the list of properties that are visible for this object.
VoltageConvergence	Gets or sets the VoltageConvergence.
VoltageConvergenceMinimumReference	Gets or sets the VoltageConvergenceMinimumReference.
VoltageConvergenceTolerance	Gets or sets the VoltageConvergenceTolerance.
VoltageConvergenceValue	Gets or sets the VoltageConvergenceValue.
WeakSprings	Gets or sets the WeakSprings.

Property detail

property ANSYSAnalysisSettings.AMCooldownNumberOfSubsteps: int | None

Gets or sets the AM Cooldown Number of Substeps.

property ANSYSAnalysisSettings.AMPSConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the AMPSConvergence.

property ANSYSAnalysisSettings.AMStepType: Ansys.Mechanical.DataModel.Enums.AMProcessStepType | None

Gets or sets the AM Process Step Type.

property ANSYSAnalysisSettings.AMSubstepsBetweenHeating: int | None

Gets or sets the AM Substeps Between Heating.

property ANSYSAnalysisSettings.AMSubstepsToApplyHeats: int | None

Gets or sets the AM Substeps to Apply Heat.

property ANSYSAnalysisSettings.AggressiveRemeshing: bool | None

Gets or sets the AggressiveRemeshing.

property ANSYSAnalysisSettings.AutomaticTimeStepping: Ansys.Mechanical.DataModel.Enums.AutomaticTimeStepping | None

Gets or sets the AutomaticTimeStepping.

property ANSYSAnalysisSettings.AxisymmetryDivisions: int | None

Gets or sets the AxisymmetryDivisions.

property ANSYSAnalysisSettings.BackStress: bool | None

Gets or sets the BackStress.

property ANSYSAnalysisSettings.BaseRemovalType: Ansys.Mechanical.DataModel.Enums.AMBaseRemovalType | None

Gets or sets the BaseRemovalType.

property ANSYSAnalysisSettings.BoundaryAngle: Ansys.Core.Units.Quantity | None

Gets or sets the BoundaryAngle.

property ANSYSAnalysisSettings.CSGConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the CSGConvergence.

property ANSYSAnalysisSettings.CStarIntegral: bool | None

Gets or sets the CStarIntegral.

property ANSYSAnalysisSettings.CacheResultsInMemory: Ansys.Mechanical.DataModel.Enums.CacheResultsInMemory | None

Gets or sets the CacheResultsInMemory.

property ANSYSAnalysisSettings.CalculateAcceleration: bool | None

Gets or sets the CalculateAcceleration.

property ANSYSAnalysisSettings.CalculateEnergy: bool | None

Gets or sets the CalculateEnergy.

property ANSYSAnalysisSettings.CalculateEulerAngles: bool | None

Gets or sets the CalculateEulerAngles.

property ANSYSAnalysisSettings.CalculateReactions: bool | None

Gets or sets the CalculateReactions.

property ANSYSAnalysisSettings.CalculateThermalFlux: bool | None

Gets or sets the CalculateThermalFlux.

property ANSYSAnalysisSettings.CalculateVelocity: bool | None

Gets or sets the CalculateVelocity.

property ANSYSAnalysisSettings.CalculateVelocityAndAcceleration: bool | None

Gets or sets the CalculateVelocityAndAcceleration.

property ANSYSAnalysisSettings.CalculateVolumeEnergy: bool | None

Gets or sets the CalculateVolumeEnergy.

property ANSYSAnalysisSettings.CampbellDiagram: bool | None

Gets or sets the CampbellDiagram.

property ANSYSAnalysisSettings.CarryOverTimeStep: bool | None

Gets or sets the CarryOverTimeStep.

property ANSYSAnalysisSettings.CentralFrequency: Ansys.Core.Units.Quantity | None

Gets or sets the CentralFrequency.

property ANSYSAnalysisSettings.ChargeConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the ChargeConvergence.

property ANSYSAnalysisSettings.ChargeConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the ChargeConvergenceMinimumReference.

property ANSYSAnalysisSettings.ChargeConvergenceTolerance: float | None

Gets or sets the ChargeConvergenceTolerance.

property ANSYSAnalysisSettings.ChargeConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the ChargeConvergenceValue.

property ANSYSAnalysisSettings.Children: List[Ansys.Mechanical.DataModel.Interfaces.IDataModelObject] | None

Gets the list of children.

property ANSYSAnalysisSettings.ClusterNumber: int | None

Gets or sets the ClusterNumber.

property ANSYSAnalysisSettings.ClusterResults: bool | None

Gets or sets the ClusterResults.

property ANSYSAnalysisSettings.CombineRestartFiles: Ansys.Mechanical.DataModel.Enums.CombineRestartFilesType | None

Gets or sets the CombineRestartFiles.

property ANSYSAnalysisSettings.Comments: Iterable[Ansys.ACT.Automation.Mechanical.Comment] | None

Gets the list of associated comments.

property ANSYSAnalysisSettings.ConstantDamping: Ansys.Mechanical.DataModel.Enums.ConstantDampingType | None

Gets or sets the ConstantDamping.

property ANSYSAnalysisSettings.ConstantDampingRatio: float | None

Gets or sets the ConstantDampingRatio.

property ANSYSAnalysisSettings.ContactData: bool | None

Gets or sets the ContactData.

property ANSYSAnalysisSettings.ContactMiscellaneous: bool | None

Gets or sets the ContactMiscellaneous.

property ANSYSAnalysisSettings.ContactSplit: Ansys.Mechanical.DataModel.Enums.ContactSplitType | None

Gets or sets the ContactSplit.

property ANSYSAnalysisSettings.ContactSplitMaxNum: int | None

Gets or sets the ContactSplitMaxNum.

property ANSYSAnalysisSettings.ContactSummary: Ansys.Mechanical.DataModel.Enums.ContactSummaryType | None

Gets or sets the ContactSummary.

property ANSYSAnalysisSettings.CooldownTime: Ansys.Core.Units.Quantity | None

Gets or sets the AM Cooldown Time.

property ANSYSAnalysisSettings.CooldownTimeType: Ansys.Mechanical.DataModel.Enums.AMCooldownTimeType | None

Gets or sets the AM Cooldown Time Type.

property ANSYSAnalysisSettings.CoriolisEffectApplied: Ansys.Mechanical.DataModel.Enums.CoriolisEffectType | None

Gets or sets the CoriolisEffectApplied.

property ANSYSAnalysisSettings.CreepEffects: Ansys.Mechanical.DataModel.Enums.Creep | None

Gets or sets the CreepEffects.

property ANSYSAnalysisSettings.CreepLimitRatio: float | None

Gets or sets the CreepLimitRatio.

property ANSYSAnalysisSettings.CurrentConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the CurrentConvergence.

property ANSYSAnalysisSettings.CurrentConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the CurrentConvergenceMinimumReference.

property ANSYSAnalysisSettings.CurrentConvergenceTolerance: float | None

Gets or sets the CurrentConvergenceTolerance.

property ANSYSAnalysisSettings.CurrentConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the CurrentConvergenceValue.

property ANSYSAnalysisSettings.CurrentRestartPoint: int | None

Gets or sets the Current Restart Point.

property ANSYSAnalysisSettings.CurrentStepNumber: int | None

Gets or sets the CurrentStepNumber.

property ANSYSAnalysisSettings.CurrentStepNumberHarmonic: int | None

Gets or sets the CurrentStepNumberHarmonic.

property ANSYSAnalysisSettings.CyclicModeSuperposition: bool | None

Gets or sets the CyclicModeSuperposition.

property ANSYSAnalysisSettings.Damped: bool | None

Gets or sets the Damped.

property ANSYSAnalysisSettings.DampingDefineBy: Ansys.Mechanical.DataModel.Enums.DampingDefineBy | None

Gets or sets the DampingDefineBy.

property ANSYSAnalysisSettings.DampingRatio: float | None

Gets or sets the DampingRatio.

property ANSYSAnalysisSettings.DataModelObjectCategory: Ansys.Mechanical.DataModel.Enums.DataModelObjectCategory | None

Gets the current DataModelObject's category.

property ANSYSAnalysisSettings.DefineBy: Ansys.Mechanical.DataModel.Enums.TimeStepDefineByType | None

Gets or sets the DefineBy.

property ANSYSAnalysisSettings.DeleteUnneededFiles: bool | None

Gets or sets the DeleteUnneededFiles.

property ANSYSAnalysisSettings.DisplacementConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the DisplacementConvergence.

property ANSYSAnalysisSettings.DisplacementConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the DisplacementConvergenceMinimumReference.

property ANSYSAnalysisSettings.DisplacementConvergenceTolerance: Ansys.Core.Units.Quantity | None

Gets or sets the DisplacementConvergenceTolerance.

property ANSYSAnalysisSettings.DisplacementConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the DisplacementConvergenceValue.

property ANSYSAnalysisSettings.EdgeSplittingAngle: Ansys.Core.Units.Quantity | None

Gets or sets the EdgeSplittingAngle.

property ANSYSAnalysisSettings.ElectricOnly: bool | None

Gets or sets the ElectricOnly.

property ANSYSAnalysisSettings.ElectromagneticNodalForces: bool | None

Gets or sets the ElectromagneticNodalForces.

property ANSYSAnalysisSettings.ElementCurrentDensity: bool | None

Gets or sets the ElementCurrentDensity.

property ANSYSAnalysisSettings.EmagAMPSConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the EmagAMPSConvergenceMinimumReference.

property ANSYSAnalysisSettings.EmagAMPSConvergenceTolerance: float | None

Gets or sets the EmagAMPSConvergenceTolerance.

property ANSYSAnalysisSettings.EmagAMPSConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the EmagAMPSConvergenceValue.

property ANSYSAnalysisSettings.EmagCSGConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the EmagCSGConvergenceMinimumReference.

property ANSYSAnalysisSettings.EmagCSGConvergenceTolerance: float | None

Gets or sets the EmagCSGConvergenceTolerance.

property ANSYSAnalysisSettings.EmagCSGConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the EmagCSGConvergenceValue.

property ANSYSAnalysisSettings.EnergyConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the EnergyConvergence.

property ANSYSAnalysisSettings.EnergyConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the EnergyConvergenceMinimumReference.

property ANSYSAnalysisSettings.EnergyConvergenceTolerance: float | None

Gets or sets the EnergyConvergenceTolerance.

property ANSYSAnalysisSettings.EnergyConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the EnergyConvergenceValue.

property ANSYSAnalysisSettings.EngineOrderofExcitation: int | None

Gets or sets the EngineOrderofExcitation.

property ANSYSAnalysisSettings.EqvDampingRatioFromModal: bool | None

Gets or sets the EqvDampingRatioFromModal.

property ANSYSAnalysisSettings.ExcludeInsignificantModes: bool | None

Gets or sets the ExcludeInsignificantModes.

property ANSYSAnalysisSettings.ExpandResultsFrom: Ansys.Mechanical.DataModel.Enums.ExpandResultFrom | None

Gets or sets the ExpandResultsFrom.

property ANSYSAnalysisSettings.Expansion: Ansys.Mechanical.DataModel.Enums.ExpandResultsSubType | None

Gets the Expansion.

property ANSYSAnalysisSettings.ExportHighStrains: bool | None

Gets or sets the ExportHighStrains.

property ANSYSAnalysisSettings.ExportLayerEndTemperature: bool | None

Gets or sets the ExportLayerEndTemperature.

property ANSYSAnalysisSettings.ExportRecoaterInterference: bool | None

Gets or sets the ExportRecoaterInterference.

property ANSYSAnalysisSettings.FarFieldRadiationSurface: Ansys.Mechanical.DataModel.Enums.FarFieldRadiationSurfaceType | None

Gets or sets the FarFieldRadiationSurface.

property ANSYSAnalysisSettings.FieldIntensityandFluxDensity: bool | None

Gets or sets the FieldIntensityandFluxDensity.

property ANSYSAnalysisSettings.Figures: Iterable[Ansys.ACT.Automation.Mechanical.Figure] | None

Gets the list of associated figures.

property ANSYSAnalysisSettings.FluxConvergence: float | None

Gets or sets the FluxConvergence.

property ANSYSAnalysisSettings.ForceConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the ForceConvergence.

property ANSYSAnalysisSettings.ForceConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the ForceConvergenceMinimumReference.

property ANSYSAnalysisSettings.ForceConvergenceTolerance: Ansys.Core.Units.Quantity | None

Gets or sets the ForceConvergenceTolerance.

property ANSYSAnalysisSettings.ForceConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the ForceConvergenceValue.

property ANSYSAnalysisSettings.FractureSolverControls: bool | None

Gets or sets the FractureSolverControls.

property ANSYSAnalysisSettings.Frequency: Ansys.Core.Units.Quantity | None

Gets or sets the Frequency.

property ANSYSAnalysisSettings.FrequencySpacing: Ansys.Mechanical.DataModel.Enums.FrequencySpacingType | None

Gets or sets the FrequencySpacing.

property ANSYSAnalysisSettings.FutureAnalysis: Ansys.Mechanical.DataModel.Enums.FutureIntentType | None

Gets or sets the FutureAnalysis.

property ANSYSAnalysisSettings.GeneralMiscellaneous: bool | None

Gets or sets the GeneralMiscellaneous.

property ANSYSAnalysisSettings.GeneralMiscellaneousOption: Ansys.Mechanical.DataModel.Enums.GeneralMiscellaneousOptionType | None

Gets or sets the GeneralMiscellaneousOption.

property ANSYSAnalysisSettings.GenerateMeshRestartPoints: Ansys.Mechanical.DataModel.Enums.MeshRestartControlsType | None

Gets or sets the GenerateMeshRestartPoints.

property ANSYSAnalysisSettings.GenerateRestartPoints: Ansys.Mechanical.DataModel.Enums.RestartControlsType | None

Gets or sets the GenerateRestartPoints.

property ANSYSAnalysisSettings.GlobalSizeRatioQualityImprovement: float | None

Gets or sets the GlobalSizeRatioQualityImprovement.

property ANSYSAnalysisSettings.GlobalSizeRatioQualityRefinement: float | None

Gets or sets the GlobalSizeRatioQualityRefinement.

property ANSYSAnalysisSettings.Graph: Ansys.Mechanical.Graphics.AnalysisSettingsGraph | None

Graph property.

property ANSYSAnalysisSettings.HarmonicIndexInterval: int | None

Gets or sets the HarmonicIndexInterval.

property ANSYSAnalysisSettings.HarmonicIndexRange: Ansys.Mechanical.DataModel.Enums.CyclicHarmonicIndex | None

Gets or sets the HarmonicIndexRange.

property ANSYSAnalysisSettings.HarmonicOrders: str | None

Gets or sets the HarmonicOrders.

property ANSYSAnalysisSettings.HeatConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the HeatConvergence.

property ANSYSAnalysisSettings.HeatConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the HeatConvergenceMinimumReference.

property ANSYSAnalysisSettings.HeatConvergenceTolerance: float | None

Gets or sets the HeatConvergenceTolerance.

property ANSYSAnalysisSettings.HeatConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the HeatConvergenceValue.

property ANSYSAnalysisSettings.HeatGenerationRate: bool | None

Gets or sets the HeatGenerationRate.

property ANSYSAnalysisSettings.HemicubeResolution: int | None

Gets or sets the HemicubeResolution.

property ANSYSAnalysisSettings.IgnoreAcousticDamping: bool | None

Gets or sets the IgnoreAcousticDamping.

property ANSYSAnalysisSettings.Images: Iterable[Ansys.ACT.Automation.Mechanical.Image] | None

Gets the list of associated images.

property ANSYSAnalysisSettings.IncludeNegativeLoadMultiplier: Ansys.Mechanical.DataModel.Enums.SolverControlsIncludeNegativeLoadMultiplier | None

Gets or sets the IncludeNegativeLoadMultiplier.

property ANSYSAnalysisSettings.IncludeResidualVector: bool | None

Gets or sets the IncludeResidualVector.

property ANSYSAnalysisSettings.InertiaRelief: bool | None

Gets or sets the InertiaRelief.

property ANSYSAnalysisSettings.InitialSubsteps: int | None

Gets or sets the InitialSubsteps.

property ANSYSAnalysisSettings.InitialTimeStep: Ansys.Core.Units.Quantity | None

Gets or sets the InitialTimeStep.

property ANSYSAnalysisSettings.InternalObject: Ansys.Common.Interop.DSObjectsAuto.IDSAnalysisSettings | None

Gets the internal object. For advanced usage only.

property ANSYSAnalysisSettings.InverseOption: bool | None

Gets or sets the InverseOption.

property ANSYSAnalysisSettings.InverseOptionEndStep: int | None

Gets or sets the InverseOptionEndStep.

property ANSYSAnalysisSettings.JIntegral: bool | None

Gets or sets the JIntegral.

property ANSYSAnalysisSettings.KeepModalResults: bool | None

Gets or sets the KeepModalResults.

property ANSYSAnalysisSettings.KeepPreStressLoadPattern: bool | None

Gets or sets the KeepPreStressLoadPattern.

property ANSYSAnalysisSettings.KrylovResidualTolerance: float | None

Gets or sets the KrylovResidualTolerance.

property ANSYSAnalysisSettings.KrylovSubspaceDimension: int | None

Gets or sets the KrylovSubspaceDimension.

property ANSYSAnalysisSettings.KrylovSubspaceFrequency: Ansys.Core.Units.Quantity | None

Gets or sets the KrylovSubspaceFrequency.

property ANSYSAnalysisSettings.LargeDeflection: bool | None

Gets or sets the LargeDeflection.

property ANSYSAnalysisSettings.LayersToBuild: int | None

Gets or sets the AM Layers to Build.

property ANSYSAnalysisSettings.LimitSearchToRange: bool | None

Gets or sets the LimitSearchToRange.

property ANSYSAnalysisSettings.LineSearch: Ansys.Mechanical.DataModel.Enums.LineSearchType | None

Gets or sets the LineSearch.

property ANSYSAnalysisSettings.LoadStepValue: int | None

Gets or sets the LoadStepValue.

property ANSYSAnalysisSettings.MassCoefficient: float | None

Gets or sets the MassCoefficient.

property ANSYSAnalysisSettings.MaterialForce: bool | None

Gets or sets the MaterialForce.

property ANSYSAnalysisSettings.MaximumHarmonicIndex: int | None

Gets or sets the MaximumHarmonicIndex.

property ANSYSAnalysisSettings.MaximumIteration: int | None

Gets or sets the MaximumIteration.

property ANSYSAnalysisSettings.MaximumModesToFind: int | None

Gets or sets the MaximumModesToFind.

property ANSYSAnalysisSettings.MaximumPointsToSavePerStep: int | None

Gets or sets the MaximumPointsToSavePerStep.

property ANSYSAnalysisSettings.MaximumSubsteps: int | None

Gets or sets the MaximumSubsteps.

property ANSYSAnalysisSettings.MaximumTimeStep: Ansys.Core.Units.Quantity | None

Gets or sets the MaximumTimeStep.

property ANSYSAnalysisSettings.MeshLoadStepValue: int | None

Gets or sets the MeshLoadStepValue.

property ANSYSAnalysisSettings.MeshRetainFilesAfterFullSolve: Ansys.Mechanical.DataModel.Enums.MeshRestartRetainFilesType | None

Gets or sets the MeshRetainFilesAfterFullSolve.

property ANSYSAnalysisSettings.MeshSaveAtLoadStep: Ansys.Mechanical.DataModel.Enums.MeshRestartSaveAtLoadStep | None

Gets or sets the MeshSaveAtLoadStep.

property ANSYSAnalysisSettings.MeshSaveAtSubstep: Ansys.Mechanical.DataModel.Enums.MeshRestartSaveAtSubstep | None

Gets or sets the MeshSaveAtSubstep.

property ANSYSAnalysisSettings.MinimumElementSize: Ansys.Core.Units.Quantity | None

Gets or sets the Minimum Element Size property for Geometry Based Adaptivity.

property ANSYSAnalysisSettings.MinimumHarmonicIndex: int | None

Gets or sets the MinimumHarmonicIndex.

property ANSYSAnalysisSettings.MinimumSubsteps: int | None

Gets or sets the MinimumSubsteps.

property ANSYSAnalysisSettings.MinimumTimeStep: Ansys.Core.Units.Quantity | None

Gets or sets the MinimumTimeStep.

property ANSYSAnalysisSettings.ModalFrequencyRange: Ansys.Mechanical.DataModel.Enums.ModalFrequencyRangeType | None

Gets or sets the ModalFrequencyRange.

property ANSYSAnalysisSettings.ModalNumberOfPoints: int | None

Gets or sets the ModalNumberOfPoints.

property ANSYSAnalysisSettings.ModalRangeMaximum: Ansys.Core.Units.Quantity | None

Gets or sets the ModalRangeMaximum.

property ANSYSAnalysisSettings.ModalRangeMinimum: Ansys.Core.Units.Quantity | None

Gets or sets the ModalRangeMinimum.

property ANSYSAnalysisSettings.ModeReuse: Ansys.Mechanical.DataModel.Enums.SolverControlsModeReuse | None

Gets or sets the ModeReuse.

property ANSYSAnalysisSettings.ModeSelectionMethod: Ansys.Mechanical.DataModel.Enums.ModeSelectionMethod | None

Gets or sets the ModeSelectionMethod.

property ANSYSAnalysisSettings.ModeSignificanceLevel: float | None

Gets or sets the ModeSignificanceLevel.

property ANSYSAnalysisSettings.ModesCombinationType: Ansys.Mechanical.DataModel.Enums.ModesCombinationType | None

Gets or sets the ModesCombinationType.

property ANSYSAnalysisSettings.MomentConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the MomentConvergence.

property ANSYSAnalysisSettings.MomentConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the MomentConvergenceMinimumReference.

property ANSYSAnalysisSettings.MomentConvergenceTolerance: Ansys.Core.Units.Quantity | None

Gets or sets the MomentConvergenceTolerance.

property ANSYSAnalysisSettings.MomentConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the MomentConvergenceValue.

property ANSYSAnalysisSettings.Multistep: bool | None

Gets or sets the Multistep.

property ANSYSAnalysisSettings.MultistepType: Ansys.Mechanical.DataModel.Enums.HarmonicMultiStepType | None

Gets or sets the MultistepType.

property ANSYSAnalysisSettings.NamedSelection: Iterable[Ansys.ACT.Automation.Mechanical.NamedSelection] | None

Gets or sets the objects of type NamedSelection to – Named Selection property in the Output Controls group of Analysis Settings. If the OutputSelection != OutputSelection.NamedSelection, 1. NamedSelection cannot be set. An exception will be thrown saying “Cannot modify ANSYSAnalysisSettings.NamedSelection if ANSYSAnalysisSettings.OutputSelection is not set to “OutputSelection.NamedSelection”.” 2. Getting the NamedSelection value will return an empty list.

property ANSYSAnalysisSettings.NewtonRaphsonOption: Ansys.Mechanical.DataModel.Enums.NewtonRaphsonType | None

Gets or sets the NewtonRaphsonOption.

property ANSYSAnalysisSettings.NodalForces: Ansys.Mechanical.DataModel.Enums.OutputControlsNodalForcesType | None

Gets or sets the NodalForces.

property ANSYSAnalysisSettings.NonLinearFormulation: Ansys.Mechanical.DataModel.Enums.NonLinearFormulationType | None

Gets or sets the NonLinearFormulation.

property ANSYSAnalysisSettings.NonLinearSolution: bool | None

Gets the NonLinearSolution.

property ANSYSAnalysisSettings.NonlinearData: bool | None

Gets or sets the NonlinearData.

property ANSYSAnalysisSettings.NumLoadVectors: int | None

Gets or sets the NumLoadVectors.

property ANSYSAnalysisSettings.NumberOfModesToUse: int | None

Gets or sets the NumberOfModesToUse.

property ANSYSAnalysisSettings.NumberOfRPMs: int | None

Gets or sets the NumberOfRPMs.

property ANSYSAnalysisSettings.NumberOfRestartPoints: int | None

Gets Number of Restart Points.

property ANSYSAnalysisSettings.NumberOfSculptedLayersQualityImprovement: int | None

Gets or sets the NumberOfSculptedLayersQualityImprovement.

property ANSYSAnalysisSettings.NumberOfSculptedLayersRefinement: int | None

Gets or sets the NumberOfSculptedLayersRefinement.

property ANSYSAnalysisSettings.NumberOfSteps: int | None

Gets or sets the NumberOfSteps.

property ANSYSAnalysisSettings.NumberOfSubSteps: int | None

Gets or sets the NumberOfSubSteps.

property ANSYSAnalysisSettings.NumberOfZones: int | None

Gets or sets the NumberOfZones.

property ANSYSAnalysisSettings.NumericalDamping: Ansys.Mechanical.DataModel.Enums.TransientDampingType | None

Gets or sets the NumericalDamping.

property ANSYSAnalysisSettings.NumericalDampingValue: float | None

Gets or sets the NumericalDampingValue.

property ANSYSAnalysisSettings.OnDemandExpansionOption: Ansys.Mechanical.DataModel.Enums.OnDemandExpansionType | None

Gets or sets the OnDemandExpansionOption.

property ANSYSAnalysisSettings.OutputSelection: Ansys.Mechanical.DataModel.Enums.OutputSelection | None

Gets or sets the Output Selection property in the Output Controls group of Analysis Settings.

property ANSYSAnalysisSettings.OverRelaxation: float | None

Gets or sets the OverRelaxation.

property ANSYSAnalysisSettings.ParticipationFactor: Ansys.Mechanical.DataModel.Enums.CalculateParticipationFactorResult | None

Gets or sets the ParticipationFactor.

property ANSYSAnalysisSettings.ProjectToGeometry: Ansys.Mechanical.DataModel.Enums.NLADControlProjectToGeometry | None

Gets or sets the ProjectToGeometry.

property ANSYSAnalysisSettings.Properties: tuple[Ansys.ACT.Automation.Mechanical.Property] | None

Gets the list of properties for this object.

property ANSYSAnalysisSettings.QuasiStaticSolution: bool | None

Gets or sets the QuasiStaticSolution.

property ANSYSAnalysisSettings.RadiositySolver: Ansys.Mechanical.DataModel.Enums.RadiositySolverType | None

Gets or sets the RadiositySolver.

property ANSYSAnalysisSettings.RangeMaximum: Ansys.Core.Units.Quantity | None

Gets or sets the Range Maximum property in Options group of Analysis Settings in Harmonic Analysis.

property ANSYSAnalysisSettings.RangeMinimum: Ansys.Core.Units.Quantity | None

Gets or sets the Range Minimum property in Options group of Analysis Settings in Harmonic Analysis.

property ANSYSAnalysisSettings.ReferenceTemperature: Ansys.Core.Units.Quantity | None

Gets or sets the AM Reference Temperature.

property ANSYSAnalysisSettings.ReferenceTemperatureType: Ansys.Mechanical.DataModel.Enums.AMReferenceTemperatureType | None

Gets or sets the AM Reference Temperature Type.

property ANSYSAnalysisSettings.RefinementAlgorithm: Ansys.Mechanical.DataModel.Enums.NonlinearAdaptivityControlsRefinementAlgorithmType | None

Gets or sets the RefinementAlgorithm.

property ANSYSAnalysisSettings.ReformulationTolerance: float | None

Gets or sets the ReformulationTolerance.

property ANSYSAnalysisSettings.RelaxationTemperature: Ansys.Core.Units.Quantity | None

Gets or sets the RelaxationTemperature.

property ANSYSAnalysisSettings.RelaxationTemperatureType: Ansys.Mechanical.DataModel.Enums.AMRelaxationTemperatureType | None

Gets or sets the AM Relaxation Temperature Type.

property ANSYSAnalysisSettings.RemeshingGradient: Ansys.Mechanical.DataModel.Enums.NonlinearAdaptivityControlsRemeshingGradientType | None

Gets or sets the RemeshingGradient.

property ANSYSAnalysisSettings.RemeshingToleranceQualityImprovement: float | None

Gets or sets the RemeshingToleranceQualityImprovement.

property ANSYSAnalysisSettings.RemeshingToleranceRefinement: float | None

Gets or sets the RemeshingToleranceRefinement.

property ANSYSAnalysisSettings.RemovalDirection: Ansys.Core.Units.Quantity | None

Gets or sets the RemovalDirection.

property ANSYSAnalysisSettings.RemovalStepSize: Ansys.Core.Units.Quantity | None

Gets or sets the RemovalStepSize.

property ANSYSAnalysisSettings.RestartAtLoadStep: int | None

Gets the RestartAtLoadStep.

property ANSYSAnalysisSettings.RestartAtSubstep: int | None

Gets the RestartAtSubstep.

property ANSYSAnalysisSettings.RestartAtTime: float | None

Gets the RestartAtTime.

property ANSYSAnalysisSettings.RestartType: Ansys.Mechanical.DataModel.Enums.RestartType | None

Gets or sets the RestartType.

property ANSYSAnalysisSettings.ResultFileCompression: Ansys.Mechanical.DataModel.Enums.ResultFileCompressionType | None

Gets or sets the ResultFileCompression.

property ANSYSAnalysisSettings.RetainFilesAfterFullSolve: Ansys.Mechanical.DataModel.Enums.RestartRetainFilesType | None

Gets or sets the RetainFilesAfterFullSolve.

property ANSYSAnalysisSettings.RetainModesymFileAfterSolve: Ansys.Mechanical.DataModel.Enums.UseExistingModesymFile | None

Gets or sets the RetainModesymFileAfterSolve.

property ANSYSAnalysisSettings.RotationConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the RotationConvergence.

property ANSYSAnalysisSettings.RotationConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the RotationConvergenceMinimumReference.

property ANSYSAnalysisSettings.RotationConvergenceTolerance: Ansys.Core.Units.Quantity | None

Gets or sets the RotationConvergenceTolerance.

property ANSYSAnalysisSettings.RpmCentralFrequency: Ansys.Core.Units.Quantity | None

Gets or sets the RpmCentralFrequency.

property ANSYSAnalysisSettings.RpmClusterNumber: int | None

Gets or sets the RpmClusterNumber.

property ANSYSAnalysisSettings.RpmFrequencySpacing: Ansys.Mechanical.DataModel.Enums.FrequencySpacingType | None

Gets or sets the RpmFrequencySpacing.

property ANSYSAnalysisSettings.RpmRangeMaximum: Ansys.Core.Units.Quantity | None

Gets or sets the RpmRangeMaximum.

property ANSYSAnalysisSettings.RpmRangeMinimum: Ansys.Core.Units.Quantity | None

Gets or sets the RpmRangeMinimum.

property ANSYSAnalysisSettings.RpmSolutionIntervals: int | None

Gets or sets the RpmSolutionIntervals.

property ANSYSAnalysisSettings.RpmValue: Ansys.Core.Units.Quantity | None

Gets or sets the RpmValue.

property ANSYSAnalysisSettings.SIFS: bool | None

Gets or sets the SIFS.

property ANSYSAnalysisSettings.SaveAtLoadStep: Ansys.Mechanical.DataModel.Enums.RestartSaveAtLoadStep | None

Gets or sets the SaveAtLoadStep.

property ANSYSAnalysisSettings.SaveAtSubstep: Ansys.Mechanical.DataModel.Enums.RestartSaveAtSubstep | None

Gets or sets the SaveAtSubstep.

property ANSYSAnalysisSettings.SaveMAPDLDB: bool | None

Gets or sets the SaveMAPDLDB.

property ANSYSAnalysisSettings.SaveSpecifiedLoadStep: int | None

Gets or sets the SaveSpecifiedLoadStep.

property ANSYSAnalysisSettings.ScatteredFieldFormulation: Ansys.Mechanical.DataModel.Enums.ScatteredFieldFormulation | None

Gets or sets the ScatteredFieldFormulation.

property ANSYSAnalysisSettings.ScatteringOutputType: Ansys.Mechanical.DataModel.Enums.ScatteringOutputType | None

Gets or sets the ScatteringOutputType.

property ANSYSAnalysisSettings.ScratchSolverFilesDirectory: str | None

Gets the ScratchSolverFilesDirectory.

property ANSYSAnalysisSettings.SearchRangeMaximum: Ansys.Core.Units.Quantity | None

Gets or sets the Range Maximum property in Options group of Analysis Settings in Modal Analysis.

property ANSYSAnalysisSettings.SearchRangeMinimum: Ansys.Core.Units.Quantity | None

Gets or sets the Range Minimum property in Options group of Analysis Settings in Modal Analysis.

property ANSYSAnalysisSettings.SignificanceThreshold: float | None

Gets or sets the SignificanceThreshold.

property ANSYSAnalysisSettings.SolutionIntervals: int | None

Gets or sets the SolutionIntervals.

property ANSYSAnalysisSettings.SolutionMethod: Ansys.Mechanical.DataModel.Enums.HarmonicMethod | None

Gets or sets the SolutionMethod.

property ANSYSAnalysisSettings.SolverFilesDirectory: str | None

Gets the SolverFilesDirectory.

property ANSYSAnalysisSettings.SolverPivotChecking: Ansys.Mechanical.DataModel.Enums.SolverPivotChecking | None

Gets or sets the SolverPivotChecking.

property ANSYSAnalysisSettings.SolverTolerance: Ansys.Core.Units.Quantity | None

Gets or sets the SolverTolerance.

property ANSYSAnalysisSettings.SolverType: Ansys.Mechanical.DataModel.Enums.SolverType | None

Gets or sets the SolverType.

property ANSYSAnalysisSettings.SolverUnitSystem: Ansys.Mechanical.DataModel.Enums.WBUnitSystemType | None

Gets or sets the SolverUnitSystem.

property ANSYSAnalysisSettings.SolverUnits: Ansys.Mechanical.DataModel.Enums.SolverUnitsControlType | None

Gets or sets the SolverUnits.

property ANSYSAnalysisSettings.SpectrumType: Ansys.Mechanical.DataModel.Enums.SpectrumType | None

Gets or sets the SpectrumType.

property ANSYSAnalysisSettings.SpinSoftening: Ansys.Mechanical.DataModel.Enums.SpinSofteningType | None

Gets or sets the SpinSoftening.

property ANSYSAnalysisSettings.SpringStiffness: Ansys.Mechanical.DataModel.Enums.SpringsStiffnessType | None

Gets or sets the SpringStiffness.

property ANSYSAnalysisSettings.SpringStiffnessFactor: float | None

Gets or sets the SpringStiffnessFactor.

property ANSYSAnalysisSettings.SpringStiffnessValue: Ansys.Core.Units.Quantity | None

Gets or sets the SpringStiffnessValue.

property ANSYSAnalysisSettings.Stabilization: Ansys.Mechanical.DataModel.Enums.StabilizationType | None

Gets or sets the Stabilization.

property ANSYSAnalysisSettings.StabilizationActivationForFirstSubstep: Ansys.Mechanical.DataModel.Enums.StabilizationFirstSubstepOption | None

Gets or sets the StabilizationActivationForFirstSubstep.

property ANSYSAnalysisSettings.StabilizationDampingFactor: float | None

Gets or sets the StabilizationDampingFactor.

property ANSYSAnalysisSettings.StabilizationEnergyDissipationRatio: float | None

Gets or sets the StabilizationEnergyDissipationRatio.

property ANSYSAnalysisSettings.StabilizationForceLimit: float | None

Gets or sets the StabilizationForceLimit.

property ANSYSAnalysisSettings.StabilizationMethod: Ansys.Mechanical.DataModel.Enums.StabilizationMethod | None

Gets or sets the StabilizationMethod.

property ANSYSAnalysisSettings.StepEndTime: Ansys.Core.Units.Quantity | None

Gets or sets the StepEndTime.

property ANSYSAnalysisSettings.StepName: str | None

Gets or sets the Step Name.

property ANSYSAnalysisSettings.StiffnessCoefficient: float | None

Gets or sets the StiffnessCoefficient.

property ANSYSAnalysisSettings.StiffnessCoefficientDefineBy: Ansys.Mechanical.DataModel.Enums.DampingType | None

Gets or sets the StiffnessCoefficientDefineBy.

property ANSYSAnalysisSettings.StoreComplexSolution: bool | None

Gets or sets the StoreComplexSolution.

property ANSYSAnalysisSettings.StoreModalResults: Ansys.Mechanical.DataModel.Enums.StoreModalResult | None

Gets or sets the StoreModalResults.

property ANSYSAnalysisSettings.StoreResulsAtValue: int | None

Gets or sets the StoreResulsAtValue.

property ANSYSAnalysisSettings.StoreResultsAt: Ansys.Mechanical.DataModel.Enums.TimePointsOptions | None

Gets or sets the StoreResultsAt.

property ANSYSAnalysisSettings.StoreResultsAtAllFrequencies: Ansys.Mechanical.DataModel.Enums.HarmonicMSUPStorage | None

Gets or sets the StoreResultsAtAllFrequencies.

property ANSYSAnalysisSettings.Strain: bool | None

Gets or sets the Strain.

property ANSYSAnalysisSettings.Stress: bool | None

Gets or sets the Stress.

property ANSYSAnalysisSettings.StructuralDampingCoefficient: float | None

Gets or sets the StructuralDampingCoefficient.

property ANSYSAnalysisSettings.StructuralOnly: bool | None

Gets or sets the StructuralOnly.

property ANSYSAnalysisSettings.TStress: bool | None

Gets or sets the TStress.

property ANSYSAnalysisSettings.TemperatureConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the TemperatureConvergence.

property ANSYSAnalysisSettings.TemperatureConvergenceInputValue: Ansys.Core.Units.Quantity | None

Gets or sets the TemperatureConvergenceInputValue.

property ANSYSAnalysisSettings.TemperatureConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the TemperatureConvergenceMinimumReference.

property ANSYSAnalysisSettings.TemperatureConvergenceTolerance: float | None

Gets or sets the TemperatureConvergenceTolerance.

property ANSYSAnalysisSettings.TemperatureConvergenceValue: Ansys.Mechanical.DataModel.Enums.NonLinearValueType | None

Gets or sets the TemperatureConvergenceValue.

property ANSYSAnalysisSettings.ThermalOnly: bool | None

Gets or sets the ThermalOnly.

property ANSYSAnalysisSettings.TimeIntegration: bool | None

Gets or sets the TimeIntegration.

property ANSYSAnalysisSettings.TimeStep: Ansys.Core.Units.Quantity | None

Gets or sets the TimeStep.

property ANSYSAnalysisSettings.TransientApplication: Ansys.Mechanical.DataModel.Enums.TransientApplicationType | None

Gets or sets the TransientApplication.

property ANSYSAnalysisSettings.TransientApplicationUserDefined: float | None

Gets or sets the TransientApplicationUserDefined.

property ANSYSAnalysisSettings.UpdateViewFactor: Ansys.Mechanical.DataModel.Enums.UpdateViewFactor | None

Gets or sets the specification for updating the view factor.

property ANSYSAnalysisSettings.UserDefinedFrequencies: bool | None

Gets or sets the UserDefinedFrequencies.

property ANSYSAnalysisSettings.UserDefinedFrequencySteps: List[Ansys.Core.Units.Quantity] | None

Gets or sets the UserDefinedFrequencySteps.

property ANSYSAnalysisSettings.ViewFactorMethod: Ansys.Mechanical.DataModel.Enums.RadiosityViewFactorType | None

Gets or sets the ViewFactorMethod.

property ANSYSAnalysisSettings.VisibleProperties: tuple[Ansys.ACT.Automation.Mechanical.Property] | None

Gets the list of properties that are visible for this object.

property ANSYSAnalysisSettings.VoltageConvergence: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType | None

Gets or sets the VoltageConvergence.

property ANSYSAnalysisSettings.VoltageConvergenceMinimumReference: Ansys.Core.Units.Quantity | None

Gets or sets the VoltageConvergenceMinimumReference.

property ANSYSAnalysisSettings.VoltageConvergenceTolerance: float | None

Gets or sets the VoltageConvergenceTolerance.

property ANSYSAnalysisSettings.VoltageConvergenceValue: Ansys.Core.Units.Quantity | None

Gets or sets the VoltageConvergenceValue.

property ANSYSAnalysisSettings.WeakSprings: Ansys.Mechanical.DataModel.Enums.WeakSpringsType | None

Gets or sets the WeakSprings.

Method detail

ANSYSAnalysisSettings.Activate() → None

Activate the current object.

ANSYSAnalysisSettings.AddComment() → Ansys.ACT.Automation.Mechanical.Comment

Creates a new child Comment.

ANSYSAnalysisSettings.AddFigure() → Ansys.ACT.Automation.Mechanical.Figure

Creates a new child Figure.

ANSYSAnalysisSettings.AddImage(filePath: str) → Ansys.ACT.Automation.Mechanical.Image

Creates a new child Image.
If a filePath is provided, the image will be loaded from that file,
if not, the image will be a screen capture of the Geometry window.

ANSYSAnalysisSettings.CopyTo(other: Ansys.ACT.Automation.Mechanical.DataModelObject) → None

CopyTo method.

ANSYSAnalysisSettings.CreateParameter(propName: str) → Ansys.ACT.Interfaces.Mechanical.IParameter

Creates a new parameter for a Property.

ANSYSAnalysisSettings.DeleteAllRestartPoints() → None

DeleteAllRestartPoints method.

ANSYSAnalysisSettings.Duplicate() → Ansys.Mechanical.DataModel.Interfaces.IDataModelObject

Creates a copy of the current DataModelObject.

ANSYSAnalysisSettings.GetAMStepType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.AMProcessStepType

Gets the AM Process Step Type at a given step.

ANSYSAnalysisSettings.GetAutomaticTimeStepping(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.AutomaticTimeStepping

Gets the Automatic Time Stepping at a given solution step.

ANSYSAnalysisSettings.GetCarryOverTimeStep(stepNumber: int) → bool

Gets the Carry Over Time Step at a given solution step.

ANSYSAnalysisSettings.GetChildren(recurses: bool, children: List[ChildrenType]) → List[ChildrenType]

Gets the list of children, filtered by type.

ANSYSAnalysisSettings.GetCreepEffects(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.Creep

Gets the Creep Effects for a given solution step.

ANSYSAnalysisSettings.GetCreepLimitRatio(stepNumber: int) → float

Gets the Creep Limit Ratio for a given solution step.

ANSYSAnalysisSettings.GetCurrentConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Current Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetCurrentConvergenceTolerance(stepNumber: int) → float

Gets the Current Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetCurrentConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Current Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetCurrentConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Current Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetDefineBy(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.TimeStepDefineByType

Gets the Define By at a given solution step.

ANSYSAnalysisSettings.GetDisplacementConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Displacement Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetDisplacementConvergenceTolerance(stepNumber: int) → float

Gets the Displacement Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetDisplacementConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Displacement Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetDisplacementConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Displacement Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetEmagAMPSConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the EmagAMPS Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetEmagAMPSConvergenceTolerance(stepNumber: int) → float

Gets the EmagAMPS Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetEmagAMPSConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the EmagAMPS Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetEmagAMPSConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the EmagAMPS Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetEmagCSGConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the EmagCSG Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetEmagCSGConvergenceTolerance(stepNumber: int) → float

Gets the EmagCSG Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetEmagCSGConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the EmagCSG Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetEmagCSGConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the EmagCSG Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetEnergyConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Energy Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetEnergyConvergenceTolerance(stepNumber: int) → float

Gets the Energy Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetEnergyConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Energy Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetEnergyConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Energy Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetForceConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Force Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetForceConvergenceTolerance(stepNumber: int) → float

Gets the Force Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetForceConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Force Convergence Tolerance Type at a given solution step.

ANSYSAnalysisSettings.GetForceConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Force Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetHeatConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Heat Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetHeatConvergenceTolerance(stepNumber: int) → float

Gets the Heat Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetHeatConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Heat Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetHeatConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Heat Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetInitialSubsteps(stepNumber: int) → int

Gets the Initial Substeps at a given solution step.

ANSYSAnalysisSettings.GetInitialTimeStep(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Initial Time Step at a given solution step.

ANSYSAnalysisSettings.GetLineSearch(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.LineSearchType

Gets the Line Search at a given solution step.

ANSYSAnalysisSettings.GetMaximumSubsteps(stepNumber: int) → int

Gets the Maximum Substeps at a given solution step.

ANSYSAnalysisSettings.GetMaximumTimeStep(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Maximum Time Step at a given solution step.

ANSYSAnalysisSettings.GetMinimumSubsteps(stepNumber: int) → int

Gets the Minimum Substeps at a given solution step.

ANSYSAnalysisSettings.GetMinimumTimeStep(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Minimum Time Step at a given solution step.

ANSYSAnalysisSettings.GetMomentConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Moment Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetMomentConvergenceTolerance(stepNumber: int) → float

Gets the Moment Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetMomentConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Moment Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetMomentConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Moment Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetNumberOfSubSteps(stepNumber: int) → int

Gets the Number of Substeps for a given solution step.

ANSYSAnalysisSettings.GetParameter(propName: str) → Ansys.ACT.Interfaces.Mechanical.IParameter

Gets the parameter corresponding to the given property.

ANSYSAnalysisSettings.GetRotationConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Rotation Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetRotationConvergenceTolerance(stepNumber: int) → float

Gets the Rotation Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetRotationConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Rotation Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetRotationConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Rotation Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetStabilization(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.StabilizationType

Gets the Stabilization at a given solution step.

ANSYSAnalysisSettings.GetStabilizationDampingFactor(stepNumber: int) → float

Gets the Stabilization Damping Factor at a given solution step.

ANSYSAnalysisSettings.GetStabilizationEnergyDissipationRatio(stepNumber: int) → float

Gets the Stabilization Energy Dissipation Ratio at a given solution step.

ANSYSAnalysisSettings.GetStabilizationFirstSubstepOption(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.StabilizationFirstSubstepOption

Gets the Stabilization First Substep Option at a given solution step.

ANSYSAnalysisSettings.GetStabilizationForceLimit(stepNumber: int) → float

Gets the Stabilization Force Limit at a given solution step.

ANSYSAnalysisSettings.GetStabilizationMethod(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.StabilizationMethod

Gets the Stabilization Method at a given solution step.

ANSYSAnalysisSettings.GetStepEndTime(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Step End Time at a given solution step.

ANSYSAnalysisSettings.GetStepName(stepNumber: int) → str

Gets the Step name at a given step.

ANSYSAnalysisSettings.GetStoreResulsAtValue(stepNumber: int) → int

Gets the Store Results At Value at a given solution step.

ANSYSAnalysisSettings.GetStoreResultsAt(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.TimePointsOptions

Gets the Store Results At at a given solution step.

ANSYSAnalysisSettings.GetStructuralOnly(stepNumber: int) → bool

Gets the TimeIntegration Structural for a given solution step.

ANSYSAnalysisSettings.GetTemperatureConvergenceInputValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Temperature Convergence Input Value at a given solution step.

ANSYSAnalysisSettings.GetTemperatureConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Temperature Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetTemperatureConvergenceTolerance(stepNumber: int) → float

Gets the Temperature Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetTemperatureConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Temperature Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetTemperatureConvergenceValue(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.NonLinearValueType

Gets the Temperature Convergence Value at a given solution step.

ANSYSAnalysisSettings.GetThermalOnly(stepNumber: int) → bool

Sets the TimeIntegration Thermal for a given solution step.

ANSYSAnalysisSettings.GetTimeIntegration(stepNumber: int) → bool

Gets the TimeIntegration for a given solution step.

ANSYSAnalysisSettings.GetTimeStep(stepNumber: int) → Ansys.Core.Units.Quantity

Sets the Time Step for a given solution step.

ANSYSAnalysisSettings.GetVoltageConvergenceMinimumReference(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Voltage Convergence Minimum Reference at a given solution step.

ANSYSAnalysisSettings.GetVoltageConvergenceTolerance(stepNumber: int) → float

Gets the Voltage Convergence Tolerance as a percentage at a given solution step.

ANSYSAnalysisSettings.GetVoltageConvergenceType(stepNumber: int) → Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType

Gets the Voltage Convergence Tolerance type at a given solution step.

ANSYSAnalysisSettings.GetVoltageConvergenceValue(stepNumber: int) → Ansys.Core.Units.Quantity

Gets the Voltage Convergence Value at a given solution step.

ANSYSAnalysisSettings.GroupAllSimilarChildren() → None

Run the GroupAllSimilarChildren action.

ANSYSAnalysisSettings.GroupSimilarObjects() → Ansys.ACT.Automation.Mechanical.TreeGroupingFolder

Run the GroupSimilarObjects action.

ANSYSAnalysisSettings.PropertyByAPIName(name: str) → Ansys.ACT.Automation.Mechanical.Property

Get a property by its API name.
If multiple properties have the same API Name, only the first property with that name will be returned.

ANSYSAnalysisSettings.PropertyByName(name: str) → Ansys.ACT.Automation.Mechanical.Property

Get a property by its unique name.

ANSYSAnalysisSettings.RemoveParameter(propName: str) → None

Removes the parameter from the parameter set corresponding to the given property.

ANSYSAnalysisSettings.SetAutomaticTimeStepping(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.AutomaticTimeStepping) → None

Sets the Automatic Time Stepping for a given solution step.

ANSYSAnalysisSettings.SetCarryOverTimeStep(stepNumber: int, value: bool) → None

Sets the Carry Over Time Step for a given solution step.

ANSYSAnalysisSettings.SetChargeConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Charge Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetChargeConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Charge Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetChargeConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Charge Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetChargeConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Charge Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetCreepEffects(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.Creep) → None

Sets the Creep Effects for a given solution step.

ANSYSAnalysisSettings.SetCreepLimitRatio(stepNumber: int, value: float) → None

Sets the Creep Limit Ratio for a given solution step.

ANSYSAnalysisSettings.SetCurrentConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Current Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetCurrentConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Current Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetCurrentConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Current Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetCurrentConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Current Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetDefineBy(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.TimeStepDefineByType) → None

Sets the Define By for a given solution step.

ANSYSAnalysisSettings.SetDisplacementConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Displacement Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetDisplacementConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Displacement Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetDisplacementConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Displacement Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetDisplacementConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Displacement Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetEmagAMPSConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the EmagAMPS Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetEmagAMPSConvergenceTolerance(stepNumber: int, value: float) → None

Sets the EmagAMPS Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetEmagAMPSConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the EmagAMPS Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetEmagAMPSConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the EmagAMPS Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetEmagCSGConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the EmagCSG Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetEmagCSGConvergenceTolerance(stepNumber: int, value: float) → None

Sets the EmagCSG Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetEmagCSGConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the EmagCSG Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetEmagCSGConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the EmagCSG Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetEnergyConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Energy Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetEnergyConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Energy Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetEnergyConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Energy Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetEnergyConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Energy Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetForceConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Force Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetForceConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Force Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetForceConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Force Convergence Tolerance Type for a given solution step.

ANSYSAnalysisSettings.SetForceConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Force Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetHeatConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Heat Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetHeatConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Heat Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetHeatConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Heat Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetHeatConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Heat Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetInitialSubsteps(stepNumber: int, value: int) → None

Sets the Initial Substeps for a given solution step.

ANSYSAnalysisSettings.SetInitialTimeStep(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Initial Time Step for a given solution step.

ANSYSAnalysisSettings.SetLineSearch(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.LineSearchType) → None

Sets the Line Search for a given solution step.

ANSYSAnalysisSettings.SetMaximumSubsteps(stepNumber: int, value: int) → None

Sets the Maximum Substeps for a given solution step.

ANSYSAnalysisSettings.SetMaximumTimeStep(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Maximum Time Step for a given solution step.

ANSYSAnalysisSettings.SetMinimumSubsteps(stepNumber: int, value: int) → None

Sets the Minimum Substeps for a given solution step.

ANSYSAnalysisSettings.SetMinimumTimeStep(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Minimum Time Step for a given solution step.

ANSYSAnalysisSettings.SetMomentConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Moment Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetMomentConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Moment Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetMomentConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Moment Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetMomentConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Moment Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetNumberOfSubSteps(stepNumber: int, value: int) → None

Sets the Number of Substeps for a given solution step.

ANSYSAnalysisSettings.SetRotationConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Rotation Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetRotationConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Rotation Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetRotationConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Rotation Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetRotationConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Rotation Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetStabilization(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.StabilizationType) → None

Sets the Stabilization for a given solution step.

ANSYSAnalysisSettings.SetStabilizationDampingFactor(stepNumber: int, value: float) → None

Sets the Stabilization Damping Factor for a given solution step.

ANSYSAnalysisSettings.SetStabilizationEnergyDissipationRatio(stepNumber: int, value: float) → None

Sets the Stabilization Energy Dissipation Ratio for a given solution step.

ANSYSAnalysisSettings.SetStabilizationFirstSubstepOption(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.StabilizationFirstSubstepOption) → None

Sets the Stabilization First Substep Option for a given solution step.

ANSYSAnalysisSettings.SetStabilizationForceLimit(stepNumber: int, value: float) → None

Sets the Stabilization Force Limit for a given solution step.

ANSYSAnalysisSettings.SetStabilizationMethod(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.StabilizationMethod) → None

Sets the Stabilization Method for a given solution step.

ANSYSAnalysisSettings.SetStepEndTime(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Step End Time for a given solution step.

ANSYSAnalysisSettings.SetStepName(stepNumber: int, value: str) → None

Sets the Step name at a given step.

ANSYSAnalysisSettings.SetStoreResulsAtValue(stepNumber: int, value: int) → None

Sets the Store Results At Value for a given solution step.

ANSYSAnalysisSettings.SetStoreResultsAt(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.TimePointsOptions) → None

Sets the Store Results At for a given solution step.

ANSYSAnalysisSettings.SetStructuralOnly(stepNumber: int, value: bool) → None

Sets the TimeIntegration Structural for a given solution step.

ANSYSAnalysisSettings.SetTemperatureConvergenceInputValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Temperature Convergence Input Value for a given solution step.

ANSYSAnalysisSettings.SetTemperatureConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Temperature Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetTemperatureConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Temperature Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetTemperatureConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Temperature Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetTemperatureConvergenceValue(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.NonLinearValueType) → None

Sets the Temperature Convergence Value for a given solution step.

ANSYSAnalysisSettings.SetThermalOnly(stepNumber: int, value: bool) → None

Sets the TimeIntegration Thermal for a given solution step.

ANSYSAnalysisSettings.SetTimeIntegration(stepNumber: int, value: bool) → None

Sets the TimeIntegration for a given solution step.

ANSYSAnalysisSettings.SetTimeStep(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Time Step for a given solution step.

ANSYSAnalysisSettings.SetVoltageConvergenceMinimumReference(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Voltage Convergence Minimum Reference for a given solution step.

ANSYSAnalysisSettings.SetVoltageConvergenceTolerance(stepNumber: int, value: float) → None

Sets the Voltage Convergence Tolerance as a percentage for a given solution step.
For example if the user input is 5% then the "value" argument should be set to 5.

ANSYSAnalysisSettings.SetVoltageConvergenceType(stepNumber: int, value: Ansys.Mechanical.DataModel.Enums.ConvergenceToleranceType) → None

Sets the Voltage Convergence Tolerance type for a given solution step.

ANSYSAnalysisSettings.SetVoltageConvergenceValue(stepNumber: int, value: Ansys.Core.Units.Quantity) → None

Sets the Voltage Convergence Value for a given solution step.