## On this page

  

 

 # `Analysis`

 Last update: 09.03.2026 

<a id="ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Analysis"></a>

#### *class* Ansys.ACT.Automation.Mechanical.Analysis

Bases: [`object`](https://docs.python.org/3/library/functions.html#object)

Defines a Analysis.

<a id="overview"></a>

## Overview

### Methods

NameDescription[`Activate`](#Analysis.Activate)Activate the current object.[`AddAMOverhangConstraint`](#Analysis.AddAMOverhangConstraint)Creates a new AMOverhangConstraint[`AddAcceleration`](#Analysis.AddAcceleration)Creates a new Acceleration[`AddAcousticAbsorptionElement`](#Analysis.AddAcousticAbsorptionElement)Creates a new AcousticAbsorptionElement[`AddAcousticAbsorptionSurface`](#Analysis.AddAcousticAbsorptionSurface)Creates a new AcousticAbsorptionSurface[`AddAcousticDiffuseSoundField`](#Analysis.AddAcousticDiffuseSoundField)Creates a new AcousticDiffuseSoundField[`AddAcousticFarFieldRadationSurface`](#Analysis.AddAcousticFarFieldRadationSurface)Creates a new AcousticFarFieldRadationSurface[`AddAcousticFreeSurface`](#Analysis.AddAcousticFreeSurface)Creates a new AcousticFreeSurface[`AddAcousticImpedanceBoundary`](#Analysis.AddAcousticImpedanceBoundary)Creates a new AcousticImpedanceBoundary[`AddAcousticImpedanceSheet`](#Analysis.AddAcousticImpedanceSheet)Creates a new AcousticImpedanceSheet[`AddAcousticIncidentWaveSource`](#Analysis.AddAcousticIncidentWaveSource)Creates a new AcousticIncidentWaveSource[`AddAcousticLowReducedFrequency`](#Analysis.AddAcousticLowReducedFrequency)Creates a new AcousticLowReducedFrequency[`AddAcousticMassSource`](#Analysis.AddAcousticMassSource)Creates a new AcousticMassSource[`AddAcousticMassSourceRate`](#Analysis.AddAcousticMassSourceRate)Creates a new AcousticMassSourceRate[`AddAcousticPort`](#Analysis.AddAcousticPort)Creates a new AcousticPort[`AddAcousticPortInDuct`](#Analysis.AddAcousticPortInDuct)Creates a new AcousticPortInDuct[`AddAcousticPressure`](#Analysis.AddAcousticPressure)Creates a new AcousticPressure[`AddAcousticRadiationBoundary`](#Analysis.AddAcousticRadiationBoundary)Creates a new AcousticRadiationBoundary[`AddAcousticRigidWall`](#Analysis.AddAcousticRigidWall)Creates a new AcousticRigidWall[`AddAcousticStaticPressure`](#Analysis.AddAcousticStaticPressure)Creates a new AcousticStaticPressure[`AddAcousticSurfaceAcceleration`](#Analysis.AddAcousticSurfaceAcceleration)Creates a new AcousticSurfaceAcceleration[`AddAcousticSurfaceVelocity`](#Analysis.AddAcousticSurfaceVelocity)Creates a new AcousticSurfaceVelocity[`AddAcousticSymmetryPlane`](#Analysis.AddAcousticSymmetryPlane)Creates a new AcousticSymmetryPlane[`AddAcousticTemperature`](#Analysis.AddAcousticTemperature)Creates a new child ThermalCondition.[`AddAcousticThermoViscousBLIBoundary`](#Analysis.AddAcousticThermoViscousBLIBoundary)Creates a new AcousticThermoViscousBLIBoundary[`AddAcousticTransferAdmittanceMatrix`](#Analysis.AddAcousticTransferAdmittanceMatrix)Creates a new AcousticTransferAdmittanceMatrix[`AddBearingLoad`](#Analysis.AddBearingLoad)Creates a new BearingLoad[`AddBodyControl`](#Analysis.AddBodyControl)Creates a new BodyControl[`AddBoltPretension`](#Analysis.AddBoltPretension)Creates a new BoltPretension[`AddCenterOfGravityConstraint`](#Analysis.AddCenterOfGravityConstraint)Creates a new CenterOfGravityConstraint[`AddCommandSnippet`](#Analysis.AddCommandSnippet)Creates a new CommandSnippet[`AddComment`](#Analysis.AddComment)Creates a new child Comment.[`AddComplexityIndexConstraint`](#Analysis.AddComplexityIndexConstraint)Creates a new ComplexityIndexConstraint[`AddComplianceConstraint`](#Analysis.AddComplianceConstraint)Creates a new ComplianceConstraint[`AddCompressionOnlySupport`](#Analysis.AddCompressionOnlySupport)Creates a new CompressionOnlySupport[`AddConstraintEquation`](#Analysis.AddConstraintEquation)Creates a new ConstraintEquation[`AddContactStepControl`](#Analysis.AddContactStepControl)Creates a new ContactStepControl[`AddConvection`](#Analysis.AddConvection)[`AddCoupling`](#Analysis.AddCoupling)Creates a new Coupling[`AddCriterionConstraint`](#Analysis.AddCriterionConstraint)Creates a new CriterionConstraint[`AddCurrent`](#Analysis.AddCurrent)Creates a new Current[`AddCyclicManufacturingConstraint`](#Analysis.AddCyclicManufacturingConstraint)Creates a new CyclicManufacturingConstraint[`AddCylindricalSupport`](#Analysis.AddCylindricalSupport)Creates a new CylindricalSupport[`AddDetonationPoint`](#Analysis.AddDetonationPoint)Creates a new DetonationPoint[`AddDisplacement`](#Analysis.AddDisplacement)Creates a new Displacement[`AddDisplacementConstraint`](#Analysis.AddDisplacementConstraint)Creates a new DisplacementConstraint[`AddDynamicComplianceConstraint`](#Analysis.AddDynamicComplianceConstraint)Creates a new DynamicComplianceConstraint[`AddEMTransducer`](#Analysis.AddEMTransducer)Creates a new EMTransducer[`AddEarthGravity`](#Analysis.AddEarthGravity)Creates a new EarthGravity[`AddElasticSupport`](#Analysis.AddElasticSupport)Creates a new ElasticSupport[`AddElectricCharge`](#Analysis.AddElectricCharge)Creates a new ElectricCharge[`AddElementBirthAndDeath`](#Analysis.AddElementBirthAndDeath)Creates a new ElementBirthAndDeath[`AddExtrusionManufacturingConstraint`](#Analysis.AddExtrusionManufacturingConstraint)Creates a new ExtrusionManufacturingConstraint[`AddFigure`](#Analysis.AddFigure)Creates a new child Figure.[`AddFixedRotation`](#Analysis.AddFixedRotation)Creates a new FixedRotation[`AddFixedSupport`](#Analysis.AddFixedSupport)Creates a new FixedSupport[`AddFluidPenetrationPressure`](#Analysis.AddFluidPenetrationPressure)Creates a new Fluid Penetration Pressure object in Mechanical. This load object is used to simulate surrounding fluid or air penetrating into the contact interface.[`AddFluidSolidInterface`](#Analysis.AddFluidSolidInterface)Creates a new FluidSolidInterface[`AddForce`](#Analysis.AddForce)Creates a new Force[`AddFrictionlessSupport`](#Analysis.AddFrictionlessSupport)Creates a new FrictionlessSupport[`AddGeneralizedPlaneStrain`](#Analysis.AddGeneralizedPlaneStrain)Creates a new GeneralizedPlaneStrain[`AddGeometryBasedAdaptivity`](#Analysis.AddGeometryBasedAdaptivity)Creates a new GeometryBasedAdaptivity[`AddGlobalVonMisesStressConstraint`](#Analysis.AddGlobalVonMisesStressConstraint)Creates a new GlobalVonMisesStressConstraint[`AddHeatFlow`](#Analysis.AddHeatFlow)Creates a new HeatFlow[`AddHeatFlux`](#Analysis.AddHeatFlux)Creates a new HeatFlux[`AddHousingConstraint`](#Analysis.AddHousingConstraint)Creates a new HousingConstraint[`AddHydrostaticPressure`](#Analysis.AddHydrostaticPressure)Creates a new HydrostaticPressure[`AddImage`](#Analysis.AddImage)Creates a new child Image.[`AddImpedanceBoundary`](#Analysis.AddImpedanceBoundary)Creates a new ImpedanceBoundary[`AddImportedCFDPressure`](#Analysis.AddImportedCFDPressure)Creates a new ImportedCFDPressure[`AddImportedLoadExternalData`](#Analysis.AddImportedLoadExternalData)Creates a new Imported Load (External Data).[`AddImportedLoadFluidsResultsFile`](#Analysis.AddImportedLoadFluidsResultsFile)Creates a new Import Load for Fluids Results File.[`AddImportedLoadMAPDLResultsFile`](#Analysis.AddImportedLoadMAPDLResultsFile)Creates a new Import Load for MAPDL Results File.[`AddImportedRemoteLoadsGroup`](#Analysis.AddImportedRemoteLoadsGroup)Creates a new Import Remote Load Group.[`AddInitialVelocity`](#Analysis.AddInitialVelocity)Creates a new child Initial Velocity.[`AddInternalHeatGeneration`](#Analysis.AddInternalHeatGeneration)Creates a new InternalHeatGeneration[`AddJointLoad`](#Analysis.AddJointLoad)Creates a new JointLoad[`AddLimitBoundary`](#Analysis.AddLimitBoundary)Creates a new LimitBoundary[`AddLinePressure`](#Analysis.AddLinePressure)Creates a new LinePressure[`AddLocalVonMisesStressConstraint`](#Analysis.AddLocalVonMisesStressConstraint)Creates a new LocalVonMisesStressConstraint[`AddMagneticFluxParallel`](#Analysis.AddMagneticFluxParallel)Creates a new MagneticFluxParallel[`AddMassConstraint`](#Analysis.AddMassConstraint)Creates a new MassConstraint[`AddMassFlowRate`](#Analysis.AddMassFlowRate)Creates a new MassFlowRate[`AddMemberSizeManufacturingConstraint`](#Analysis.AddMemberSizeManufacturingConstraint)Creates a new MemberSizeManufacturingConstraint[`AddMoment`](#Analysis.AddMoment)Creates a new Moment[`AddMomentOfInertiaConstraint`](#Analysis.AddMomentOfInertiaConstraint)Creates a new MomentOfInertiaConstraint[`AddMorphingRegion`](#Analysis.AddMorphingRegion)Creates a new MorphingRegion[`AddNaturalFrequencyConstraint`](#Analysis.AddNaturalFrequencyConstraint)Creates a new NaturalFrequencyConstraint[`AddNodalDisplacement`](#Analysis.AddNodalDisplacement)Creates a new NodalDisplacement[`AddNodalForce`](#Analysis.AddNodalForce)Creates a new NodalForce[`AddNodalOrientation`](#Analysis.AddNodalOrientation)Creates a new NodalOrientation[`AddNodalPressure`](#Analysis.AddNodalPressure)Creates a new NodalPressure[`AddNodalRotation`](#Analysis.AddNodalRotation)Creates a new NodalRotation[`AddNonlinearAdaptiveRegion`](#Analysis.AddNonlinearAdaptiveRegion)Creates a new NonlinearAdaptiveRegion[`AddObjective`](#Analysis.AddObjective)Creates a new Objective[`AddOptimizationRegion`](#Analysis.AddOptimizationRegion)Creates a new OptimizationRegion[`AddPSDAcceleration`](#Analysis.AddPSDAcceleration)Creates a new PSDAcceleration[`AddPSDDisplacement`](#Analysis.AddPSDDisplacement)Creates a new PSDDisplacement[`AddPSDGAcceleration`](#Analysis.AddPSDGAcceleration)Creates a new PSDGAcceleration[`AddPSDVelocity`](#Analysis.AddPSDVelocity)Creates a new PSDVelocity[`AddPatternRepetitionConstraint`](#Analysis.AddPatternRepetitionConstraint)Creates a new PatternRepetitionConstraint[`AddPerfectlyInsulated`](#Analysis.AddPerfectlyInsulated)Creates a new PerfectlyInsulated[`AddPhysicsRegion`](#Analysis.AddPhysicsRegion)Creates a new PhysicsRegion[`AddPipeIdealization`](#Analysis.AddPipeIdealization)Creates a new child PipeIdealization.[`AddPipePressure`](#Analysis.AddPipePressure)Creates a new PipePressure[`AddPipeTemperature`](#Analysis.AddPipeTemperature)Creates a new PipeTemperature[`AddPlasticHeating`](#Analysis.AddPlasticHeating)Creates a new PlasticHeating[`AddPressure`](#Analysis.AddPressure)Creates a new child Pressure.[`AddPullOutDirectionManufacturingConstraint`](#Analysis.AddPullOutDirectionManufacturingConstraint)Creates a new PullOutDirectionManufacturingConstraint[`AddPythonCodeEventBased`](#Analysis.AddPythonCodeEventBased)Creates a new PythonCodeEventBased[`AddRSAcceleration`](#Analysis.AddRSAcceleration)Creates a new RSAcceleration[`AddRSDisplacement`](#Analysis.AddRSDisplacement)Creates a new RSDisplacement[`AddRSVelocity`](#Analysis.AddRSVelocity)Creates a new RSVelocity[`AddRadiation`](#Analysis.AddRadiation)Creates a new Radiation[`AddReactionForceConstraint`](#Analysis.AddReactionForceConstraint)Creates a new ReactionForceConstraint[`AddRemoteDisplacement`](#Analysis.AddRemoteDisplacement)Creates a new RemoteDisplacement[`AddRemoteForce`](#Analysis.AddRemoteForce)Creates a new RemoteForce[`AddRotatingForce`](#Analysis.AddRotatingForce)Creates a new RotatingForce[`AddRotationalAcceleration`](#Analysis.AddRotationalAcceleration)Creates a new RotationalAcceleration[`AddRotationalVelocity`](#Analysis.AddRotationalVelocity)Creates a new RotationalVelocity[`AddSimplySupported`](#Analysis.AddSimplySupported)Creates a new SimplySupported[`AddSourceConductor`](#Analysis.AddSourceConductor)Creates a new child SourceConductor.[`AddSubstructureGenerationCondensedPart`](#Analysis.AddSubstructureGenerationCondensedPart)Creates a new SubstructureGenerationCondensedPart[`AddSurfaceChargeDensity`](#Analysis.AddSurfaceChargeDensity)Creates a new SurfaceChargeDensity[`AddSymmetryManufacturingConstraint`](#Analysis.AddSymmetryManufacturingConstraint)Creates a new SymmetryManufacturingConstraint[`AddSystemCouplingRegion`](#Analysis.AddSystemCouplingRegion)Creates a new SystemCouplingRegion[`AddTemperature`](#Analysis.AddTemperature)Creates a new child Temperature.[`AddTemperatureConstraint`](#Analysis.AddTemperatureConstraint)Creates a new TemperatureConstraint[`AddThermalComplianceConstraint`](#Analysis.AddThermalComplianceConstraint)Creates a new ThermalComplianceConstraint[`AddThermalCondition`](#Analysis.AddThermalCondition)[`AddUniformConstraint`](#Analysis.AddUniformConstraint)Creates a new UniformConstraint[`AddVelocity`](#Analysis.AddVelocity)Creates a new Velocity[`AddViscoelasticHeating`](#Analysis.AddViscoelasticHeating)Creates a new ViscoelasticHeating[`AddVoltage`](#Analysis.AddVoltage)Creates a new Voltage[`AddVoltageCoupling`](#Analysis.AddVoltageCoupling)Creates a new Coupling[`AddVoltageGround`](#Analysis.AddVoltageGround)Creates a new VoltageGround[`AddVolumeChargeDensity`](#Analysis.AddVolumeChargeDensity)Creates a new VolumeChargeDensity[`AddVolumeConstraint`](#Analysis.AddVolumeConstraint)Creates a new VolumeConstraint[`ClearGeneratedData`](#Analysis.ClearGeneratedData)Run the ClearGeneratedData action.[`CopyTo`](#Analysis.CopyTo)Copies all visible properties from this object to another.[`CreateAutomaticFSI`](#Analysis.CreateAutomaticFSI)Run the CreateAutomaticFSI action.[`CreateAutomaticFSIandFarFieldRadiationSurfaces`](#Analysis.CreateAutomaticFSIandFarFieldRadiationSurfaces)Run the CreateAutomaticFSIandEquivalentSourceSurfaces action.[`CreateAutomaticFarFieldRadiationSurfaces`](#Analysis.CreateAutomaticFarFieldRadiationSurfaces)Run the CreateAutomaticEquivalentSourceSurfaces action.[`CreateParameter`](#Analysis.CreateParameter)Creates a new parameter for a Property.[`Delete`](#Analysis.Delete)Run the Delete action.[`Duplicate`](#Analysis.Duplicate)Duplicate method.[`ExportNastranFile`](#Analysis.ExportNastranFile)Export Nastran File.[`FilterBasedOnEnvironment`](#Analysis.FilterBasedOnEnvironment)Enables interface filtering that only displays model-level items applicable to[`GetChildren`](#Analysis.GetChildren)Gets the list of children, filtered by type.[`GetParameter`](#Analysis.GetParameter)Gets the parameter corresponding to the given property.[`GroupAllSimilarChildren`](#Analysis.GroupAllSimilarChildren)Run the GroupAllSimilarChildren action.[`GroupSimilarObjects`](#Analysis.GroupSimilarObjects)Run the GroupSimilarObjects action.[`ImportLoad`](#Analysis.ImportLoad)Import Load action.[`OpenSolverFilesDirectory`](#Analysis.OpenSolverFilesDirectory)Run the OpenSolverFilesDirectory action.[`PropertyByAPIName`](#Analysis.PropertyByAPIName)Get a property by its API name.[`PropertyByName`](#Analysis.PropertyByName)Get a property by its unique name.[`RemoveParameter`](#Analysis.RemoveParameter)Removes the parameter from the parameter set corresponding to the given property.[`SelectBodiesWithMultiplePhysicsRegion`](#Analysis.SelectBodiesWithMultiplePhysicsRegion)Run the SelectBodiesWithMultiplePhysicsRegion action to select the bodies that belong to more than one Physics Region.[`SelectBodiesWithoutPhysicsRegion`](#Analysis.SelectBodiesWithoutPhysicsRegion)Run the SelectBodiesWithoutPhysicsRegion action to select the bodies that don’t belong to a Physics Region.[`Solve`](#Analysis.Solve)Run the Solve action.[`TransferDataFrom`](#Analysis.TransferDataFrom)Transfer Data From action.[`UnlinkDataFrom`](#Analysis.UnlinkDataFrom)Unlink Data From action.[`WriteSystemCouplingFiles`](#Analysis.WriteSystemCouplingFiles)Writes the system coupling files. Usage WriteSystemCouplingFiles(“C:Desktoptempscp1.scp”);### Properties

NameDescription[`AMProcessSimulation`](#Analysis.AMProcessSimulation)Gets or sets the AMProcessSimulation.[`Acoustics`](#Analysis.Acoustics)Gets or sets the Acoustics.[`AnalysisSettings`](#Analysis.AnalysisSettings)Gets the AnalysisSettings.[`AnalysisType`](#Analysis.AnalysisType)Gets the AnalysisType.[`CellId`](#Analysis.CellId)Gets the CellId.[`Children`](#Analysis.Children)Gets the list of children.[`Comments`](#Analysis.Comments)Gets the list of associated comments.[`DataModelObjectCategory`](#Analysis.DataModelObjectCategory)Gets the current DataModelObject’s category.[`Electric`](#Analysis.Electric)Gets the Electric.[`EnvironmentTemperature`](#Analysis.EnvironmentTemperature)Gets or sets the EnvironmentTemperature.[`Figures`](#Analysis.Figures)Gets the list of associated figures.[`GenerateInputOnly`](#Analysis.GenerateInputOnly)Gets the GenerateInputOnly.[`Images`](#Analysis.Images)Gets the list of associated images.[`InitialConditions`](#Analysis.InitialConditions)Get InitialConditions.[`InternalObject`](#Analysis.InternalObject)Gets the internal object. For advanced usage only.[`PhysicsType`](#Analysis.PhysicsType)Gets the PhysicsType.[`Properties`](#Analysis.Properties)Gets the list of properties for this object.[`ReadOnly`](#Analysis.ReadOnly)Gets or sets the ReadOnly.[`ResultFileName`](#Analysis.ResultFileName)Get the full path and name of the result file.[`Solution`](#Analysis.Solution)Gets the Solution.[`Structural`](#Analysis.Structural)Gets or sets the Structural.[`SystemCaption`](#Analysis.SystemCaption)Gets the SystemCaption.[`Thermal`](#Analysis.Thermal)Gets the Thermal.[`VisibleProperties`](#Analysis.VisibleProperties)Gets the list of properties that are visible for this object.<a id="property-detail"></a>

## Property detail

<a id="Analysis.AMProcessSimulation"></a>

### *property* Analysis.AMProcessSimulation *: [Ansys.Mechanical.DataModel.Enums.AMProcessSimulationType](../../../Mechanical/DataModel/Enums/AMProcessSimulationType.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.Enums.AMProcessSimulationType) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets or sets the AMProcessSimulation.

<a id="Analysis.Acoustics"></a>

### *property* Analysis.Acoustics *: [bool](https://docs.python.org/3/library/functions.html#bool) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets or sets the Acoustics.

<a id="Analysis.AnalysisSettings"></a>

### *property* Analysis.AnalysisSettings *: [Ansys.ACT.Automation.Mechanical.AnalysisSettings.AnalysisSettings](AnalysisSettings/AnalysisSettings.md#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.AnalysisSettings.AnalysisSettings) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the AnalysisSettings.

<a id="Analysis.AnalysisType"></a>

### *property* Analysis.AnalysisType *: [Ansys.Mechanical.DataModel.Enums.AnalysisType](../../../Mechanical/DataModel/Enums/AnalysisType.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.Enums.AnalysisType) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the AnalysisType.

<a id="Analysis.CellId"></a>

### *property* Analysis.CellId *: [str](https://docs.python.org/3/library/stdtypes.html#str) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the CellId.

<a id="Analysis.Children"></a>

### *property* Analysis.Children *: List\[Ansys.Mechanical.DataModel.Interfaces.IDataModelObject\] | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the list of children.

<a id="Analysis.Comments"></a>

### *property* Analysis.Comments *: Iterable\[[Ansys.ACT.Automation.Mechanical.Comment](Comment.md#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Comment)\] | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the list of associated comments.

<a id="Analysis.DataModelObjectCategory"></a>

### *property* Analysis.DataModelObjectCategory *: [Ansys.Mechanical.DataModel.Enums.DataModelObjectCategory](../../../Mechanical/DataModel/Enums/DataModelObjectCategory.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.Enums.DataModelObjectCategory) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the current DataModelObject’s category.

<a id="Analysis.Electric"></a>

### *property* Analysis.Electric *: [bool](https://docs.python.org/3/library/functions.html#bool) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the Electric.

<a id="Analysis.EnvironmentTemperature"></a>

### *property* Analysis.EnvironmentTemperature *: Ansys.Core.Units.Quantity | [None](https://docs.python.org/3/library/constants.html#None)*

Gets or sets the EnvironmentTemperature.

<a id="Analysis.Figures"></a>

### *property* Analysis.Figures *: Iterable\[[Ansys.ACT.Automation.Mechanical.Figure](Figure.md#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Figure)\] | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the list of associated figures.

<a id="Analysis.GenerateInputOnly"></a>

### *property* Analysis.GenerateInputOnly *: [bool](https://docs.python.org/3/library/functions.html#bool) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the GenerateInputOnly.

<a id="Analysis.Images"></a>

### *property* Analysis.Images *: Iterable\[[Ansys.ACT.Automation.Mechanical.Image](Image.md#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Image)\] | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the list of associated images.

<a id="Analysis.InitialConditions"></a>

### *property* Analysis.InitialConditions *: List\[[Ansys.ACT.Automation.Mechanical.InitialCondition](InitialCondition.md#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.InitialCondition)\] | [None](https://docs.python.org/3/library/constants.html#None)*

Get InitialConditions.

<a id="Analysis.InternalObject"></a>

### *property* Analysis.InternalObject *: Ansys.Common.Interop.DSObjectsAuto.IDSEnvironmentAuto | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the internal object. For advanced usage only.

<a id="Analysis.PhysicsType"></a>

### *property* Analysis.PhysicsType *: [Ansys.Mechanical.DataModel.Enums.PhysicsType](../../../Mechanical/DataModel/Enums/PhysicsType.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.Enums.PhysicsType) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the PhysicsType.

<a id="Analysis.Properties"></a>

### *property* Analysis.Properties *: [tuple](https://docs.python.org/3/library/stdtypes.html#tuple)\[Ansys.ACT.Automation.Mechanical.Property\] | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the list of properties for this object.

<a id="Analysis.ReadOnly"></a>

### *property* Analysis.ReadOnly *: [bool](https://docs.python.org/3/library/functions.html#bool) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets or sets the ReadOnly.

<a id="Analysis.ResultFileName"></a>

### *property* Analysis.ResultFileName *: [str](https://docs.python.org/3/library/stdtypes.html#str) | [None](https://docs.python.org/3/library/constants.html#None)*

Get the full path and name of the result file.

<a id="Analysis.Solution"></a>

### *property* Analysis.Solution *: [Ansys.ACT.Automation.Mechanical.Solution](Solution.md#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Solution) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the Solution.

<a id="Analysis.Structural"></a>

### *property* Analysis.Structural *: [bool](https://docs.python.org/3/library/functions.html#bool) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets or sets the Structural.

<a id="Analysis.SystemCaption"></a>

### *property* Analysis.SystemCaption *: [str](https://docs.python.org/3/library/stdtypes.html#str) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the SystemCaption.

<a id="Analysis.Thermal"></a>

### *property* Analysis.Thermal *: [bool](https://docs.python.org/3/library/functions.html#bool) | [None](https://docs.python.org/3/library/constants.html#None)*

Gets the Thermal.

<a id="Analysis.VisibleProperties"></a>

### *property* Analysis.VisibleProperties *: [tuple](https://docs.python.org/3/library/stdtypes.html#tuple)\[Ansys.ACT.Automation.Mechanical.Property\] | [None](https://docs.python.org/3/library/constants.html#None)*

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

<a id="method-detail"></a>

## Method detail

<a id="Analysis.Activate"></a>

### Analysis.Activate()

Activate the current object.

<a id="Analysis.AddAMOverhangConstraint"></a>

### Analysis.AddAMOverhangConstraint()

Creates a new AMOverhangConstraint

<a id="Analysis.AddAcceleration"></a>

### Analysis.AddAcceleration()

Creates a new Acceleration

<a id="Analysis.AddAcousticAbsorptionElement"></a>

### Analysis.AddAcousticAbsorptionElement()

Creates a new AcousticAbsorptionElement

<a id="Analysis.AddAcousticAbsorptionSurface"></a>

### Analysis.AddAcousticAbsorptionSurface()

Creates a new AcousticAbsorptionSurface

<a id="Analysis.AddAcousticDiffuseSoundField"></a>

### Analysis.AddAcousticDiffuseSoundField()

Creates a new AcousticDiffuseSoundField

<a id="Analysis.AddAcousticFarFieldRadationSurface"></a>

### Analysis.AddAcousticFarFieldRadationSurface()

Creates a new AcousticFarFieldRadationSurface

<a id="Analysis.AddAcousticFreeSurface"></a>

### Analysis.AddAcousticFreeSurface()

Creates a new AcousticFreeSurface

<a id="Analysis.AddAcousticImpedanceBoundary"></a>

### Analysis.AddAcousticImpedanceBoundary()

Creates a new AcousticImpedanceBoundary

<a id="Analysis.AddAcousticImpedanceSheet"></a>

### Analysis.AddAcousticImpedanceSheet()

Creates a new AcousticImpedanceSheet

<a id="Analysis.AddAcousticIncidentWaveSource"></a>

### Analysis.AddAcousticIncidentWaveSource()

Creates a new AcousticIncidentWaveSource

<a id="Analysis.AddAcousticLowReducedFrequency"></a>

### Analysis.AddAcousticLowReducedFrequency()

Creates a new AcousticLowReducedFrequency

<a id="Analysis.AddAcousticMassSource"></a>

### Analysis.AddAcousticMassSource()

Creates a new AcousticMassSource

<a id="Analysis.AddAcousticMassSourceRate"></a>

### Analysis.AddAcousticMassSourceRate()

Creates a new AcousticMassSourceRate

<a id="Analysis.AddAcousticPort"></a>

### Analysis.AddAcousticPort()

Creates a new AcousticPort

<a id="Analysis.AddAcousticPortInDuct"></a>

### Analysis.AddAcousticPortInDuct()

Creates a new AcousticPortInDuct

<a id="Analysis.AddAcousticPressure"></a>

### Analysis.AddAcousticPressure()

Creates a new AcousticPressure

<a id="Analysis.AddAcousticRadiationBoundary"></a>

### Analysis.AddAcousticRadiationBoundary()

Creates a new AcousticRadiationBoundary

<a id="Analysis.AddAcousticRigidWall"></a>

### Analysis.AddAcousticRigidWall()

Creates a new AcousticRigidWall

<a id="Analysis.AddAcousticStaticPressure"></a>

### Analysis.AddAcousticStaticPressure()

Creates a new AcousticStaticPressure

<a id="Analysis.AddAcousticSurfaceAcceleration"></a>

### Analysis.AddAcousticSurfaceAcceleration()

Creates a new AcousticSurfaceAcceleration

<a id="Analysis.AddAcousticSurfaceVelocity"></a>

### Analysis.AddAcousticSurfaceVelocity()

Creates a new AcousticSurfaceVelocity

<a id="Analysis.AddAcousticSymmetryPlane"></a>

### Analysis.AddAcousticSymmetryPlane()

Creates a new AcousticSymmetryPlane

<a id="Analysis.AddAcousticTemperature"></a>

### Analysis.AddAcousticTemperature()

Creates a new child ThermalCondition.

<a id="Analysis.AddAcousticThermoViscousBLIBoundary"></a>

### Analysis.AddAcousticThermoViscousBLIBoundary()

Creates a new AcousticThermoViscousBLIBoundary

<a id="Analysis.AddAcousticTransferAdmittanceMatrix"></a>

### Analysis.AddAcousticTransferAdmittanceMatrix()

Creates a new AcousticTransferAdmittanceMatrix

<a id="Analysis.AddBearingLoad"></a>

### Analysis.AddBearingLoad()

Creates a new BearingLoad

<a id="Analysis.AddBodyControl"></a>

### Analysis.AddBodyControl()

Creates a new BodyControl

<a id="Analysis.AddBoltPretension"></a>

### Analysis.AddBoltPretension()

Creates a new BoltPretension

<a id="Analysis.AddCenterOfGravityConstraint"></a>

### Analysis.AddCenterOfGravityConstraint()

Creates a new CenterOfGravityConstraint

<a id="Analysis.AddCommandSnippet"></a>

### Analysis.AddCommandSnippet()

Creates a new CommandSnippet

<a id="Analysis.AddComment"></a>

### Analysis.AddComment()

Creates a new child Comment.

<a id="Analysis.AddComplexityIndexConstraint"></a>

### Analysis.AddComplexityIndexConstraint()

Creates a new ComplexityIndexConstraint

<a id="Analysis.AddComplianceConstraint"></a>

### Analysis.AddComplianceConstraint()

Creates a new ComplianceConstraint

<a id="Analysis.AddCompressionOnlySupport"></a>

### Analysis.AddCompressionOnlySupport()

Creates a new CompressionOnlySupport

<a id="Analysis.AddConstraintEquation"></a>

### Analysis.AddConstraintEquation()

Creates a new ConstraintEquation

<a id="Analysis.AddContactStepControl"></a>

### Analysis.AddContactStepControl()

Creates a new ContactStepControl

<a id="Analysis.AddConvection"></a>

### Analysis.AddConvection(representation: [Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation](../../../Mechanical/DataModel/MechanicalEnums/BoundaryConditions/DataRepresentation.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation))

<a id="Analysis.AddCoupling"></a>

### Analysis.AddCoupling()

Creates a new Coupling

<a id="Analysis.AddCriterionConstraint"></a>

### Analysis.AddCriterionConstraint()

Creates a new CriterionConstraint

<a id="Analysis.AddCurrent"></a>

### Analysis.AddCurrent()

Creates a new Current

<a id="Analysis.AddCyclicManufacturingConstraint"></a>

### Analysis.AddCyclicManufacturingConstraint()

Creates a new CyclicManufacturingConstraint

<a id="Analysis.AddCylindricalSupport"></a>

### Analysis.AddCylindricalSupport()

Creates a new CylindricalSupport

<a id="Analysis.AddDetonationPoint"></a>

### Analysis.AddDetonationPoint()

Creates a new DetonationPoint

<a id="Analysis.AddDisplacement"></a>

### Analysis.AddDisplacement()

Creates a new Displacement

<a id="Analysis.AddDisplacementConstraint"></a>

### Analysis.AddDisplacementConstraint()

Creates a new DisplacementConstraint

<a id="Analysis.AddDynamicComplianceConstraint"></a>

### Analysis.AddDynamicComplianceConstraint()

Creates a new DynamicComplianceConstraint

<a id="Analysis.AddEMTransducer"></a>

### Analysis.AddEMTransducer()

Creates a new EMTransducer

<a id="Analysis.AddEarthGravity"></a>

### Analysis.AddEarthGravity()

Creates a new EarthGravity

<a id="Analysis.AddElasticSupport"></a>

### Analysis.AddElasticSupport()

Creates a new ElasticSupport

<a id="Analysis.AddElectricCharge"></a>

### Analysis.AddElectricCharge()

Creates a new ElectricCharge

<a id="Analysis.AddElementBirthAndDeath"></a>

### Analysis.AddElementBirthAndDeath()

Creates a new ElementBirthAndDeath

<a id="Analysis.AddExtrusionManufacturingConstraint"></a>

### Analysis.AddExtrusionManufacturingConstraint()

Creates a new ExtrusionManufacturingConstraint

<a id="Analysis.AddFigure"></a>

### Analysis.AddFigure()

Creates a new child Figure.

<a id="Analysis.AddFixedRotation"></a>

### Analysis.AddFixedRotation()

Creates a new FixedRotation

<a id="Analysis.AddFixedSupport"></a>

### Analysis.AddFixedSupport()

Creates a new FixedSupport

<a id="Analysis.AddFluidPenetrationPressure"></a>

### Analysis.AddFluidPenetrationPressure()

```text
Creates a new Fluid Penetration Pressure object in Mechanical. This load object is used to simulate surrounding fluid or air penetrating into the contact interface.
    Users can apply this load to flexible-to-flexible or rigid-to-flexible contact pairs. This load object is available for static structural analysis.

```

<a id="Analysis.AddFluidSolidInterface"></a>

### Analysis.AddFluidSolidInterface()

Creates a new FluidSolidInterface

<a id="Analysis.AddForce"></a>

### Analysis.AddForce()

Creates a new Force

<a id="Analysis.AddFrictionlessSupport"></a>

### Analysis.AddFrictionlessSupport()

Creates a new FrictionlessSupport

<a id="Analysis.AddGeneralizedPlaneStrain"></a>

### Analysis.AddGeneralizedPlaneStrain()

Creates a new GeneralizedPlaneStrain

<a id="Analysis.AddGeometryBasedAdaptivity"></a>

### Analysis.AddGeometryBasedAdaptivity()

Creates a new GeometryBasedAdaptivity

<a id="Analysis.AddGlobalVonMisesStressConstraint"></a>

### Analysis.AddGlobalVonMisesStressConstraint()

Creates a new GlobalVonMisesStressConstraint

<a id="Analysis.AddHeatFlow"></a>

### Analysis.AddHeatFlow()

Creates a new HeatFlow

<a id="Analysis.AddHeatFlux"></a>

### Analysis.AddHeatFlux()

Creates a new HeatFlux

<a id="Analysis.AddHousingConstraint"></a>

### Analysis.AddHousingConstraint()

Creates a new HousingConstraint

<a id="Analysis.AddHydrostaticPressure"></a>

### Analysis.AddHydrostaticPressure()

Creates a new HydrostaticPressure

<a id="Analysis.AddImage"></a>

### Analysis.AddImage(filePath: [str](https://docs.python.org/3/library/stdtypes.html#str))

```text
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.

```

<a id="Analysis.AddImpedanceBoundary"></a>

### Analysis.AddImpedanceBoundary()

Creates a new ImpedanceBoundary

<a id="Analysis.AddImportedCFDPressure"></a>

### Analysis.AddImportedCFDPressure()

Creates a new ImportedCFDPressure

<a id="Analysis.AddImportedLoadExternalData"></a>

### Analysis.AddImportedLoadExternalData()

Creates a new Imported Load (External Data).

<a id="Analysis.AddImportedLoadFluidsResultsFile"></a>

### Analysis.AddImportedLoadFluidsResultsFile()

Creates a new Import Load for Fluids Results File.

<a id="Analysis.AddImportedLoadMAPDLResultsFile"></a>

### Analysis.AddImportedLoadMAPDLResultsFile()

Creates a new Import Load for MAPDL Results File.

<a id="Analysis.AddImportedRemoteLoadsGroup"></a>

### Analysis.AddImportedRemoteLoadsGroup()

Creates a new Import Remote Load Group.

<a id="Analysis.AddInitialVelocity"></a>

### Analysis.AddInitialVelocity()

Creates a new child Initial Velocity.

<a id="Analysis.AddInternalHeatGeneration"></a>

### Analysis.AddInternalHeatGeneration()

Creates a new InternalHeatGeneration

<a id="Analysis.AddJointLoad"></a>

### Analysis.AddJointLoad()

Creates a new JointLoad

<a id="Analysis.AddLimitBoundary"></a>

### Analysis.AddLimitBoundary()

Creates a new LimitBoundary

<a id="Analysis.AddLinePressure"></a>

### Analysis.AddLinePressure()

Creates a new LinePressure

<a id="Analysis.AddLocalVonMisesStressConstraint"></a>

### Analysis.AddLocalVonMisesStressConstraint()

Creates a new LocalVonMisesStressConstraint

<a id="Analysis.AddMagneticFluxParallel"></a>

### Analysis.AddMagneticFluxParallel()

Creates a new MagneticFluxParallel

<a id="Analysis.AddMassConstraint"></a>

### Analysis.AddMassConstraint()

Creates a new MassConstraint

<a id="Analysis.AddMassFlowRate"></a>

### Analysis.AddMassFlowRate()

Creates a new MassFlowRate

<a id="Analysis.AddMemberSizeManufacturingConstraint"></a>

### Analysis.AddMemberSizeManufacturingConstraint()

Creates a new MemberSizeManufacturingConstraint

<a id="Analysis.AddMoment"></a>

### Analysis.AddMoment()

Creates a new Moment

<a id="Analysis.AddMomentOfInertiaConstraint"></a>

### Analysis.AddMomentOfInertiaConstraint()

Creates a new MomentOfInertiaConstraint

<a id="Analysis.AddMorphingRegion"></a>

### Analysis.AddMorphingRegion()

Creates a new MorphingRegion

<a id="Analysis.AddNaturalFrequencyConstraint"></a>

### Analysis.AddNaturalFrequencyConstraint()

Creates a new NaturalFrequencyConstraint

<a id="Analysis.AddNodalDisplacement"></a>

### Analysis.AddNodalDisplacement()

Creates a new NodalDisplacement

<a id="Analysis.AddNodalForce"></a>

### Analysis.AddNodalForce()

Creates a new NodalForce

<a id="Analysis.AddNodalOrientation"></a>

### Analysis.AddNodalOrientation()

Creates a new NodalOrientation

<a id="Analysis.AddNodalPressure"></a>

### Analysis.AddNodalPressure()

Creates a new NodalPressure

<a id="Analysis.AddNodalRotation"></a>

### Analysis.AddNodalRotation()

Creates a new NodalRotation

<a id="Analysis.AddNonlinearAdaptiveRegion"></a>

### Analysis.AddNonlinearAdaptiveRegion()

Creates a new NonlinearAdaptiveRegion

<a id="Analysis.AddObjective"></a>

### Analysis.AddObjective()

Creates a new Objective

<a id="Analysis.AddOptimizationRegion"></a>

### Analysis.AddOptimizationRegion()

Creates a new OptimizationRegion

<a id="Analysis.AddPSDAcceleration"></a>

### Analysis.AddPSDAcceleration()

Creates a new PSDAcceleration

<a id="Analysis.AddPSDDisplacement"></a>

### Analysis.AddPSDDisplacement()

Creates a new PSDDisplacement

<a id="Analysis.AddPSDGAcceleration"></a>

### Analysis.AddPSDGAcceleration()

Creates a new PSDGAcceleration

<a id="Analysis.AddPSDVelocity"></a>

### Analysis.AddPSDVelocity()

Creates a new PSDVelocity

<a id="Analysis.AddPatternRepetitionConstraint"></a>

### Analysis.AddPatternRepetitionConstraint()

Creates a new PatternRepetitionConstraint

<a id="Analysis.AddPerfectlyInsulated"></a>

### Analysis.AddPerfectlyInsulated()

Creates a new PerfectlyInsulated

<a id="Analysis.AddPhysicsRegion"></a>

### Analysis.AddPhysicsRegion()

Creates a new PhysicsRegion

<a id="Analysis.AddPipeIdealization"></a>

### Analysis.AddPipeIdealization()

Creates a new child PipeIdealization.

<a id="Analysis.AddPipePressure"></a>

### Analysis.AddPipePressure()

Creates a new PipePressure

<a id="Analysis.AddPipeTemperature"></a>

### Analysis.AddPipeTemperature()

Creates a new PipeTemperature

<a id="Analysis.AddPlasticHeating"></a>

### Analysis.AddPlasticHeating()

Creates a new PlasticHeating

<a id="Analysis.AddPressure"></a>

### Analysis.AddPressure(representation: [Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation](../../../Mechanical/DataModel/MechanicalEnums/BoundaryConditions/DataRepresentation.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation))

```text
Creates a new child Pressure.
DataRepresentation.Field will use the Field object for working with tabular data
DataRepresentation.Flexible allows the use of the following types when the pressure is defined as a normal to a surface:
Quantity: The unit must be a valid Pressure unit
string: It is interpreted as s table if it matches a Table name. Else it is interpreted as an expresion
Table: A table object can be specified.

```

<a id="Analysis.AddPullOutDirectionManufacturingConstraint"></a>

### Analysis.AddPullOutDirectionManufacturingConstraint()

Creates a new PullOutDirectionManufacturingConstraint

<a id="Analysis.AddPythonCodeEventBased"></a>

### Analysis.AddPythonCodeEventBased()

Creates a new PythonCodeEventBased

<a id="Analysis.AddRSAcceleration"></a>

### Analysis.AddRSAcceleration()

Creates a new RSAcceleration

<a id="Analysis.AddRSDisplacement"></a>

### Analysis.AddRSDisplacement()

Creates a new RSDisplacement

<a id="Analysis.AddRSVelocity"></a>

### Analysis.AddRSVelocity()

Creates a new RSVelocity

<a id="Analysis.AddRadiation"></a>

### Analysis.AddRadiation()

Creates a new Radiation

<a id="Analysis.AddReactionForceConstraint"></a>

### Analysis.AddReactionForceConstraint()

Creates a new ReactionForceConstraint

<a id="Analysis.AddRemoteDisplacement"></a>

### Analysis.AddRemoteDisplacement()

Creates a new RemoteDisplacement

<a id="Analysis.AddRemoteForce"></a>

### Analysis.AddRemoteForce()

Creates a new RemoteForce

<a id="Analysis.AddRotatingForce"></a>

### Analysis.AddRotatingForce()

Creates a new RotatingForce

<a id="Analysis.AddRotationalAcceleration"></a>

### Analysis.AddRotationalAcceleration()

Creates a new RotationalAcceleration

<a id="Analysis.AddRotationalVelocity"></a>

### Analysis.AddRotationalVelocity()

Creates a new RotationalVelocity

<a id="Analysis.AddSimplySupported"></a>

### Analysis.AddSimplySupported()

Creates a new SimplySupported

<a id="Analysis.AddSourceConductor"></a>

### Analysis.AddSourceConductor()

Creates a new child SourceConductor.

<a id="Analysis.AddSubstructureGenerationCondensedPart"></a>

### Analysis.AddSubstructureGenerationCondensedPart()

Creates a new SubstructureGenerationCondensedPart

<a id="Analysis.AddSurfaceChargeDensity"></a>

### Analysis.AddSurfaceChargeDensity()

Creates a new SurfaceChargeDensity

<a id="Analysis.AddSymmetryManufacturingConstraint"></a>

### Analysis.AddSymmetryManufacturingConstraint()

Creates a new SymmetryManufacturingConstraint

<a id="Analysis.AddSystemCouplingRegion"></a>

### Analysis.AddSystemCouplingRegion()

Creates a new SystemCouplingRegion

<a id="Analysis.AddTemperature"></a>

### Analysis.AddTemperature(representation: [Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation](../../../Mechanical/DataModel/MechanicalEnums/BoundaryConditions/DataRepresentation.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation))

Creates a new child Temperature.

<a id="Analysis.AddTemperatureConstraint"></a>

### Analysis.AddTemperatureConstraint()

Creates a new TemperatureConstraint

<a id="Analysis.AddThermalComplianceConstraint"></a>

### Analysis.AddThermalComplianceConstraint()

Creates a new ThermalComplianceConstraint

<a id="Analysis.AddThermalCondition"></a>

### Analysis.AddThermalCondition(representation: [Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation](../../../Mechanical/DataModel/MechanicalEnums/BoundaryConditions/DataRepresentation.md#ansys.mechanical.stubs.v251.Ansys.Mechanical.DataModel.MechanicalEnums.BoundaryConditions.DataRepresentation))

<a id="Analysis.AddUniformConstraint"></a>

### Analysis.AddUniformConstraint()

Creates a new UniformConstraint

<a id="Analysis.AddVelocity"></a>

### Analysis.AddVelocity()

Creates a new Velocity

<a id="Analysis.AddViscoelasticHeating"></a>

### Analysis.AddViscoelasticHeating()

Creates a new ViscoelasticHeating

<a id="Analysis.AddVoltage"></a>

### Analysis.AddVoltage()

Creates a new Voltage

<a id="Analysis.AddVoltageCoupling"></a>

### Analysis.AddVoltageCoupling()

Creates a new Coupling

<a id="Analysis.AddVoltageGround"></a>

### Analysis.AddVoltageGround()

Creates a new VoltageGround

<a id="Analysis.AddVolumeChargeDensity"></a>

### Analysis.AddVolumeChargeDensity()

Creates a new VolumeChargeDensity

<a id="Analysis.AddVolumeConstraint"></a>

### Analysis.AddVolumeConstraint()

Creates a new VolumeConstraint

<a id="Analysis.ClearGeneratedData"></a>

### Analysis.ClearGeneratedData()

Run the ClearGeneratedData action.

<a id="Analysis.CopyTo"></a>

### Analysis.CopyTo(other: Ansys.ACT.Automation.Mechanical.DataModelObject)

Copies all visible properties from this object to another.

<a id="Analysis.CreateAutomaticFSI"></a>

### Analysis.CreateAutomaticFSI()

Run the CreateAutomaticFSI action.

<a id="Analysis.CreateAutomaticFSIandFarFieldRadiationSurfaces"></a>

### Analysis.CreateAutomaticFSIandFarFieldRadiationSurfaces()

Run the CreateAutomaticFSIandEquivalentSourceSurfaces action.

<a id="Analysis.CreateAutomaticFarFieldRadiationSurfaces"></a>

### Analysis.CreateAutomaticFarFieldRadiationSurfaces()

Run the CreateAutomaticEquivalentSourceSurfaces action.

<a id="Analysis.CreateParameter"></a>

### Analysis.CreateParameter(propName: [str](https://docs.python.org/3/library/stdtypes.html#str))

Creates a new parameter for a Property.

<a id="Analysis.Delete"></a>

### Analysis.Delete()

Run the Delete action.

<a id="Analysis.Duplicate"></a>

### Analysis.Duplicate()

Duplicate method.

<a id="Analysis.ExportNastranFile"></a>

### Analysis.ExportNastranFile(exportOptions: [Ansys.ACT.Automation.Mechanical.NastranExportOptions](NastranExportOptions.md#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.NastranExportOptions))

Export Nastran File.

<a id="Analysis.FilterBasedOnEnvironment"></a>

### Analysis.FilterBasedOnEnvironment()

```text
Enables interface filtering that only displays model-level items applicable to
    the currently selected environment type.

```

<a id="Analysis.GetChildren"></a>

### Analysis.GetChildren(recurses: [bool](https://docs.python.org/3/library/functions.html#bool), children: List\[ChildrenType\])

Gets the list of children, filtered by type.

<a id="Analysis.GetParameter"></a>

### Analysis.GetParameter(propName: [str](https://docs.python.org/3/library/stdtypes.html#str))

Gets the parameter corresponding to the given property.

<a id="Analysis.GroupAllSimilarChildren"></a>

### Analysis.GroupAllSimilarChildren()

Run the GroupAllSimilarChildren action.

<a id="Analysis.GroupSimilarObjects"></a>

### Analysis.GroupSimilarObjects()

Run the GroupSimilarObjects action.

<a id="Analysis.ImportLoad"></a>

### Analysis.ImportLoad(analysis: [Ansys.ACT.Automation.Mechanical.Analysis](#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Analysis))

Import Load action.

<a id="Analysis.OpenSolverFilesDirectory"></a>

### Analysis.OpenSolverFilesDirectory()

Run the OpenSolverFilesDirectory action.

<a id="Analysis.PropertyByAPIName"></a>

### Analysis.PropertyByAPIName(name: [str](https://docs.python.org/3/library/stdtypes.html#str))

```text
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.

```

<a id="Analysis.PropertyByName"></a>

### Analysis.PropertyByName(name: [str](https://docs.python.org/3/library/stdtypes.html#str))

Get a property by its unique name.

<a id="Analysis.RemoveParameter"></a>

### Analysis.RemoveParameter(propName: [str](https://docs.python.org/3/library/stdtypes.html#str))

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

<a id="Analysis.SelectBodiesWithMultiplePhysicsRegion"></a>

### Analysis.SelectBodiesWithMultiplePhysicsRegion()

Run the SelectBodiesWithMultiplePhysicsRegion action to select the bodies that belong to more than one Physics Region.

<a id="Analysis.SelectBodiesWithoutPhysicsRegion"></a>

### Analysis.SelectBodiesWithoutPhysicsRegion()

Run the SelectBodiesWithoutPhysicsRegion action to select the bodies that don’t belong to a Physics Region.

<a id="Analysis.Solve"></a>

### Analysis.Solve(wait: [bool](https://docs.python.org/3/library/functions.html#bool))

Run the Solve action.

<a id="Analysis.TransferDataFrom"></a>

### Analysis.TransferDataFrom(analysis: [Ansys.ACT.Automation.Mechanical.Analysis](#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Analysis))

Transfer Data From action.

<a id="Analysis.UnlinkDataFrom"></a>

### Analysis.UnlinkDataFrom(analysis: [Ansys.ACT.Automation.Mechanical.Analysis](#ansys.mechanical.stubs.v251.Ansys.ACT.Automation.Mechanical.Analysis))

Unlink Data From action.

<a id="Analysis.WriteSystemCouplingFiles"></a>

### Analysis.WriteSystemCouplingFiles(filename: [str](https://docs.python.org/3/library/stdtypes.html#str))

Writes the system coupling files. Usage WriteSystemCouplingFiles(“C:Desktoptempscp1.scp”);