`MeshWorkflowStepGroup`#

class ansys.mechanical.stubs.v261.Ansys.ACT.Automation.Mechanical.MeshWorkflowStepGroup(internalObject: Any)#

Bases: object

Object that wraps IDSEngineeringModelWorkflow.

Overview#

Constructors

`GetMeshWorkflowsControlPropertyList`	GetMeshWorkflowsControlPropertyList method.
`GetMeshWorkflowsOperationPropertyList`	GetMeshWorkflowsOperationPropertyList method.
`GetMeshWorkflowsOutcomePropertyList`	GetMeshWorkflowsOutcomePropertyList method.
`GetMeshWorkflowsPropertyList`	GetMeshWorkflowsPropertyList method.

Methods

`Activate`	Activate the current object.
`AddFigure`	Creates a new child Figure.
`AddImage`	Creates a new child Image.
`AddSettings`	Add the settings of the input SettingsType to the Steps node.
`AddStep`	Add another operation to the sequence of steps to be executed for the mesh workflow.
`CanCheckPublicStateCallbackForIM`	CanCheckPublicStateCallbackForIM method.
`CanConvertSizingSettings`	Returns whether the active sizing settings can be converted to the input SettingsType.
`CanInsertOperationByType`	Returns whether an operation of the given type can be inserted at the requested position. The ignoreExecutedChecks parameter determines whether to ignore any checks for already executed operations.
`CanRunNextStep`	CanRunNextStep method.
`CanShowPublishStateIM`	CanShowPublishStateIM method.
`ClearDataAndDisableCheckpoints`	Clear all checkpoints data and disable checkpointing for the workflow.
`ConvertSizingSettings`	Convert the active sizing settings to the input SettingsType for the Steps node.
`ConvertWorkflow`	Converts the workflow type to Custom
`CopyAttachmentPathToClipboard`	Copies the current attachment path to clipboard.
`CopyTo`	Copies all visible properties from this object to another.
`CreateObjRef`	CreateObjRef method.
`CreateParameter`	Creates a new parameter for a Property.
`Delete`	Run the Delete action.
`DeleteAllStepsAndClearGeneratedData`	Deletes all steps and reset workflow type to undefined and also resets all inactive geometry parts/bodies to active again, clears the output data, and resets the state of the child objects (“Input”, “Steps”, “Output”) to the initial state. However, any user-defined settings such as the “Input” node scoping are retained.
`DeleteSettings`	Delete the settings of the input SettingsType from the Steps node. All the Settings specific entries are removed automatically to the Steps details.
`DisableAllCheckpoints`	Disables checkpoints for all editable steps in the workflow.
`Duplicate`	Creates a copy of the current DataModelObject.
`EnableAllCheckpoints`	Enables checkpoints for all editable steps in the workflow.
`Equals`	Equals method.
`ExecuteAllSteps`	Executes all steps defined under the “StepGroup” object (which is the “Steps” node in the UI).
`ExecuteNextStep`	Executes the next step, i.e. the next operation which is ready to be executed under the parent “StepGroup” object.
`ExecuteUpToStep`	Executes any not yet ready steps up to and including the specified step.
`ForceRevertStepAndExecuteToPrevious`	Revert to the last available checkpoint; if no checkpoint is available, clear generated data, enable the checkpoint for current step and execute up to the previous operation.
`GetAPIName`	Property name bound to dispId.
`GetAllProperties`	GetAllProperties method.
`GetApplicableOperationTypes`	GetApplicableOperationTypes method.
`GetChildren`	Gets the list of children, filtered by type.
`GetDetailsView`	GetDetailsView method.
`GetDomainBrowserAvailableMorphFieldPatterns`	GetDomainBrowserAvailableMorphFieldPatterns method.
`GetDomainBrowserAvailableScopes`	GetDomainBrowserAvailableScopes method.
`GetDomainBrowserAvailableSizeFieldPatterns`	GetDomainBrowserAvailableSizeFieldPatterns method.
`GetEnumName`	Enum name bound to value
`GetHashCode`	GetHashCode method.
`GetIconFile`	GetIconFile method.
`GetLifetimeService`	GetLifetimeService method.
`GetNextExecutableControlIdByType`	GetNextExecutableControlIdByType method.
`GetNextExecutableOrUndefinedControlIdByType`	GetNextExecutableOrUndefinedControlIdByType method.
`GetObjectData`	GetObjectData method.
`GetParameter`	Gets the parameter corresponding to the given property.
`GetPath`	GetPath method.
`GetPropertyName`	GetPropertyName method.
`GetPropertyValue`	GetPropertyValue method.
`GetPropertyWorksheetInfo`	GetPropertyWorksheetInfo method.
`GetType`	GetType method.
`GetUnpublishedList`	GetUnpublishedList method.
`GetVisibleProperties`	GetVisibleProperties method.
`GetVisiblePropertyNames`	GetVisiblePropertyNames method.
`GroupAllSimilarChildren`	Run the GroupAllSimilarChildren action.
`GroupSimilarObjects`	Run the GroupSimilarObjects action.
`GroupSteps`	GroupSteps method.
`HasUnderdefinedSettingsData`	HasUnderdefinedSettingsData method.
`InitializeLifetimeService`	InitializeLifetimeService method.
`IsPropertyEditable`	IsPropertyEditable method.
`IsPropertyVisible`	IsPropertyVisible method.
`IsSizingSettings`	IsSizingSettings method.
`MeshWorkflowSteps`	Gets the ordered list of Steps for the workflow.
`PreviewNextStep`	Previews the next available step in the workflow. After the preview, the step will contain a preview outcome with the information required for the validation of the user inputs. The preview outcome can be returned using the MeshWorkflowOutcomes method of the step.
`PropagateSettings`	Propagate the settings of the input SettingsType to the attributes of the Step nodes. The meshing attributes of the Step nodes will then be automatically defined based on the physical parameters of the settings. Otherwise, the meshing attributes need to be manually specified.
`PropertyByAPIName`	Get a property by its API name.
`PropertyById`	PropertyById method.
`PropertyByName`	Get a property by its unique name.
`PropertyTypeInfo`	PropertyTypeInfo method.
`PublishIMProp`	PublishIMProp method.
`RemoveParameter`	Removes the parameter from the parameter set corresponding to the given property.
`RenameBasedOnType`	Renames applying the default name based on type.
`RevertToLastCheckpoint`	Revert to the last available checkpoint; if no checkpoint is available, then an exception will be raised.
`RevertToStep`	Revert to the specified step; if no checkpoint is available, then an exception will be raised.
`SetPropertyValue`	SetPropertyValue method.
`SetPublish`	SetPublish method.
`SetUnpublish`	SetUnpublish method.
`SettingsReleaseStatusString`	SettingsReleaseStatusString method.
`SettingsTypeInformation`	SettingsTypeInformation method.
`SettingsTypeInformationJson`	SettingsTypeInformationJson method.
`StartCodeGeneration`	Start the code generation for the Meshing operations.
`StopCodeGeneration`	Stop the code generation for the Meshing operations.
`ToString`	ToString method.

Properties

`AcousticCurvatureAngle`	Gets or sets the curvature angle of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the default curvature angle is used.
`AcousticDefeatureMeshSize`	Gets or sets the defeature element size of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the value is automatically defined based on the model size.
`AcousticGrowthRate`	Gets or sets the growth rate of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the default growth rate is used.
`AcousticMinimumMeshSize`	Gets or sets the minimum element size of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the value is automatically defined based on the model size.
`ActiveSizingSettings`	Gets the active sizing settings type.
`AnalysisFrequency`	Defines the analysis frequency of the acoustic scenario.
`ApplicableSettingsTypes`	ApplicableSettingsTypes property.
`AttachedRefs`	AttachedRefs property.
`Attachment`
`BoundingBoxFactor`	Gets or sets the bounding box factor applied to compute automatically the StackerMeshSize from the model. If set to 0, the default bouding box factor is used.
`Children`	Gets the list of children.
`ClsId`	ClsId property.
`CurvatureAngle`	Gets or sets the curvature angle of the mesh to be used in workflow steps. If set to 0, the default curvature angle is used.
`CustomGlobalCurvatureAngle`	Gets or sets the custom angle to be used for the GlobalCurvatureAngle. If this value is 0, the default GlobalCurvatureAngle is used. Defaults to 0. This property should only accessed for internal usage.
`CustomGlobalGrowthRate`	Gets or sets the custom growth rate to be used for the GlobalGrowthRate. If this value is 0, the default GlobalGrowthRate is used. Defaults to 0. This property should only accessed for internal usage.
`CustomGlobalMeshSize`	Gets or sets the custom size to be used for the GlobalMeshSize. If this value is 0, the default GlobalMeshSize is used. Defaults to 0. This property should only accessed for internal usage.
`CustomGlobalMinimalMeshSize`	Gets or sets the custom size to be used for the GlobalMinimalMeshSize. If this value is 0, the default GlobalMinimalMeshSize is used. Defaults to 0. This property should only accessed for internal usage.
`CustomNumberOfAcousticLayers`	Gets or sets the custom number of layers in the acoustic region. If this value is 0, the default NumberOfAcousticLayers is used. Defaults to 0. This property should only accessed for internal usage.
`CustomNumberOfPMLs`	Gets or sets the custom number of layers in the perfectly meshed layers region. If this value is 0, the default NumberOfAcousticLayers is used. Defaults to 0. This property should only accessed for internal usage.
`DataModelObjectCategory`	Gets the current DataModelObject's category.
`Direction`	Gets or sets the Stacker Direction coordinates.
`DirectionX`	Gets or sets the X component of stacking direction used by stacker operations , with respect to Global Coordinate System.
`DirectionY`	Gets or sets the Y component of stacking direction to be used in stacker steps, with respect to Global Coordinate System.
`DirectionZ`	Gets or sets the Z component of stacking direction to be used in stacker steps, with respect to Global Coordinate System.
`Figures`	Gets the list of associated figures.
`GlobalBoundingBoxFactor`	Gets or sets the bounding box factor applied to compute automatically the GlobalMeshSize from the model. If set to 0, the default bouding box factor is used.
`GlobalCurvatureAngle`	Gets or sets the curvature angle of the mesh to be used in workflow steps. If set to 0, the default curvature angle is used.
`GlobalDefeatureMeshSize`	Gets or sets the defeature element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.
`GlobalGrowthRate`	Gets or sets the growth rate of the mesh to be used in workflow steps. If set to 0, the default growth rate is used.
`GlobalMeshSize`	Gets or sets the element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.
`GlobalMinimalMeshSize`	Gets or sets the minimal element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.
`GroupingFolder`	GroupingFolder property.
`GrowthRate`	Gets or sets the growth rate of the mesh to be used in workflow steps. If set to 0, the default growth rate is used.
`IconName`	IconName property.
`Images`	Gets the list of associated images.
`InternalObject`	Gets the internal object. For advanced usage only.
`LateralDefeatureSize`	Gets or sets the defeature size to be used along the lateral direction of stacking in stacker operations.
`MaximumMeshSize`	Gets or sets the element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.
`MeshSize`	Defines the mesh size of the acoustic scenario based on the wave velocity and the frequency.
`MinimumMeshSize`	Gets or sets the minimal element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.
`Name`	Name property.
`NonStackableBodyMeshSize`	Gets or sets the element size to be used in meshing non-stackable bodies in stacker workflow.
`NumberOfAcousticLayers`	Gets or sets the number of layers in the acoustic region. If set to 0, the value defaults to 1 if QuadraticElements is enabled (see ) or 2 otherwise.
`NumberOfCores`	Defines how many CPU cores to be used in an operation (if supported by the operation).
`NumberOfPMLs`	Gets or sets the number of layers in the perfectly meshed layers region. If set to 0, the value defaults to 2 if QuadraticElements is enabled (see ) or 4 otherwise.
`ObjectId`	ObjectId property.
`ObjectState`	ObjectState property.
`ObjectTags`	ObjectTags property.
`Origin`	Gets or sets the Stacker origin coordinates.
`OriginX`	Gets or sets the X coordinate location of base face for the volume flattening step.
`OriginY`	Gets or sets the Y coordinate location of base face for the volume flattening step.
`OriginZ`	Gets or sets the Z coordinate location of base face for the volume flattening step.
`Parent`	Parent property.
`Properties`	Gets the list of properties for this object.
`QuadraticElements`	Defines if the quadratic elements are used for the mesh generation.
`QueryMappingInfo`	QueryMappingInfo property.
`QueryMappingInfoJson`	QueryMappingInfoJson property.
`SlicerLayerHeight`	Gets or sets the spacing between newly created parallel planes used in workflow steps for the slicer workflow.
`SlicerLayerStart`	Gets or sets the z coordinate of the first plane used in workflow steps for the slicer workflow.
`SolidAspectRatioHeightLimit`	Defines the aspect ratio height limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.
`SolidQuality`	Defines if the solid mesh quality will be validated.
`SolidSkewnessLimit`	Defines the skewness limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.
`SpeedOfSound`	Defines the speed of sound in the acoustic scenario.
`StackingDefeatureSize`	Gets or sets the defeature size to be used along the stacking direction in stacker operations.
`State`	State property.
`Suppressed`	Gets or sets the Suppressed.
`SurfaceAspectRatioHeightLimit`	Defines the aspect ratio height limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.
`SurfaceQuality`	Defines if the surface mesh quality will be validated.
`SurfaceSkewnessLimit`	Defines the skewness limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.
`VisibleProperties`	Gets the list of properties that are visible for this object.
`WorkflowDescription`	WorkflowDescription property.
`WorkflowDescriptionJson`	WorkflowDescriptionJson property.
`WorkflowFailureInformation`	WorkflowFailureInformation property.
`WorkflowFailureInformationJson`	WorkflowFailureInformationJson property.
`WorkflowReleaseStatusString`	WorkflowReleaseStatusString property.
`WorkflowString`	Gets the WorkflowString.
`WorkflowType`	Returns the type of the operation. .
`WorkflowTypeInformation`	WorkflowTypeInformation property.
`WorkflowTypeInformationJson`	WorkflowTypeInformationJson property.

Property detail#

property MeshWorkflowStepGroup.AcousticCurvatureAngle: Ansys.Core.Units.Quantity | None#: Gets or sets the curvature angle of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the default curvature angle is used.

property MeshWorkflowStepGroup.AcousticDefeatureMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the defeature element size of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the value is automatically defined based on the model size.

property MeshWorkflowStepGroup.AcousticGrowthRate: float | None#: Gets or sets the growth rate of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the default growth rate is used.

property MeshWorkflowStepGroup.AcousticMinimumMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the minimum element size of the mesh to be used in workflow steps for the acoustic workflow. If set to 0, the value is automatically defined based on the model size.

property MeshWorkflowStepGroup.ActiveSizingSettings: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType | None#: Gets the active sizing settings type.

property MeshWorkflowStepGroup.AnalysisFrequency: Ansys.Core.Units.Quantity | None#: Defines the analysis frequency of the acoustic scenario.

property MeshWorkflowStepGroup.ApplicableSettingsTypes: List[Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType] | None#: ApplicableSettingsTypes property.

property MeshWorkflowStepGroup.AttachedRefs: List[int] | None#: AttachedRefs property.

property MeshWorkflowStepGroup.Attachment: str | None#

property MeshWorkflowStepGroup.BoundingBoxFactor: float | None#: Gets or sets the bounding box factor applied to compute automatically the StackerMeshSize from the model. If set to 0, the default bouding box factor is used.

property MeshWorkflowStepGroup.Children: List[Ansys.Mechanical.DataModel.Interfaces.IDataModelObject] | None#: Gets the list of children.

property MeshWorkflowStepGroup.ClsId: int | None#: ClsId property.

property MeshWorkflowStepGroup.CurvatureAngle: Ansys.Core.Units.Quantity | None#: Gets or sets the curvature angle of the mesh to be used in workflow steps. If set to 0, the default curvature angle is used.

property MeshWorkflowStepGroup.CustomGlobalCurvatureAngle: Ansys.Core.Units.Quantity | None#: Gets or sets the custom angle to be used for the GlobalCurvatureAngle. If this value is 0, the default GlobalCurvatureAngle is used. Defaults to 0. This property should only accessed for internal usage.

property MeshWorkflowStepGroup.CustomGlobalGrowthRate: float | None#: Gets or sets the custom growth rate to be used for the GlobalGrowthRate. If this value is 0, the default GlobalGrowthRate is used. Defaults to 0. This property should only accessed for internal usage.

property MeshWorkflowStepGroup.CustomGlobalMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the custom size to be used for the GlobalMeshSize. If this value is 0, the default GlobalMeshSize is used. Defaults to 0. This property should only accessed for internal usage.

property MeshWorkflowStepGroup.CustomGlobalMinimalMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the custom size to be used for the GlobalMinimalMeshSize. If this value is 0, the default GlobalMinimalMeshSize is used. Defaults to 0. This property should only accessed for internal usage.

property MeshWorkflowStepGroup.CustomNumberOfAcousticLayers: int | None#: Gets or sets the custom number of layers in the acoustic region. If this value is 0, the default NumberOfAcousticLayers is used. Defaults to 0. This property should only accessed for internal usage.

property MeshWorkflowStepGroup.CustomNumberOfPMLs: int | None#: Gets or sets the custom number of layers in the perfectly meshed layers region. If this value is 0, the default NumberOfAcousticLayers is used. Defaults to 0. This property should only accessed for internal usage.

property MeshWorkflowStepGroup.DataModelObjectCategory: Ansys.Mechanical.DataModel.Enums.DataModelObjectCategory | None#: Gets the current DataModelObject's category.

property MeshWorkflowStepGroup.Direction: Iterable[float] | None#: Gets or sets the Stacker Direction coordinates.

property MeshWorkflowStepGroup.DirectionX: float | None#: Gets or sets the X component of stacking direction used by stacker operations , with respect to Global Coordinate System.

property MeshWorkflowStepGroup.DirectionY: float | None#: Gets or sets the Y component of stacking direction to be used in stacker steps, with respect to Global Coordinate System.

property MeshWorkflowStepGroup.DirectionZ: float | None#: Gets or sets the Z component of stacking direction to be used in stacker steps, with respect to Global Coordinate System.

property MeshWorkflowStepGroup.Figures: Iterable[Ansys.ACT.Automation.Mechanical.Figure] | None#: Gets the list of associated figures.

property MeshWorkflowStepGroup.GlobalBoundingBoxFactor: float | None#: Gets or sets the bounding box factor applied to compute automatically the GlobalMeshSize from the model. If set to 0, the default bouding box factor is used.

property MeshWorkflowStepGroup.GlobalCurvatureAngle: Ansys.Core.Units.Quantity | None#: Gets or sets the curvature angle of the mesh to be used in workflow steps. If set to 0, the default curvature angle is used.

property MeshWorkflowStepGroup.GlobalDefeatureMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the defeature element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.

property MeshWorkflowStepGroup.GlobalGrowthRate: float | None#: Gets or sets the growth rate of the mesh to be used in workflow steps. If set to 0, the default growth rate is used.

property MeshWorkflowStepGroup.GlobalMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.

property MeshWorkflowStepGroup.GlobalMinimalMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the minimal element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.

property MeshWorkflowStepGroup.GroupingFolder: Ansys.Mechanical.DataModel.Interfaces.IDataModelObject | None#: GroupingFolder property.

property MeshWorkflowStepGroup.GrowthRate: float | None#: Gets or sets the growth rate of the mesh to be used in workflow steps. If set to 0, the default growth rate is used.

property MeshWorkflowStepGroup.IconName: str | None#: IconName property.

property MeshWorkflowStepGroup.Images: Iterable[Ansys.ACT.Automation.Mechanical.Image] | None#: Gets the list of associated images.

property MeshWorkflowStepGroup.InternalObject: Ansys.Common.Interop.DSObjectsAuto.IDSEngineeringModelWorkflowAuto | None#: Gets the internal object. For advanced usage only.

property MeshWorkflowStepGroup.LateralDefeatureSize: Ansys.Core.Units.Quantity | None#: Gets or sets the defeature size to be used along the lateral direction of stacking in stacker operations.

property MeshWorkflowStepGroup.MaximumMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.

property MeshWorkflowStepGroup.MeshSize: Ansys.Core.Units.Quantity | None#: Defines the mesh size of the acoustic scenario based on the wave velocity and the frequency.

property MeshWorkflowStepGroup.MinimumMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the minimal element size of the mesh to be used in workflow steps. If set to 0, the value is automatically defined based on the model size.

property MeshWorkflowStepGroup.Name: str | None#: Name property.

property MeshWorkflowStepGroup.NonStackableBodyMeshSize: Ansys.Core.Units.Quantity | None#: Gets or sets the element size to be used in meshing non-stackable bodies in stacker workflow.

property MeshWorkflowStepGroup.NumberOfAcousticLayers: int | None#: Gets or sets the number of layers in the acoustic region. If set to 0, the value defaults to 1 if QuadraticElements is enabled (see ) or 2 otherwise.

property MeshWorkflowStepGroup.NumberOfCores: int | None#: Defines how many CPU cores to be used in an operation (if supported by the operation).

property MeshWorkflowStepGroup.NumberOfPMLs: int | None#: Gets or sets the number of layers in the perfectly meshed layers region. If set to 0, the value defaults to 2 if QuadraticElements is enabled (see ) or 4 otherwise.

property MeshWorkflowStepGroup.ObjectId: int | None#: ObjectId property.

property MeshWorkflowStepGroup.ObjectState: Ansys.Mechanical.DataModel.Enums.ObjectState | None#: ObjectState property.

property MeshWorkflowStepGroup.ObjectTags: Iterable[Ansys.Mechanical.DataModel.Interfaces.IObjectTag] | None#: ObjectTags property.

property MeshWorkflowStepGroup.Origin: Iterable[Ansys.Core.Units.Quantity] | None#: Gets or sets the Stacker origin coordinates.

property MeshWorkflowStepGroup.OriginX: Ansys.Core.Units.Quantity | None#: Gets or sets the X coordinate location of base face for the volume flattening step.

property MeshWorkflowStepGroup.OriginY: Ansys.Core.Units.Quantity | None#: Gets or sets the Y coordinate location of base face for the volume flattening step.

property MeshWorkflowStepGroup.OriginZ: Ansys.Core.Units.Quantity | None#: Gets or sets the Z coordinate location of base face for the volume flattening step.

property MeshWorkflowStepGroup.Parent: Ansys.Mechanical.DataModel.Interfaces.IDataModelObject | None#: Parent property.

property MeshWorkflowStepGroup.Properties: tuple[Ansys.ACT.Automation.Mechanical.Property] | None#: Gets the list of properties for this object.

property MeshWorkflowStepGroup.QuadraticElements: bool | None#: Defines if the quadratic elements are used for the mesh generation.

property MeshWorkflowStepGroup.QueryMappingInfo: System.Collections.Generic.Dictionary[str, Any] | None#: QueryMappingInfo property.

property MeshWorkflowStepGroup.QueryMappingInfoJson: str | None#: QueryMappingInfoJson property.

property MeshWorkflowStepGroup.SlicerLayerHeight: Ansys.Core.Units.Quantity | None#: Gets or sets the spacing between newly created parallel planes used in workflow steps for the slicer workflow.

property MeshWorkflowStepGroup.SlicerLayerStart: Ansys.Core.Units.Quantity | None#: Gets or sets the z coordinate of the first plane used in workflow steps for the slicer workflow.

property MeshWorkflowStepGroup.SolidAspectRatioHeightLimit: float | None#: Defines the aspect ratio height limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.

property MeshWorkflowStepGroup.SolidQuality: bool | None#: Defines if the solid mesh quality will be validated.

property MeshWorkflowStepGroup.SolidSkewnessLimit: float | None#: Defines the skewness limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.

property MeshWorkflowStepGroup.SpeedOfSound: Ansys.Core.Units.Quantity | None#: Defines the speed of sound in the acoustic scenario.

property MeshWorkflowStepGroup.StackingDefeatureSize: Ansys.Core.Units.Quantity | None#: Gets or sets the defeature size to be used along the stacking direction in stacker operations.

property MeshWorkflowStepGroup.State: Ansys.Mechanical.DataModel.Enums.Legacy.State | None#: State property.

property MeshWorkflowStepGroup.Suppressed: bool | None#: Gets or sets the Suppressed.

property MeshWorkflowStepGroup.SurfaceAspectRatioHeightLimit: float | None#: Defines the aspect ratio height limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.

property MeshWorkflowStepGroup.SurfaceQuality: bool | None#: Defines if the surface mesh quality will be validated.

property MeshWorkflowStepGroup.SurfaceSkewnessLimit: float | None#: Defines the skewness limit to be used when determining if the mesh meets quality criteria. If exceeded, an element set will be created and an error will be returned.

property MeshWorkflowStepGroup.VisibleProperties: tuple[Ansys.ACT.Automation.Mechanical.Property] | None#: Gets the list of properties that are visible for this object.

property MeshWorkflowStepGroup.WorkflowDescription: System.Collections.Generic.Dictionary[str, Any] | None#: WorkflowDescription property.

property MeshWorkflowStepGroup.WorkflowDescriptionJson: str | None#: WorkflowDescriptionJson property.

property MeshWorkflowStepGroup.WorkflowFailureInformation: System.Collections.Generic.Dictionary[str, str] | None#: WorkflowFailureInformation property.

property MeshWorkflowStepGroup.WorkflowFailureInformationJson: str | None#: WorkflowFailureInformationJson property.

property MeshWorkflowStepGroup.WorkflowReleaseStatusString: str | None#: WorkflowReleaseStatusString property.

property MeshWorkflowStepGroup.WorkflowString: str | None#: Gets the WorkflowString.

property MeshWorkflowStepGroup.WorkflowType: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.WorkflowType | None#: Returns the type of the operation. .

property MeshWorkflowStepGroup.WorkflowTypeInformation: System.Collections.Generic.Dictionary[str, str] | None#: WorkflowTypeInformation property.

property MeshWorkflowStepGroup.WorkflowTypeInformationJson: str | None#: WorkflowTypeInformationJson property.

Method detail#

MeshWorkflowStepGroup.Activate() → None#: Activate the current object.

MeshWorkflowStepGroup.AddFigure() → Ansys.ACT.Automation.Mechanical.Figure#: Creates a new child Figure.

MeshWorkflowStepGroup.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.

MeshWorkflowStepGroup.AddSettings(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → None#: Add the settings of the input SettingsType to the Steps node.

MeshWorkflowStepGroup.AddStep(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.OperationType) → Ansys.ACT.Automation.Mechanical.MeshWorkflowStep#: Add another operation to the sequence of steps to be executed for the mesh workflow.

MeshWorkflowStepGroup.CanCheckPublicStateCallbackForIM() → bool#: CanCheckPublicStateCallbackForIM method.

MeshWorkflowStepGroup.CanConvertSizingSettings(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → bool#: Returns whether the active sizing settings can be converted to the input SettingsType.

MeshWorkflowStepGroup.CanInsertOperationByType(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.OperationType, position: int, ignoreExecutedChecks: bool) → bool#: Returns whether an operation of the given type can be inserted at the requested position. The ignoreExecutedChecks parameter determines whether to ignore any checks for already executed operations.

MeshWorkflowStepGroup.CanRunNextStep() → bool#: CanRunNextStep method.

MeshWorkflowStepGroup.CanShowPublishStateIM() → bool#: CanShowPublishStateIM method.

MeshWorkflowStepGroup.ClearDataAndDisableCheckpoints() → None#: Clear all checkpoints data and disable checkpointing for the workflow.

MeshWorkflowStepGroup.ConvertSizingSettings(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → None#: Convert the active sizing settings to the input SettingsType for the Steps node.

MeshWorkflowStepGroup.ConvertWorkflow(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.WorkflowType) → None#: Converts the workflow type to Custom

MeshWorkflowStepGroup.CopyAttachmentPathToClipboard() → None#: Copies the current attachment path to clipboard.

MeshWorkflowStepGroup.CopyTo(other: Ansys.ACT.Automation.Mechanical.DataModelObject) → None#: Copies all visible properties from this object to another.

MeshWorkflowStepGroup.CreateObjRef(requestedType: type) → System.Runtime.Remoting.ObjRef#: CreateObjRef method.

MeshWorkflowStepGroup.CreateParameter(propName: str) → Ansys.ACT.Interfaces.Mechanical.IParameter#: Creates a new parameter for a Property.

MeshWorkflowStepGroup.Delete() → None#: Run the Delete action.

MeshWorkflowStepGroup.DeleteAllStepsAndClearGeneratedData() → None#: Deletes all steps and reset workflow type to undefined and also resets all inactive geometry parts/bodies to active again, clears the output data, and resets the state of the child objects (“Input”, “Steps”, “Output”) to the initial state. However, any user-defined settings such as the “Input” node scoping are retained.

MeshWorkflowStepGroup.DeleteSettings(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → None#: Delete the settings of the input SettingsType from the Steps node. All the Settings specific entries are removed automatically to the Steps details.

MeshWorkflowStepGroup.DisableAllCheckpoints() → None#: Disables checkpoints for all editable steps in the workflow.

MeshWorkflowStepGroup.Duplicate() → Ansys.Mechanical.DataModel.Interfaces.IDataModelObject#: Creates a copy of the current DataModelObject.

MeshWorkflowStepGroup.EnableAllCheckpoints() → None#: Enables checkpoints for all editable steps in the workflow.

MeshWorkflowStepGroup.Equals(other: Ansys.Mechanical.DataModel.Interfaces.IDataModelObject) → bool#: Equals method.

MeshWorkflowStepGroup.ExecuteAllSteps() → None#: Executes all steps defined under the “StepGroup” object (which is the “Steps” node in the UI).

MeshWorkflowStepGroup.ExecuteNextStep() → None#: Executes the next step, i.e. the next operation which is ready to be executed under the parent “StepGroup” object.

MeshWorkflowStepGroup.ExecuteUpToStep(arg: Any) → None#: Executes any not yet ready steps up to and including the specified step.

MeshWorkflowStepGroup.ForceRevertStepAndExecuteToPrevious(arg: Any) → None#: Revert to the last available checkpoint; if no checkpoint is available, clear generated data, enable the checkpoint for current step and execute up to the previous operation.

MeshWorkflowStepGroup.GetAPIName(dispId: int) → str#: Property name bound to dispId.

MeshWorkflowStepGroup.GetAllProperties() → List[Ansys.ACT.Automation.Mechanical.AutomationPropertyWrapper]#: GetAllProperties method.

MeshWorkflowStepGroup.GetApplicableOperationTypes() → List[Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.OperationType]#: GetApplicableOperationTypes method.

MeshWorkflowStepGroup.GetChildren(recurses: bool, children: List[ChildrenType]) → List[ChildrenType]#: Gets the list of children, filtered by type.

MeshWorkflowStepGroup.GetDetailsView() → Ansys.ACT.Automation.Mechanical.DetailsViewData#: GetDetailsView method.

MeshWorkflowStepGroup.GetDomainBrowserAvailableMorphFieldPatterns() → List[System.Collections.Generic.Dictionary[str, Any]]#: GetDomainBrowserAvailableMorphFieldPatterns method.

MeshWorkflowStepGroup.GetDomainBrowserAvailableScopes() → List[System.Collections.Generic.Dictionary[str, Any]]#: GetDomainBrowserAvailableScopes method.

MeshWorkflowStepGroup.GetDomainBrowserAvailableSizeFieldPatterns() → List[System.Collections.Generic.Dictionary[str, Any]]#: GetDomainBrowserAvailableSizeFieldPatterns method.

MeshWorkflowStepGroup.GetEnumName(enumType: type, value: int, dispId: int) → str#: Enum name bound to value

MeshWorkflowStepGroup.GetHashCode() → int#: GetHashCode method.

MeshWorkflowStepGroup.GetIconFile() → System.Byte#: GetIconFile method.

MeshWorkflowStepGroup.GetLifetimeService() → Any#: GetLifetimeService method.

classmethod MeshWorkflowStepGroup.GetMeshWorkflowsControlPropertyList(control: Ansys.Common.Interop.DSObjectsAuto.IDSEngineeringModelControlAuto, pathBase: str, result: List[System.Collections.Generic.Dictionary[str, Any]], filter: bool, filterUnpublishedProps: bool, filterPropertyNames: List[str]) → None#: GetMeshWorkflowsControlPropertyList method.

classmethod MeshWorkflowStepGroup.GetMeshWorkflowsOperationPropertyList(operation: Ansys.Common.Interop.DSObjectsAuto.IDSEngineeringModelOperationAuto, pathBase: str, result: List[System.Collections.Generic.Dictionary[str, Any]], filter: bool, filterUnpublishedProps: bool, filterPropertyNames: List[str]) → None#: GetMeshWorkflowsOperationPropertyList method.

classmethod MeshWorkflowStepGroup.GetMeshWorkflowsOutcomePropertyList(outcome: Ansys.Common.Interop.DSObjectsAuto.IDSEngineeringModelOutcomeAuto, pathBase: str, result: List[System.Collections.Generic.Dictionary[str, Any]], filter: bool, filterUnpublishedProps: bool, filterPropertyNames: List[str]) → None#: GetMeshWorkflowsOutcomePropertyList method.

classmethod MeshWorkflowStepGroup.GetMeshWorkflowsPropertyList(workflow: Ansys.Common.Interop.DSObjectsAuto.IDSEngineeringModelWorkflowAuto, result: List[System.Collections.Generic.Dictionary[str, Any]], filter: bool, filterUnpublished: bool, filterPropertyNames: List[str]) → None#: GetMeshWorkflowsPropertyList method.

MeshWorkflowStepGroup.GetNextExecutableControlIdByType(controlTypeEnumValue: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.ControlType) → int#: GetNextExecutableControlIdByType method.

MeshWorkflowStepGroup.GetNextExecutableOrUndefinedControlIdByType(controlTypeEnumValue: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.ControlType) → int#: GetNextExecutableOrUndefinedControlIdByType method.

MeshWorkflowStepGroup.GetObjectData(info: System.Runtime.Serialization.SerializationInfo, context: System.Runtime.Serialization.StreamingContext) → None#: GetObjectData method.

MeshWorkflowStepGroup.GetParameter(propName: str) → Ansys.ACT.Interfaces.Mechanical.IParameter#: Gets the parameter corresponding to the given property.

MeshWorkflowStepGroup.GetPath() → str#: GetPath method.

MeshWorkflowStepGroup.GetPropertyName(dispId: int) → str#: GetPropertyName method.

MeshWorkflowStepGroup.GetPropertyValue(id: int) → str#: GetPropertyValue method.

MeshWorkflowStepGroup.GetPropertyWorksheetInfo() → List[System.Collections.Generic.Dictionary[str, Any]]#: GetPropertyWorksheetInfo method.

MeshWorkflowStepGroup.GetType() → type#: GetType method.

MeshWorkflowStepGroup.GetUnpublishedList() → List[System.Collections.Generic.Dictionary[str, Any]]#: GetUnpublishedList method.

MeshWorkflowStepGroup.GetVisibleProperties() → List[System.Reflection.PropertyInfo]#: GetVisibleProperties method.

MeshWorkflowStepGroup.GetVisiblePropertyNames() → List[str]#: GetVisiblePropertyNames method.

MeshWorkflowStepGroup.GroupAllSimilarChildren() → None#: Run the GroupAllSimilarChildren action.

MeshWorkflowStepGroup.GroupSimilarObjects() → Ansys.ACT.Automation.Mechanical.TreeGroupingFolder#: Run the GroupSimilarObjects action.

MeshWorkflowStepGroup.GroupSteps(stepObjects: Iterable[Ansys.ACT.Automation.Mechanical.MeshWorkflowStep]) → None#: GroupSteps method.

MeshWorkflowStepGroup.HasUnderdefinedSettingsData() → bool#: HasUnderdefinedSettingsData method.

MeshWorkflowStepGroup.InitializeLifetimeService() → Any#: InitializeLifetimeService method.

MeshWorkflowStepGroup.IsPropertyEditable(dispId: int) → bool#: IsPropertyEditable method.

MeshWorkflowStepGroup.IsPropertyVisible(dispId: int) → bool#: IsPropertyVisible method.

MeshWorkflowStepGroup.IsSizingSettings(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → bool#: IsSizingSettings method.

MeshWorkflowStepGroup.MeshWorkflowSteps() → List[Ansys.ACT.Automation.Mechanical.MeshWorkflowStep]#: Gets the ordered list of Steps for the workflow.

MeshWorkflowStepGroup.PreviewNextStep() → None#: Previews the next available step in the workflow. After the preview, the step will contain a preview outcome with the information required for the validation of the user inputs. The preview outcome can be returned using the MeshWorkflowOutcomes method of the step.

MeshWorkflowStepGroup.PropagateSettings(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → None#: Propagate the settings of the input SettingsType to the attributes of the Step nodes. The meshing attributes of the Step nodes will then be automatically defined based on the physical parameters of the settings. Otherwise, the meshing attributes need to be manually specified.

MeshWorkflowStepGroup.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.

MeshWorkflowStepGroup.PropertyById(dispId: int) → Ansys.ACT.Automation.Mechanical.Property#: PropertyById method.

MeshWorkflowStepGroup.PropertyByName(name: str) → Ansys.ACT.Automation.Mechanical.Property#: Get a property by its unique name.

MeshWorkflowStepGroup.PropertyTypeInfo(property: Ansys.ACT.Automation.Mechanical.Property) → System.Collections.Generic.Dictionary[str, Any]#: PropertyTypeInfo method.

MeshWorkflowStepGroup.PublishIMProp() → None#: PublishIMProp method.

MeshWorkflowStepGroup.RemoveParameter(propName: str) → None#: Removes the parameter from the parameter set corresponding to the given property.

MeshWorkflowStepGroup.RenameBasedOnType() → None#: Renames applying the default name based on type.

MeshWorkflowStepGroup.RevertToLastCheckpoint() → None#: Revert to the last available checkpoint; if no checkpoint is available, then an exception will be raised.

MeshWorkflowStepGroup.RevertToStep(arg: Any) → None#: Revert to the specified step; if no checkpoint is available, then an exception will be raised.

MeshWorkflowStepGroup.SetPropertyValue(id: int, value: str, validate: int) → None#: SetPropertyValue method.

MeshWorkflowStepGroup.SetPublish(id: int) → None#: SetPublish method.

MeshWorkflowStepGroup.SetUnpublish(id: int) → None#: SetUnpublish method.

MeshWorkflowStepGroup.SettingsReleaseStatusString(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → str#: SettingsReleaseStatusString method.

MeshWorkflowStepGroup.SettingsTypeInformation(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → System.Collections.Generic.Dictionary[str, Any]#: SettingsTypeInformation method.

MeshWorkflowStepGroup.SettingsTypeInformationJson(type: Ansys.Mechanical.DataModel.MechanicalEnums.MeshWorkflow.SettingsType) → str#: SettingsTypeInformationJson method.

MeshWorkflowStepGroup.StartCodeGeneration() → None#: Start the code generation for the Meshing operations.

MeshWorkflowStepGroup.StopCodeGeneration() → None#: Stop the code generation for the Meshing operations.

MeshWorkflowStepGroup.ToString() → str#: ToString method.

MeshWorkflowStepGroup#

Overview#

Property detail#

Method detail#

`MeshWorkflowStepGroup`#