Class: Analysis

Defines a Analysis.

Methods

Name Description
Activate() Activate the current object.
AddAcceleration() Creates a new child Acceleration.
AddBearingLoad() Creates a new child BearingLoad.
AddBoltPretension() Creates a new child BoltPretension.
AddCommandSnippet() Creates a new child CommandSnippet.
AddComment() Creates a new child Comment.
AddCompressionOnlySupport() Creates a new child CompressionOnlySupport.
AddConvection() Creates a new child Convection.
AddCoupling() Creates a new child Coupling.
AddCurrent() Creates a new child Current.
AddCylindricalSupport() Creates a new child CylindricalSupport.
AddDisplacement() Creates a new child Displacement.
AddEarthGravity() Creates a new child EarthGravity.
AddElasticSupport() Creates a new child ElasticSupport.
AddEMTransducer() Creates a new child EMTransducer.
AddFigure() Creates a new child Figure.
AddFixedRotation() Creates a new child FixedRotation.
AddFixedSupport() Creates a new child FixedSupport.
AddForce() Creates a new child Force.
AddFrictionlessSupport() Creates a new child FrictionlessSupport.
AddHeatFlow() Creates a new child HeatFlow.
AddHeatFlux() Creates a new child HeatFlux.
AddHydrostaticPressure() Creates a new child HydrostaticPressure.
AddInternalHeatGeneration() Creates a new child InternalHeatGeneration.
AddJointLoad() Creates a new child JointLoad.
AddLinePressure() Creates a new child LinePressure.
AddMagneticFluxParallel() Creates a new child MagneticFluxParallel.
AddMassFlowRate() Creates a new child MassFlowRate.
AddMoment() Creates a new child Moment.
AddNodalDisplacement() Creates a new child NodalDisplacement.
AddNodalForce() Creates a new child NodalForce.
AddNodalOrientation() Creates a new child NodalOrientation.
AddNodalPressure() Creates a new child NodalPressure.
AddNodalRotation() Creates a new child NodalRotation.
AddPerfectlyInsulated() Creates a new child PerfectlyInsulated.
AddPipePressure() Creates a new child PipePressure.
AddPipeTemperature() Creates a new child PipeTemperature.
AddPressure() Creates a new child Pressure.
AddPSDAcceleration() Creates a new child PSDAcceleration.
AddPSDDisplacement() Creates a new child PSDDisplacement.
AddPSDGAcceleration() Creates a new child PSDGAcceleration.
AddPSDVelocity() Creates a new child PSDVelocity.
AddRadiation() Creates a new child Radiation.
AddRemoteDisplacement() Creates a new child RemoteDisplacement.
AddRemoteForce() Creates a new child RemoteForce.
AddRotatingForce() Creates a new child RotatingForce.
AddRotationalAcceleration() Creates a new child RotationalAcceleration.
AddRotationalVelocity() Creates a new child RotationalVelocity.
AddRSAcceleration() Creates a new child RSAcceleration.
AddRSDisplacement() Creates a new child RSDisplacement.
AddRSVelocity() Creates a new child RSVelocity.
AddSimplySupported() Creates a new child SimplySupported.
AddSourceConductor() Creates a new child SourceConductor.
AddTemperature() Creates a new child Temperature.
AddThermalCondition() Creates a new child ThermalCondition.
AddVelocity() Creates a new child Velocity.
AddVoltage() Creates a new child Voltage.
ClearGeneratedData() Run the ClearGeneratedData action.
ComponentById(Int32) Returns a component (named selection) by its ID.
CoordinateSystemById(Int32) Returns a coordinate system object by its ID.
CreateLoadObject(String) Creates a new load object.
CreatePostObject(String) Creates a new post object.
CreateResultObject(String) Creates a new result object.
CurrentConsistentUnitFromQuantityName(String) Returns the current consistent unit from a quantity name.
GenerateMesh() Generates the mesh of the analysis.
GetResultsData() Returns the result reader associated to the analysis.
OpenSolverFilesDirectory() Run the OpenSolverFilesDirectory action.
PropertyValue(String) Returns the value of the property that matches the specified name.
PropertyValue(String, Object) Assigns the given value to the property that matches the specified name.
Solve(Boolean) Computes the analysis solution.
WriteInputFile(String) Writes the input file associated to the analysis.

Properties

Name Description
AnalysisSettings Gets the AnalysisSettings.
AnalysisType Gets the analysis type.
AnalysisType Gets the AnalysisType.
CellId Gets the CellId.
Comments Gets the list of associated comments.
Components Gets all components (named selections).
CoordinateSystems Gets all coordinate systems.
DataModelObjectCategory Gets the current DataModelObject's category.
DataObjects Gets the collection of objects.
EnvironmentTemperature Gets or sets the EnvironmentTemperature.
Figures Gets the list of associated figures.
GenerateInputOnly Gets the GenerateInputOnly.
GeoData Gets access to the geometry data model associated to the analysis.
Id Gets the ID for this analysis.
InitialConditions Get InitialConditions.
InternalObject Gets the internal object. For advanced usage only.
InternalObject Gets the internal object. For advanced usage only.
LoadObjects Gets all ACT load objects associated to the analysis.
MeshData Gets access to the mesh data model associated to the analysis.
Name Gets the name of the analysis.
ObjectId Gets the internal id of the object.
ObjectLocation Gets the location of the object within his parent.
ObjectType Gets the type of the object.
Parent Gets the parent object.
Parent Gets the parent object.
Path Gets the path of the object.
PhysicsType Gets the physics type.
PhysicsType Gets the PhysicsType.
PropertyNames Gets the list of property names.
ResultObjects Gets all ACT result objects associated to the analysis.
Solution Gets the Solution.
Solver Gets the ACT solver object associated with this analysis if exists or null.
SolverName Gets the solver name for this analysis.
StepsEndTime Gets the list of steps end times defined.
SupportedLocations Gets the locations supported by the object.
SystemCaption Gets the SystemCaption.
UserObjects Gets all ACT objects associated to the analysis.
WorkingDir Gets the working directory.