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Getting started
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Choose version
GitHub
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Section Navigation
MotorCAD API
MotorCADCompatibility API
MotorCADCompatibility
AddArc_Boundary_RT
AddArc_Boundary_XY
AddArc_CentreStartEnd_RT
AddArc_CentreStartEnd_XY
AddArc_RT
AddArc_XY
AddCircularConductor_A
AddLine_Boundary_RT
AddLine_Boundary_XY
AddLine_RT
AddLine_XY
AddMagnetRegion_RT
AddMagnetRegion_XY
AddPoint_CustomMaterial_XY
AddPoint_Magnetic_RT
AddPoint_Magnetic_XY
AddPoint_RT
AddPoint_XY
AddRectangularConductor_A
AddRegion_RT
AddRegion_XY
Add_Region_Thermal
Add_Region_Thermal_A
AvoidImmediateUpdate
BuildModel_Lab
CalculateDutyCycle_Lab
CalculateForceHarmonics_Spatial
CalculateForceHarmonics_Temporal
CalculateGenerator_Lab
CalculateIMSaturationModel
CalculateIronLossCoefficients
CalculateMagnetParameters
CalculateMagnetic_Lab
CalculateOperatingPoint_Lab
CalculateSaturationMap
CalculateTestPerformance_Lab
CalculateThermal_Lab
CalculateTorqueEnvelope
CheckIfGeometryIsValid
ClearAllData
ClearDutyCycle
ClearExternalCircuit
ClearFixedTemperatureValue
ClearMessageLog
ClearModelBuild_Lab
CreateNewNode
CreateOptimisedMesh
CreateOptimisedMesh_Thermal
CreateReport
DeleteRegions
DeleteSolidMaterial
DisableErrorMessages
DisplayScreen
DoMagneticCalculation
DoMagneticThermalCalculation
DoMechanicalCalculation
DoMultiForceCalculation
DoSlotFiniteElement
DoSteadyStateAnalysis
DoTransientAnalysis
DoWeightCalculation
EditMagnetRegion
ExportDutyCycle_Lab
ExportFigure_Lab
ExportForceAnimation
ExportMatrices
ExportMultiForceData
ExportNVHResultsData
ExportResults
ExportSolidMaterial
ExportToAnsysDiscovery
ExportToAnsysElectronicsDesktop
GeometryExport
GetArrayVariable
GetArrayVariable_2d
GetComponentMaterial
GetFEAGraphPoint
GetForceFrequencyDomainAmplitude
GetIMIronLoss
GetLicence
GetMagnetic3DGraphPoint
GetMagneticGraphPoint
GetMessages
GetModelBuilt_Lab
GetNodeCapacitance
GetNodeExists
GetNodePower
GetNodeTemperature
GetNodeToNodeResistance
GetOffsetNodeNumber
GetPointValue
GetPowerGraphPoint
GetRegionLoss
GetRegionValue
GetTemperatureGraphPoint
GetVariable
GetWindingCoil
ImportSolidMaterial
InitialiseTabNames
InitiateGeometryFromScript
IsStopRequested
LoadCustomDriveCycle
LoadDXFFile
LoadDutyCycle
LoadExternalCircuit
LoadExternalModel_Lab
LoadFEAResult
LoadFromFile
LoadMagnetisationCurves
LoadReportStructure
LoadReportTree
LoadResults
LoadScript
LoadTemplate
LoadWindingPattern
ModifyNode
Quit
RemoveExternalComponent
ResetRegions
RestoreCompatibilitySettings
RunScript
SaveDutyCycle
SaveExternalCircuit
SaveFEAData
SaveIronLossCoefficients
SaveMagnetParameters
SaveMagnetisationCurves
SaveMotorCADScreenToFile
SaveResults
SaveScreenToFile
SaveScript
SaveTemplate
SaveToFile
SaveTransientPowerValues
SaveTransientTemperatures
SaveWindingPattern
Set3DComponentVisibility
SetAllEmagCalculations
SetArrayVariable
SetArrayVariable_2d
SetBndCond
SetCapacitanceValue
SetComponentMaterial
SetFEAPathArc
SetFEAPathLine
SetFEAPathPoint
SetFixedTemperatureValue
SetFluid
SetMeshGeneratorParam
SetMotorLABContext
SetPowerInjectionValue
SetPowerSourceValue
SetRegionColour
SetResistanceMultiplier
SetResistanceValue
SetVariable
SetVisible
SetWindingCoil
ShowMagneticContext
ShowMechanicalContext
ShowMessage
ShowResultsViewer_Lab
ShowThermalContext
SolveProblem
StoreProblemData
UpdateForceAnalysisResults
UpdateInterface
set_free
Geometry objects and functions
Geometry tree
Geometry drawing
Geometry shapes
Geometry fitting
Utility functions
Motor-CAD errors
PyAnsys
API reference
MotorCADCompatibility API
MotorCADCompatibility
CreateOptimisedMesh
CreateOptimisedMesh
#
MotorCADCompatibility.
CreateOptimisedMesh
(
)
#
Deprecated function.
On this page
MotorCADCompatibility.CreateOptimisedMesh()
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