Condition Settings for Electric Field Analysis

Electric Field Boundary(ElectricFieldBoundary)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Amplitude	Double		Electric field / Amplitude in frequency analysis
Direction	Flag	-1 or Inflow 1 or Outflow	The flag for the flow direction Positive flow is into the face Positive flow is out of the face
Phase	Double		Electric field / Phase

Face Charge(ElectricChargeFace)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Amplitude	Double		Charge density

Electric Potential Boundary (Wire Template Linkage)(ElectricPotentialBoundaryWireTemplate)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
WireTemplateName	String		The wire template name
Amplitude1	Double		The layer 1 amplitude
Amplitude2	Double		The layer 2 amplitude
Phase1	Double		The layer 1 phase
Phase2	Double		The layer 2 phase

Electric Potential Boundary(ElectricPotentialBoundary)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Amplitude	Double		Electric potential / Amplitude in frequency analysis
Phase	Double		Phase for Electric potential

Rotation Periodic Boundary(RotationPeriodicBoundary)

Specifies a periodic boundary for a partial model when the model has periodicity in the dirction of rotation.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
BoundaryType	Flag	0 or Normal 1 or Reverse	The periodic type The basic orientation The reverse orientation
Angle	Double		The occupying angle of the model
Origin	Vector		The rotation center point
Axis2D	Flag	0 or Upward 1 or Downward	The direction of axis in the 2D model The direction of axis is parallel to (0,0,1). The direction of axis is parallel to (0,0,-1).
Axis	Vector		The rotation axis

Natural Boundary(NaturalBoundary)

Specifies a natural boundary when the magnetic flux flows perpendicular to the specified face.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SurfaceSetting	Flag	1 or Top 3 or Bottom	The flag of surface setting Specifies the top surface Specifies the bottom surface

Symmetry Boundary(SymmetryBoundary)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Amplitude	Double		Electric potential / Amplitude in frequency analysis
Phase	Double		Electric potential / Phase

Part_in_PartialInductance(PartINPartialInductance)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
MaterialID	Flag		Material ID

Volume Charge(ElectricChargeVolume)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Amplitude	Double		Charge density

Current(CurrentCalculation)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Direction	Flag	-1 or Inflow 1 or Outflow	The flag for the current direction Positive current flow is into the face Positive current flow is out of the face

Temperature Distribution(TemperatureDistribution)

Specifies the target for mapping the temperature distribution for coupled analysis.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
ReferredPlotFile	String		Specified plot file
ReferredPlotFile_DataSourceType	Flag	0 or ResultFile 1 or ProjectFile 2 or CurrentProject 3 or AnalysisGroup	Specified data source type for plot file use result file for data source type. use project file for data source type. use current project for data source type. use analysis group for data source type.
ReferredPlotFile_ProjectFile	String		Specified project file for project file type
ReferredPlotFile_ProjectFile_StudyId	Flag		Specified study id for project file type
ReferredPlotFile_ProjectFile_CaseId	Flag		Specified case id for project file type
ReferredPlotFile_CurrentProject_StudyId	Flag		Specified study id for current project type
ReferredPlotFile_CurrentProject_CaseId	Flag		Specified case id for current project type
ReferredPlotFile_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
ReferredPlotFile_StartRow	Flag		The start row number for reading file
ReferredPlotFile_SkipFirstColumn	Flag	0 or Off 1 or On	The flag for not using first column as ID Use first column as ID. Not use first column as ID.
ReferredPlotFile_UseAutoSearchDistance	Flag	0 or Off 1 or On	The flag for using automatically decided search distance The search distance is not decided automatically. The search distance is decided automatically.
ReferredPlotFile_SearchDistance	Double		The search distance
ReferredPlotFile_CoordinateId	Coordinate		The coordinate system for reference.
CouplingType	Flag	0 or OneWay 1 or TwoWay 2 or ThermalEquivalentCircuit 3 or Constant 4 or Table 5 or CalculationPoints	The flag for the Coupling Type Coupling type is One Way Coupling type is direct Coupling type is Thermal Circuit Coupling type is Constant Coupling type uses Table Temperature Dependent Efficiency Map Calculation Points
ConstantTemperature	Double		The Constant Temperature
TemperatureVsTimeTable	Table		The Temperature vs Time Table
ThermalProbeID	Int		The thermal probe id
TemperatureDependentEfficiencyMapCalculationPoints	Table		Temperature Dependent Efficiency Map Calculation Points
TemperatureVsFrequencyTable	Table		The Temperature vs Frequency Table

Translation Periodic Boundary(TranslationPeriodicBoundary)

Specifies a periodic boundary for a partial model when the model has the periodicity in the direction of translation.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
BoundaryType	Flag	0 or Normal 1 or Reverse	The periodic type The basic orientation The reverse orientation
Length	Double		The length
Direction	Vector		The direction

Current Boundary(CurrentBoundary)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Amplitude	Double		Current / Amplitude in frequency analysis
Direction	Flag	-1 or Inflow 1 or Outflow	The flag for the flow direction Positive flow is into the face Positive flow is out of the face
Phase	Double		Current / Phase

Current Density Boundary(CurrentDensityBoundary)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Amplitude	Double		Current density / Amplitude in frequency analysis
Direction	Flag	-1 or Inflow 1 or Outflow	The flag for the flow direction Positive flow is into the face Positive flow is out of the face
Phase	Double		Current density / Phase