The SetAxisXYZ command, SetOriginXYZ command, and SetPattern command in the Material class are used for the parameters of the magnetization direction (pattern selection, axis direction, and a point on the axis).

Eddy Current(EddyCurrent)

The eddy current condition adds a eddy current calculation which outputs the eddy current table and plots of eddy current.

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
EddyCurrentCalculation	Flag	0 or NoEddyCurrent 1 or AllowEddyCurrent 2 or CalculateDistribution	Flag to Control Eddy Current Calculation The eddy current is not calculated. The eddy current is calculated. Calculate distribution in steel plate.
UserConductivityType	Flag	0 or Material 1 or UserConductivity 2 or UserResistivity 3 or UserTemperatureDependentConductivity 4 or UserTemperatureDependentResistivity	0 - material value, 1 - user conductivity value, 2 - user resistivity value3 - user temperature dependent conductivity point array, 4 - user temperature dependent resistivity point array The material conductivity or resistivity is used. User conductivity is used. The user resistivity is used. The user temperature dependent conductivity is used. The user temperature dependent resistivity is used.
UserLaminationConductivityType	Flag	0 or Material 1 or Constant 2 or TemperatureDependent	0 - material value, 1 - constant value, 2 - temperature dependent point array The material conductivity or resistivity is used. The constant value is used. The temperature dependent point array is used.
UserConductivityValue	Double		Conductivity
UserResistivityValue	Double		Resistivity Value
UserTemperatureDependentConductivityPointArray	Table		The temperature dependent conductivity point array.
UserTemperatureDependentResistivityPointArray	Table		The temperature dependent resistivity point array.
LaminationConductivity	Double		Conductivity of Lamination
LaminationResistivity	Double		The resistivity of the lamination
LaminationTemperatureDependentConductivityPointArray	Table		The temperature dependent conductivity point array of the lamination.
LaminationTemperatureDependentResistivityPointArray	Table		The temperature dependent resistivity point array of the lamination.
Laminated	Flag	0 or Off 1 or On	Flag to Control Laminated Materials The material is not laminated. The material is laminated.
LaminatedType	Flag	0 or Rectangular 1 or Radial 2 or Circular 3 or Subroutine 4 or AngleFromXAxis 7 or ParallelRadial	The laminated type The parallel rectangular lamination The radial lamination The circular lamination The laminated type defined by user subroutine The lamination toward an angle from x axis The parallel radial lamination
LaminationFactor	Double		Lamination Factor (percent)
AngleFromX-Axis	Double		Angle from X-axis
UseMaterialHysteresisLoop	Flag	0 or Off 1 or On	Flag for using hysteresis loop Do not use hysteresis loop Use hysteresis loop
LaminationThickness	Double		The thickness for lamination
LaminationLossNumDivision	Flag		The number of division for lamination loss
UseLaminationLossFrequency	Flag	0 or Off 1 or On	The flag for using Frequency of Axial Detail Calculation (On-Using Frequency, Off-Using Number of Division) Not use lamination loss frequency Use lamination loss frequency
LaminationLossFrequency	Double		The frequency for lamination loss
OutputResult	Flag	0 or Off 1 or On	The flag for controlling result output The result is not output. The result is output
SetInsulationFlag	Flag	0 or Off 1 or On	Set Insulation on surface Insulation is not allowed. Insulation is allowed.
UserSubroutineID	Flag		Lamination User Subroutine ID
TemperatureType	Flag	0 or Database 1 or Constant 2 or Table	The temperature type The defined temperature in material database is used. the arbitrary constant temperature is used. the temperature table is used.
ConstantTemperature	Double		The constant temperature
Temperature	Double		The database temperature
TemperatureTable	Table		The time dependent temperature
ReversibleDemag	Flag	0 or Off 1 or On	Reversible demagnetization Irreversible demagnetization. Reversible demagnetization.
UseUsrstr	Flag	0 or Off 1 or On	The flag of user subroutine "usrstr" Not use user subroutine "usrstr" Use user subroutine "usrstr"
UsrstrID	Flag		"usrstr" subroutine ID
MagnetizationCorrection	Double		A correction factor for magnetization
BrCorrection	Double		A correction factor for residual magnetic flux density
CoerciveForceCorrection	Double		A correction factor for coercive force
MagnetTemperatureType	Flag	0 or UseReferenceTemperature 1 or UseTemperatureDistribution	The flag for the Magnet Temperature Type Use Reference Temperature Use Temperature Distribution
TemperatureCorrectFactorType	Flag	0 or UseMaterialDatabaseTemperatureCoefficient 1 or SetTemperatureCoefficient	The flag for the Temperature Correction Type Use Material Database Temperature Coefficient Specify Temperature Coefficient
MagnetizationCoefficientCorrection	Double		A correction factor for magnetization coefficient
MagneticFieldCoefficientCorrection	Double		A correction factor for magnetic field coefficient
TemperatureBase	Double		The Base Temperature
UseAnisotropicMagnet	Flag	0 or Isotropic 1 or Anisotropic	The flag for using anisotropic magnet The isotropic magnet is used. The anisotropic magnet is used.
FullMagnetization	Flag	0 or Off 1 or On 2 or Setusr	Flag for magnetization Incomplete Magnetization Complete Magnetization User subroutine
IsotropicType	Flag	0 or Isotropic 1 or Anisotropic	Flag for isotropic type Isotropic type Anisotropic type
SetusrID	Flag		The setusr subroutine ID
UserArraySize	Flag		The size of user array
ReferenceDataType	Flag	1 or FluxDensity 2 or Magnetization 6 or MagneticField	Flag for reference data of magnetization analysis The flux density. The magnetization. The magnetic field.
ReferenceStepType	Flag	0 or SpecifiedStep 1 or MaxofStepRange	The type of reference step. Flag for specified step Flag for max value of step range
SpecifiedStep	Flag		Value of specified step
StartStep	Flag		Value of first reference step
EndStep	Flag		Value of last reference step
OrientationType	Flag	0 or PreparedPattern 1 or ResultFile	The flag of specification of orientation Specify orientation from prepared pattern Specify orientation from result file
ReferencePlotPath	String		Reference plot file path
ReferencePlotPath_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.
ReferencePlotPath_ProjectFile	String		Specified project file for project file type
ReferencePlotPath_ProjectFile_StudyId	Flag		Specified study id for project file type
ReferencePlotPath_ProjectFile_CaseId	Flag		Specified case id for project file type
ReferencePlotPath_CurrentProject_StudyId	Flag		Specified study id for current project type
ReferencePlotPath_CurrentProject_CaseId	Flag		Specified case id for current project type
ReferencePlotPath_AnalysisGroup_StudyId	Flag		Specified study id for analysis group type
ReferencePlotPath_CoordinateId	Coordinate		The coordinate system for reference.
ReferenceOrientationType	Flag	1 or FluxDensity 2 or Magnetization 6 or MagneticField	Flag for reference data for diciding orientation The flux density. The magnetization. The magnetic field.
ReferenceStepTypeOrientation	Flag	0 or SpecifiedStep 1 or MaxofStepRange	The type of reference step of orientation. Flag for specified step Flag for max value of step range
SpecifiedStepOrientation	Flag		Flag for specified step to define orientation
StartStepOrientation	Flag		Flag for first step to define orientation
EndStepOrientation	Flag		Flag for end step to define orientation
MoveTable	Table		Move table for magnetized material. number of rows: Number of data number of columns: 10 col1(Flag): Rotation(1)/Translation(2) col2(Flag): Periodic(1)/Antiperiodic(-1) col3(Double): Angle col4(Double): Displacement col5(Double): X component of axis col6(Double): Y component of axis col7(Double): Z component of axis col8(Double): X component of start point (for rotation) col9(Double): Y component of start point (for rotation) col10(Double): Z component of start point (for rotation)
UseIronStr1	Flag	0 or Off 1 or On	The flag of user subroutine "iron_str" to x component Not use user subroutine "iron_str" to x component Use user subroutine "iron_str" to x component
IronStrID1	Flag		The iron_str subroutine ID to x component
UseIronStr2	Flag	0 or Off 1 or On	The flag of user subroutine "iron_str" to y component Not use user subroutine "iron_str" to y component Use user subroutine "iron_str" to y component
IronStrID2	Flag		The iron_str subroutine ID to y component
UseIronStr3	Flag	0 or Off 1 or On	The flag of user subroutine "iron_str" to z component Not use user subroutine "iron_str" to z component Use user subroutine "iron_str" to z component
IronStrID3	Flag		The iron_str subroutine ID to z component
UsePermittivity	Flag	0 or Off 1 or On	A flag to control the permittivity. The permittivity is not used. The permittivity is used.
UseVariableMagnet	Flag	0 or Off 1 or On	The use of variable magnet The variable magnet is not used. The variable magnet is used.
FluxDensityInitial	Double		The Initial Residual Flux Density
UseMagnetizedOperatingPoint	Flag		Flag to use the operating point setting
UseMagnetizedMagnet	Flag	0 or Off 1 or On	The flag of magnetized magnet Treat as Magnetization Material Treat as Magnetized Magnet
AccountForHysteresisDuringMagnetization	Flag	0 or Off 1 or On	The flag to account for hysteresis during magnetization Not account for hysteresis during magnetization Account for hysteresis during magnetization

Magnet Types(Magnet)

Magnet Types

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Poles	Flag		Number of Poles for the Magnet
UseMirrorCopy	Flag	0 or Off 1 or On	Use Mirror Copy against Angle from Reference Axis The mirror copy is not used. The mirror copy is used.
UseMagnetEdge	Flag	0 or Off 1 or On	Specify Magnet Edge The magnet edge is not used. The magnet edge is used.
UseDecaying	Flag	0 or Off 1 or On	Use decaying The decaying is not used. The decaying is used.
Radius	Double		Radius of Magnet Centers
StartAngle	Double		Offset Angle of the First Pole
Rise	Double		Rising angle (needs decaying to be set)
Fall	Double		Fall angle (needs decaying to be set)
DistanceFromEnd	Double		Distance From Magnet End
DecayRateAtEnd	Double		Decay Rate at Magnet End
AxisAngle	Double		Angle from the axis
DirectionAngle	Double		Direction angle
Pitch	Double		Pitch of the magnet
Start	Double		Start position
DivisionPerPole	Flag		The division per pole
StrongSide	Flag	-1 or Internal 1 or External	The strong magnetic field The strong magnetic field is internal. The strong magnetic field is external.
CenterHeight	Double		The center height position
UseSkew	Flag	0 or Off 1 or On	The use of skew The skew is not used. The skew is used.
MagnetThickness	Double		The magnet thickness
SkewLength	Double		The skew length
SkewAngle	Double		The skew angle
UseStepSkew	Flag	0 or Off 1 or On	The use of step skew The step skew is not used. The step skew is used.
StepNumber	Flag		The step number for step skew
RectangularWidth	Double		The magnet rectangular width
RectangularHeight	Double		The magnet rectangular height
RectangularThickness	Double		The magnet rectangular thickness
CylinderOuterRadius	Double		The magnet cylinder outer radius
CylinderAngle	Double		The magnet cylinder angle
CylinderHeight	Double		The magnet cylinder height
AngleTableListRectangular	TableList		The magnet angle table list rectangular
iHcCorrectTableListRectangular	TableList		The magnet iHc correct table list rectangular
BrCorrectTableListRectangular	TableList		The magnet Br correction table list rectangular
AngleTableListCylinder	TableList		The magnet angle table list cylinder
iHcCorrectTableListCylinder	TableList		The magnet iHc correct table list cylinder
BrCorrectTableListCylinder	TableList		The magnet Br correction table list cylinder
iHcCorrectTableListRectangularTemperature	TableList		The magnet iHc correction table list rectangular temperature dependent
BrCorrectTableListRectangularTemperature	TableList		The magnet Br correction table list rectangular temperature dependent
iHcCorrectTableListCylinderTemperature	TableList		The magnet iHc correction table list cylinder temperature dependent
BrCorrectTableListCylinderTemperature	TableList		The magnet Br correction table list cylinder temperature dependent