Settings Specified in the Magnetic Field Analysis Study and Transformer Analysis Study

Study Properties(Control2D)

Control2D properties

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FullModelConversion	Flag	0 or Off 1 or On	Flag for Conversion to Value in Full Model The result is not converted as a full model. The result is converted as a full model.
ConversionFactor	Double		Conversion factor excluding periodic boundary
ModelThickness	Double		Thickness of the Model
ManualCoilLength	Flag	0 or Off 1 or On	Flag of Independent Length of the Coil from Thickness of the Model The length of FEM coil is independent from the thickness of the model. The length of FEM coil is equal to the thickness of the model.
CoilLength	Double		Length of the FEM Coil
Coupling	Flag	0 or Off 1 or On	Flag for Coupled Analysis Do not run the Coupled Analysis. Run the coupled analysis.
CoupledRemesh	Flag	0 or Off 1 or On	The flag for coupled remesh region The region is not coupled remesh. The air region is coupled remesh.
ConversionType	Flag	0 or NotUse 1 or Periodic 2 or SeriesParallel	The flag of circuit conversion type The circuit conversion is not used. The periodic conversion type The circuit conversion type for series/parallel
CircuitConversionFactor	Double		The conversion factor of circuit
CircuitConnect	Flag	0 or Series 1 or Parallel 2 or AntiParallel	The circuit connect information The series type The parallel type The anti parallel type
PowerCalcTolerance	Double		The power calculation tolerance
PowerCalcInitialCurrent	Double		The power calculation initial current
PowerCalcMaxIteration	Flag		The calculation max iteration
Series	Double		The number of series
Parallel	Double		The number of parallel
ConnectionMode	Flag	0 or ModifiedNodal 1 or ClosedLoop	Ths circuit analysis method The modified nodal analysis type The closed loop current analysis type
UseWindingFactor	Flag	0 or Off 1 or On	The flag of use conversion factors from winding Set conversion factors manually Set conversion factors from winding
UseForceCorrection	Flag	0 or Off 1 or On	The Force Correction The force correction is not used. The force correction is used.
SymmetryPlane1	Coordinate		The symmetry plane 1 for the force correction
CalculationMethod	Flag	0 or Direct 2 or Iterative	Flag of Calculation Method Type Use FEM+BEM calculation method. Use FEM calculation method.
ApproximateTransientAnalysis	Flag	0 or Off 1 or On	The flag for use steady-state approximate transient analysis Do not use steady-state approximate transient analysis Use steady-state approximate transient analysis
SpecifySlip	Flag	0 or Off 1 or On	The flag for stationary device or induction motor Set as stationary device. User can specify slip as induction motor.
SteadyLinear	Flag	0 or Nonlinear 1 or Linear	The flag to control non-linear type for pseudo steady state analysis. Use conventional method of quasi steady state analysis. Use fast acceleration of quasi-steady state analysis.
Slip	Double		Slip value(s <= 1)
OutputSteadyResultAs1stStep	Flag	0 or Off 1 or On	The flag for output steady result as 1st step Do not output steady result as 1st step Output steady result as 1st step
SetPseudoSteadyStateFreq	Flag	0 or Off 1 or On	The flag for setting pseudo-steady state frequency Do not use frequency for pseudo steady-state Use frequency for pseudo steady-state
PseudoSteadyStateFrequency	Double		pseudo steady-state frequency
SetUseCorrectBHCurve	Flag	0 or Off 1 or On	The flag for using correct bh curve for pseudo-steady state Do not use correct bh curve for pseudo steady-state Use correct bh curve for pseudo steady-state
TimePeriodicEEC	Flag	0 or Off 1 or On	The flag for time periodic explicit error correction The time periodic explicit error correction is not executed. The time periodic explicit error correction is executed.
TimePeriodicType	Flag	1 or AntiPeriodic 2 or Periodic	The flag of time periodic type Anti-Periodic Periodic
ReversePeriodic	Flag	0 or Off 1 or On	The flag reverse periodic rotor The reverse periodic rotor is not used. The reverse periodic rotor is used.
UseRelaxation	Flag	0 or Off 1 or On	The flag use non-linear relaxation Non-linear relaxation is not used Use non-linear relaxation.
CorrectionType	Flag	0 or frequency 1 or step	The flag for correction type The correction type is frequency. The correction type is step.
CorrectionFrequency	Double		Frequency of correction
CorrectionInterval	Flag		Interval of correction step
MaxCorrections	Flag		Max number of correction process
FailureConvergenceError	Flag	0 or Off 1 or On	The flag to handle the failure of convergence as an error Warning. Error(Solver will terminate).
ShortenCorrectionInterval	Flag	0 or Off 1 or On	The flag for shortening interval check Do usual interval check. Shorten interval check.
AllStepsTransientCalculation	Flag	0 or Off 1 or On	The flag for calculate and output all steps of transient calculation Do not calculate and output all steps of transient calculation. Calculate and output all steps of transient calculation.
UseGPU	Flag	0 or Off 1 or On	The flag for use GPU Not use GPU. Use GPU.
RestartType	Flag	0 or NotRestart 1 or FromTR 2 or FromFQ	The restart type Do not use restart. Restart from transient analysis Restart from frequency analysis
RestartSavFile	String		The sav file for restart
RestartMsvFile	String		The msv file for restart
RestartSvcFile	String		The svc file for restart
DirectSolverType	Flag	0 or ICCG 1 or Direct 2 or Auto	The flag of linear solver type ICCG Direct solver Auto
IccgAccel	Double		Value of Acceleration Coefficient
AutoAccel	Flag	0 or Off 1 or On	Flag to Set Acceleration Coefficient Automatically The acceleration coefficient is set in manual. The acceleration coefficient is automatically set.
ICCGToleranceType	Flag	1 or Automatic 2 or Constant 4 or ScaleIndependent	Flag of ICCG Calculation Type The ICCG tolerance is scaled using the original matrix right hand side vector. The tolerance is then adjusted automatically at each iteration. The same ICCG tolerance is used for all NR iterations and is scaled using the original matrix right hand side vector. The ICCG tolerance is scaled by the residual independently for each matrix solution.
InitialTolerance	Double		Value of Initial Convergence Tolerance
MinimumTolerance	Double		Value of Minimum Convergence Tolerance.
IccgTolerance	Double		Value of Convergence Tolerance
IccgLimit	Double		Value of Divergence Limit
IccgMaxIteration	Flag		Value of Maximum Iteration
IccgToleranceScaleIndependent	Double		The value of convergence tolerance.(Scale independent)
IccgOptimumValue	Flag	0 or Off 1 or On	Flag of Convergence Refinement No Refinement Optimum Refinement
NonlinearMethod	Flag	0 or Newton-Raphson 1 or SuccessiveIteration	Nonlinear Iterative Calculation Type Newton-Raphson Successive Iteration
ConvergenceType	Flag	0 or Solution 1 or ResidualVector 2 or MagneticFluxDensityAndCircuit 3 or SolutionExcludingCircuit 4 or ResidualVectorExcludingCircuit 5 or MagneticFluxDensity	Convergence determination type Using Variation of Solution Using Magnitude of Residual Vector Using Variation of Magnetic Flux Density and Circuit Variables Using Variation of Solution (Excluding Circuit Variables) Using Magnitude of Residual Vector (Excluding Circuit Variables) Using Variation of Magnetic Flux Density
RelaxationFactor	Flag	0 or Off 1 or Type1 2 or Type2 5 or FactorAuto	Flag of Relaxation Factor Type No Relaxation Relaxation Type 1 The relaxation type2 The relaxation auto
NonlinearMaxIteration	Flag		Number of Nonlinear Iteration
NonlinearTolerance	Double		Value of Nonlinear Iterative Convergence Tolerance
NonlinearConvergenceB	Flag	0 or Off 1 or On	The maximum amount of change flag of the magnetic flux density Not set the maximum amount of change in the magnetic flux density To set the maximum amount of change in the magnetic flux density
NonlinearConvergenceV	Flag	0 or Off 1 or On	The maximum amount of change flag of the voltage Not set the maximum amount of change in the voltage To set the maximum amount of change in the voltage
NonlinearConvergenceI	Flag	0 or Off 1 or On	The maximum amount of change flag of the current Not set the maximum amount of change in the current To set the maximum amount of change in the current
NonlinearConvergenceToleranceB	Double		The maximum amount of change in the magnetic flux density
NonlinearConvergenceToleranceV	Double		The maximum amount of change in the voltage
NonlinearConvergenceToleranceI	Double		The maximum amount of change in the current
NonlinearStrictConvergence	Flag	0 or Off 0 or Off 1 or On 1 or On	Flag of Strict Judgment of Nonlinear Iterative Calculation Normal judgment for convergence of nonlinear Normal judgment for convergence of nonlinear Strict judgment for convergence of nonlinear Strict judgment for convergence of nonlinear
NonlinearSpeedup	Flag	0 or Off 1 or On	Flag of Using Nonlinear Speeding-up Function Do not use speeding up nonlinear calculation. Use speeding up nonlinear calculation.
BHCorrection	Flag	0 or Off 1 or On	Flag for applying a correction to the BH curve for frequency response analysis. Do not apply BH curve correction. Use BH curve correction.
MagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output magnetic flux density result Not output the magnetic flux density. Output the magnetic flux density.
Magnetization	Flag	0 or Off 1 or On	The flag for output magnetization Not output the magnetization. Output the magnetization.
PermeanceFactor	Flag	0 or Off 1 or On	The flag for output permeance factor Not output the permeance factor. Output the permeance factor.
Permeability	Flag	0 or Off 1 or On	The flag for output permeability Not output the permeability. Output the permeability.
DifferentialPermeability	Flag	0 or Off 1 or On	The flag for output differential permeability Not output the differential permeability. Output the differential permeability.
CurrentDensity	Flag	0 or Off 1 or On	The flag for output current density result Not output the current density. Output the current density.
LossDensity	Flag	0 or Off 1 or On	The flag for output loss density Not output the loss density. Output the loss density.
Displacement	Flag	0 or Off 1 or On	The flag for output nodal displacement result Not output the nodal displacement. Output the nodal displacement.
NodalForce	Flag	0 or Off 1 or On	The flag for output nodal force result Not output the nodal force. Output the nodal force.
SurfaceForceDensity	Flag	0 or Off 1 or On	The flag for surface force density Not output the surface force density. Output the surface force density.
LorentzForceDensity	Flag	0 or Off 1 or On	The flag for output Lorentz force density Not output the Lorentz force density. Output the lorentz force density.
VectorPotential	Flag	0 or Off 1 or On	The flag for output vector potential Not output the vector potential. Output the vector potential.
Energy	Flag	0 or Off 1 or On	The flag for output energy result Not output the energy. Output the energy.
Stress	Flag	0 or Off 1 or On	The flag for output stress result Not output the stress. Output the stress.
DemagnetizationRatio	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to reference step) Not output the Demagnetization ratio (Compared to reference step). Output the Demagnetization ratio (Compared to reference step).
DemagnetizationRatioDiffUnDemag	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to undemagnetized state) Not output the Demagnetization ratio (Compared to undemagnetized state). Output the Demagnetization ratio (Compared to undemagnetized state).
HysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density Not output the hysteresis loss density Output the hysteresis loss density
RestartFile	Flag	0 or Off 1 or On	The flag for output restart file Not output the restart file. Output the restart file.
RestartFileOutputInterval	Flag		The minimum output interval(minute) for restart file
JCGMonitor	Flag	0 or Off 1 or On	The flag for output ICCG Iteration Count Monitoring file. Not output the JCG monitor. Output the JCG monitor.
SolverReportFile	Flag	0 or Off 1 or On	The flag for output solver report file Not output the solver report file. Output the solver report file.
InitialMagnetization	Flag	0 or Off 1 or On	The flag for initial magnetization Not output the initial magnetization. Output the initial magnetization.
CoerciveForceNormal	Flag	0 or Off 1 or On	The flag to control output of normalized Coercive Force Do not output the normalized coercive force. Output the normalized coercive force.
MagnetizationRatio	Flag	0 or Off 1 or On	The flag to control output of magnetization ratio Do not output the magnetization ratio. Output the magnetization ratio.
Temperature	Flag	0 or Off 1 or On	The flag for output temperature Not output the temperature. Output the temperature.
IronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density Not output the ironloss density. Output the ironloss density.
ElectricField	Flag	0 or Off 1 or On	The flag for output electric field result Not output the electric field. Output the electric field.
MagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density Not output the lamination magnetic flux density Output the lamination magnetic flux density
MagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength Not output the lamination magnetic field strength Output the lamination magnetic field strength
EddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density Not output the lamination eddy current density Output the lamination eddy current density
CurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density Not output the lamination current loss density Output the lamination current loss density
HysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density Not output the lamination hysteresis loss density Output the lamination hysteresis loss density
CriticalCurrentDensity	Flag	0 or Off 1 or On	The flag to output critical current density Not output the critical current density Output the critical current density
IronRefMagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output reference magnetic flux density result (Iron) Not output the reference magnetic flux density (Iron) Output the reference magnetic flux density (Iron)
IronIronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density (Iron) Not output the iron loss density (Iron) Output the iron loss density (Iron)
IronHysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density (Iron) Not output the hysteresis loss density (Iron) Output the hysteresis loss density (Iron)
IronExcessEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output excess eddy current loss density (Iron) Not output the excess eddy current loss density (Iron) Output the excess eddy current loss density (Iron)
IronClassicalEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output classical eddy current loss density (Iron) Not output the classical eddy current loss density (Iron) Output the classical eddy current loss density (Iron)
IronJouleLossDensity	Flag	0 or Off 1 or On	The flag for output Joule loss density (Iron) Not output the Joule loss density (Iron) Output the Joule loss density (Iron)
IronStress	Flag	0 or Off 1 or On	The flag for output stress result (Iron) Not output the stress (Iron) Output the stress (Iron)
IronMagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density (Iron) Not output the lamination magnetic flux density (Iron) Output the lamination magnetic flux density (Iron)
IronMagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength (Iron) Not output the lamination magnetic field strength (Iron) Output the lamination magnetic field strength (Iron)
IronEddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density (Iron) Not output the lamination eddy current density (Iron) Output the lamination eddy current density (Iron)
IronCurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density (Iron) Not output the lamination current loss density (Iron) Output the lamination current loss density (Iron)
IronHysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density (Iron) Not output the lamination hysteresis loss density (Iron) Output the lamination hysteresis loss density (Iron)
OutputTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval	A flag to control timing of output to plot file Always output from 1st step. Output from step specified in OutputStartStep. Output from step specified in OutputStartStep. Output from step specified Interval.
OutputStartStep	Flag		The first step to use for the output
MinimizeResults	Flag	0 or Off 1 or On	Flag to control minimization of output results Do not minimize output of distributed results for output control Minimize output of distributed results for output control
OutputIntervalTable	Table		output control interval table
OutputTimingSameStep	Flag	0 or Off 1 or On	Flag to use same step by table and field results Output another step by table and field results Output same step by table and field results
OutputResultsTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval 3 or NoOutput	Flag to control step output to result file Output all steps Output from step specified by OutputResultStartStep Output from step specified by OutputResultStartStep Output from step specified Interval No Output
OutputResultsStartStep	Flag		The first step to use for the output
OutputResultsIntervalTable	Table		output control interval table
Hsusr1	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr1" Do Not Use User Subroutine "hsusr1" Use User Subroutine "hsusr1"
Hsusr3	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr3" Do Not Use User Subroutine "hsusr3" Use User Subroutine "hsusr3"
Hsusr4	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr4" Do Not Use User Subroutine "hsusr4" Use User Subroutine "hsusr4"
Usrfle	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfle" Do Not Use User Subroutine "usrfle" Use User Subroutine "usrfle"
Usrstp	Flag	0 or Off 1 or On	Flag of User Subroutine "usrstp" Do Not Use User Subroutine "usrstp" Use User Subroutine "usrstp"
Usrlos	Flag	0 or Off 1 or On	Flag of User Subroutine "usrlos" Do Not Use User Subroutine "usrlos" Use User Subroutine "usrlos"
Usrhys	Flag	0 or Off 1 or On	Flag of User Subroutine "usrhys" Do Not Use User Subroutine "usrhys" Use User Subroutine "usrhys"
Usrfm2	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfm2" Do Not Use User Subroutine "usrfm2" Use User Subroutine "usrfm2"
Usrfma	Flag	0 or Off 1 or On 2 or usrfm3	The flag of user subroutine "usrfma" Not use user subroutine "usrfma" Use user subroutine "usrfma" Use user subroutine "usrfm3"
Usrstr	Flag	0 or Off 1 or On	The flag of user subroutine "usrstr" Not use user subroutine "usrstr" Use user subroutine "usrstr"
UsrArraySize	Flag		The size of users subroutine point array
UsrsubName	String		User Subroutine Name
Snapshot	Flag	0 or Off 1 or On	The flag for Snapshot Not use Snapshot Use Snapshot
Retry	Flag		Number of retries
Divisions	Flag		Number of steps divided
Monitor	Flag	0 or Off 1 or On	The flag to output monitoring file during analysis execution Do not output the monitoring file during analysis execution Output a monitoring file during analysis execution
CsvOutputPath	String		The output path for the csv files
CsvResultTypes	String		The list of result types to output the csv files
CsvOutputResponseData	Flag		CSV file output response value
CsvOutputInductanceData	Flag		CSV file output efficiency map inductance values
CsvOutputProbe	Flag		CSV file output probe value
CsvOutputSection	Flag		CSV file output section graph value
CsvOutputCalculation	Flag		CSV file output calculation value
CsvOutputObjectiveData	Flag		CSV file output objective value
CsvComponentType	Flag	0 or RealImaginary 1 or AmplitudePhase 2 or RMS	Flag of component output type Output real and imaginary Output amplitude and phase Output rms
CsvDivisionType	Flag	0 or Off 1 or On	Flag of divide CSV file output by specified number of cases Do not divide Divide CSV output
CsvDivisionCase	Flag		Specified number of cases
OutputControlType	Flag	0 or SpecifyOutputResultItems 1 or OutputTableOnly 2 or DeleteResultFiles	The output control type Specify Result Items to be Output. Output only table results. Delete result files.
LogOutputLevel	Flag	0 or Debug 1 or Information 2 or Warning 3 or Error	The log output level Debug Information Warning Error

SteadyState(SteadyState)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
SteadyStateStopCheckMethod	Flag	0 or Maximum 1 or Instantaneous 2 or Average 3 or Frequency	The stop method used for the steady state Maximum value Instantaneous Value Average Value Frequency Component
SteadyStatePeriodic	Double		The Periodic used to determine steady state
SteadyStateFrequency	Double		The frequency used to determine steady state
HarmonicOrder	Flag		Harmonic Order
SteadyStateThreshold	Double		The threshold used for the steady state
SteadyStatePhaseThreshold	Double		The phase threshold used for the steady state
UsePhaseStationary	Flag	0 or Off 1 or On	Use phase stationary Do not use phase stationary Use phase stationary
SteadyStateReferenceResultSource	Flag	1 or Torque 2 or Force 3 or FEMCoil 4 or FEMConductor 5 or CurrentCondition 6 or FluxCondition 7 or MotionDisplacement 8 or MotionSpeed 9 or Loss 10 or Voltage 11 or Current 12 or ControlSignal 13 or Temperature	The type of result used for the steady state Torque results Force results FEM Coil (Flux) FEM Conductor (Flux) Current Condition (Flux) Flux Condition (Flux) Motion (displacement) Motion (speed) Loss value Voltage probe Current probe Control signal probe Temperature probe
SteadyStateVoltageProbe	Int		Voltage probe for steady state
SteadyStateCircuitCurrent	Int		Circuit component for current for steady state
SteadyStateControleProbe	Int		Control probe for steady state
SteadyStateTemperatureProbe	Int		Temperature probe for steady state
SteadyStateResultComponent	Flag	0 or Absolute 1 or First 2 or Second 3 or Third	The component of the result used for the steady state Absolute value of the result The first (X) component The second (Y) component The third (Z) component
SteadyStateLinkedTorque	Int		Linked torque condition for steady state
SteadyStateLinkedForce	Int		Linked force condition for steady state
SteadyStateLinkedCoil	Int		Linked FEM Coil for steady state
SteadyStateLinkedConductor	Int		Linked FEM Conductor for steady state
SteadyStateLinkedCurrent	Int		Linked current condition for steady state
SteadyStateLinkedFlux	Int		Linked flux condition for steady state
SteadyStateLinkedDisplacement	Int		Linked motion displacement for steady state
SteadyStateLinkedSpeed	Int		Linked motion speed for steady state

Study Properties(Control)

Control properties

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FullModelConversion	Flag	0 or Off 1 or On	Flag for Conversion to Value in Full Model The result is not converted as a full model. The result is converted as a full model.
ConversionFactor	Double		Conversion factor excluding periodic boundary
Coupling	Flag	0 or Off 1 or On	Flag for Coupled Analysis Do not run the Coupled Analysis. Run the coupled analysis.
CoupledRemesh	Flag	0 or Off 1 or On	The flag for coupled remesh region The region is not coupled remesh. The air region is coupled remesh.
ConversionType	Flag	0 or NotUse 1 or Periodic 2 or SeriesParallel	The flag of circuit conversion type The circuit conversion is not used. The periodic conversion type The circuit conversion type for series/parallel
CircuitConversionFactor	Double		The conversion factor of circuit
CircuitConnect	Flag	0 or Series 1 or Parallel 2 or AntiParallel	The circuit connect information The series type The parallel type The anti parallel type
PowerCalcTolerance	Double		The power calculation tolerance
PowerCalcInitialCurrent	Double		The power calculation initial current
PowerCalcMaxIteration	Flag		The calculation max iteration
Series	Double		The number of series
Parallel	Double		The number of parallel
ConnectionMode	Flag	0 or ModifiedNodal 1 or ClosedLoop	Ths circuit analysis method The modified nodal analysis type The closed loop current analysis type
UseWindingFactor	Flag	0 or Off 1 or On	The flag of use conversion factors from winding Set conversion factors manually Set conversion factors from winding
UseForceCorrection	Flag	0 or Off 1 or On	The Force Correction The force correction is not used. The force correction is used.
SymmetryPlane1	Coordinate		The symmetry plane 1 for the force correction
SymmetryPlane2	Coordinate		The symmetry plane 2 for the force correction
ApproximateTransientAnalysis	Flag	0 or Off 1 or On	The flag for use steady-state approximate transient analysis Do not use steady-state approximate transient analysis Use steady-state approximate transient analysis
SpecifySlip	Flag	0 or Off 1 or On	The flag for stationary device or induction motor Set as stationary device. User can specify slip as induction motor.
SteadyLinear	Flag	0 or Nonlinear 1 or Linear	The flag to control non-linear type for pseudo steady state analysis. Use conventional method of quasi steady state analysis. Use fast acceleration of quasi-steady state analysis.
Slip	Double		Slip value(s <= 1)
OutputSteadyResultAs1stStep	Flag	0 or Off 1 or On	The flag for output steady result as 1st step Do not output steady result as 1st step Output steady result as 1st step
SetPseudoSteadyStateFreq	Flag	0 or Off 1 or On	The flag for setting pseudo-steady state frequency Do not use frequency for pseudo steady-state Use frequency for pseudo steady-state
PseudoSteadyStateFrequency	Double		pseudo steady-state frequency
SetUseCorrectBHCurve	Flag	0 or Off 1 or On	The flag for using correct bh curve for pseudo-steady state Do not use correct bh curve for pseudo steady-state Use correct bh curve for pseudo steady-state
TimePeriodicEEC	Flag	0 or Off 1 or On	The flag for time periodic explicit error correction The time periodic explicit error correction is not executed. The time periodic explicit error correction is executed.
TimePeriodicType	Flag	1 or AntiPeriodic 2 or Periodic	The flag of time periodic type Anti-Periodic Periodic
ReversePeriodic	Flag	0 or Off 1 or On	The flag reverse periodic rotor The reverse periodic rotor is not used. The reverse periodic rotor is used.
UseRelaxation	Flag	0 or Off 1 or On	The flag use non-linear relaxation Non-linear relaxation is not used Use non-linear relaxation.
CorrectionType	Flag	0 or frequency 1 or step	The flag for correction type The correction type is frequency. The correction type is step.
CorrectionFrequency	Double		Frequency of correction
CorrectionInterval	Flag		Interval of correction step
MaxCorrections	Flag		Max number of correction process
FailureConvergenceError	Flag	0 or Off 1 or On	The flag to handle the failure of convergence as an error Warning. Error(Solver will terminate).
CalculateDisplacementCurrentInAir	Flag	0 or Off 1 or On	The flag to control calculation of displacement currents in air regions Do not calculate displacement currents in air regions. Calculate displacement currents in air regions.
ShortenCorrectionInterval	Flag	0 or Off 1 or On	The flag for shortening interval check Do usual interval check. Shorten interval check.
AllStepsTransientCalculation	Flag	0 or Off 1 or On	The flag for calculate and output all steps of transient calculation Do not calculate and output all steps of transient calculation. Calculate and output all steps of transient calculation.
UseGPU	Flag	0 or Off 1 or On	The flag for use GPU Not use GPU. Use GPU.
RestartType	Flag	0 or NotRestart 1 or FromTR 2 or FromFQ	The restart type Do not use restart. Restart from transient analysis Restart from frequency analysis
RestartSavFile	String		The sav file for restart
RestartMsvFile	String		The msv file for restart
RestartSvcFile	String		The svc file for restart
DirectSolverType	Flag	0 or ICCG 1 or Direct	The flag of linear solver type ICCG Direct solver
IccgAccel	Double		Value of Acceleration Coefficient
AutoAccel	Flag	0 or Off 1 or On	Flag to Set Acceleration Coefficient Automatically The acceleration coefficient is set in manual. The acceleration coefficient is automatically set.
ICCGToleranceType	Flag	1 or Automatic 2 or Constant 4 or ScaleIndependent	Flag of ICCG Calculation Type The ICCG tolerance is scaled using the original matrix right hand side vector. The tolerance is then adjusted automatically at each iteration. The same ICCG tolerance is used for all NR iterations and is scaled using the original matrix right hand side vector. The ICCG tolerance is scaled by the residual independently for each matrix solution.
InitialTolerance	Double		Value of Initial Convergence Tolerance
MinimumTolerance	Double		Value of Minimum Convergence Tolerance.
IccgTolerance	Double		Value of Convergence Tolerance
IccgLimit	Double		Value of Divergence Limit
IccgMaxIteration	Flag		Value of Maximum Iteration
IccgToleranceScaleIndependent	Double		The value of convergence tolerance.(Scale independent)
IccgOptimumValue	Flag	0 or Off 1 or On	Flag of Convergence Refinement No Refinement Optimum Refinement
APhiMethod	Flag	0 or Off 1 or Method1 1 or On 2 or Method2	Flag of Using A-Phi Method for Calculation Do Not Use A-Phi Method Use A-Phi method1 Use A-Phi method1 Use A-Phi method2 (recommended)
NonlinearMethod	Flag	0 or Newton-Raphson 1 or SuccessiveIteration	Nonlinear Iterative Calculation Type Newton-Raphson Successive Iteration
ConvergenceType	Flag	0 or Solution 1 or ResidualVector 2 or MagneticFluxDensityAndCircuit 3 or SolutionExcludingCircuit 4 or ResidualVectorExcludingCircuit 5 or MagneticFluxDensity	Convergence determination type Using Variation of Solution Using Magnitude of Residual Vector Using Variation of Magnetic Flux Density and Circuit Variables Using Variation of Solution (Excluding Circuit Variables) Using Magnitude of Residual Vector (Excluding Circuit Variables) Using Variation of Magnetic Flux Density
RelaxationFactor	Flag	0 or Off 1 or Type1 2 or Type2 5 or FactorAuto	Flag of Relaxation Factor Type No Relaxation Relaxation Type 1 The relaxation type2 The relaxation auto
NonlinearMaxIteration	Flag		Number of Nonlinear Iteration
NonlinearTolerance	Double		Value of Nonlinear Iterative Convergence Tolerance
NonlinearConvergenceB	Flag	0 or Off 1 or On	The maximum amount of change flag of the magnetic flux density Not set the maximum amount of change in the magnetic flux density To set the maximum amount of change in the magnetic flux density
NonlinearConvergenceV	Flag	0 or Off 1 or On	The maximum amount of change flag of the voltage Not set the maximum amount of change in the voltage To set the maximum amount of change in the voltage
NonlinearConvergenceI	Flag	0 or Off 1 or On	The maximum amount of change flag of the current Not set the maximum amount of change in the current To set the maximum amount of change in the current
NonlinearConvergenceToleranceB	Double		The maximum amount of change in the magnetic flux density
NonlinearConvergenceToleranceV	Double		The maximum amount of change in the voltage
NonlinearConvergenceToleranceI	Double		The maximum amount of change in the current
NonlinearStrictConvergence	Flag	0 or Off 0 or Off 1 or On 1 or On	Flag of Strict Judgment of Nonlinear Iterative Calculation Normal judgment for convergence of nonlinear Normal judgment for convergence of nonlinear Strict judgment for convergence of nonlinear Strict judgment for convergence of nonlinear
NonlinearSpeedup	Flag	0 or Off 1 or On	Flag of Using Nonlinear Speeding-up Function Do not use speeding up nonlinear calculation. Use speeding up nonlinear calculation.
BHCorrection	Flag	0 or Off 1 or On	Flag for applying a correction to the BH curve for frequency response analysis. Do not apply BH curve correction. Use BH curve correction.
MagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output magnetic flux density result Not output the magnetic flux density. Output the magnetic flux density.
Magnetization	Flag	0 or Off 1 or On	The flag for output magnetization Not output the magnetization. Output the magnetization.
PermeanceFactor	Flag	0 or Off 1 or On	The flag for output permeance factor Not output the permeance factor. Output the permeance factor.
Permeability	Flag	0 or Off 1 or On	The flag for output permeability Not output the permeability. Output the permeability.
DifferentialPermeability	Flag	0 or Off 1 or On	The flag for output differential permeability Not output the differential permeability. Output the differential permeability.
CurrentDensity	Flag	0 or Off 1 or On	The flag for output current density result Not output the current density. Output the current density.
LossDensity	Flag	0 or Off 1 or On	The flag for output loss density Not output the loss density. Output the loss density.
Displacement	Flag	0 or Off 1 or On	The flag for output nodal displacement result Not output the nodal displacement. Output the nodal displacement.
NodalForce	Flag	0 or Off 1 or On	The flag for output nodal force result Not output the nodal force. Output the nodal force.
SurfaceForceDensity	Flag	0 or Off 1 or On	The flag for surface force density Not output the surface force density. Output the surface force density.
LorentzForceDensity	Flag	0 or Off 1 or On	The flag for output Lorentz force density Not output the Lorentz force density. Output the lorentz force density.
VectorPotential	Flag	0 or Off 1 or On	The flag for output vector potential Not output the vector potential. Output the vector potential.
Energy	Flag	0 or Off 1 or On	The flag for output energy result Not output the energy. Output the energy.
Stress	Flag	0 or Off 1 or On	The flag for output stress result Not output the stress. Output the stress.
DemagnetizationRatio	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to reference step) Not output the Demagnetization ratio (Compared to reference step). Output the Demagnetization ratio (Compared to reference step).
DemagnetizationRatioDiffUnDemag	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to undemagnetized state) Not output the Demagnetization ratio (Compared to undemagnetized state). Output the Demagnetization ratio (Compared to undemagnetized state).
HysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density Not output the hysteresis loss density Output the hysteresis loss density
RestartFile	Flag	0 or Off 1 or On	The flag for output restart file Not output the restart file. Output the restart file.
RestartFileOutputInterval	Flag		The minimum output interval(minute) for restart file
JCGMonitor	Flag	0 or Off 1 or On	The flag for output ICCG Iteration Count Monitoring file. Not output the JCG monitor. Output the JCG monitor.
SolverReportFile	Flag	0 or Off 1 or On	The flag for output solver report file Not output the solver report file. Output the solver report file.
InitialMagnetization	Flag	0 or Off 1 or On	The flag for initial magnetization Not output the initial magnetization. Output the initial magnetization.
CoerciveForceNormal	Flag	0 or Off 1 or On	The flag to control output of normalized Coercive Force Do not output the normalized coercive force. Output the normalized coercive force.
MagnetizationRatio	Flag	0 or Off 1 or On	The flag to control output of magnetization ratio Do not output the magnetization ratio. Output the magnetization ratio.
Temperature	Flag	0 or Off 1 or On	The flag for output temperature Not output the temperature. Output the temperature.
IronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density Not output the ironloss density. Output the ironloss density.
ElectricField	Flag	0 or Off 1 or On	The flag for output electric field result Not output the electric field. Output the electric field.
MagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density Not output the lamination magnetic flux density Output the lamination magnetic flux density
MagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength Not output the lamination magnetic field strength Output the lamination magnetic field strength
EddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density Not output the lamination eddy current density Output the lamination eddy current density
CurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density Not output the lamination current loss density Output the lamination current loss density
HysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density Not output the lamination hysteresis loss density Output the lamination hysteresis loss density
CriticalCurrentDensity	Flag	0 or Off 1 or On	The flag to output critical current density Not output the critical current density Output the critical current density
IronRefMagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output reference magnetic flux density result (Iron) Not output the reference magnetic flux density (Iron) Output the reference magnetic flux density (Iron)
IronIronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density (Iron) Not output the iron loss density (Iron) Output the iron loss density (Iron)
IronHysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density (Iron) Not output the hysteresis loss density (Iron) Output the hysteresis loss density (Iron)
IronExcessEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output excess eddy current loss density (Iron) Not output the excess eddy current loss density (Iron) Output the excess eddy current loss density (Iron)
IronClassicalEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output classical eddy current loss density (Iron) Not output the classical eddy current loss density (Iron) Output the classical eddy current loss density (Iron)
IronJouleLossDensity	Flag	0 or Off 1 or On	The flag for output Joule loss density (Iron) Not output the Joule loss density (Iron) Output the Joule loss density (Iron)
IronStress	Flag	0 or Off 1 or On	The flag for output stress result (Iron) Not output the stress (Iron) Output the stress (Iron)
IronMagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density (Iron) Not output the lamination magnetic flux density (Iron) Output the lamination magnetic flux density (Iron)
IronMagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength (Iron) Not output the lamination magnetic field strength (Iron) Output the lamination magnetic field strength (Iron)
IronEddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density (Iron) Not output the lamination eddy current density (Iron) Output the lamination eddy current density (Iron)
IronCurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density (Iron) Not output the lamination current loss density (Iron) Output the lamination current loss density (Iron)
IronHysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density (Iron) Not output the lamination hysteresis loss density (Iron) Output the lamination hysteresis loss density (Iron)
OutputTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval	A flag to control timing of output to plot file Always output from 1st step. Output from step specified in OutputStartStep. Output from step specified in OutputStartStep. Output from step specified Interval.
OutputStartStep	Flag		The first step to use for the output
MinimizeResults	Flag	0 or Off 1 or On	Flag to control minimization of output results Do not minimize output of distributed results for output control Minimize output of distributed results for output control
OutputIntervalTable	Table		output control interval table
OutputTimingSameStep	Flag	0 or Off 1 or On	Flag to use same step by table and field results Output another step by table and field results Output same step by table and field results
OutputResultsTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval 3 or NoOutput	Flag to control step output to result file Output all steps Output from step specified by OutputResultStartStep Output from step specified by OutputResultStartStep Output from step specified Interval No Output
OutputResultsStartStep	Flag		The first step to use for the output
OutputResultsIntervalTable	Table		output control interval table
Hsusr1	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr1" Do Not Use User Subroutine "hsusr1" Use User Subroutine "hsusr1"
Hsusr3	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr3" Do Not Use User Subroutine "hsusr3" Use User Subroutine "hsusr3"
Hsusr4	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr4" Do Not Use User Subroutine "hsusr4" Use User Subroutine "hsusr4"
Usrfle	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfle" Do Not Use User Subroutine "usrfle" Use User Subroutine "usrfle"
Usrstp	Flag	0 or Off 1 or On	Flag of User Subroutine "usrstp" Do Not Use User Subroutine "usrstp" Use User Subroutine "usrstp"
Usrlos	Flag	0 or Off 1 or On	Flag of User Subroutine "usrlos" Do Not Use User Subroutine "usrlos" Use User Subroutine "usrlos"
Usrhys	Flag	0 or Off 1 or On	Flag of User Subroutine "usrhys" Do Not Use User Subroutine "usrhys" Use User Subroutine "usrhys"
Usrfm2	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfm2" Do Not Use User Subroutine "usrfm2" Use User Subroutine "usrfm2"
Usrfma	Flag	0 or Off 1 or On 2 or usrfm3	The flag of user subroutine "usrfma" Not use user subroutine "usrfma" Use user subroutine "usrfma" Use user subroutine "usrfm3"
Usrstr	Flag	0 or Off 1 or On	The flag of user subroutine "usrstr" Not use user subroutine "usrstr" Use user subroutine "usrstr"
UsrArraySize	Flag		The size of users subroutine point array
UsrsubName	String		User Subroutine Name
Snapshot	Flag	0 or Off 1 or On	The flag for Snapshot Not use Snapshot Use Snapshot
Retry	Flag		Number of retries
Divisions	Flag		Number of steps divided
Monitor	Flag	0 or Off 1 or On	The flag to output monitoring file during analysis execution Do not output the monitoring file during analysis execution Output a monitoring file during analysis execution
CsvOutputPath	String		The output path for the csv files
CsvResultTypes	String		The list of result types to output the csv files
CsvOutputResponseData	Flag		CSV file output response value
CsvOutputInductanceData	Flag		CSV file output efficiency map inductance values
CsvOutputProbe	Flag		CSV file output probe value
CsvOutputSection	Flag		CSV file output section graph value
CsvOutputCalculation	Flag		CSV file output calculation value
CsvOutputObjectiveData	Flag		CSV file output objective value
CsvComponentType	Flag	0 or RealImaginary 1 or AmplitudePhase 2 or RMS	Flag of component output type Output real and imaginary Output amplitude and phase Output rms
CsvDivisionType	Flag	0 or Off 1 or On	Flag of divide CSV file output by specified number of cases Do not divide Divide CSV output
CsvDivisionCase	Flag		Specified number of cases
OutputControlType	Flag	0 or SpecifyOutputResultItems 1 or OutputTableOnly 2 or DeleteResultFiles	The output control type Specify Result Items to be Output. Output only table results. Delete result files.
LogOutputLevel	Flag	0 or Debug 1 or Information 2 or Warning 3 or Error	The log output level Debug Information Warning Error

Study Properties(TransformerMagControl)

TransformerMagControl properties

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FullModelConversion	Flag	0 or Off 1 or On	Flag for Conversion to Value in Full Model The result is not converted as a full model. The result is converted as a full model.
ConversionFactor	Double		Conversion factor excluding periodic boundary
Coupling	Flag	0 or Off 1 or On	Flag for Coupled Analysis Do not run the Coupled Analysis. Run the coupled analysis.
CoupledRemesh	Flag	0 or Off 1 or On	The flag for coupled remesh region The region is not coupled remesh. The air region is coupled remesh.
ConversionType	Flag	0 or NotUse 1 or Periodic 2 or SeriesParallel	The flag of circuit conversion type The circuit conversion is not used. The periodic conversion type The circuit conversion type for series/parallel
CircuitConversionFactor	Double		The conversion factor of circuit
CircuitConnect	Flag	0 or Series 1 or Parallel 2 or AntiParallel	The circuit connect information The series type The parallel type The anti parallel type
PowerCalcTolerance	Double		The power calculation tolerance
PowerCalcInitialCurrent	Double		The power calculation initial current
PowerCalcMaxIteration	Flag		The calculation max iteration
Series	Double		The number of series
Parallel	Double		The number of parallel
ConnectionMode	Flag	0 or ModifiedNodal 1 or ClosedLoop	Ths circuit analysis method The modified nodal analysis type The closed loop current analysis type
UseWindingFactor	Flag	0 or Off 1 or On	The flag of use conversion factors from winding Set conversion factors manually Set conversion factors from winding
UseForceCorrection	Flag	0 or Off 1 or On	The Force Correction The force correction is not used. The force correction is used.
SymmetryPlane1	Coordinate		The symmetry plane 1 for the force correction
SymmetryPlane2	Coordinate		The symmetry plane 2 for the force correction
ApproximateTransientAnalysis	Flag	0 or Off 1 or On	The flag for use steady-state approximate transient analysis Do not use steady-state approximate transient analysis Use steady-state approximate transient analysis
SpecifySlip	Flag	0 or Off 1 or On	The flag for stationary device or induction motor Set as stationary device. User can specify slip as induction motor.
SteadyLinear	Flag	0 or Nonlinear 1 or Linear	The flag to control non-linear type for pseudo steady state analysis. Use conventional method of quasi steady state analysis. Use fast acceleration of quasi-steady state analysis.
Slip	Double		Slip value(s <= 1)
OutputSteadyResultAs1stStep	Flag	0 or Off 1 or On	The flag for output steady result as 1st step Do not output steady result as 1st step Output steady result as 1st step
SetPseudoSteadyStateFreq	Flag	0 or Off 1 or On	The flag for setting pseudo-steady state frequency Do not use frequency for pseudo steady-state Use frequency for pseudo steady-state
PseudoSteadyStateFrequency	Double		pseudo steady-state frequency
SetUseCorrectBHCurve	Flag	0 or Off 1 or On	The flag for using correct bh curve for pseudo-steady state Do not use correct bh curve for pseudo steady-state Use correct bh curve for pseudo steady-state
TimePeriodicEEC	Flag	0 or Off 1 or On	The flag for time periodic explicit error correction The time periodic explicit error correction is not executed. The time periodic explicit error correction is executed.
TimePeriodicType	Flag	1 or AntiPeriodic 2 or Periodic	The flag of time periodic type Anti-Periodic Periodic
ReversePeriodic	Flag	0 or Off 1 or On	The flag reverse periodic rotor The reverse periodic rotor is not used. The reverse periodic rotor is used.
UseRelaxation	Flag	0 or Off 1 or On	The flag use non-linear relaxation Non-linear relaxation is not used Use non-linear relaxation.
CorrectionType	Flag	0 or frequency 1 or step	The flag for correction type The correction type is frequency. The correction type is step.
CorrectionFrequency	Double		Frequency of correction
CorrectionInterval	Flag		Interval of correction step
MaxCorrections	Flag		Max number of correction process
FailureConvergenceError	Flag	0 or Off 1 or On	The flag to handle the failure of convergence as an error Warning. Error(Solver will terminate).
CalculateDisplacementCurrentInAir	Flag	0 or Off 1 or On	The flag to control calculation of displacement currents in air regions Do not calculate displacement currents in air regions. Calculate displacement currents in air regions.
ShortenCorrectionInterval	Flag	0 or Off 1 or On	The flag for shortening interval check Do usual interval check. Shorten interval check.
AllStepsTransientCalculation	Flag	0 or Off 1 or On	The flag for calculate and output all steps of transient calculation Do not calculate and output all steps of transient calculation. Calculate and output all steps of transient calculation.
UseGPU	Flag	0 or Off 1 or On	The flag for use GPU Not use GPU. Use GPU.
RestartType	Flag	0 or NotRestart 1 or FromTR 2 or FromFQ	The restart type Do not use restart. Restart from transient analysis Restart from frequency analysis
RestartSavFile	String		The sav file for restart
RestartMsvFile	String		The msv file for restart
RestartSvcFile	String		The svc file for restart
DirectSolverType	Flag	0 or ICCG 1 or Direct	The flag of linear solver type ICCG Direct solver
IccgAccel	Double		Value of Acceleration Coefficient
AutoAccel	Flag	0 or Off 1 or On	Flag to Set Acceleration Coefficient Automatically The acceleration coefficient is set in manual. The acceleration coefficient is automatically set.
ICCGToleranceType	Flag	1 or Automatic 2 or Constant 4 or ScaleIndependent	Flag of ICCG Calculation Type The ICCG tolerance is scaled using the original matrix right hand side vector. The tolerance is then adjusted automatically at each iteration. The same ICCG tolerance is used for all NR iterations and is scaled using the original matrix right hand side vector. The ICCG tolerance is scaled by the residual independently for each matrix solution.
InitialTolerance	Double		Value of Initial Convergence Tolerance
MinimumTolerance	Double		Value of Minimum Convergence Tolerance.
IccgTolerance	Double		Value of Convergence Tolerance
IccgLimit	Double		Value of Divergence Limit
IccgMaxIteration	Flag		Value of Maximum Iteration
IccgToleranceScaleIndependent	Double		The value of convergence tolerance.(Scale independent)
IccgOptimumValue	Flag	0 or Off 1 or On	Flag of Convergence Refinement No Refinement Optimum Refinement
APhiMethod	Flag	0 or Off 1 or Method1 1 or On 2 or Method2	Flag of Using A-Phi Method for Calculation Do Not Use A-Phi Method Use A-Phi method1 Use A-Phi method1 Use A-Phi method2 (recommended)
NonlinearMethod	Flag	0 or Newton-Raphson 1 or SuccessiveIteration	Nonlinear Iterative Calculation Type Newton-Raphson Successive Iteration
ConvergenceType	Flag	0 or Solution 1 or ResidualVector 2 or MagneticFluxDensityAndCircuit 3 or SolutionExcludingCircuit 4 or ResidualVectorExcludingCircuit 5 or MagneticFluxDensity	Convergence determination type Using Variation of Solution Using Magnitude of Residual Vector Using Variation of Magnetic Flux Density and Circuit Variables Using Variation of Solution (Excluding Circuit Variables) Using Magnitude of Residual Vector (Excluding Circuit Variables) Using Variation of Magnetic Flux Density
RelaxationFactor	Flag	0 or Off 1 or Type1 2 or Type2 5 or FactorAuto	Flag of Relaxation Factor Type No Relaxation Relaxation Type 1 The relaxation type2 The relaxation auto
NonlinearMaxIteration	Flag		Number of Nonlinear Iteration
NonlinearTolerance	Double		Value of Nonlinear Iterative Convergence Tolerance
NonlinearConvergenceB	Flag	0 or Off 1 or On	The maximum amount of change flag of the magnetic flux density Not set the maximum amount of change in the magnetic flux density To set the maximum amount of change in the magnetic flux density
NonlinearConvergenceV	Flag	0 or Off 1 or On	The maximum amount of change flag of the voltage Not set the maximum amount of change in the voltage To set the maximum amount of change in the voltage
NonlinearConvergenceI	Flag	0 or Off 1 or On	The maximum amount of change flag of the current Not set the maximum amount of change in the current To set the maximum amount of change in the current
NonlinearConvergenceToleranceB	Double		The maximum amount of change in the magnetic flux density
NonlinearConvergenceToleranceV	Double		The maximum amount of change in the voltage
NonlinearConvergenceToleranceI	Double		The maximum amount of change in the current
NonlinearStrictConvergence	Flag	0 or Off 0 or Off 1 or On 1 or On	Flag of Strict Judgment of Nonlinear Iterative Calculation Normal judgment for convergence of nonlinear Normal judgment for convergence of nonlinear Strict judgment for convergence of nonlinear Strict judgment for convergence of nonlinear
NonlinearSpeedup	Flag	0 or Off 1 or On	Flag of Using Nonlinear Speeding-up Function Do not use speeding up nonlinear calculation. Use speeding up nonlinear calculation.
BHCorrection	Flag	0 or Off 1 or On	Flag for applying a correction to the BH curve for frequency response analysis. Do not apply BH curve correction. Use BH curve correction.
MagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output magnetic flux density result Not output the magnetic flux density. Output the magnetic flux density.
Magnetization	Flag	0 or Off 1 or On	The flag for output magnetization Not output the magnetization. Output the magnetization.
PermeanceFactor	Flag	0 or Off 1 or On	The flag for output permeance factor Not output the permeance factor. Output the permeance factor.
Permeability	Flag	0 or Off 1 or On	The flag for output permeability Not output the permeability. Output the permeability.
DifferentialPermeability	Flag	0 or Off 1 or On	The flag for output differential permeability Not output the differential permeability. Output the differential permeability.
CurrentDensity	Flag	0 or Off 1 or On	The flag for output current density result Not output the current density. Output the current density.
LossDensity	Flag	0 or Off 1 or On	The flag for output loss density Not output the loss density. Output the loss density.
Displacement	Flag	0 or Off 1 or On	The flag for output nodal displacement result Not output the nodal displacement. Output the nodal displacement.
NodalForce	Flag	0 or Off 1 or On	The flag for output nodal force result Not output the nodal force. Output the nodal force.
SurfaceForceDensity	Flag	0 or Off 1 or On	The flag for surface force density Not output the surface force density. Output the surface force density.
LorentzForceDensity	Flag	0 or Off 1 or On	The flag for output Lorentz force density Not output the Lorentz force density. Output the lorentz force density.
VectorPotential	Flag	0 or Off 1 or On	The flag for output vector potential Not output the vector potential. Output the vector potential.
Energy	Flag	0 or Off 1 or On	The flag for output energy result Not output the energy. Output the energy.
Stress	Flag	0 or Off 1 or On	The flag for output stress result Not output the stress. Output the stress.
DemagnetizationRatio	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to reference step) Not output the Demagnetization ratio (Compared to reference step). Output the Demagnetization ratio (Compared to reference step).
DemagnetizationRatioDiffUnDemag	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to undemagnetized state) Not output the Demagnetization ratio (Compared to undemagnetized state). Output the Demagnetization ratio (Compared to undemagnetized state).
HysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density Not output the hysteresis loss density Output the hysteresis loss density
RestartFile	Flag	0 or Off 1 or On	The flag for output restart file Not output the restart file. Output the restart file.
RestartFileOutputInterval	Flag		The minimum output interval(minute) for restart file
JCGMonitor	Flag	0 or Off 1 or On	The flag for output ICCG Iteration Count Monitoring file. Not output the JCG monitor. Output the JCG monitor.
SolverReportFile	Flag	0 or Off 1 or On	The flag for output solver report file Not output the solver report file. Output the solver report file.
InitialMagnetization	Flag	0 or Off 1 or On	The flag for initial magnetization Not output the initial magnetization. Output the initial magnetization.
CoerciveForceNormal	Flag	0 or Off 1 or On	The flag to control output of normalized Coercive Force Do not output the normalized coercive force. Output the normalized coercive force.
MagnetizationRatio	Flag	0 or Off 1 or On	The flag to control output of magnetization ratio Do not output the magnetization ratio. Output the magnetization ratio.
Temperature	Flag	0 or Off 1 or On	The flag for output temperature Not output the temperature. Output the temperature.
IronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density Not output the ironloss density. Output the ironloss density.
ElectricField	Flag	0 or Off 1 or On	The flag for output electric field result Not output the electric field. Output the electric field.
MagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density Not output the lamination magnetic flux density Output the lamination magnetic flux density
MagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength Not output the lamination magnetic field strength Output the lamination magnetic field strength
EddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density Not output the lamination eddy current density Output the lamination eddy current density
CurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density Not output the lamination current loss density Output the lamination current loss density
HysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density Not output the lamination hysteresis loss density Output the lamination hysteresis loss density
CriticalCurrentDensity	Flag	0 or Off 1 or On	The flag to output critical current density Not output the critical current density Output the critical current density
IronRefMagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output reference magnetic flux density result (Iron) Not output the reference magnetic flux density (Iron) Output the reference magnetic flux density (Iron)
IronIronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density (Iron) Not output the iron loss density (Iron) Output the iron loss density (Iron)
IronHysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density (Iron) Not output the hysteresis loss density (Iron) Output the hysteresis loss density (Iron)
IronExcessEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output excess eddy current loss density (Iron) Not output the excess eddy current loss density (Iron) Output the excess eddy current loss density (Iron)
IronClassicalEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output classical eddy current loss density (Iron) Not output the classical eddy current loss density (Iron) Output the classical eddy current loss density (Iron)
IronJouleLossDensity	Flag	0 or Off 1 or On	The flag for output Joule loss density (Iron) Not output the Joule loss density (Iron) Output the Joule loss density (Iron)
IronStress	Flag	0 or Off 1 or On	The flag for output stress result (Iron) Not output the stress (Iron) Output the stress (Iron)
IronMagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density (Iron) Not output the lamination magnetic flux density (Iron) Output the lamination magnetic flux density (Iron)
IronMagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength (Iron) Not output the lamination magnetic field strength (Iron) Output the lamination magnetic field strength (Iron)
IronEddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density (Iron) Not output the lamination eddy current density (Iron) Output the lamination eddy current density (Iron)
IronCurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density (Iron) Not output the lamination current loss density (Iron) Output the lamination current loss density (Iron)
IronHysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density (Iron) Not output the lamination hysteresis loss density (Iron) Output the lamination hysteresis loss density (Iron)
OutputTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval	A flag to control timing of output to plot file Always output from 1st step. Output from step specified in OutputStartStep. Output from step specified in OutputStartStep. Output from step specified Interval.
OutputStartStep	Flag		The first step to use for the output
MinimizeResults	Flag	0 or Off 1 or On	Flag to control minimization of output results Do not minimize output of distributed results for output control Minimize output of distributed results for output control
OutputIntervalTable	Table		output control interval table
OutputTimingSameStep	Flag	0 or Off 1 or On	Flag to use same step by table and field results Output another step by table and field results Output same step by table and field results
OutputResultsTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval 3 or NoOutput	Flag to control step output to result file Output all steps Output from step specified by OutputResultStartStep Output from step specified by OutputResultStartStep Output from step specified Interval No Output
OutputResultsStartStep	Flag		The first step to use for the output
OutputResultsIntervalTable	Table		output control interval table
Hsusr1	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr1" Do Not Use User Subroutine "hsusr1" Use User Subroutine "hsusr1"
Hsusr3	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr3" Do Not Use User Subroutine "hsusr3" Use User Subroutine "hsusr3"
Hsusr4	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr4" Do Not Use User Subroutine "hsusr4" Use User Subroutine "hsusr4"
Usrfle	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfle" Do Not Use User Subroutine "usrfle" Use User Subroutine "usrfle"
Usrstp	Flag	0 or Off 1 or On	Flag of User Subroutine "usrstp" Do Not Use User Subroutine "usrstp" Use User Subroutine "usrstp"
Usrlos	Flag	0 or Off 1 or On	Flag of User Subroutine "usrlos" Do Not Use User Subroutine "usrlos" Use User Subroutine "usrlos"
Usrhys	Flag	0 or Off 1 or On	Flag of User Subroutine "usrhys" Do Not Use User Subroutine "usrhys" Use User Subroutine "usrhys"
Usrfm2	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfm2" Do Not Use User Subroutine "usrfm2" Use User Subroutine "usrfm2"
Usrfma	Flag	0 or Off 1 or On 2 or usrfm3	The flag of user subroutine "usrfma" Not use user subroutine "usrfma" Use user subroutine "usrfma" Use user subroutine "usrfm3"
Usrstr	Flag	0 or Off 1 or On	The flag of user subroutine "usrstr" Not use user subroutine "usrstr" Use user subroutine "usrstr"
UsrArraySize	Flag		The size of users subroutine point array
UsrsubName	String		User Subroutine Name
Snapshot	Flag	0 or Off 1 or On	The flag for Snapshot Not use Snapshot Use Snapshot
Retry	Flag		Number of retries
Divisions	Flag		Number of steps divided
Monitor	Flag	0 or Off 1 or On	The flag to output monitoring file during analysis execution Do not output the monitoring file during analysis execution Output a monitoring file during analysis execution
CsvOutputPath	String		The output path for the csv files
CsvResultTypes	String		The list of result types to output the csv files
CsvOutputResponseData	Flag		CSV file output response value
CsvOutputInductanceData	Flag		CSV file output efficiency map inductance values
CsvOutputProbe	Flag		CSV file output probe value
CsvOutputSection	Flag		CSV file output section graph value
CsvOutputCalculation	Flag		CSV file output calculation value
CsvOutputObjectiveData	Flag		CSV file output objective value
CsvComponentType	Flag	0 or RealImaginary 1 or AmplitudePhase 2 or RMS	Flag of component output type Output real and imaginary Output amplitude and phase Output rms
CsvDivisionType	Flag	0 or Off 1 or On	Flag of divide CSV file output by specified number of cases Do not divide Divide CSV output
CsvDivisionCase	Flag		Specified number of cases
OutputControlType	Flag	0 or SpecifyOutputResultItems 2 or DeleteResultFiles	The output control type Specify Result Items to be Output. Delete result files.
LogOutputLevel	Flag	0 or Debug 1 or Information 2 or Warning 3 or Error	The log output level Debug Information Warning Error

Transformer Controll(TransformerControl)

TransformerControl properties

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FlgMode3dSt	Flag	0 or Off 1 or On	Flag run as 3D ST mode 3D ST mode is off. 3D ST mode is on.
AnalysisType	Flag	0 or Stack 1 or Cylindrical	Analysis type Analysis type is stack. Analysis type is cylindrical.
FlgUse3dCorrection	Flag	0 or Off 1 or On	Flag use 3D correction 3D correction does not be used. 3D correction is used.
FlgUseCoreThicknessCorrection	Flag	0 or Off 1 or On	Use correction of model thickness Core thickness correction is off. Core thickness correction is on.
CoreThickness	Double		Model Thickness
FlgUseFqAnalysis	Flag	0 or Off 1 or On	Flag use FQ analysis FQ analysis does not be used. FQ Analysis is used.

Common(Common)

Common properties

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
UseMultiCPU	Flag	0 or NonParallel 0 or Off 1 or SMP 1 or On 2 or MPP 2 or DMP	Flag for the use of multi cpu Do not use multi cpu Do not use multi cpu Use SMP Use SMP Use MPP Use DMP
MultiCPU	Flag		Degree of parallelism for SMP
MppCPU	Flag		MPP process parallelism
MppThread	Flag		MPP thread parallelism
IronLossMode	Flag	0 or Off 1 or On	The mode of calculation of iron loss conditions Iron loss is calculated after magnetic field analysis has finished Iron loss and magnetic field analysis are calculated concurrently
ParallelComputing	Flag	0 or Off 1 or On	The flag of use parallel computing for iron loss conditions Not use parallel computing for loss conditions Use parallel computing for loss conditions

Step(TransientStep)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Step	Flag		The number of analysis steps
TimeStep	Double		The value of time step
StepType	Flag	0 or Simple 1 or Uniform 2 or Time 3 or Section 4 or Motion 5 or Dll 6 or DualSelection	The step type: simple = 0, uniform = 1, time = 2 The interval step The steps has uniform intervals The steps is defined by time point array. The steps is defined by section table. The steps is defined by the motion. The steps are defined by the external program. The steps has two regular intervals.
StepDivision	Flag		The division of steps
EndPoint	Double		The value of end point
Nonlinear	Table		The nonlinear vs time point array
MaximumTime	Double		Value of Maximum Progress
Angle	Double		The value of movement angle
Distance	Double		Value of Movement Distance
Division	Table		Time vs Division Table
FirstEndTime	Double		The end time of the first period
FirstDivision	Flag		The number of divisions of the first period
SecondEndTime	Double		The end time of the second period
SecondDivision	Flag		The number of divisions of the second period
StopOnSteadyState	Flag	0 or Off 1 or On	Stop the analysis when steady state is reached. Do not stop Stop analysis on steady state

Frequency Step(FrequencyStep)

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
Step	Flag		The number of analysis steps
StepType	Flag	0 or Simple 1 or Uniform 2 or Frequency 3 or Section 4 or Time	The step type: simple = 0 , uniform = 1 , frequency = 2 , section = 3 , time = 4 Interval Step The steps has uniform intervals The steps is defined by frequency point array. The steps is defined by section point array. The steps is defined by time vs frequency point array.
FrequencyStep	Double		The value of frequency step
Initialfrequency	Double		The initial frequency
StartPoint	Double		The value of start point
EndPoint	Double		The value of end point
StepDivision	Flag		The division of steps
Nonlinear	Table		The nonlinear vs frequency point array
Division	Table		The frequency vs division point array
TimeVsFrequency	Table		The frequency vs time point array

Study Properties(ControlCircuit)

ControlCircuit properties

Property (propName)	Type (Type)	Flag (scriptKeyName)	Description
FullModelConversion	Flag	0 or Off 1 or On	Flag for Conversion to Value in Full Model The result is not converted as a full model. The result is converted as a full model.
ConversionFactor	Double		Conversion factor excluding periodic boundary
ModelThickness	Double		Thickness of the Model
ManualCoilLength	Flag	0 or Off 1 or On	Flag of Independent Length of the Coil from Thickness of the Model The length of FEM coil is independent from the thickness of the model. The length of FEM coil is equal to the thickness of the model.
CoilLength	Double		Length of the FEM Coil
Coupling	Flag	0 or Off 1 or On	Flag for Coupled Analysis Do not run the Coupled Analysis. Run the coupled analysis.
CoupledRemesh	Flag	0 or Off 1 or On	The flag for coupled remesh region The region is not coupled remesh. The air region is coupled remesh.
ConversionType	Flag	0 or NotUse 2 or SeriesParallel	The flag of circuit conversion type The circuit conversion is not used. The circuit conversion type for series/parallel
CircuitConversionFactor	Double		The conversion factor of circuit
CircuitConnect	Flag	0 or Series 1 or Parallel 2 or AntiParallel	The circuit connect information The series type The parallel type The anti parallel type
PowerCalcTolerance	Double		The power calculation tolerance
PowerCalcInitialCurrent	Double		The power calculation initial current
PowerCalcMaxIteration	Flag		The calculation max iteration
Series	Double		The number of series
Parallel	Double		The number of parallel
ConnectionMode	Flag	0 or ModifiedNodal 1 or ClosedLoop	Ths circuit analysis method The modified nodal analysis type The closed loop current analysis type
UseWindingFactor	Flag	0 or Off 1 or On	The flag of use conversion factors from winding Set conversion factors manually Set conversion factors from winding
UseForceCorrection	Flag	0 or Off 1 or On	The Force Correction The force correction is not used. The force correction is used.
SymmetryPlane1	Coordinate		The symmetry plane 1 for the force correction
CalculationMethod	Flag	0 or Direct 2 or Iterative	Flag of Calculation Method Type Use FEM+BEM calculation method. Use FEM calculation method.
ApproximateTransientAnalysis	Flag	0 or Off 1 or On	The flag for use steady-state approximate transient analysis Do not use steady-state approximate transient analysis Use steady-state approximate transient analysis
SpecifySlip	Flag	0 or Off 1 or On	The flag for stationary device or induction motor Set as stationary device. User can specify slip as induction motor.
SteadyLinear	Flag	0 or Nonlinear 1 or Linear	The flag to control non-linear type for pseudo steady state analysis. Use conventional method of quasi steady state analysis. Use fast acceleration of quasi-steady state analysis.
Slip	Double		Slip value(s <= 1)
OutputSteadyResultAs1stStep	Flag	0 or Off 1 or On	The flag for output steady result as 1st step Do not output steady result as 1st step Output steady result as 1st step
SetPseudoSteadyStateFreq	Flag	0 or Off 1 or On	The flag for setting pseudo-steady state frequency Do not use frequency for pseudo steady-state Use frequency for pseudo steady-state
PseudoSteadyStateFrequency	Double		pseudo steady-state frequency
SetUseCorrectBHCurve	Flag	0 or Off 1 or On	The flag for using correct bh curve for pseudo-steady state Do not use correct bh curve for pseudo steady-state Use correct bh curve for pseudo steady-state
TimePeriodicEEC	Flag	0 or Off 1 or On	The flag for time periodic explicit error correction The time periodic explicit error correction is not executed. The time periodic explicit error correction is executed.
TimePeriodicType	Flag	1 or AntiPeriodic 2 or Periodic	The flag of time periodic type Anti-Periodic Periodic
ReversePeriodic	Flag	0 or Off 1 or On	The flag reverse periodic rotor The reverse periodic rotor is not used. The reverse periodic rotor is used.
UseRelaxation	Flag	0 or Off 1 or On	The flag use non-linear relaxation Non-linear relaxation is not used Use non-linear relaxation.
CorrectionType	Flag	0 or frequency 1 or step	The flag for correction type The correction type is frequency. The correction type is step.
CorrectionFrequency	Double		Frequency of correction
CorrectionInterval	Flag		Interval of correction step
MaxCorrections	Flag		Max number of correction process
FailureConvergenceError	Flag	0 or Off 1 or On	The flag to handle the failure of convergence as an error Warning. Error(Solver will terminate).
ShortenCorrectionInterval	Flag	0 or Off 1 or On	The flag for shortening interval check Do usual interval check. Shorten interval check.
AllStepsTransientCalculation	Flag	0 or Off 1 or On	The flag for calculate and output all steps of transient calculation Do not calculate and output all steps of transient calculation. Calculate and output all steps of transient calculation.
UseGPU	Flag	0 or Off 1 or On	The flag for use GPU Not use GPU. Use GPU.
RestartType	Flag	0 or NotRestart 1 or FromTR	The restart type Do not use restart. Restart
RestartSavFile	String		The sav file for restart
RestartMsvFile	String		The msv file for restart
RestartSvcFile	String		The svc file for restart
DirectSolverType	Flag	0 or ICCG 1 or Direct 2 or Auto	The flag of linear solver type ICCG Direct solver Auto
IccgAccel	Double		Value of Acceleration Coefficient
AutoAccel	Flag	0 or Off 1 or On	Flag to Set Acceleration Coefficient Automatically The acceleration coefficient is set in manual. The acceleration coefficient is automatically set.
ICCGToleranceType	Flag	1 or Automatic 2 or Constant 4 or ScaleIndependent	Flag of ICCG Calculation Type The ICCG tolerance is scaled using the original matrix right hand side vector. The tolerance is then adjusted automatically at each iteration. The same ICCG tolerance is used for all NR iterations and is scaled using the original matrix right hand side vector. The ICCG tolerance is scaled by the residual independently for each matrix solution.
InitialTolerance	Double		Value of Initial Convergence Tolerance
MinimumTolerance	Double		Value of Minimum Convergence Tolerance.
IccgTolerance	Double		Value of Convergence Tolerance
IccgLimit	Double		Value of Divergence Limit
IccgMaxIteration	Flag		Value of Maximum Iteration
IccgToleranceScaleIndependent	Double		The value of convergence tolerance.(Scale independent)
IccgOptimumValue	Flag	0 or Off 1 or On	Flag of Convergence Refinement No Refinement Optimum Refinement
NonlinearMethod	Flag	0 or Newton-Raphson 1 or SuccessiveIteration	Nonlinear Iterative Calculation Type Newton-Raphson Successive Iteration
ConvergenceType	Flag	0 or Solution 1 or ResidualVector 2 or MagneticFluxDensityAndCircuit 3 or SolutionExcludingCircuit 4 or ResidualVectorExcludingCircuit 5 or MagneticFluxDensity	Convergence determination type Using Variation of Solution Using Magnitude of Residual Vector Using Variation of Magnetic Flux Density and Circuit Variables Using Variation of Solution (Excluding Circuit Variables) Using Magnitude of Residual Vector (Excluding Circuit Variables) Using Variation of Magnetic Flux Density
RelaxationFactor	Flag	0 or Off 1 or Type1 2 or Type2 5 or FactorAuto	Flag of Relaxation Factor Type No Relaxation Relaxation Type 1 The relaxation type2 The relaxation auto
NonlinearMaxIteration	Flag		Number of Nonlinear Iteration
NonlinearTolerance	Double		Value of Nonlinear Iterative Convergence Tolerance
NonlinearConvergenceB	Flag	0 or Off 1 or On	The maximum amount of change flag of the magnetic flux density Not set the maximum amount of change in the magnetic flux density To set the maximum amount of change in the magnetic flux density
NonlinearConvergenceV	Flag	0 or Off 1 or On	The maximum amount of change flag of the voltage Not set the maximum amount of change in the voltage To set the maximum amount of change in the voltage
NonlinearConvergenceI	Flag	0 or Off 1 or On	The maximum amount of change flag of the current Not set the maximum amount of change in the current To set the maximum amount of change in the current
NonlinearConvergenceToleranceB	Double		The maximum amount of change in the magnetic flux density
NonlinearConvergenceToleranceV	Double		The maximum amount of change in the voltage
NonlinearConvergenceToleranceI	Double		The maximum amount of change in the current
NonlinearStrictConvergence	Flag	0 or Off 0 or Off 1 or On 1 or On	Flag of Strict Judgment of Nonlinear Iterative Calculation Normal judgment for convergence of nonlinear Normal judgment for convergence of nonlinear Strict judgment for convergence of nonlinear Strict judgment for convergence of nonlinear
NonlinearSpeedup	Flag	0 or Off 1 or On	Flag of Using Nonlinear Speeding-up Function Do not use speeding up nonlinear calculation. Use speeding up nonlinear calculation.
BHCorrection	Flag	0 or Off 1 or On	Flag for applying a correction to the BH curve for frequency response analysis. Do not apply BH curve correction. Use BH curve correction.
MagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output magnetic flux density result Not output the magnetic flux density. Output the magnetic flux density.
Magnetization	Flag	0 or Off 1 or On	The flag for output magnetization Not output the magnetization. Output the magnetization.
PermeanceFactor	Flag	0 or Off 1 or On	The flag for output permeance factor Not output the permeance factor. Output the permeance factor.
Permeability	Flag	0 or Off 1 or On	The flag for output permeability Not output the permeability. Output the permeability.
DifferentialPermeability	Flag	0 or Off 1 or On	The flag for output differential permeability Not output the differential permeability. Output the differential permeability.
CurrentDensity	Flag	0 or Off 1 or On	The flag for output current density result Not output the current density. Output the current density.
LossDensity	Flag	0 or Off 1 or On	The flag for output loss density Not output the loss density. Output the loss density.
Displacement	Flag	0 or Off 1 or On	The flag for output nodal displacement result Not output the nodal displacement. Output the nodal displacement.
NodalForce	Flag	0 or Off 1 or On	The flag for output nodal force result Not output the nodal force. Output the nodal force.
SurfaceForceDensity	Flag	0 or Off 1 or On	The flag for surface force density Not output the surface force density. Output the surface force density.
LorentzForceDensity	Flag	0 or Off 1 or On	The flag for output Lorentz force density Not output the Lorentz force density. Output the lorentz force density.
VectorPotential	Flag	0 or Off 1 or On	The flag for output vector potential Not output the vector potential. Output the vector potential.
Energy	Flag	0 or Off 1 or On	The flag for output energy result Not output the energy. Output the energy.
Stress	Flag	0 or Off 1 or On	The flag for output stress result Not output the stress. Output the stress.
DemagnetizationRatio	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to reference step) Not output the Demagnetization ratio (Compared to reference step). Output the Demagnetization ratio (Compared to reference step).
DemagnetizationRatioDiffUnDemag	Flag	0 or Off 1 or On	The flag for output demagnetization ratio (Compared to undemagnetized state) Not output the Demagnetization ratio (Compared to undemagnetized state). Output the Demagnetization ratio (Compared to undemagnetized state).
HysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density Not output the hysteresis loss density Output the hysteresis loss density
RestartFile	Flag	0 or Off 1 or On	The flag for output restart file Not output the restart file. Output the restart file.
RestartFileOutputInterval	Flag		The minimum output interval(minute) for restart file
SolverReportFile	Flag	0 or Off 1 or On	The flag for output solver report file Not output the solver report file. Output the solver report file.
InitialMagnetization	Flag	0 or Off 1 or On	The flag for initial magnetization Not output the initial magnetization. Output the initial magnetization.
CoerciveForceNormal	Flag	0 or Off 1 or On	The flag to control output of normalized Coercive Force Do not output the normalized coercive force. Output the normalized coercive force.
MagnetizationRatio	Flag	0 or Off 1 or On	The flag to control output of magnetization ratio Do not output the magnetization ratio. Output the magnetization ratio.
Temperature	Flag	0 or Off 1 or On	The flag for output temperature Not output the temperature. Output the temperature.
IronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density Not output the ironloss density. Output the ironloss density.
ElectricField	Flag	0 or Off 1 or On	The flag for output electric field result Not output the electric field. Output the electric field.
MagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density Not output the lamination magnetic flux density Output the lamination magnetic flux density
MagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength Not output the lamination magnetic field strength Output the lamination magnetic field strength
EddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density Not output the lamination eddy current density Output the lamination eddy current density
CurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density Not output the lamination current loss density Output the lamination current loss density
HysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density Not output the lamination hysteresis loss density Output the lamination hysteresis loss density
CriticalCurrentDensity	Flag	0 or Off 1 or On	The flag to output critical current density Not output the critical current density Output the critical current density
IronRefMagneticFluxDensity	Flag	0 or Off 1 or On	The flag for output reference magnetic flux density result (Iron) Not output the reference magnetic flux density (Iron) Output the reference magnetic flux density (Iron)
IronIronLossDensity	Flag	0 or Off 1 or On	The flag for output iron loss density (Iron) Not output the iron loss density (Iron) Output the iron loss density (Iron)
IronHysteresisLossDensity	Flag	0 or Off 1 or On	The flag for output hysteresis loss density (Iron) Not output the hysteresis loss density (Iron) Output the hysteresis loss density (Iron)
IronExcessEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output excess eddy current loss density (Iron) Not output the excess eddy current loss density (Iron) Output the excess eddy current loss density (Iron)
IronClassicalEddyCurrentDensity	Flag	0 or Off 1 or On	The flag for output classical eddy current loss density (Iron) Not output the classical eddy current loss density (Iron) Output the classical eddy current loss density (Iron)
IronJouleLossDensity	Flag	0 or Off 1 or On	The flag for output Joule loss density (Iron) Not output the Joule loss density (Iron) Output the Joule loss density (Iron)
IronStress	Flag	0 or Off 1 or On	The flag for output stress result (Iron) Not output the stress (Iron) Output the stress (Iron)
IronMagneticFluxDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic flux density (Iron) Not output the lamination magnetic flux density (Iron) Output the lamination magnetic flux density (Iron)
IronMagneticFieldStrengthLamination	Flag	0 or Off 1 or On	The flag to output lamination magnetic field strength (Iron) Not output the lamination magnetic field strength (Iron) Output the lamination magnetic field strength (Iron)
IronEddyCurrentDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination eddy current density (Iron) Not output the lamination eddy current density (Iron) Output the lamination eddy current density (Iron)
IronCurrentLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination current loss density (Iron) Not output the lamination current loss density (Iron) Output the lamination current loss density (Iron)
IronHysteresisLossDensityLamination	Flag	0 or Off 1 or On	The flag to output lamination hysteresis loss density (Iron) Not output the lamination hysteresis loss density (Iron) Output the lamination hysteresis loss density (Iron)
OutputTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval	A flag to control timing of output to plot file Always output from 1st step. Output from step specified in OutputStartStep. Output from step specified in OutputStartStep. Output from step specified Interval.
OutputStartStep	Flag		The first step to use for the output
MinimizeResults	Flag	0 or Off 1 or On	Flag to control minimization of output results Do not minimize output of distributed results for output control Minimize output of distributed results for output control
OutputIntervalTable	Table		output control interval table
OutputTimingSameStep	Flag	0 or Off 1 or On	Flag to use same step by table and field results Output another step by table and field results Output same step by table and field results
OutputResultsTimingMode	Flag	0 or Off 1 or FromStep 1 or On 2 or SpecifyInterval 3 or NoOutput	Flag to control step output to result file Output all steps Output from step specified by OutputResultStartStep Output from step specified by OutputResultStartStep Output from step specified Interval No Output
OutputResultsStartStep	Flag		The first step to use for the output
OutputResultsIntervalTable	Table		output control interval table
Hsusr1	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr1" Do Not Use User Subroutine "hsusr1" Use User Subroutine "hsusr1"
Hsusr3	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr3" Do Not Use User Subroutine "hsusr3" Use User Subroutine "hsusr3"
Hsusr4	Flag	0 or Off 1 or On	Flag of User Subroutine "hsusr4" Do Not Use User Subroutine "hsusr4" Use User Subroutine "hsusr4"
Usrfle	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfle" Do Not Use User Subroutine "usrfle" Use User Subroutine "usrfle"
Usrstp	Flag	0 or Off 1 or On	Flag of User Subroutine "usrstp" Do Not Use User Subroutine "usrstp" Use User Subroutine "usrstp"
Usrlos	Flag	0 or Off 1 or On	Flag of User Subroutine "usrlos" Do Not Use User Subroutine "usrlos" Use User Subroutine "usrlos"
Usrhys	Flag	0 or Off 1 or On	Flag of User Subroutine "usrhys" Do Not Use User Subroutine "usrhys" Use User Subroutine "usrhys"
Usrfm2	Flag	0 or Off 1 or On	Flag of User Subroutine "usrfm2" Do Not Use User Subroutine "usrfm2" Use User Subroutine "usrfm2"
Usrfma	Flag	0 or Off 1 or On 2 or usrfm3	The flag of user subroutine "usrfma" Not use user subroutine "usrfma" Use user subroutine "usrfma" Use user subroutine "usrfm3"
Usrstr	Flag	0 or Off 1 or On	The flag of user subroutine "usrstr" Not use user subroutine "usrstr" Use user subroutine "usrstr"
UsrArraySize	Flag		The size of users subroutine point array
UsrsubName	String		User Subroutine Name
Snapshot	Flag	0 or Off 1 or On	The flag for Snapshot Not use Snapshot Use Snapshot
Retry	Flag		Number of retries
Divisions	Flag		Number of steps divided
Monitor	Flag	0 or Off 1 or On	The flag to output monitoring file during analysis execution Do not output the monitoring file during analysis execution Output a monitoring file during analysis execution
CsvOutputPath	String		The output path for the csv files
CsvResultTypes	String		The list of result types to output the csv files
CsvOutputResponseData	Flag		CSV file output response value
CsvOutputInductanceData	Flag		CSV file output efficiency map inductance values
CsvOutputProbe	Flag		CSV file output probe value
CsvOutputSection	Flag		CSV file output section graph value
CsvOutputCalculation	Flag		CSV file output calculation value
CsvOutputObjectiveData	Flag		CSV file output objective value
CsvComponentType	Flag	0 or RealImaginary 1 or AmplitudePhase 2 or RMS	Flag of component output type Output real and imaginary Output amplitude and phase Output rms
CsvDivisionType	Flag	0 or Off 1 or On	Flag of divide CSV file output by specified number of cases Do not divide Divide CSV output
CsvDivisionCase	Flag		Specified number of cases
OutputControlType	Flag	0 or SpecifyOutputResultItems 2 or DeleteResultFiles	The output control type Specify Result Items to be Output. Delete result files.
LogOutputLevel	Flag	0 or Debug 1 or Information 2 or Warning 3 or Error	The log output level Debug Information Warning Error