Hello, I am trying to see how the motor would react with different type of eccentricity using FluxMotor. I tried to motify the code of the FluxMotor script, but is not working out so well. I am a bit new to Altair and I would love to get all the help that I can get.
Wondering if this is correct code for me to produce a motor with static eccentricity. Also, can you help create dynamic eccentricty? Down below is the code, and the one highlighted is the code for the static eccentricty.
#MotorFactory 2022.3.0
#Updater_All
import smRsmIr3V223
import materialV223
## Create motor ##
#2024/03/10 18:00:44 ICT
#trucl
materialV223.updatePreferedMaterials(conductor="REF.Copper",gas="REF.Air",insulator="REF.Nomex_130",lamination="REF.M330_35A",liquid="REF.Water",magnet="REF.SmCo_1040_1800",solid="REF.EN_1_1151")
smRsmIr3V223.newMotor(catalogName="User_SM_RSM_IR_3Ph",machineType=smRsmIr3V223.MachineTypeEnum.SM_RSM_INNERROT_3PH,motorName="Motor",eraseOld=False)
## Design ##
## Machine - Topology
smRsmIr3V223.changeInputDimensionMode(inputDimensionMode=smRsmIr3V223.InputDimensionMode.STATOR_INNER_DIAMETER)
smRsmIr3V223.editMotor(airgapLength=0.0010000000000000009,noRotorPoles=4,noStatorSlots=48,rotorInnerDiameter=0.07,rotorLength=0.276,rotorOuterDiameter=0.184,statorLength=0.276,statorOuterDiameter=0.3)
## Eccentricity
smRsmIr3V223.changeRotorEccentricity(eccentricity=1) # Specify your desired eccentricity value
## Machine - Frame
smRsmIr3V223.changeHousing(type=smRsmIr3V223.HousingEnum.CIRCULAR)
smRsmIr3V223.changeHousingParameter(parameters={"D1":0.12,"D2":0.12,"T":0.01,"T1":0.01,"T2":0.01})
smRsmIr3V223.changeHousingFin(type=smRsmIr3V223.HousingFinsEnum.PARALLEL_FIXED_EXTENSION)
smRsmIr3V223.changeHousingFinParameter(parameters={"finExtension":0.03,"finLength":0.49,"finSpace":0.015,"finThickness":0.005,"noFins":48})
smRsmIr3V223.changeHousingCoolingCircuit(type=smRsmIr3V223.HousingCoolingCircuitEnum.NONE)
## Machine - Shaft
smRsmIr3V223.changeShaft(type=smRsmIr3V223.ShaftEnum.SOLID)
smRsmIr3V223.changeShaftParameter(parameters={"D1":0.05,"D2":0.05,"L1":0.16,"L2":0.16})
smRsmIr3V223.changeBearing(type=smRsmIr3V223.BearingEnum.SOLID)
smRsmIr3V223.changeBearingParameter(parameters={"csBearingLength":0.025,"csBearingShift":0.105,"csBearingWidth":0.04,"ocsBearingLength":0.025,"ocsBearingShift":0.105,"ocsBearingWidth":0.04})
## Rotor - Saliency - Design
smRsmIr3V223.changeReluctance(libraryName="ivr_RadialFluxBarrier_C1",partName="ivr_RFB_C1_C04")
smRsmIr3V223.changeReluctanceParameter(parameters={"T1A":0.01,"T1B":0.0055,"T1C":0.0055,"T1D":0.005,"T2":0.001,"T3":0.001,"TM1A":0.006500000000000001,"TM1B":0.006,"TM1C":0.005,"TM1D":0.005,"TM2A":0.004,"TM2B":0.004,"TM2C":0.004,"TM2D":0.004,"VA":0.08726646259971647,"VB":0.10471975511965978,"VC":0.10471975511965978,"VD":0.10471975511965978})
## Rotor - Saliency - Skew
smRsmIr3V223.changeRotorSkew(type=smRsmIr3V223.SkewTypeEnum.NONE)
## Stator - Slot - Design
smRsmIr3V223.changeSlot(libraryName="os_PllTooth",partName="os_PllTooth_05D")
smRsmIr3V223.changeSlotParameter(parameters={"HO":0.001,"HS":0.028,"V":0.5235987755982988,"WO":0.0012,"WT":0.006})
## Stator - Slot - Skew
smRsmIr3V223.changeStatorSkew(type=smRsmIr3V223.SkewTypeEnum.NONE)
## Stator - Slot - Lamination
smRsmIr3V223.changeLamination(type=smRsmIr3V223.LaminationEnum.NONE)
## Stator - Winding - Classical Winding
smRsmIr3V223.changeWindingCoilType(coilType=smRsmIr3V223.WindingCoilEnum.CLASSICAL)
smRsmIr3V223.setEasyWinding(coilPitch=11,noLayers=smRsmIr3V223.WindingLayerEnum.TWO_LAYER,noParallelPaths=4,phaseSequence=smRsmIr3V223.WindingPhaseDirectionEnum.CLOCKWISE,windingType=smRsmIr3V223.WindingConnecticEnum.LAP)
smRsmIr3V223.changeWindingConnection(windingConnection=smRsmIr3V223.WindingPhaseConnecticEnum.WYE)
smRsmIr3V223.changeWindingCoil(wireTopology=smRsmIr3V223.WindingWireEnum.CIRCULAR)
smRsmIr3V223.changeWindingCoil(windingSlotFillingMethod=smRsmIr3V223.WindingSlotFillingModeEnum.RANDOM)
smRsmIr3V223.changeWindingCoil(wireFillingDirection=smRsmIr3V223.WindingWireFillingModeEnum.HORIZONTAL)
smRsmIr3V223.changeWindingCoil(bundleTwist=smRsmIr3V223.WindingTwistEnum.NO,interWireTol=1.0E-5,noTurnsPerCoil=8,noWiresInHand=10,wireDiameter=9.199000000000001E-4)
smRsmIr3V223.changeWindingInsulationThickness(coil=0.0,conductor=0.0,impregnated=smRsmIr3V223.YesNoEnum.YES,impregnationGoodness=0.8,liner=1.0E-4,phaseSeparator=1.0E-4,wire=4.789E-5)
smRsmIr3V223.changeEndWinding(topology=smRsmIr3V223.WindingEndEnum.U_SHAPE)
smRsmIr3V223.changeEndWinding(connectionSideStraightExtension=0.0525,connectionSideTotalExtension=0.0925,oppositeConnectionSideStraightExtension=0.0525,oppositeConnectionSideTotalExtension=0.0925)
smRsmIr3V223.changeWindingCalibration(inductanceFactor=1.0,referenceTemperature=293.15,resistanceFactor=1.0)
smRsmIr3V223.changePotting(csTopology=smRsmIr3V223.WindingPottingEnum.NONE)
smRsmIr3V223.changePotting(ocsTopology=smRsmIr3V223.WindingPottingEnum.NONE)
## Cooling - External
smRsmIr3V223.changeCoolingExternalFluidic(type=smRsmIr3V223.CoolingExternalConvectionTypeEnum.FORCED)
smRsmIr3V223.changeCoolingExternalFluidicParameter(parameters={"altitude":300.0,"extFlowOrigin":smRsmIr3V223.CoolingConvectionFlowOriginEnum.CS,"fanTipSpeedRatio":1.0,"machineOrientation":smRsmIr3V223.CoolingExternalConvectionMotorPosEnum.HORIZONTAL})
smRsmIr3V223.changeCoolingExternalRadiation(type=smRsmIr3V223.CoolingExternalRadiationInputModeEnum.AUTO)
smRsmIr3V223.changeCoolingExternalXfactorParameter(parameters={"frameExtFluidResistance":1.0})
smRsmIr3V223.changeCoolingExternalXfactorModelEvalParameter(parameters={"extCoolingMachineMaxSpeed":157.07963267948966,"extFluidTemp":293.15})
## Cooling - Internal
smRsmIr3V223.changeCoolingInternalFluidic(type=smRsmIr3V223.CoolingInternalConvectionTypeEnum.NO_FLUID_NATURAL)
smRsmIr3V223.changeCoolingInternalRadiation(type=smRsmIr3V223.CoolingInternalRadiationInputModeEnum.AUTO)
smRsmIr3V223.changeCoolingInternalGaps(type=smRsmIr3V223.CoolingInternalGapsInputModeEnum.AUTO)
smRsmIr3V223.changeCoolingInternalSlotModel(type=smRsmIr3V223.CoolingInternalSlotModelInputModeEnum.AUTO)
smRsmIr3V223.changeCoolingInternalXfactorParameter(parameters={"CsEndSpaceResFactor":1.0,"CsEndWwResFactor":1.0,"OcsEndSpaceResFactor":1.0,"OcsEndWwResFactor":1.0,"airgapResFactor":1.0,"bearingResFactor":1.0,"magCirFrameResistance":1.0,"magCirShaftResFactor":1.0,"magCirSlotResistance":1.0})
smRsmIr3V223.changeCoolingInternalXfactorModelEvalParameter(parameters={"intCoolingMachineMaxSpeed":157.07963267948966,"intCoolingTemp":293.15})
## Materials - Materials
smRsmIr3V223.changeMaterial(cooling={"externalFluid":"REF.Air","internalFluid":"REF.Air"},machine={"bearing":"REF.EN_1_1151","endCapCs":"REF.Aluminium_6061","endCapOcs":"REF.Aluminium_6061","frameStraightPart":"REF.Aluminium_6061","housingFrame":"REF.Aluminium_6061","shaft":"REF.EN_1_1151"},rotor={"magneticCircuit":"REF.M330_35A"},stator={"coilConductor":"REF.Copper","insulators":"REF.Nomex_130","magneticCircuit":"REF.M330_35A"})
## Test ##
## Characterization - Model - Motor - Maps
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="CHAR_MODEL_MAPS")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="CHAR_MODEL_MAPS",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.NONE,target=smRsmIr3V223.TestTargetEnum.TEST,testType="CHAR_MODEL_MAPS")
smRsmIr3V223.changeCharModelMapsParameter(airgapMeshDensityCoefficient=1.5,maximumCurrentDensity=6300000.0,maximumSpeed=104.71975511965977,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForDQCurrent=10,noComputationsForSpeed=10)
## Characterization - Thermal - Motor & Generator - Steady state
smRsmIr3V223.changeTemperatureSetting(externalFluidTemperature=313.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="CHAR_THERMAL_STEADY_STATE")
smRsmIr3V223.changeCharThermalSteadyStateParameter(mechanicalLosses=0.0,rotorIronLosses=9.758210850323488,speed=209.43951023931953,statorIronLosses=364.1670732782371,statorJouleLosses=2516.664340000001)
## Characterization - Thermal - Motor & Generator - Transient
smRsmIr3V223.changeTemperatureSetting(externalFluidTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="CHAR_THERMAL_TRANSIENT")
smRsmIr3V223.changeCharThermalTransientParameter(maximumEvaluationDuration=3600.0,mechanicalLosses=0.0,rotorIronLosses=0.0,speed=157.07963267948966,statorIronLosses=160.0,statorJouleLosses=660.0,timeStep=1.0)
## Working point - Sine wave - Motor - Current-Control angle-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_MOT_CURRENTPSISPEED")
smRsmIr3V223.changeTemperatureSetting(target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_MOT_CURRENTPSISPEED",thermalSolving=smRsmIr3V223.SettingThermalFullModeEnum.ITERATIVE)
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=413.15,externalFluidTemperature=313.15,oppositeConnectionSideEndWindingTemperature=413.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_MOT_CURRENTPSISPEED",windingActiveLengthTemperature=393.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.NONE,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_MOT_CURRENTPSISPEED")
smRsmIr3V223.changeStatSinewaveWorkingPointCurrentSpeedPsiParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,computationMode=smRsmIr3V223.ComputationModeEnum.FAST,controlAngle=-0.4052479990205634,maximumLineCurrent=153.24,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsPerRippleTorquePeriod=30,rippleTorqueAnalysis=smRsmIr3V223.YesNoEnum.YES,speed=209.43951023931953,temperatureConvergenceCriteria=0.01)
## Working point - Sine wave - Motor - Current-Voltage
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_MOT_CURRENTVOLTAGE")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_MOT_CURRENTVOLTAGE",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.NONE,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_MOT_CURRENTVOLTAGE")
smRsmIr3V223.changeStatSinewaveWorkingPointCurrentvoltageParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,commandMode=smRsmIr3V223.CommandModeEnum.MTPV,maximumCurrentDensity=6300000.0,maximumLineLineVoltage=380.0,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForControlAngle=5,rippleTorqueAnalysis=smRsmIr3V223.YesNoEnum.NO)
## Working point - Sine wave - Generator - Current-Control angle-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_GEN_CURRENTPSISPEED")
smRsmIr3V223.changeTemperatureSetting(target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_GEN_CURRENTPSISPEED",thermalSolving=smRsmIr3V223.SettingThermalFullModeEnum.NONE)
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="WP_SINE_GEN_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeStatSinewaveWorkingPointCurrentSpeedPsiGeneratorParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,controlAngle=0.7853981633974483,maximumCurrentDensity=6300000.0,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,rippleTorqueAnalysis=smRsmIr3V223.YesNoEnum.NO,speed=157.07963267948966)
## Performance mapping - Sine wave - Motor - Efficiency map
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=413.15,oppositeConnectionSideEndWindingTemperature=413.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP",windingActiveLengthTemperature=393.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.WITH_LOSS_VOLTAGE,target=smRsmIr3V223.TestTargetEnum.TEST,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP")
smRsmIr3V223.changePowerElectronicsSetting(inputVoltage=600.0,inverterControl=smRsmIr3V223.InverterControlEnum.CIRCLE,lossComputation=smRsmIr3V223.YesNoEnum.NO,target=smRsmIr3V223.TestTargetEnum.TEST,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP")
smRsmIr3V223.changeStatSinewaveTorquespeedParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,commandMode=smRsmIr3V223.CommandModeEnum.MTPV,maximumLineCurrent=200.0,maximumSpeed=314.1592653589793,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForDQCurrent=5,noComputationsForSpeed=15,noComputationsForTorque=7,userWorkingPointAnalysis=smRsmIr3V223.UserWPAnalysisEnum.SINGLE,userWorkingPointSpeed=209.43951023931953,userWorkingPointTorque=369.0)
## Performance mapping - Sine wave - Generator - Efficiency map
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="PERF_SINEWAVE_GENERATOR_EFFICIENCYMAP")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="PERF_SINEWAVE_GENERATOR_EFFICIENCYMAP",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeStatSinewaveTorquespeedGeneratorParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,commandMode=smRsmIr3V223.CommandModeEnum.MTPA,maximumLineCurrent=200.0,maximumLineLineVoltage=390.0,maximumSpeed=628.3185307179587,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForDQCurrent=5,noComputationsForSpeed=15,noComputationsForTorque=7,userWorkingPointAnalysis=smRsmIr3V223.UserWPAnalysisEnum.NONE)
## Mechanics - NVH - Working Point - Current-Control angle-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_WP_SINE_CURRENTPSISPEED")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_WP_SINE_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeNvhWorkingPointCurrentSpeedPsiParameter(airgapMeshDensityCoefficient=1.5,controlAngle=-0.4052479990205634,displayedMaxwellPressureRange=60.0,maximumEngineOrder=80,maximumLineCurrent=153.24,maximumMode=20,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noPointsPerToothPitch=15,speed=209.43951023931953,toothForcesAnalysis=smRsmIr3V223.YesNoEnum.NO)
## Mechanics - NVH - Spectrogram - Current-Control angle-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_SPECTROGRAM_SINE_CURRENTPSISPEED")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_SPECTROGRAM_SINE_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeNvhSpectrogramCurrentSpeedPsiParameter(airgapMeshDensityCoefficient=1.5,maximumEngineOrder=80,maximumMode=20,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noPointsForSpeedInterpolation=100,noPointsPerToothPitch=15)
## Mechanics - NVH - Spectrogram - Torque-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_SPECTROGRAM_SINE_TORQUESPEED")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=381.15,oppositeConnectionSideEndWindingTemperature=377.15,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_SPECTROGRAM_SINE_TORQUESPEED",windingActiveLengthTemperature=356.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.WITH_LOSS_VOLTAGE,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_SPECTROGRAM_SINE_TORQUESPEED")
smRsmIr3V223.changePowerElectronicsSetting(inputVoltage=600.0,inverterControl=smRsmIr3V223.InverterControlEnum.SIX_STEPS_120,lossComputation=smRsmIr3V223.YesNoEnum.NO,target=smRsmIr3V223.TestTargetEnum.TEST,testType="NVH_SPECTROGRAM_SINE_TORQUESPEED")
smRsmIr3V223.changeNvhSpectrogramTorqueSpeedParameter(airgapMeshDensityCoefficient=1.5,commandMode=smRsmIr3V223.CommandModeEnum.MTPV,envelope=smRsmIr3V223.NvhEnveloppEnum.AUTO,maximumEngineOrder=80,maximumLineCurrent=163.0,maximumMode=20,maximumSpeed=314.1592653589793,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForDQCurrent=5,noComputationsForSpeed=15,noComputationsForTorque=7,noPointsForSpeedInterpolation=100,noPointsPerToothPitch=15)
## Report ##
smRsmIr3V223.changeReportContent(design=["topology","reluctanceDesign","reluctanceSkew","slot","slotSkew","winding"],material=["lamination_REF.M330_35A","conductor_REF.Copper","insulator_REF.Nomex_130","gas_REF.Air"])
## Script ##
smRsmIr3V223.changeExportScriptParameter(catalogName="User_SM_RSM_IR_3Ph",destinationFolder="C:\\Users\\trucl",motorName="Motor",scriptName="Script")
## Export Hyperstudy ##
## Characterization - Thermal - Motor and Generator - Steady State
smRsmIr3V223.changeTemperatureSetting(externalFluidTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="CHAR_THERMAL_STEADY_STATE")
smRsmIr3V223.changeCharThermalSteadyStateHyperstudyParameter(hyperstudyIo={},mechanicalLosses=0.0,rotorIronLosses=0.0,speed=157.07963267948966,statorIronLosses=160.0,statorJouleLosses=660.0)
smRsmIr3V223.updateHyperstudyExportParameter(connectorName="HstConnector",destinationFolder="C:\\Users\\trucl",saveIterations=smRsmIr3V223.YesNoEnum.NO,testType="CHAR_THERMAL_STEADY_STATE")
## Working point - Sine wave - Motor - Current-Control angle-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_MOT_CURRENTPSISPEED")
smRsmIr3V223.changeTemperatureSetting(target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_MOT_CURRENTPSISPEED",thermalSolving=smRsmIr3V223.SettingThermalFullModeEnum.NONE)
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_MOT_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.NONE,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_MOT_CURRENTPSISPEED")
smRsmIr3V223.changeStatSinewaveWorkingPointCurrentSpeedPsiHyperstudyParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,computationMode=smRsmIr3V223.ComputationModeEnum.FAST,controlAngle=-0.7853981633974483,hyperstudyIo={},maximumCurrentDensity=6300000.0,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,rippleTorqueAnalysis=smRsmIr3V223.YesNoEnum.NO,speed=157.07963267948966)
smRsmIr3V223.updateHyperstudyExportParameter(connectorName="HstConnector",destinationFolder="C:\\Users\\trucl",saveIterations=smRsmIr3V223.YesNoEnum.NO,testType="WP_SINE_MOT_CURRENTPSISPEED")
## Working point - Sine wave - Motor - Current-Voltage
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_MOT_CURRENTVOLTAGE")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_MOT_CURRENTVOLTAGE",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.NONE,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_MOT_CURRENTVOLTAGE")
smRsmIr3V223.changeStatSinewaveWorkingPointCurrentVoltageHyperstudyParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,commandMode=smRsmIr3V223.CommandModeEnum.MTPV,hyperstudyIo={},maximumCurrentDensity=6300000.0,maximumLineLineVoltage=380.0,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForControlAngle=5,rippleTorqueAnalysis=smRsmIr3V223.YesNoEnum.NO)
smRsmIr3V223.updateHyperstudyExportParameter(connectorName="HstConnector",destinationFolder="C:\\Users\\trucl",saveIterations=smRsmIr3V223.YesNoEnum.NO,testType="WP_SINE_MOT_CURRENTVOLTAGE")
## Working point - Sine wave - Generator - Current-Control angle-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_GEN_CURRENTPSISPEED")
smRsmIr3V223.changeTemperatureSetting(target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_GEN_CURRENTPSISPEED",thermalSolving=smRsmIr3V223.SettingThermalFullModeEnum.NONE)
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="WP_SINE_GEN_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeStatSinewaveWorkingPointGeneratorCurrentSpeedPsiHyperstudyParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,controlAngle=0.7853981633974483,hyperstudyIo={},maximumCurrentDensity=6300000.0,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,rippleTorqueAnalysis=smRsmIr3V223.YesNoEnum.NO,speed=157.07963267948966)
smRsmIr3V223.updateHyperstudyExportParameter(connectorName="HstConnector",destinationFolder="C:\\Users\\trucl",saveIterations=smRsmIr3V223.YesNoEnum.NO,testType="WP_SINE_GEN_CURRENTPSISPEED")
## Performance mapping - Sine wave - Motor - Efficiency map
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changePowerElectronicsSetting(stage=smRsmIr3V223.SettingPowerElectronicsModeEnum.NONE,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP")
smRsmIr3V223.changeStatSinewaveTorquespeedHyperstudyParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,commandMode=smRsmIr3V223.CommandModeEnum.MTPV,hyperstudyIo={},maximumCurrentDensity=6300000.0,maximumLineLineVoltage=380.0,maximumSpeed=628.3185307179587,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForDQCurrent=5,noComputationsForSpeed=15,noComputationsForTorque=7,userWorkingPointAnalysis=smRsmIr3V223.UserWPAnalysisEnum.NONE)
smRsmIr3V223.updateHyperstudyExportParameter(connectorName="HstConnector",destinationFolder="C:\\Users\\trucl",saveIterations=smRsmIr3V223.YesNoEnum.NO,testType="PERF_SINEWAVE_MOTOR_EFFICIENCYMAP")
## Performance mapping - Sine wave - Generator - Efficiency map
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="PERF_SINEWAVE_GENERATOR_EFFICIENCYMAP")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="PERF_SINEWAVE_GENERATOR_EFFICIENCYMAP",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeStatSinewaveGeneratorTorquespeedHyperstudyParameter(additionalLossPercent=0.0,airgapMeshDensityCoefficient=1.5,commandMode=smRsmIr3V223.CommandModeEnum.MTPA,hyperstudyIo={},maximumCurrentDensity=6300000.0,maximumLineLineVoltage=380.0,maximumSpeed=628.3185307179587,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsForDQCurrent=5,noComputationsForSpeed=15,noComputationsForTorque=7,userWorkingPointAnalysis=smRsmIr3V223.UserWPAnalysisEnum.NONE)
smRsmIr3V223.updateHyperstudyExportParameter(connectorName="HstConnector",destinationFolder="C:\\Users\\trucl",saveIterations=smRsmIr3V223.YesNoEnum.NO,testType="PERF_SINEWAVE_GENERATOR_EFFICIENCYMAP")
## Mechanics - NVH - Working point - Current-Control angle-Speed
smRsmIr3V223.changeMechanicalLossSetting(exponent=0.5,lossAtReferenceSpeed=0.0,referenceSpeed=104.71975511965977,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="NVH_WP_SINE_CURRENTPSISPEED")
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.HYPERSTUDY,testType="NVH_WP_SINE_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeNvhWorkingPointCurrentSpeedPsiHyperstudyParameter(airgapMeshDensityCoefficient=1.5,controlAngle=-0.7853981633974483,displayedMaxwellPressureRange=60.0,hyperstudyIo={},maximumCurrentDensity=6300000.0,maximumEngineOrder=80,maximumMode=20,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noPointsPerToothPitch=15,speed=157.07963267948966,toothForcesAnalysis=smRsmIr3V223.YesNoEnum.NO)
smRsmIr3V223.updateHyperstudyExportParameter(connectorName="HstConnector",destinationFolder="C:\\Users\\trucl",saveIterations=smRsmIr3V223.YesNoEnum.NO,testType="NVH_WP_SINE_CURRENTPSISPEED")
## Export Flux2d ##
## Without solving scenario - Current source - Motor and Generator - Basic model
smRsmIr3V223.changeStatWithoutScenarioCurrentSourceBasicModelFlux2dParameter(airgapMeshDensityCoefficient=1.5,controlAngle=-0.7853981633974483,maximumLineCurrent=72.58034378065284,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER)
smRsmIr3V223.updateFlux2dExportParameter(destinationFolder="C:\\Users\\trucl",fileName="Flux2DModel",fullGeometry=smRsmIr3V223.YesNoEnum.NO,testType="STATIC_NO_SCENARIO_CURRENT_SOURCE_MOTGEN_BASIC_MODEL")
## Working point - Sine wave - Motor - Current-Control angle-Speed
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.FLUX2D,testType="TRANS_WP_SINE_MOT_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeTransWpSineMotCurrentControlAngleSpeedFlux2dParameter(airgapMeshDensityCoefficient=1.5,controlAngle=-0.7853981633974483,maximumLineCurrent=72.58034378065284,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,noComputationsPerElectricalPeriod=50,noElectricalPeriods=smRsmIr3V223.NumberOfElectricalPeriodEnum.TWO,representedCoilConductor=smRsmIr3V223.RepresentedCoilsEnum.NO,speed=157.07963267948966)
smRsmIr3V223.updateFlux2dExportParameter(destinationFolder="C:\\Users\\trucl",fileName="Flux2DModel",fullGeometry=smRsmIr3V223.YesNoEnum.NO,testType="TRANS_WP_SINE_MOT_CURRENTPSISPEED")
## Export FluxSkew ##
## Without solving scenario - Current source - Motor and Generator - Basic model
smRsmIr3V223.changeStatWithoutScenarioCurrentSourceBasicModelFluxSkewParameter(airgapMeshDensityCoefficient=1.5,controlAngle=-0.7853981633974483,maximumLineCurrent=72.58034378065284,skewMeshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,skewModelNoOfLayers=3)
smRsmIr3V223.updateFluxSkewExportParameter(destinationFolder="C:\\Users\\trucl",fileName="FluxSkewModel",fullGeometry=smRsmIr3V223.YesNoEnum.NO,testType="STATIC_NO_SCENARIO_CURRENT_SOURCE_MOTGEN_BASIC_MODEL")
## Working point - Sine wave - Motor - Current-Control angle-Speed
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.FLUXSKEW,testType="TRANS_WP_SINE_MOT_CURRENTPSISPEED",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeTransWpSineMotCurrentControlAngleSpeedFluxSkewParameter(airgapMeshDensityCoefficient=1.5,controlAngle=-0.7853981633974483,maximumLineCurrent=72.58034378065284,noComputationsPerElectricalPeriod=50,noElectricalPeriods=smRsmIr3V223.NumberOfElectricalPeriodEnum.TWO,representedCoilConductor=smRsmIr3V223.RepresentedCoilsEnum.NO,skewMeshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER,skewModelNoOfLayers=3,speed=157.07963267948966)
smRsmIr3V223.updateFluxSkewExportParameter(destinationFolder="C:\\Users\\trucl",fileName="FluxSkewModel",fullGeometry=smRsmIr3V223.YesNoEnum.NO,testType="TRANS_WP_SINE_MOT_CURRENTPSISPEED")
## Export Flux3d ##
## Without solving scenario - Current source - Motor and Generator - Basic model
smRsmIr3V223.changeTemperatureSetting(connectionSideEndWindingTemperature=293.15,oppositeConnectionSideEndWindingTemperature=293.15,target=smRsmIr3V223.TestTargetEnum.FLUX3D,testType="STATIC_NO_SCENARIO_CURRENT_SOURCE_MOTGEN_BASIC_MODEL",windingActiveLengthTemperature=293.15)
smRsmIr3V223.changeStatWithoutScenarioCurrentSourceBasicModelFlux3dParameter(airgapMeshDensityCoefficient=1.5,controlAngle=-0.7853981633974483,maximumLineCurrent=72.58034378065284,meshOrder=smRsmIr3V223.MeshOrderEnum.SECOND_ORDER)
smRsmIr3V223.updateFlux3dExportParameter(destinationFolder="C:\\Users\\trucl",fileName="Flux3DModel",fullGeometry=smRsmIr3V223.YesNoEnum.NO,symmetry=smRsmIr3V223.YesNoEnum.YES,testType="STATIC_NO_SCENARIO_CURRENT_SOURCE_MOTGEN_BASIC_MODEL")
## General inputs
smRsmIr3V223.updateFlux3dLengthParameter(rotor=0.08,stator=0.08)
## Export LuT ##
## Save ##
smRsmIr3V223.saveMotor()
