# Copyright (c) 2026 JSOL CORPORATION
#
# This script is released under the MIT License.
# See the full license text at:
# https://www.jmag-international.com/scriptlibrary/jmag_script_library_mit/

app = designer.GetApplication()

def createResponseInfoReducedOrderModel(resCreateInfo, resCreateParams, calcParams):
    """Create a response value table (calculation method: order reduction model)."""
    resCreateInfo.SetCalculationType(resCreateParams[u"calculationType"])
    resCreateInfo.SetTorqueCondition(resCreateParams[u"torqueCond"])
    resCreateInfo.SetPole(resCreateParams[u"pole"])
    resCreateInfo.SetMotorType(calcParams[u"motorType"])
    # Current Phase Offset
    # 0:［Current Phase Offset］Automatically calculate Current Phase Offset from no-load calculations.
    # 1:［Current Phase Offset］Enable.
    # 2:［Current Phase Offset］from winding settings.
    resCreateInfo.SetAutoCalculationPhaseOffset(calcParams[u"autoCalcPhaseOffset"])
    resCreateInfo.SetParallelJobs(calcParams[u"paraJobs"])
    resCreateInfo.SetMaximumCurrent(calcParams[u"maxCurrent"])
    resCreateInfo.SetMaximumSpeed(calcParams[u"MaxSpeed"])
    # DQ Axis Transform Type
    # ValueInvariant:Consistent Units
    # PowerInvariant:Power Invariant
    resCreateInfo.SetDQAxisTransformType(calcParams[u"dqAxisTrans"])

study = app.GetCurrentStudy()
cond = study.GetCondition(u"Rotor torque")
resCreateInfo = study.GetCreateResponseInfo()
resCreateParams = {
    u"calculationType" : u"ReducedOrderModel",
    u"torqueCond"      : cond,
    u"pole"            : 4,
}
calcParams = {
    u"motorType"           : u"PMSM",
    u"autoCalcPhaseOffset" : 1,
    u"paraJobs"            : 5,
    u"maxCurrent"          : u"200",
    u"MaxSpeed"            : u"1080",
    u"dqAxisTrans"         : u"ValueInvariant",
}
createResponseInfoReducedOrderModel(resCreateInfo, resCreateParams, calcParams)