# 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/


def setupWindingByTurnAndWireSize(targetWinding):
    """Set the coil item in the winding setting specified by turns and wire size"""
    # Set the Input Type to Turns/Wire Size
    targetWinding.SetInputType(u"TurnAndWireSize")
    # Set the Setting Type to Round Wire
    targetWinding.SetWireType(u"Round")
    targetWinding.SetTurns(40)
    targetWinding.SetWireDiameter(1)
    targetWinding.SetFilmThickness(0.1)
    targetWinding.SetStrands(1)
    targetWinding.SetInsulationThickness(0.2)
    targetWinding.SetCorrectionFactor(1.0)


def setupWindingByFillFactorAndWireSize(targetWinding):
    """Set the coil item in the winding setting specified by wire size and slot fill factor"""
    # Set the Input Type to Wire Size/Slot Fill Factor
    targetWinding.SetInputType(u"WireSizeAndFillFactor")
    # Set the Setting Type to Rectangle Wire
    targetWinding.SetWireType(u"Rectangle")
    targetWinding.SetWireHeight(1.5)
    targetWinding.SetWireWidth(1)
    targetWinding.SetFilmThickness(0.1)
    targetWinding.SetStrands(1)
    targetWinding.SetInsulationThickness(0.2)
    targetWinding.SetSlotFillFactor(80)
    targetWinding.SetCorrectionFactor(1.0)


app = designer.GetApplication()
study = app.GetCurrentStudy()
windingDef = study.GetWinding(u"Coil")

setupWindingByTurnAndWireSize(windingDef)
# Calculated slot fill factor
fillFactor = windingDef.ActualSlotFillFactor()
# Calculated phase resistance
phaseResistance = windingDef.ActualResistance()
print(u"---Specified by turns and wire size---")
print(u"FillFactor:", fillFactor)
print(u"Resistance:", phaseResistance)

setupWindingByFillFactorAndWireSize(windingDef)
# Calculated turns
turns = windingDef.ActualTurn()
# Calculated phase resistance
phaseResistance = windingDef.ActualResistance()
print(u"")
print(u"---Specified by wire size and fill factor---")
print(u"Turns:", turns)
print(u"Resistance:", phaseResistance)