3次元FEMコンダクタ推奨設定の適用

import designer
import platform

class Settings:
	def __init__(self, study):
		self.ICCGToleranceType=2
		self.NonlinearConvergenceB=0
		self.AutoAccel=0

	def apply_settings(self, study):
		study.GetStudyProperties().SetValue(u"ICCGToleranceType", self.ICCGToleranceType)
		study.GetStudyProperties().SetValue(u"NonlinearConvergenceB", self.NonlinearConvergenceB)
		study.GetStudyProperties().SetValue(u"AutoAccel", self.AutoAccel)

class Settings_TR(Settings):
	def __init__(self, study):
		super().__init__(study)
		self.APhiMethod=1
		self.NonlinearSpeedup=1
		self.IccgTolerance=1e-8
		if(study.GetStudyProperties().GetValue(u"UseMultiCPU") == 1 or study.GetStudyProperties().GetValue(u"UseMultiCPU") == 0):
			self.IccgAccel=1.2
		else:
			self.IccgAccel = 1.2

	def apply_settings(self, study):
		super().apply_settings(study)
		study.GetStudyProperties().SetValue(u"APhiMethod", self.APhiMethod)
		study.GetStudyProperties().SetValue(u"NonlinearSpeedup", self.NonlinearSpeedup)
		study.GetStudyProperties().SetValue(u"IccgTolerance", self.IccgTolerance)
		study.GetStudyProperties().SetValue(u"IccgAccel", self.IccgAccel)
		

class Settings_TR_Patch(Settings):
	def __init__(self, study):
		super().__init__(study)
		self.APhiMethod=1
		self.NonlinearSpeedup=0
		self.IccgTolerance=1e-8
		if(study.GetStudyProperties().GetValue(u"UseMultiCPU") == 1 or study.GetStudyProperties().GetValue(u"UseMultiCPU") == 0):
			self.IccgAccel=1.2
		else:
			self.IccgAccel = 1.2

	def apply_settings(self, study):
		super().apply_settings(study)
		study.GetStudyProperties().SetValue(u"APhiMethod", self.APhiMethod)
		study.GetStudyProperties().SetValue(u"NonlinearSpeedup", self.NonlinearSpeedup)
		study.GetStudyProperties().SetValue(u"IccgTolerance", self.IccgTolerance)
		study.GetStudyProperties().SetValue(u"IccgAccel", self.IccgAccel)


def check_conductor_condition(study):
	flag_has_conductor=0
	num_condition = study.NumConditions()
	num_instance_circuit = study.GetCircuit().NumInstances()
	for i in range(num_condition):
		if(study.GetCondition(i).GetScriptTypeName() == "FEMConductor"):
			flag_has_conductor=1
			break

	for i in range(num_instance_circuit):
		if(study.GetCircuit().GetComponentInstance(i).GetType() == "巻線3相コンダクタ" or study.GetCircuit().GetComponentInstance(i).GetType() == "Winding Three Phase Conductor" or \
		study.GetCircuit().GetComponentInstance(i).GetType() == "巻線多相コンダクタ" or study.GetCircuit().GetComponentInstance(i).GetType() == "Winding Multiphase Conductor" or \
		study.GetCircuit().GetComponentInstance(i).GetType() == "巻線かご" or study.GetCircuit().GetComponentInstance(i).GetType() == "Winding Cage"):
			flag_has_conductor=1
			break

	return flag_has_conductor


def make_settings_class(study):
	if(study.GetType() == "磁界:3次元磁界過渡応答解析" or study.GetType() == "Magnetic:3D Magnetic Field Transient Analysis" or \
		study.GetType() == "磁界:3次元効率マップ解析" or study.GetType() == "Magnetic:3D Efficiency Map Analysis"):
		flag_has_conductor = check_conductor_condition(study)
		if(flag_has_conductor == 0):
			settings = Settings(study)
			type=-1
		else:
			if(study.GetMeshControl().GetValue(u"MeshType") != 2):
				settings = Settings_TR(study)
				type=0
			else:
				settings = Settings_TR_Patch(study)
				type=2
			
	elif(study.GetType() == "磁界:3次元磁界周波数応答解析" or study.GetType() == "Magnetic:3D Magnetic Field Frequency Analysis"):
		flag_has_conductor = check_conductor_condition(study)
		if(flag_has_conductor == 0):
			settings = Settings(study)
			type=-1
		else:
			settings = Settings(study)
			type=1
			

	else:
		settings = Settings(study)
		type=-1
	return type, settings


def create_dialog(app, study, type, settings):
	dialog = app.CreateDialogBox()
	title_en = "Recommended settings for 3D FEM conductor condtions"
	title_jp = "3次元FEMコンダクタ推奨設定"
	explain_en="Recommended settings below will be applied."
	explain_jp = "設定を下記推奨設定に変更します。"
	linear_en="Linear solver"
	linear_jp="線形ソルバー"
	
	iccg_en="Use fixed tolerance per step:"+str(settings.IccgTolerance)
	iccg_jp="ステップごとの残差に対応するICCG判定を行う(固定):"+str(settings.IccgTolerance)

	method_en="Calculation Method:A-phi Method 1"
	method_jp="解法:A-φ法1"

	accel_en="Acceleration coefficient:"+str(settings.IccgAccel)
	accel_jp="加速係数:"+str(settings.IccgAccel)
	

	non_linear_en="Nonlinear"
	non_linear_jp="非線形計算"

	if(type==0):
		HS_en="Use high speed solver"
		HS_jp="高速解法を用いる"
	elif(type == 2):
		HS_en="Not use high speed solver"
		HS_jp="高速解法を用いない"
	dB_en = "Maximum Change in Magnetic Flux Density: No"
	dB_jp = "磁束密度の最大変化量:なし"
	
	dialog.SetTranslation(title_en, title_jp)
	dialog.SetTranslation(explain_en, explain_jp)
	dialog.SetTranslation(linear_en, linear_jp)
	dialog.SetTranslation(iccg_en, iccg_jp)
	dialog.SetTranslation(method_en, method_jp)
	dialog.SetTranslation(accel_en, accel_jp)
	dialog.SetTranslation(non_linear_en, non_linear_jp)
	if(type==0 or type==2):
		dialog.SetTranslation(HS_en, HS_jp)
	dialog.SetTranslation(dB_en, dB_jp)


	dialog.SetTitle(title_en)
	dialog.AddLabel(explain_en)
	
	dialog.AddLine()
	dialog.AddLabel(linear_en)
	dialog.AddLabel("")
	dialog.AddLabel(accel_en)
	dialog.AddLabel(iccg_en)
	dialog.AddLabel(method_en)
	
	dialog.AddLine()
	dialog.AddLabel(non_linear_en)
	dialog.AddLabel("")
	if(type==0 or type == 2):
		dialog.AddLabel(HS_en)
	dialog.AddLabel(dB_en)

	return dialog

def show_message(app, title_en, title_jp, message_en, message_jp):
	msgdlg = app.CreateDialogBox()

	msgdlg.SetTranslation(title_en, title_jp)
	msgdlg.SetTranslation(message_en, message_jp)

	msgdlg.SetCancelButtonVisible(False)
	msgdlg.SetTitle(title_en)
	msgdlg.AddLabel(message_en)
	msgdlg.Show()
	return

def show_error_message(app, message_en, message_jp):
	title_en = "Error"
	title_jp = "エラー"
	show_message(app, title_en, title_jp, message_en, message_jp)
	return

def show_normal_end_message(app):
	title_en = "Settings is changed"
	title_jp = "設定適用終了"
	message_en = "Recommended settigs is applied."
	message_jp = "推奨設定が適用されました。"
	show_message(app, title_en, title_jp, message_en, message_jp)
	return

def show_cancel_end_message(app):
	title_en = "Canceled"
	title_jp = "設定適用終了"
	message_en = "The application of the settings is cancelled."
	message_jp = "設定の適用がキャンセルされました。"
	show_message(app, title_en, title_jp, message_en, message_jp)
	return

def main():
	app = designer.GetApplication()
	study = app.GetCurrentStudy()
	version,sub1,sub2 = platform.python_version_tuple()
	if (version == "2"):
		message_en = "This function is not supported with python 2.7."
		message_jp = "この機能はpython2.7には対応していません。"
		show_error_message(app, message_en, message_jp)
		return
	type, settings = make_settings_class(study)
	
	if(type == -1):
		message_en = "This study is not 3D, or does not have FEM conductor conditions."
		message_jp = "このスタディは3次元かつFEMコンダクタが設定されたスタディではありません。"
		show_error_message(app, message_en, message_jp)
		return
	elif(type == 1):
		message_en = "This study is not transient analysis."
		message_jp = "このスタディは過渡応答解析のスタディではありません。"
		show_error_message(app, message_en, message_jp)
		return
	dialog = create_dialog(app, study, type, settings)
	is_OK = dialog.Show()
	if(is_OK == 1):
		settings.apply_settings(study)
		study.SetCurrentCase(study.GetCurrentCase())
		show_normal_end_message(app)
	else:
		show_cancel_end_message(app)
	return

if __name__ == "__main__":
	main()

Download Python source code