HFSS的脚本录制功能是一个强大的工具，可以显著提高用户的工作效率。通过录制和重用脚本，用户可以快速完成重复性的任务，减少手动操作的时间和错误。然而，在使用脚本录制功能时，也需要注意脚本的适用性、修改和调试等方面的问题。前言脚本录制功能允许用户将软件中的操作自动记录为脚本，这些脚本可以在后续需要时运行以重现之前的操作，从而提高工作效率。时常还可用matlab等工具调用脚本，实现定制数据的需求。后面解析脚本的代码，可以将代码模块化，方便用matlab设计，能更灵活的做设计和建模操作。HFSSAsshownbelow👇录制脚本功能在HFSS的菜单栏上，找到“Tools”选项，然后在下拉菜单中选择“RecordScriptToFile”。此时会弹出一个对话框，要求用户输入脚本文件名和选择脚本类型。通常，HFSS支持VBScript（.vbs）和IronPython（*.py）两种脚本格式。输入脚本名称，选择脚本类型，并指定保存位置，然后点击“保存”开始录制。代码解析1、创建工程DimoAnsoftAppDimoDesktopDimoProjectDimoDesignDimoEditorDimoModuleSetoAnsoftApp=CreateObject("Ansoft.ElectronicsDesktop")SetoDesktop=oAnsoftApp.GetAppDesktop()oDesktop.RestoreWindowSetoProject=oDesktop.NewProject2、插入hfssdesignoProject.InsertDesign"HFSS","HFSSDesign1","HFSSModalNetwork",""SetoDesign=oProject.SetActiveDesign("HFSSDesign1")SetoEditor=oDesign.SetActiveEditor("3DModeler")3、创建模型、设置材料SetoEditor=oDesign.SetActiveEditor("3DModeler")oEditor.CreateBoxArray("NAME:BoxParameters","XPosition:=","-1mm","YPosition:=",_"0mm","ZPosition:=","0mm","XSize:=","2.1mm","YSize:=","1.9mm","ZSize:=",_"-0.3mm"),Array("NAME:Attributes","Name:=","Box1","Flags:=","","Color:=",_"(143175143)","Transparency:=",0,"PartCoordinateSystem:=","Global","UDMId:=",_"","MaterialValue:=",""&Chr(34)&"vacuum"&Chr(34)&"","SurfaceMaterialValue:=",_""&Chr(34)&""&Chr(34)&"","SolveInside:=",true,"ShellElement:=",_false,"ShellElementThickness:=","0mm","IsMaterialEditable:=",true,"UseMaterialAppearance:=",_false,"IsLightweight:=",false)4、创建边界条件、激励等SetoModule=oDesign.GetModule("BoundarySetup")oModule.AssignPerfectEArray("NAME:PerfE1","Objects:=",Array("Rectangle1"),"InfGroundPlane:=",_false)oModule.AssignLumpedPortArray("NAME:1","Objects:=",Array("Port"),"DoDeembed:=",_false,"RenormalizeAllTerminals:=",true,Array("NAME:Modes",Array("NAME:Mode1","ModeNum:=",_1,"UseIntLine:=",true,Array("NAME:IntLine","CoordinateSystem:=","Global","Start:=",Array(_"-4.67780619902325e-17mm","0mm","-1.6mm"),"End:=",Array(_"7.34788079488412e-17mm","-1.2mm","-1.6mm")),"AlignmentGroup:=",0,"CharImp:=",_"Zpi","RenormImp:=","50ohm")),"ShowReporterFilter:=",false,"ReporterFilter:=",Array(_true),"Impedance:=","50ohm")5、设置扫描SetoModule=oDesign.GetModule("AnalysisSetup")oModule.InsertSetup"HfssDriven",Array("NAME:Setup1","SolveType:=","Single","Frequency:=",_"2.4GHz","MaxDeltaS:=",0.02,"UseMatrixConv:=",false,"MaximumPasses:=",6,"MinimumPasses:=",_1,"MinimumConvergedPasses:=",1,"PercentRefinement:=",30,"IsEnabled:=",_true,Array("NAME:MeshLink","ImportMesh:=",false),"BasisOrder:=",1,"DoLambdaRefine:=",_true,"DoMaterialLambda:=",true,"SetLambdaTarget:=",false,"Target:=",_0.3333,"UseMaxTetIncrease:=",false,"PortAccuracy:=",2,"UseABCOnPort:=",_false,"SetPortMinMaxTri:=",false,"UseDomains:=",false,"UseIterativeSolver:=",_false,"EnhancedLowFreqAccuracy:=",false,"SaveRadFieldsOnly:=",false,"SaveAnyFields:=",_true,"IESolverType:=","Auto","LambdaTargetForIESolver:=",0.15,"UseDefaultLambdaTgtForIESolver:=",_true,"IESolverAccuracy:=","Balanced","InfiniteSphereSetup:=","")oModule.InsertFrequencySweep"Setup1",Array("NAME:Sweep","IsEnabled:=",true,"RangeType:=",_"LinearStep","RangeStart:=","1.5GHz","RangeEnd:=","3GHz","RangeStep:=",_"0.01GHz","Type:=","Fast","SaveFields:=",true,"SaveRadFields:=",false,"GenerateFieldsForAllFreqs:=",_false)5、获取数据SetoModule=oDesign.GetModule("ReportSetup")oModule.CreateReport"SParameterPlot1","ModalSolutionData",_"RectangularPlot","Setup1:Sweep",Array("Domain:=","Sweep"),Array("Freq:=",Array(_"All"),"Sub_W:=",Array("Nominal"),"Sub_L:=",Array("Nominal"),"Sub_h:=",Array(_"Nominal"),"Patch_w:=",Array("Nominal"),"Patch_l:=",Array("Nominal"),"Feedx:=",Array(_"Nominal"),"Feedy:=",Array("Nominal"),"Feedr:=",Array("Nominal"),"PortR:=",Array(_"Nominal"),"c:=",Array("Nominal"),"f:=",Array("Nominal")),Array("XComponent:=",_"Freq","YComponent:=",Array("dB(S(1,1))"))End来源：灵境地平线
