如何直接用VScode运行生成一个模型文件？

GBH

请问Python代码如何操作UG建模呀？直接用VScode运行会报错，比如下面这段代码我这里已经有NXOpen了，但是还是在第一行报错，问了ChatGPT，说得用UG里面的“菜单”>“执行”，但是我也没找到能运行Python脚本的选项，能不能直接用VScode运行生成一个三维模型啊？有没有大神能解答一下
import NXOpen

0 m/ [( N& [) G0 @# 创建一个新的UG会话
theSession = NXOpen.Session.GetSession()

0 J+ P4 u: C' V' E* _. g$ u# 获取当前工作部件
& A8 p  _1 x7 l. pworkPart = theSession.Parts.Work

# 创建一个新的坐标系
, l4 |5 ?) N7 |* acoordinateSystemBuilder = workPart.CoordinateSystems.CreateCoordinateSystemBuilder(NXOpen.CoordinateSystem.Null)
coordinateSystemBuilder.Origin.SetValue(0.0, 0.0, 0.0)
. B7 w+ U* S7 T# x* D, GcoordinateSystem = coordinateSystemBuilder.Commit()

' e6 m8 J) j4 y1 x7 p; k  G# 创建一个新的点
pointBuilder = workPart.Points.CreatePointBuilder(NXOpen.Point.Null)
pointBuilder.CoordinateSystem.SetValue(coordinateSystem)
0 x9 v0 K9 t( JpointBuilder.PointType = NXOpen.Point.PointTypes.Point
3 |1 K: }, R& o' T/ \9 bpointBuilder.Point.SetValue(1.0, 2.0, 3.0)
+ k: h, v( y6 B5 v, ~* w; Mpoint = pointBuilder.Commit()

# 创建一个新的直线
. k. h- N/ x6 l0 M1 D' KlineBuilder = workPart.Curves.CreateLineBuilder(NXOpen.Line.Null)
6 f- G/ t  G+ z, B( i) `9 F" WlineBuilder.CoordinateSystem.SetValue(coordinateSystem)
( d: u9 }5 Y/ O) ?; WlineBuilder.StartPoint.SetValue(point)
( G* H5 Z, N1 R" LlineBuilder.EndPoint.SetValue(4.0, 5.0, 6.0)
2 @% m. G5 a6 Mline = lineBuilder.Commit()
, w1 T# D2 |& s% E3 f
# 创建一个新的圆柱体
' t- `7 F$ f0 ecylinderBuilder = workPart.Features.CreateCylinderBuilder(NXOpen.Features.Cylinder.Null)
' e  G& i+ B+ l  S' u* w  |& qcylinderBuilder.CoordinateSystem.SetValue(coordinateSystem)
; m4 C, y6 T% E& ^cylinderBuilder.StartFace.SetValue(line)
7 [* F/ G6 z3 H5 LcylinderBuilder.Height.ExplicitValue = 10.0
) g  n2 @2 r& f5 F4 ncylinderBuilder.Radius.ExplicitValue = 2.0
5 ^3 G  I* f0 z. ]! @% |! P. ncylinder = cylinderBuilder.Commit()
( u; \) S& H( |$ E8 `4 F
' `* W9 n) S8 t4 d+ @# 更新显示
workPart.ModelingViews.WorkView.Fit()
! @6 h! T0 t; j8 Y: q
( E7 v; D; t+ W; j0 M# 保存模型
outputFile = "D:\\BaiduSyncdisk\\AAAAAAA_yanyi_xia\\程序\\UGAPI.prt"
5 {, U7 I: b# ~workPart.SaveAs(outputFile)

! m4 D6 p" R7 {5 e; Y( S! ]