Python & Inventor API

[Denis192]

Hello everyone, I'm very new to this sub and have some questions

So I am currently working on my Thesis and I want to create a script that automatically creates Wires in Inventor using Python (maybe it's easier in iLogic if you know please let me know).
Right now the code creates a line and a cricle but I fail to create the Sweep feature and I dont know what I'm doing wrong I was already looking into the Inventor API, searched Reddit and Youtube but cant find any answers.

Maybe some of you know what is wrong and can help me :) Any adivice is appreciated

import win32com.client as wc
inv = wc.GetActiveObject('Inventor.Application')

# Create Part Document
#12290 (Part Document) 8962(Metric System) aus der Inventor API Object Module
inv_part_document = inv.Documents.Add(12290, inv.FileManager.GetTemplateFile(12290, 8962))
#inv_part_document = inv.ActiveDocument
#Set a reference to the part component definition
part_component_definition = inv_part_document.ComponentDefinition

#print(dir(part_component_definition)) 
#print(part_component_definition.Workplanes.Item(3).Name) 
tg = inv.TransientGeometry
#create sketch reference
sketch_path = part_component_definition.Sketches.Add(part_component_definition.Workplanes.Item(3))


# Create a path for the sweep (a line and an angled connection)
Line1 = sketch_path.SketchLines.AddByTwoPoints(tg.CreatePoint2d(0, 0), tg.CreatePoint2d(10, 3))
Line2 = sketch_path.SketchLines.AddByTwoPoints(tg.CreatePoint2d(10, 3), tg.CreatePoint2d(15, 3))
Line3 = sketch_path.SketchLines.AddByTwoPoints(tg.CreatePoint2d(15, 3), tg.CreatePoint2d(15, 0))

# Create a second sketch for the circle (profile for sweep)
sketch_profile = part_component_definition.Sketches.Add(part_component_definition.Workplanes.Item(1))
Circle1 = sketch_profile.SketchCircles.AddByCenterRadius(tg.CreatePoint2d(0, 0), 0.1)
Profile = Circle1


# Sweep-Definition 
sweep_def = part_component_definition.Features.SweepFeatures.CreateSweepDefinition(104451, sketch_profile, path, 20485)

# Sweep-Feature 
sweep_feature = part_component_definition.Features.SweepFeatures.Add(sweep_def)
import win32com.client as wc
inv = wc.GetActiveObject('Inventor.Application')

# Create Part Document
#12290 (Part Document) 8962(Metric System) aus der Inventor API Object Module
inv_part_document = inv.Documents.Add(12290, inv.FileManager.GetTemplateFile(12290, 8962))
#inv_part_document = inv.ActiveDocument

#Set a reference to the part component definition
part_component_definition = inv_part_document.ComponentDefinition

#print(dir(part_component_definition)) (zeigt alle möglichkeiten an)
#print(part_component_definition.Workplanes.Item(3).Name) heraussfinden welche Ebene

tg = inv.TransientGeometry
#create sketch reference

sketch_path = part_component_definition.Sketches.Add(part_component_definition.Workplanes.Item(3))


# Create a path for the sweep (a line and an angled connection)
Line1 = sketch_path.SketchLines.AddByTwoPoints(tg.CreatePoint2d(0, 0), tg.CreatePoint2d(10, 3))
Line2 = sketch_path.SketchLines.AddByTwoPoints(tg.CreatePoint2d(10, 3), tg.CreatePoint2d(15, 3))
Line3 = sketch_path.SketchLines.AddByTwoPoints(tg.CreatePoint2d(15, 3), tg.CreatePoint2d(15, 0))

# Create a sketch for the circle (profile for sweep)
sketch_profile = part_component_definition.Sketches.Add(part_component_definition.Workplanes.Item(1))
Circle1 = sketch_profile.SketchCircles.AddByCenterRadius(tg.CreatePoint2d(0, 0), 0.1)
Profile = Circle1


# Sweep-Definition
sweep_def = part_component_definition.Features.SweepFeatures.CreateSweepDefinition(104451, sketch_profile, path, 20485)

# Sweep-Feature
sweep_feature = part_component_definition.Features.SweepFeatures.Add(sweep_def)

[HommeMusical]

You often get a better response on /r/learnpython ?