SpaceClaim script to list component/body suppress-for-physics status

Hello, I'm trying to make a script to list all the components / bodies and their suppress-for-physics status (true or false) in a SpaceClaim model.
But the suppressed body still shows suppressed = false status.
Would somebody be able to point out what's wrong about my script?

# Python Script, API Version = V242
document = DocumentHelper.GetActiveDocument()

for component in document.Parts:
    print(component.Name)
    for body in component.Bodies:
        print(body.Name, body.IsSuppressed)

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Accepted answers

Gabriel Messager

Hi @Naritoyo,

Please use this script:

for component in GetRootPart().GetAllComponents(): print(component.GetName()) for body in component.Content.Bodies: print (body.Name, body.IsSuppressed)

All comments

Gabriel Messager

Hi @Naritoyo,

Please use this script:

for component in GetRootPart().GetAllComponents(): print(component.GetName()) for body in component.Content.Bodies: print (body.Name, body.IsSuppressed)

Naritoyo

@Gabriel Messager , Sorry for my delayed reply, and thanks for yours.
Much appreciated.

Naritoyo

Thanks again @Gabriel Messager.

With your support and some assistance from AI, I put together a sample script that prints the BOM structure with indentation, from the root part to the bodies of each component.

This could probably be simplified further, but I’m sharing it here in case it helps others.

root = GetRootPart()
f = open(r'D:\test\SC_bom.txt', 'w')

def out(s):
    # Print and Write to a file

    print(s)
    f.write(s + "\n")

def walk_component(comp, ind=""):
    # Component line
    out(u"{0}+ [C] {1}".format(ind, comp.GetName()))

    # Bodies directly owned by this component
    for b in comp.Content.Bodies:
        out(u"{0}  - [B] {1}  Suppressed={2}".format(
            ind, b.GetName(), b.IsSuppressed
        ))

    # Recurse into child components, with indentation
    for ch in comp.GetComponents():
        walk_component(ch, ind + "  ")

def walk_root(root_part):
    # Root line 
    out(u"+ [C] {0}".format(root_part.GetName()))

    # Start from components directly under RootPart
    for c in root_part.Components:
        walk_component(c, u"  ")

# Start traversal from RootPart
walk_root(root)
f.close()