Run arbitrary Blender Python (bpy) against a base revision and commit the result as a new immutable revision. Policy-gated: an owner must enable scripting on the deployment first. Runs in a credential-free, network-restricted throwaway container; the runner loads the scene before your script and commits it after. Assign a JSON-serializable value to a variable named `result` to get it back in job_get result.scriptResult with full finite JSON retained in an immutable report up to 8 MiB. Use job_report section=report for complete stored bytes; non-JSON or oversized results are explicitly unavailable. The result variable is not predeclared: no assignment records hasResult=false, while result=None records hasResult=true with JSON null. print() output returns as result.scriptStdoutTail — both are returned in the job_get/job_wait text, so use them for introspection instead of encoding findings into object names. A script that raises commits NOTHING: the revision is only written after the whole script succeeds, so failures leave the base revision untouched. The runner evaluates the depsgraph before your first statement, so world transforms of pre-existing objects are correct on entry; objects your script CREATES keep an identity matrix_world until you call bpy.context.view_layer.update(), so measure world positions only after that call — otherwise obj.matrix_world reads zeros and any floor, bounds or framing number you derive from it is silently wrong. The environment is FIXED (Blender 5.2 LTS) — verify identifiers with docs_bpy_lookup (free, instant) instead of a probe job. Call docs_operations FIRST: the validated DSL already covers 298 operations including booleans, lathe, loft, UV unwrap, modifiers, materials, lights, cameras and render settings, and scene_apply is cheaper and safer for all of them. Reach for scripting only for shader node graphs, novel parametric generators, and computation.
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