godot-greybox-to-asset

To swap greybox levels for final 3D assets in Godot without breaking spatial layout, replace BoxMesh placeholders with sourced .glb props using in-place swaps that preserve node name, position, and rotation. This prevents shifting the scene during the art pass.

Delete placeholder geometry during a Godot art pass only after verifying the swapped scene. This validation-first workflow ensures sourced .glb models are correct before removing BoxMesh props and re-baking the navmesh.

Navmesh rebaking after replacing greybox geometry requires final .glb geometry to be installed first. The workflow validates the swapped scene, deletes placeholder geometry, and then re-bakes the navmesh to match the new collision surfaces.

The best way to migrate BoxMesh placeholders to .glb props in a Godot .tscn file is to inventory and classify greybox nodes, distinguishing props from large flat surfaces, then perform safe in-place replacements while preserving placement, collisions, and navigation.

Replacing greybox surfaces with tileable textures shifts the Godot scene if placeholders are removed too early or assets are swapped without preserving node name, position, and rotation. Safe in-place re-skinning prevents this failure mode.

Yes, this greybox to asset migration workflow handles both props and large flat surfaces. It swaps props for .glb models and re-skins large surfaces with tileable textures, preserving spatial layout, collisions, and navigation for both types.