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cc91a1146f
Three project-bake formats now match the three zone-bake formats —
full project terrain reachable from every universal-3D ecosystem:
wowee_editor --bake-project-obj custom_zones # DCC tools
wowee_editor --bake-project-stl custom_zones # 3D printing
wowee_editor --bake-project-glb custom_zones # web viewers
Shared per-zone walking pass collects vertex+index pools per zone,
then the format-specific tail emits:
STL → per-triangle 'facet normal'+'outer loop'+vertex×3
GLB → packed BIN chunk + JSON describing per-zone meshes
GLB output gives one mesh+node per zone (named 'zone_NAME') so
viewers can toggle zones independently — same pattern as
--bake-zone-glb but at project scope. STL is single-solid since
slicers don't have a useful concept of multi-part STL.
Coords align across all three exporters and across zone vs project
scope, so:
- A zone .obj overlaid with its containing project .obj lines up
- A project .glb opened in three.js shows zones at the same coords
the renderer uses
Verified on a 2-zone project (Forest + Desert):
- project.stl: 2 zones, 2 tiles, 65536 facets
- project.glb: 2 zones, 2 tiles, 41472 verts, 65536 tris, 1.78MB BIN
- --validate-glb on project.glb: PASSED
Bake granularity matrix complete:
OBJ STL GLB
single model --export-obj --export-stl --export-glb
single zone --bake-zone-obj --bake-zone-stl --bake-zone-glb
whole project --bake-project-obj --bake-project-stl --bake-project-glb
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|---|---|---|
| .. | ||
| asset_extract | ||
| auth_login_probe | ||
| auth_probe | ||
| blp_convert | ||
| dbc_to_csv | ||
| editor | ||
| asset_pipeline_gui.py | ||
| backup_assets.sh | ||
| diff_classic_turtle_opcodes.py | ||
| gen_opcode_registry.py | ||
| generate_ffx_sdk_vk_permutations.sh | ||
| m2_viewer.py | ||
| opcode_map_utils.py | ||
| validate_opcode_maps.py | ||