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@somakine/bodyparts3d-musculoskeletal

v0.2.0

Published

Real BodyParts3D 4.0 musculoskeletal data pack for Somakine.

Readme

@somakine/bodyparts3d-musculoskeletal

npm install @somakine/viewer @somakine/bodyparts3d-musculoskeletal three

Real musculoskeletal geometry derived from BodyParts3D 4.0. The pack contains 255 canonical structures and 383 renderable instances across eight regions, including source-native joint/ligament/tendon meshes, reviewed compound coverage, and explicit unavailable states where the source has no exact target representation.

BodyParts3D is © The Database Center for Life Science and licensed under CC Attribution 4.0 International. This data pack and its derived assets remain CC BY 4.0; the Somakine framework code license does not relicense the anatomy data. The imported Chinese terminology is review-pending and is not medical advice. The supplemental source mapping and audit are shipped as public/supplemental-manifest.json; its generated-asset notice is in public/LICENSE.bodyparts3d-supplemental.txt.

The package exports ./pack.json and ./assets/*. Browser hosts must still serve or bundle the GLB files and provide an assetResolver to the Viewer; the Viewer intentionally does not read files directly from node_modules. Bundlers that support asset URL imports can map each asset.uri (for example, assets/bodyparts3d/ankle-foot.glb) to the corresponding exported asset URL.

The package also exports bodyParts3DMusculoskeletalStats, a TypeScript-readonly summary of the included regions, structures, assets, and coverage. See the data-pack API reference.

Regenerate from a previously acquired, verified source workspace:

npm run import:bodyparts3d -- --source /absolute/path/to/source-workspace

Laterality (side) consolidation

As of pack version 4.0.0-somakine.1, the supplemental side-specific structures (left-/right- prefixed slugs such as left-calcaneal-tendon, right-calcaneal-tendon, left-long-plantar-ligament, and right/left-stylohyoid-ligament) are consolidated into their paired base structures, whose source OBJ elements already split into left/right mesh instances. Target one side of a paired structure through the viewer's side option instead of a side-specific id:

viewer.selectStructure("somakine:structure:calcaneal-tendon", { side: "left" });

The shipped generated.ts/pack.json have been regenerated from the verified source workspace and reflect this consolidated, side-addressable form.