GaussMathematics

VIRTUAL ASSET DATA

Virtual assets structured for models and interactive worlds.

Normalized 3D assets with geometry, materials, semantic metadata, engine validation, and per-asset provenance.

A 3D file is not automatically training-ready

Opening a GLB in a DCC tool does not mean the mesh is scaled, oriented, captioned, or cleared for a training run. A training-ready asset record adds geometry checks, runtime validation, semantic metadata, and per-asset provenance. Appearance alone is not the delivery.

Asset record anatomy

A record typically includes the normalized file, bounding box and up-axis, material slots, category and captions, checksums, and a license row. Optional fields — skeleton, clips, colliders — appear only when the source provides them and the tier requires them.

Validation pipeline

Source ingest, geometry sanity, scale and orientation, materials, metadata, engine load, then provenance close-out. Failed items return for correction instead of being silently dropped into a lake. Target runtime is named; we do not claim universal engine compatibility.

Asset tiers

Tiers have different required fields. Rig, animation, and collider data are not implied for every asset.

Object

Static props with geometry, materials, scale, and category metadata. No rig or animation is implied.

Character

Figure assets that may include a skeleton when the source provides one. Animation clips are recorded only when they exist and are authorized.

Environment

Scene pieces or rooms with spatial bounds and placement metadata. Not every environment is a fully interactive level.

Interactive Asset

Objects with documented interaction points or state fields. Colliders and scripts are included only when validated in the target runtime.

Simulation-Ready Asset

Assets checked for the physics or navigation assumptions of a named engine. This tier is scoped; it is not a default for every file.

Metadata and captions

Names in a filename are not a taxonomy. We attach machine-readable class, parts, and captions scoped to the collection. Caption style follows the model objective — retrieval, generation, or interactive use — rather than a single marketing paragraph per file.

Duplicate and near-duplicate analysis

Exact hashes catch identical exports. Near-duplicates need geometry and texture similarity with an explicit train/eval policy so variants do not leak across the split. Thresholds are program-specific.

Licensing and provenance

Each asset keeps a source and authorization row. Dataset-level footnotes are not a substitute. Training rights do not imply redistribution. Details live on Licensing & Provenance.

Ordinary file versus training-ready record

Ordinary asset fileTraining-ready asset record
Opens in one toolValidated in target runtime
Unknown scaleNormalized scale and orientation
Visual name onlySemantic metadata and captions
Dataset-level license notePer-asset provenance
No duplicate analysisExact and near-duplicate checks
Manual browsingMachine-readable manifest
Appearance focusedGeometry, usability, and rights checked

Virtual Asset Pilot

One defined category, normalized formats, metadata, provenance, validation report, and duplicate analysis. Scope follows the model and the rights you can document.