Three.js compatibility adapters for Aura3D: core objects, math, cameras, geometries, materials, loaders, controls, animation, and migration helpers.

Runtime editor command history, selection state, picking, inspector models, play-mode snapshots, material variants, and transform gizmos for Aura3D.

React components and helpers for mounting Aura3D scenes with typed assets, cameras, lights, effects, and product-viewer scene builders.

Lean Aura3D browser runtime for production rendering, typed glTF products, and deterministic arcade games without physics, navigation, editor, or Node media dependencies.

Build AI-authored browser 3D apps with TypeScript, typed GLB/glTF assets, Vite templates, scene kits, diagnostics, screenshots, and deploy checks.

Deterministic rigid-body simulation, collision shapes, contacts, constraints, raycasts, fixed stepping, scene/ECS bridges, and debug draw extraction.

Entity identity, components, sparse-set and archetype storage, queries, command buffers, systems, scheduling, serialization, and transform components.

Behavior attachment, runtime phases, script context data, behavior registries, visual graph validation, graph serialization, and deterministic visual graph execution.

Diagnostics helpers for rendering, materials, shaders, physics, animation, ECS, profiling, resource leaks, overlays, and report export.

Web-optimized Aura3D 1.4.0 showcase GLB assets for CDN delivery.

CDN-hosted Aura3D 1.4.0 showcase GLB assets for public website examples.

Aura3D is a general purpose TypeScript/WebGL game engine designed to facilitate the swift implementation of 3D browser games. It is the domain-specific 3D variant of [Aura](https://github.com/optionallychained/Aura), providing a swathe of utility, from st