implementing-spatial-xr

To add WebXR VR and AR modes to your React Three Fiber app, you can integrate @react-three/xr with Three.js. This enables seamless switching between desktop, VR, and AR rendering while supporting controller and hand tracking.

Yes, @react-three/xr supports plane detection and hit testing for AR environments. This enables realistic virtual object placement by allowing your application to detect real-world surfaces and utilize spatial anchors.

Building a cross-platform spatial computing interface is best achieved using WebXR with @react-three/xr, which adapts to user environments and input methods across desktop, VR, and AR within a single application.

Mesh detection for AR occlusion in Three.js works by scanning the physical environment to generate geometric meshes, allowing virtual objects to be occluded realistically by real-world structures and enhancing immersive spatial understanding.

Yes, you can use intent-based input alongside WebXR controller and hand tracking. This approach allows your spatial application to interpret user interactions and adapt the interface based on the active input method.

WebXR spatial anchors depend heavily on the underlying device's capabilities for plane and mesh detection. If a device lacks environmental understanding hardware, anchor persistence and accurate occlusion may function poorly or fail.