Vuer.ai
Official@vuer-ai
The Vuer XR Visualization Framework for Scene Representation and Robotics.
Agent Skills by Vuer.ai
Showing 7 vetted skills indexed across 1 GitHub repositories.
vuer-aixr
Enable VR/AR/XR hand tracking, controllers, and AR mesh visualization in a unified scene.
vuer-aiserver
Configure and run a Vuer server with decorators, events, and SSL for VR.
vuer-aicomponents
Document Vuer 3D components for primitives, meshes, URDF models, cameras, and lighting.
vuer-aigetting-started
Link a Python asyncio backend to a Three.js browser client via WebSocket for real-time 3D scenes.
vuer-aiexamples
Demonstrate Vuer scene patterns for animation, URDF loading, and interactivity.
vuer-aievents
Coordinate Vuer session events, custom events, and RPC across 3D scenes.
vuer-aiclient
Connect VuerClient to Vuer servers and emit custom events for real-time scene control.
Frequently Asked Questions About Vuer.ai
FAQPage SchemaWhat specific tasks does Vuer enable for robotics engineers?▼
Vuer enables the real-time visualization of robotics data by rendering URDF models and sensor meshes directly in a browser. It facilitates interactive scene control, allowing engineers to manipulate 3D components, lighting, and camera perspectives while receiving live feedback from remote hardware or simulation backends.
Which technical personas benefit most from this framework?▼
Robotics researchers, XR developers, and 3D visualization engineers benefit most from this framework. It is designed for professionals who need to bridge backend state management with high-fidelity, interactive 3D browser environments without building custom rendering engines from scratch.
What are the core dependencies for running a Vuer session?▼
To run a session, you require a backend environment capable of managing WebSocket connections and a modern browser client supporting Three.js. The setup involves configuring a server instance to handle scene events, SSL for secure communication, and the integration of specific 3D primitives or URDF assets.