🧪 Augmented Reality Ar Education Simulation
Interactive simulation of how augmented-reality apps use visual SLAM to detect a real-world surface, anchor a virtual 3D object to it, and correct for camera-tracking drift as you move the viewpoint.
Augmented reality apps place digital content into the real world without any special hardware beyond a camera, by running visual SLAM: tracking distinctive image features frame to frame to estimate where the camera is and which surfaces are flat. This simulation renders that pipeline directly — a scatter of trackable feature points across a room, a plane detector that grows more confident the longer a surface is observed, and a miniature AR model anchored to it. Turn up the tracking noise to simulate a dim room or a blank wall and watch the rendered content visibly drift away from its true anchor point exactly as it does in a real AR session, then use Relocalize to see the tracker snap back once it recognises the scene again.
This simulation demonstrates how augmented reality can be used to enhance educational experiences. It showcases interactive learning environments and the integration of digital content with real-world objects.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install