Learn to create immersive VR/AR experiences using Exiasi's physics engine and 3D visualization framework.
Exiasi's extended reality framework allows developers to create immersive interfaces where users can interact with digital objects in real physical space.
This tutorial assumes basic knowledge of 3D modeling and Unity/UE5 workflows.
Use LiDAR scanning tools to create interactive spatial maps of real-world environments for AR integration.
Implement physics-based interactions using Exiasi's microgravity simulation framework.
This example demonstrates how to bind AR gestures to particle events in a live 3D environment. Use the Exiasi physics engine API to create natural spatial interactions between users and simulated objects.
// Simple spatial binding
interface = ARInterface({
physics: true,
resolution: 4K
});
interface.on('hand-grab', (pos) => {
particleSystem.spawn(pos.x, pos.y, pos.z);
});
Combine AI with XR for real-time route optimization in complex 3D environments using our pathfinding API.
Build collaborative virtual workspaces with synchronized physics and real-time haptic feedback.
Ready to take your VR/AR development to the next level? Explore our physics engine integration or try our AI-driven pathfinding framework.