AR 3.1 Core Concepts
Master augmented reality fundamentals with eggisasa's comprehensive technical documentation. This knowledgebase covers essential components of the AR3-1 protocol including spatial anchors, multi-user tracking, and real-time rendering optimization techniques.
Protocol Overview
1. Spatial Anchoring System
AR3-1 uses a distributed coordinate system for consistent object placement across devices. Key features include...
The spatial system uses a combination of SLAM (Simultaneous Localization and Mapping) with device-specific calibrations. Multi-user environments maintain synchronization via a centralized anchor registry.
2. Rendering Pipeline
- WebGL 2.0 optimized shaders
- Real-time occlusion detection
- Cross-platform depth buffer support
gl.enablei(EXT_texture_filter_anisotropic.TEXTURE_MAX_ANISOTROPY_EXT, 4.0);
3. Network Protocol
- WebRTC-based peer connections
- Delta compression (512bit)
- 15ms latency target
Getting Started
Sample AR3-1 Code Snippet
// Initialize AR3.1 session
const session = new ARSession({
spatialAnchor: true,
resolution: 2048,
multiuser: {
signalingServer: 'wss://api.eggi.isasa/ar3.1',
peerLimit: 4
}
});
// Place AR object
session.placeObject('sphere', {
position: {x: 1.2, y: 0.5, z: 3.0},
material: 'metallic'
});
// Handle user presence
session.on('userJoin', (userID) => {
console.log(`User ${userID} entered the AR space`);
});
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