Quantum Rendering 101

Quantum rendering combines advanced physics simulations with quantum computing principles to create visually stunning, optimized outputs in real-time. This tutorial will guide you through the fundamentals of quantum rendering pipelines and how Moby makes it accessible for developers.

Getting Started

Quantum rendering involves three core components:

// Initialize quantum renderer
import { QuantumCanvas } from '@moby/core';

const renderer = new QuantumCanvas({
    width: 1024,
    height: 768,
    quantumLevel: 'basic'
});

renderer.on('renderStart', () => {
    console.log('Quantum rendering initiated');
});

// Apply a quantum effect
renderer.qSpace.applyEffect('entangle', {
    source: '#particle1',
    target: '#particle2'
});

// Measure quantum state
const state = renderer.qSpace.measure('#system1');

renderer.observe({
    onFrame: (frame) => {
        // Process each quantum frame
        document.getElementById('output').appendChild(frame);
    }
});