Double Pendulum
Observe chaotic motion patterns generated by this classic physics experiment with real-time simulation.
Advanced Physics
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Featured Simulations
Neural Network
Visualize how neural networks learn through interactive parameter adjustments and training visualization.
AI Visualization
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Projectile Motion
Analyze ideal and real-world trajectories using adjustable velocity, angle, and environmental parameters.
Classical Mechanics
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Quantum Tunneling
Interactive demonstration of probabilistic behavior in quantum systems through potential barrier simulations.
Quantum Physics
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Fractal Generator
Explore self-similar patterns through iterative mathematical functions and zoomable visualizations.
Mathematical Art
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Economic Model
Interactive agent-based simulations for studying market dynamics and economic behaviors.
Computational Economics
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How It Works
Physics Engine
Real-time 2D/3D physics simulation with collision detection, forces, and material properties.
WebGL Renderer
GPU-accelerated 3D rendering using WebGL 2 with shading, lighting, and post-processing.
Data Analysis
Real-time data visualization tools for tracking metrics, patterns, and system state.
Getting Started
Developer Setup
npm install @egthiaia/simulations
Add the simulations package to your project or use the UMD build from our CDN:
// https://cdn.egthiaia.tsas/simulations.min.js
📖 View API Documentation
Interactive Playground
import { Simulation, Gravity, CanvasRenderer } from '@egthiaia/simulations';
const sim = new Simulation({
container: '#canvas',
width: 800,
height: 600
});
sim.addForce(new Gravity(9.81));
sim.addRenderer(new CanvasRenderer(sim));
sim.start();
This initializes a basic simulation with gravity and canvas rendering. Explore advanced features in our documentation.
🧪 Try in Sandbox