🌐 Live Demo: https://creative-digital-labs.netlify.app
Creative Playground Lab is an interactive creative coding playground that showcases a collection of visual simulations, generative art experiments, and physics-inspired animations built using modern web technologies.
The project demonstrates how mathematics, physics, and creative coding can be combined to produce beautiful interactive visual experiences directly in the browser.
Users can explore different simulations, adjust parameters in real time, and observe how particles, forces, and generative algorithms create evolving visual patterns.
- 🌌 Interactive Visual Simulations
- ⚛ Real-time Particle Systems
- 🎛 Live Parameter Controls
- 🌀 Mathematical & Physics Inspired Experiments
- ✨ Smooth WebGL Rendering
- 🖱 Interactive Camera Controls
- 📷 Screenshot Capture
- ⏸ Pause / Resume Simulations
- 🎨 Creative Coding Experiments
Creative Playground Lab contains multiple visual experiments such as:
- Particle motion systems
- Physics-based interactions
- Generative mathematical patterns
- Visual attractor simulations
- Interactive animation systems
- Dynamic particle swarms
- Real-time visual effects
Each module explores different concepts from creative coding, generative art, and simulation design.
| Action | Function |
|---|---|
| 🖱 Mouse Drag | Rotate the scene |
| Scroll | Zoom in or out |
| ⏸ Pause | Pause the simulation |
| 📷 Screenshot | Capture current frame |
| Controls Panel | Modify simulation parameters |
These controls allow users to interact with simulations and experiment with different visual behaviours.
- Three.js
- WebGL
- GPU Accelerated Particle Rendering
- HTML5
- CSS3
- JavaScript (ES Modules)
- Real-time particle updates
- mathematical motion systems
- procedural animation logic
Creative Playground Lab focuses on combining science, mathematics, and art into a unified interactive experience.
The goal is to explore how visual systems, particle dynamics, and generative algorithms can create engaging browser-based simulations.
Bettina Anne Sam
⭐ If you enjoy this project, consider giving it a star on GitHub.