SandSpiel - Interactive Sand Simulation
Materials
Controls
How It Works
Particle Physics
This simulation uses a grid-based approach where each pixel follows basic physics rules. The particles interact based on their properties:
- Sand falls downward and piles up realistically
- Water flows and spreads horizontally
- Fire rises, spreads, and eventually burns out
- Plants grow when near water and can be burned by fire
- Oil floats on water but is highly flammable
- Smoke Produced by fire, rises upward and dissipates over time
- Salt Can dissolve in water, changing water properties
- Ice Frozen water that melts when heated, creating water
Physics & Interactions
The beauty of SandSpiel lies in the emergent interactions between elements:
Element Reactions
Water extinguishes fire, creating steam. Lava turns sand into rock. Acid dissolves materials. The possibilities are endless!
States of Matter
Experience simulated solids, liquids, and gases - each with unique physical properties that create realistic behavior.
Custom Gravity
Adjust the simulation's gravity to see how particles behave under different conditions - from low-gravity environments to high-gravity worlds.
About SandSpiel
SandSpiel has a rich history in the world of interactive media. These physics-based simulations continue to captivate audiences with their simple yet profound mechanics, allowing users to experiment with fundamental physical principles in an intuitive way.
Educational Value
These simulations provide an intuitive way to understand complex systems, demonstrating how simple rules can create complex, lifelike behaviors. They're excellent teaching tools for concepts in physics and chemistry.
Creative Expression
Beyond education, SandSpiel is a tool for creativity. Users can craft intricate scenes, test chain reactions, or simply enjoy the meditative quality of watching particles flow and interact.
Modern Implementation
This implementation uses modern web technologies to create a smooth, responsive experience across devices. The particle engine runs entirely in your browser, allowing for seamless interaction.