Use the sliders to adjust gravity, rotation speed, and the number of balls in real time. Clicking anywhere on the canvas will activate the simulation and launch the balls toward your cursor. Each ball produces a unique sound when colliding with the rotating hexagon, creating an interactive and dynamic audio-visual experience.
Click anywhere on the canvas to launch the balls towards the cursor. The balls will collide with the rotating hexagon, creating unique sounds on impact. Adjust the sliders to change the gravity, rotation speed, and the number of balls in the simulation.
This interactive physics simulation showcases the collision of balls with a rotating hexagon, generating distinct sounds upon impact. The simulation incorporates gravity, friction, and energy conservation to create a dynamic and engaging experience.
This simulation demonstrates collision physics, energy conservation, and rotational influence in a confined system. Increasing the number of balls adds complexity, while adjusting gravity and friction alters movement dynamics. Try increasing rotation speed to observe how angular momentum affects ball motion!
Note: For the best experience, please use a modern browser that supports the Web Audio API.
Controls:
Created by BioniChaos and ChatGPT. For educational and experimental use. Enjoy exploring the interplay of physics and sound!