A Python-based simulation that visualizes particle collisions and their dynamics, replicating high and low-pressure zones through interactive barrier control and particle density visualization.
The Particle Pressure Simulator demonstrates how particles behave under varying conditions. Users can control a barrier to influence particle interactions, simulating regions of high and low pressure. The simulation leverages Turtle graphics for a dynamic and engaging visualization of particle physics principles.
- Up Arrow: Move the barrier upward.
- Down Arrow: Move the barrier downward.
- Particle Generation: A set number of particles are randomly generated on the screen, each with a unique color and direction.
- Barrier Interaction: A horizontal barrier at the top of the screen can be moved up or down to influence particle movement.
- Collision Dynamics: Particles bounce off the barrier, walls, and edges, simulating realistic motion.
- Pressure Zones: The concentration of particles in specific areas of the screen creates visual zones of high and low pressure, mimicking real-world physical phenomena.
- Real-Time Updates: The simulation runs continuously, dynamically updating particle positions and interactions.