This is my C++ project built with SFML that simulates and visualizes the process of entropy increase in a particle system. Each particle has an associated temperature, which is represented by a color. When particles interact, their temperatures tend to equalize, providing a visual model of energy distribution and entropy growth.
Features:
- Color-coded particles – temperature mapped to visible colors.
- Entropy simulation – demonstrates how local temperature differences lead to equilibrium.
- Interactive editor mode – select regions with the mouse and assign custom temperatures.
- Even temperature assignment
- Random temperature assignment within a given range
- Real-time visualization with SFML.