Instructions & Description
Bacterial Growth Simulation: This simulation visualizes Schramm-Loewner Evolution (SLE) curves representing the boundary of a growing bacterial colony. Adjust the "Kappa" parameter to change the windiness of the growth. A lower kappa results in smoother growth, while a higher kappa produces a more complex, branching pattern. Use the "Speed" control to adjust how fast the simulation runs. Use the "Zoom" control to zoom in and out of the simulation. Click "Start Simulation" to begin drawing the curve. Use "Pause Simulation" to pause or continue the simulation. Use "Reset Simulation" to restart. Click on the canvas to add attractor points that influence the growth.
Blind Explorer Simulation: This simulation visualizes the path of a blind explorer using Schramm-Loewner Evolution (SLE) curves. The explorer moves randomly while avoiding crossing their own path. Adjust the "Kappa" parameter to change the randomness of the path. A lower kappa results in a straighter path, while a higher kappa produces a more erratic journey. Use the "Speed" control to adjust how fast the simulation runs. Use the "Zoom" control to zoom in and out. Click "Start Simulation" to begin drawing the explorer's path. Use "Pause Simulation" to pause or continue. Use "Reset Simulation" to restart.
Quantum Particle Simulation: This simulation visualizes the random motion of quantum particles using a quantum random walk algorithm. Adjust the "Kappa" parameter to change the randomness of the particle's movement. Use the "Speed" control to adjust the simulation speed. Use the "Zoom" control to zoom in and out. Click "Start Simulation" to begin. Use "Pause Simulation" to pause or continue. Use "Reset Simulation" to restart.
Fractal Tree Simulation: This simulation visualizes fractal trees growing recursively. Adjust the "Branching Angle" and "Depth" to change the complexity of the tree. Use the "Speed" control to adjust how fast the tree grows. Use the "Zoom" control to zoom in and out. Click "Start Simulation" to begin drawing the tree. Use "Pause Simulation" to pause or continue. Use "Reset Simulation" to restart.