A collection of fractals, physics simulations, and animations generated with Python.
Newton Fractal generated to high precision.
A very chaotic Newton Fractal
A Newton Fractal with moving roots and shading dependent on convergence rate.
A basic Mandlebrot set generated with recursion.
A Double Pendulum simulation using runge kutta methods to showcase divergent/chaotic nature of starting positions.
Each point represents a different starting position for a double pendulum with respect to theta1 and theta2. White means that the double pendulum never flips. The darker colors represent how quickly the double pendulum fips.