This advanced demo showcases heavy mathematical computations using Python functions to generate beautiful fractals. Each fractal can contain thousands of data points calculated in real-time.
How it works: Click any "Generate" button to send a request to /function
with fractal parameters. The function performs complex mathematical operations and returns thousands of data points for visualization.
The classic fractal defined by z² + c. Generates thousands of data points through iterative calculations.
Julia sets with different complex constants. Each constant creates a unique fractal pattern.
A variation of the Mandelbrot set with absolute values, creating ship-like structures.
Generate multiple Julia sets simultaneously with different parameters. Computes 6 fractals in parallel.