Welcome to the Fractal Collection — a minimalist set of Python programs generating various fractal patterns using the Turtle graphics library.
This repository contains multiple fractal scripts, each designed with simplicity and clarity in mind. The code is structured so you can easily modify parameters like recursion depth, colors, and sizes to explore different fractal shapes and details.
- Mandelbrot Set: This fractal takes longer to render due to its computational complexity, but the image will eventually appear with enough patience.
- Chaos Game Polygon Generator: This versatile script can generate multiple types of Sierpinski polygons (triangles, squares, hexagons, and more) by adjusting parameters. The "jump factor" used to determine new points is usually a close approximation and may not be perfect for every polygon type.
- Other fractals include classic shapes like the Dragon Curve, Hilbert Curve, Sierpinski Triangle, Koch Snowflake, and more.
- Each fractal program follows a consistent, well-documented format, making it easy to understand and adapt.
- Parameters such as recursion depth, polygon sides, colors, and sizes are clearly marked at the top of each script.
- The minimalist approach keeps the code clean and focused on the core fractal logic without unnecessary complexity.
I have worked closely with an AI assistant to polish and refine the code, ensuring consistency, clarity, and functionality across all scripts in this collection.
If you encounter any issues, have questions, or want to suggest improvements, feel free to reach out to me at: