# Fractals with generativepy

Martin McBride, 2021-06-03

Categories generativepy generative art

You will probably be familiar with some of the most famous fractals, such as the Mandelbrot set, Sierpinski triangle, or Lorenz Attractor.

## Types of fractal

There are a number of different types of fractals, but they all tend to have certain things in common:

- Fractals tend to have complex shapes.
- The shapes often possess infinite amounts of detail, which means that you can zoom in on the shape forever and there will always be more detail.
- They are often self-similar at different scales, that is as you zoom in the image will have similar features to the original image.
- They are often created by very simple formulas.

There are several different ways to create fractals:

- Strange attractors, such as the Tinkerbell fractal covered below.
- Escape time fractals, such as the Mandelbrot fractal also covered below.
- Iterated function systems
- Grammar based systems, such as L-systems and finite subdivision rules.
- Random fractals, such as fractal landscapes and diffusion limited aggregation.

We will cover strange attractors and escape time fractals in this section, because they have similar implementations.

## Examples

Here are some strange attractors and escape time fractals that can be created with generativepy:

- Tinkerbell
- Tinkerbell in colour
- Kings dream
- Gingerbread man
- Mandelbrot
- Mandelbrot in colour
- Burning ship

If you found this article useful, you might be interested in the book Computer Graphics in Python or other books by the same author.