CHAOSEVERYWHERE
This module deals with the links between the Mandlebrot set and the logistic map. Several animations are implemented in order to fully get what the objects manipulated are.
Aside from python packages in the requirements.txt file in the source directory, ffmpeg as a software, should be installed on the computer and be allowed the write/read/execute access. In order to install this package, one must run in its command prompt the following line.
$ pip install git+https://github.com/tanglef/chaoseverywhere
For those who whish to run the report, additional packages are need, they are listed in the requirements_report.txt file in the ./report directory and are only an additional layer, the main requirements.txt file is mandatory.
The documentation of this package is available here. You can find a gallery to learn using this package with examples. The code of these examples is located in the ./examples directory. One may run the plot_mandelbrot_bw.py file to verify the installation.
You may also want to create more "exotic" representations of the Mandelbrot set, this is covered in the examples provided in the second part of the gallery.
The ./report folder contains a jupyter notebook to display different elements like images of the fractals
and the bifurcation diagram and lets you manipulate the objects with some interactions.
A beamer presentation will be stored in the ./beamer folder alongside the necessay style file to run the file and a documentation will be made using the sphinx package in the ./doc directory.
Tests functions are implemented in the ./chaoseverywhere/tests folder in order to assure the good development of this package. We also used a continuous integration hook action disposed in the ./github/workflows folder which triggers an action everyday at 5a.m and at each push.
Every bit of the main code is in the ./chaoseverywhere folder.