No description
- Jupyter Notebook 99.9%
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| .gitignore | ||
| CentralPotential.ipynb | ||
| helpers.py | ||
| Kepler.ipynb | ||
| LICENSE | ||
| LogisticPopulation.ipynb | ||
| LogisticPopulationWithBifurcation.ipynb | ||
| Poincare.ipynb | ||
| QuadraticMap.ipynb | ||
| README.md | ||
| requirements.txt | ||
| Scatter.ipynb | ||
| SphericalPendulum.ipynb | ||
Teaching Playground 
These are little experiments used during lectures or seminars, use at your own risk :)
The notebooks can be run remotely via binder or google colab. In the first case it is enough to click on the binder badge above, in the second you can proceed as follows:
- Go to colab.research.google.com
- Click on
GitHubthen pastehttps://github.com/mseri/ProjectChaosTheory - Click on
LogisticPopulation.ipynbor any otheripynbfile you want to work on.
Students of our university should be able to use colab using their students account, but I believe that colab is free to use for everybody for the moment.
You can also run all the notebooks locally with jupyter. In this case a recent version of python, numpy and matplotlib is required (see requirements.txt for a compatible set of dependencies).
Examples of Chaotic Systems
- Jurassic Park's own explanation of chaos theory
- Double Pendulum bot and J. Bertolotti animation -- originally seen on twitter, of course, you can also write your own simulation
- Triple Linkages
- Three body bot, but there are plenty of interesting simulations around the web
- Geomag magnetic pendulum, Magnetic pendulum
- Laskar's dance of planets (HQ version of the planets simulation)
