A numerical path continuation software written in Python.
TODO: find new name!
Example of a bifurcation diagram with snaking in the Swift-Hohenberg equation obtained with bice, see the corresponding SHE demo.
To install the latest published version from PyPI simply execute:
pip3 install biceIf you instead want to install the package locally, e.g. for development purposes, you may download the latest version from this git and install it using:
git clone https://gitlab.com/simon123h/bice
pip3 install -e bice/in any directory of your choice. The installation is performed using setup.py.
The software depends on Python 3 and the following third-party packages:
numpy, scipy, matplotlib, findiff, and numdifftools.
All will be installed automatically when installing bice.
We have first tutorials!
- Heat equation tutorial: a simple tutorial on how to use bice to implement a first partial differential equation and perform a time simulation of it.
- Swift-Hohenberg equation tutorial: a simple tutorial on how to use bice's path continuation capabilities.
- Predator-prey model tutorial: an introduction into the continuation of periodic orbits.
More will follow soon.
Meanwhile you can check out the less documented demos.
Click here for the online version of the documentation.
The documentation can also be generated locally with the commands
cd doc
make htmlThe documentation can then be found in the folder doc.
You will need to have Sphinx and sphinx_rtd_theme installed:
pip3 install Sphinx sphinx_rtd_theme