Contributions to ProbNum are very welcome! Before getting started make sure to read the following guidelines.
Some suggestions for contributions:
requesting a feature
implementing a new feature
reporting a bug
fixing a bug
adding missing tests
If you would like to contribute but are unsure how, then writing tutorials, documentation or working on open issues are a good way to start.
We expect all community members to follow the code of conduct.
Reporting a Bug¶
If you find a bug, please report it by opening an issue on the GitHub page, and tag it as a bug. Reproducibility is key, so if possible provide a working code snippet that reproduces the bug and mention the Python and ProbNum version you are using.
Please also detail how you found the bug, what you expected to happen, and what happened instead. Have you made any code changes after which the bug occurred?
Of course, bug fixes via pull request are very welcome as well.
Requesting a Feature¶
If you are working with ProbNum, and you are missing a feature, please open an issue and detail what feature you would like to see. Please also check existing issues in case someone else requested the same or a similar feature. Detail the intended functionality and use case of the feature. You can also lay out how you would implement the feature. If you have a working version, please consider creating a pull request!
Opening a Pull Request¶
You implemented an additional feature, a tutorial, tests, or some other enhancement to ProbNum? That’s great! Please consider creating a pull request (PR) with the changes.
If you do so, please check out the developer guide first.
Before working on a pull request, please check existing open, and recently merged, pull requests to make sure someone else hasn’t addressed the problem already. If your PR is larger please open an issue first to discuss any significant work - we would hate for your time to be wasted.
That’s it! Thanks for contributing to ProbNum!
In ProbNum computational cost with regard to time and memory is measured via a benchmark suite.
Benchmarks are run by airspeed velocity which tracks performance changes over time. You can add a new benchmark yourself by following this tutorial.
Are you a university student and have an interest in ProbNum?
University of Tübingen: If you are interested in a thesis project or student job involving ProbNum, check the listings here or contact us directly.
Other Universities: For students at other universities, we do not offer thesis projects at this time. However, you can still contribute to ProbNum by checking out open issues on GitHub.
Maintainers: Main developers responsible for ProbNum and the management of the development process.
Code Contributors: Developers who made substantial additions to ProbNum’s codebase or infrastructure.
Scientific Direction and Funding: People who give input on the scientific direction or attract and provide funding for research on probabilistic numerics.
If you feel like you have made substantial contributions to ProbNum, contact the maintainers of the package.