Kariba is a small C++ library to support jet models. In particular, it was built to support BHJet, a semi-analytical, multi-zone jet model designed for modelling steady-state SEDs of jets launched from accreting black holes.
Once downloaded, you install Kariba by setting configurations in make.config at the root of the repository. In particular, set a path to your installation of the GNU Scientific Library (GSL), and whether you want to use OpenMP. You can also set an installation prefix, but this isn't necessary.
Once configured, you can simply run make to build the library, the unit tests and the examples. You can then run ./tests/test_main to verify that everything was built correctly.
The library itself is available as a static library, libkariba.a, that you can include in any model you create.
You can install the library in a specific place, if you have set the prefix in make.config and then run make install.
Finally, an option exist to create a shared library as well. The library itself, however, is small enough that including it directly as a static library is probably more convenient.
For more details, see the installation instructions in the documentation.
If you want to build your own model with help of the Kariba library, just build (and optionally install) the library as above. Please cite Lucchini et al. 2012, 2022, if you use the library (see section below).
If you find bugs or other issues in the library, or would like to suggest improvements, please file an issue. You can also file a pull request, though creating an issue first may help in clarifying the issue first, improving any fixes or features.
Documentation for Kariba can be found at the GitHub pages of this repository, https://antonpannekoek.github.io/kariba .
Please cite Lucchini et al. 2021, 2022 if you find Kariba useful in your research. If you find BHJet useful, please also cite the original AGN jet article, Markoff et al. 2001, 2005. The bibtex entries can be found in the citations.bib file in this repository. Note that the CITATION.cff file only contains the Lucchini et al. 2021 entry.
The software is licensed under the MIT license -- see the LICENSE file.
The unit tests are created and run using the doctest framework; the necessary header file is included directly in this repository, together with MIT license; see tests/LICENSE.