Software Open Access
Costa, Stefano;
Sidky, Hythem;
Creel, Roger
{ "publisher": "Zenodo", "DOI": "10.5281/zenodo.7133343", "title": "IOSACal: v0.6.0", "issued": { "date-parts": [ [ 2022, 10, 1 ] ] }, "abstract": "<p>IOSACal is an open source program for calibration of radiocarbon dates.</p>\n\n<p>IOSACal 0.6 brings new features for simulating radiocarbon dates and obtaining quantiles, added respectively by Hythem Sidky and Roger Creel, who both contributed to IOSACal for the first time.</p>\n\n<p>The documentation has been updated substantially, and some pages are now generated directly from Jupyter notebooks, enabling a more direct approach for newcomers who can download the notebooks and start creating their own research notebooks.</p>\n\n<p>The demo web application was discontinued, and usage with MyBinder or Google Colab is now encouraged.</p>\n\n<p>The development process is now more solid, thanks to continuous integration based on Codeberg CI.</p>\n\n<p>- Fixed minor plotting issues (contributed by Hythem Sidky)<br>\n- Add ability to simulate determinations (contributed by Hythem Sidky)<br>\n- Introduce pre-commit (contributed by Stefano Costa)<br>\n- Make the Python package PEP-517 and PEP-518 compatible, aka pyproject.toml (contributed by Stefano Costa)<br>\n- Added quantiles method to CalAge (contributed by Roger Creel)<br>\n- Apply Black formatting (contributed by Stefano Costa)<br>\n- Introduce Continuous Integration (CI) based on Codeberg CI and tox (contributed by Stefano Costa)<br>\n- Switch documentation theme to furo (contributed by Stefano Costa)<br>\n- Convert some documentation pages to MyST-NB Jupyter notebooks (contributed by Stefano Costa)</p>\n\n<p> </p>", "author": [ { "family": "Costa, Stefano" }, { "family": "Sidky, Hythem" }, { "family": "Creel, Roger" } ], "version": "0.6.0", "type": "article", "id": "7133343" }
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