Isotopylog

New release now includes the kinetic parameters for belemnite calcite as published in Looser et al. (2023) Geochimica et Cosmochimica Acta, as well as some clarifications in documentation language

This release corrects the mistake in Eqs. 28-29 in Hemingway and Henkes (2021) EPSL (see corrigendum to the original manuscript). In correcting these equations, the ``ipl.geologic_history()`` predictions for the ``HH21`` model shift somewhat. For example, this is reflected in the attached reordering figure. **This release (or later) should be used for all geologic history reconstructions using the Hemingway and Henkes (2021) model!**

[Fig_8_updated.pdf](https://github.com/FluvialSeds/isotopylog/files/7045889/Fig_8_updated.pdf)

This version coincides with the release of Hemingway and Henkes (2021) _Earth Planet. Sci. Lett._, **566**, 116962. It includes some practical updates over the previous version:

- Ability to set calibration functions as lambda function at any point in the calculations. Previously, geologic history calculations required one of the pre-determined calibrations.
- Inclusion of "I-CDES" reference frame as articulated in Bernasoni et al. (2021) _Geochem. Geophys. Geosys._, **22**, e2020GC009588, which should be the "gold standard" for all clumped isotope measurements moving forward.
- Inclusion of the Anderson et al. (2021) _Geophys. Res. Lett._, **48**, e2020GL092069 unified temperature calibration (in I-CDES reference frame).

Also fixed minor bugs and nomenclature issues.

This release coincides with the submission of Hemingway and Henkes "A distributed activation energy model for clumped isotope bond reordering in carbonates" to EPSL

This release contains a patch with updated literature values for EDistribution.from_literature

This is the initial release of isoclump. The package should currently contain all the functionality for D47 clumped isotope calculations.