KGen History
1.0.1
Python
- Fixed pyproject.toml to include coefficient files in distribution.
1.0.0
All
Stabilise to v1.0.0!
0.4.0
All
Updated pymyami to version 2.1.1
R
Updated the reticulate framework for greater automation
0.3.3
Python
Removed use of pkg_resources, which is deprecated in Python 3.10.
0.3.2
Python
Bug fix for when temperature/salinity are not specified - default to standard seawater conditions
R
Small changes for submission to CRAN
0.3.1
All
- Clean up croscheck workflow and script.
R
- adjust package call in zzz
- initiate
seawater_correction
Python
- Only perform pressure correction if some of the pressures are non-zero.
- Only perform seawater chemistry correction if some of the Mg and Ca are non-standard.
Matlab
- Updates to test scripts to run on pull requests.
0.3.0
All
- Further harmonisation across languages
- Renamed all appropriate functions to start with ‘calc_’ prefix (e.g. calc_K0, calc_Ks, calc_pressure_correction)
- Moved to using temperature in Celcius (temp_c) as input to all functions, rather than sometimes temperature in Kelvin and other times temperature in Celcius
Python
- All K functions now take three input arguments (coefficients, temp_c, and sal) instead of five (previously: p, temp_k, log(temp_k), sal, and sqrt(sal)).
- prescorr -> calc_pressure_correction
- Added wrapper function to calculate seawater correction using Kgen
- Ionic strength is now in a single function and called where needed (and available to call as needed)
- Docstring improvements/corrections
R
- Migrated all relevant things to start with ‘calc_’ instead of ‘fn_’ (e.g. calc_K1 instead of fn_K1). These are not exported so have no impact on functionality.
- Added wrapper function to calculate seawater correction using Kgen
Matlab
- Restructed all primary functions to accept keyword arguments - restricting Matlab version to Matlab 2022b and later
0.2.0
- Initial release across all languages.
- Harmonised function and parameter names across languages.
- All comparison checks passing.