This package is not updated very often, but as long as it straightforwardly wraps the official C implementation, I think we are good.
It may not be unreasonable to do 'verification' of the Roquet polynomials (against the TEOS-10 implementation) as well, by obtaining climatological temperature and salinity (or any other product), and comparing the density anomalies, thermal expansion, and haline contraction between the two.
How should we verify the accuracy and correctness of these polynomials?
We can use the official TEOS-10 implementation, perhaps:
https://github.com/TEOS-10/GibbsSeaWater.jl
This package is not updated very often, but as long as it straightforwardly wraps the official
C
implementation, I think we are good.It may not be unreasonable to do 'verification' of the Roquet polynomials (against the TEOS-10 implementation) as well, by obtaining climatological temperature and salinity (or any other product), and comparing the density anomalies, thermal expansion, and haline contraction between the two.