header for the compute_reference_states.f90 function about hn2016_falwa

[csyhuang]

Hi Paolo,

You are not supposed to call the Fortran code but use the python wrapper QGField instead. You can refer to the example here. After creating the QGField object, call the function compute_reference_state. The outputs are qref, uref and ptref.
Do you use python, or you use Fortran only? Let me know how your setting is and I can help you configure your script. You can also reach me at [email protected] if you have issues to discuss in private.

Let me know if I can help further,
Clare

[csyhuang]

@paologhinassi

If you instead want to understand what the code compute_reference_states.f90 is doing, I wrote a note about the equation solver procedures which you may find helpful:

https://github.com/csyhuang/hn2016_falwa/blob/master/notes/SOR_solver_for_NH18.pdf

Let me know if I can help further.

Clare

[paologhinassi]

Hello Clare, great! thank you very much! For now the idea of working on the computation of the reference state is still an idea for future work. But I am definitely going to have a look at the wrapper function in python and the document you've written. In case when I start to play with the code I'll still need some help I'll let you know. Many thanks for your time! :) Best, Paolo

…

@paologhinassi If you instead want to understand what the code `compute_reference_states.f90` is doing, I wrote a note about the equation solver procedures which you may find helpful: https://github.com/csyhuang/hn2016_falwa/blob/master/notes/SOR_solver_for_NH18.pdf Let me know if I can help further. Clare -- You are receiving this because you were mentioned. Reply to this email directly or view it on GitHub: #23 (comment)

[csyhuang]

@paologhinassi

Sounds good! Just for easy reference, the wrapper function is here (check def compute_reference_states):
https://github.com/csyhuang/hn2016_falwa/blob/master/hn2016_falwa/oopinterface.py
I'll close this ticket for now. Thanks and please feel free to post questions here again!