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header for the compute_reference_states.f90 function #23
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Hi Paolo, You are not supposed to call the Fortran code but use the python wrapper Let me know if I can help further, |
If you instead want to understand what the code https://github.com/csyhuang/hn2016_falwa/blob/master/notes/SOR_solver_for_NH18.pdf Let me know if I can help further. Clare |
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
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#23 (comment)
|
Sounds good! Just for easy reference, the wrapper function is here (check |
Dear Clare,
thank you for making all functions related to the LWA computation available on git! I am planning to compute the reference state u_ref, theta_ref according to Solomon and Nakamura 2010 part 1 and Huang and Nakamura 2017 and I'd like to use your function. My question is: could you please write a short header/comment for this function explaining the input arguments and what arguments are returned? There are some parameters I cannot guess what they mean (I also don't know fortran very well...).
Many thanks!
Paolo
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