Ocean Modeling Discussion

Hello, Did you solve the problem? I tried to this problem, for cr=1:Ncontact dg = S.contact(cr).donor_grid; rg = S.contact(cr).receiver_grid; if (S.contact(cr).coincident) P = coincident (cr, dg, rg, Lmask, G, S); S.contact(cr).point = P; elseif (S.contact(cr).refinement) [P, R] = refinement (cr, dg ...

Thank you for your advice.
I had never tried to create a log file, I would try to find the problem only on the terminal screen. Once I make the log file and look for the problem. I will post this process, soon.

Hi, Matheus. I've looked back at the code you used through your answer, but there has not been a big change (I used d_initial.m to get the initial value, d_ecmwf2roms.m to get the forcing factor.). I gave up trying to reproduce the tide currents and ocean currents at the same time, began to examine ...

Thank you very much for your feedback, Matheus. Unfortunately, I tried to fix and restart zeta, but that did not improve. What I found is that the initial water temperature and salinity input values ​​return to their initial values ​​determined by the model after the run, because of my fault(or setti ...

I did not attach the file in that sense, but I apologize if so. As shown in the attached figure, the initial free surface value is calibrated with HYCOM data. However, as you can see in the results 10 minutes later, the free surface changes strangely. Immediately thereafter, the model will display ...

Hi. I want to reproduce the ocean currents in a wide area including Northeast Asia. However, in the case of the existing algae condition(with harmonic constant as boundary condition), the model which has no problem starts interpreting HYCOM data and input the initial condition data (input ininame ...