Changes between Version 10 and Version 11 of IPSLCM6/Coupling/BugBilinear
- Timestamp:
- 07/25/17 15:48:57 (7 years ago)
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IPSLCM6/Coupling/BugBilinear
v10 v11 11 11 == Resolutions which are know to have the bug : == 12 12 13 * IPSLCM6 LR : eORCA1.2 x LMD144x144 14 * IPSLCM6 MR : eORCA1.2 x LMD 280x180 13 === IPSLCM6 LR : eORCA1.2 x LMD144x144 === 14 15 Wrong fields are wind stress on T and U grids : `COTAUXXU`, `COTAUYYU`, `COTAUZZU` and `COWINDSP`. 16 17 Fields on V grids are OK. 18 19 === IPSLCM6 MR : eORCA1.2 x LMD 280x180 === 20 21 Wrong fields are wind stress on T and U grids : `COTAUXXU`, `COTAUYYU`, `COTAUZZU` and `COWINDSP`. 22 23 Fields on V grids are OK. 15 24 16 25 == Resolutions which are know to be free of the bug : == 17 26 * IPSLCM5A2 VLR : ORCA2.3 x LMD96x95 27 28 == Correction == 18 29 19 30 A python program has been developed. It makes a few corrections of adresses and weights in a copy of the file. … … 27 38 2. Check the wind stress fields on the NEMO grid ; 28 39 29 3. If they are wrong, get the weigths files `rmp_tlmd_to_[ uv]orc_BILINEAR.nc`. They are produced by OASIS, but not saved;40 3. If they are wrong, get the weigths files `rmp_tlmd_to_[tuv]orc_BILINEAR.nc`. They are produced by OASIS, but not saved by libIGCM ; 30 41 31 42 4. Correct them with the program. You may need to adapt the program to the bug you observe :-( 32 43 33 5. Put them in the IGCM repository where the weights file are;44 5. Put them in the IGCM repository where the other weights file lies ; 34 45 35 46 6. Use MOZAIC interpolation for the wind stress, using these new weights files.