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Lionel GUEZ authored
Replace `loop_shp_append.py` by `loop_shp_tr_append.py`. Instead of looping on years, we assume we are working on a single year. We could call this script inside a loop on years in the shell. The advantage is that we need to make fewer assumptions on the arborescence of files. Also, we can make `loop_shp_tr_append.py` more general by starting and ending at arbitrary days. We drop the timing that was in `loop_shp_append.py`. We add the creation of file `ishape_last.txt`. In script `shp_tr_append.sh`, assume that the directories contain files `ishape_last.txt` and modify `ishape_last.txt` in the destination directory. In program `test_overlap`, read grid description from a file `grid_nml.txt` in SHP triplet directory, instead of from standard input. This is the same modification we made for program `eddy_graph`. Modify input files accordingly.
Lionel GUEZ authoredReplace `loop_shp_append.py` by `loop_shp_tr_append.py`. Instead of looping on years, we assume we are working on a single year. We could call this script inside a loop on years in the shell. The advantage is that we need to make fewer assumptions on the arborescence of files. Also, we can make `loop_shp_tr_append.py` more general by starting and ending at arbitrary days. We drop the timing that was in `loop_shp_append.py`. We add the creation of file `ishape_last.txt`. In script `shp_tr_append.sh`, assume that the directories contain files `ishape_last.txt` and modify `ishape_last.txt` in the destination directory. In program `test_overlap`, read grid description from a file `grid_nml.txt` in SHP triplet directory, instead of from standard input. This is the same modification we made for program `eddy_graph`. Modify input files accordingly.