Hi,
I’m using the era5_to_int.py tool to process ERA5 data into the intermediate files required for met_grid. I would like to use pressure-level (pl) data as the input. I have collected the pl, surface (sfc), and invariant datasets in my data directory, and I’m running the following command:
era5_to_int.py -p /glade/derecho/XXXXXXXX -i 2023-08-20_00 2023-08-28_00 1
However, I am encountering the following error:
Error: Could not find file e5.oper.an.ml.128_134_sp.regn320sc.2023082000_2023082005.nc needed for ERA5 variable SP
My questions are:
Is this model-level (ml) file actually required for the process?
Is this the only ml variable/file needed (perhaps only for initialization)?
Since I want to use pl data as input (using the -i option), I would prefer not to include ml files, as pl and ml have different resolutions and may affect the results. In a previous experiment, I collected the ml files during the study period in response to this error message, but the resulting WRF output contained irregular discontinuous edges (as shown in the attached images). This time I’m hoping to avoid any influence from ml fields.
Thank you for your help!
Henry
I’m using the era5_to_int.py tool to process ERA5 data into the intermediate files required for met_grid. I would like to use pressure-level (pl) data as the input. I have collected the pl, surface (sfc), and invariant datasets in my data directory, and I’m running the following command:
era5_to_int.py -p /glade/derecho/XXXXXXXX -i 2023-08-20_00 2023-08-28_00 1
However, I am encountering the following error:
Error: Could not find file e5.oper.an.ml.128_134_sp.regn320sc.2023082000_2023082005.nc needed for ERA5 variable SP
My questions are:
Is this model-level (ml) file actually required for the process?
Is this the only ml variable/file needed (perhaps only for initialization)?
Since I want to use pl data as input (using the -i option), I would prefer not to include ml files, as pl and ml have different resolutions and may affect the results. In a previous experiment, I collected the ml files during the study period in response to this error message, but the resulting WRF output contained irregular discontinuous edges (as shown in the attached images). This time I’m hoping to avoid any influence from ml fields.
Thank you for your help!
Henry