Good morning,
I have been working with PEXTRA and Oasis EXPOUT output so far, and turned on the regular output for the first time just now. I get error messages when trying to convert to netcdf. ECCODES ERROR : Wrong number of fields ... Try using the -T option says this is overlapping "time"+"step" specifications. Since we only have one time in each file of OIFS output I don't see how this could be it here. The solution in the FAQ didn't work. It seems I don't have permission to attach files here so I copy&pasted in the namelist below.
cdo -f nc copy ICMGGgvfc+000008 ICMGGgvfc+000008.nc
Warning (cgribexScanTimestep2) : Record 25 (id=151.128 lev1=0 lev2=0) timestep 2: Parameter not defined at timestep 1!
cdo copy: Open failed on >ICMGGgvfc+000008<
Unsupported file structure
grib_to_netcdf -T ICMGGgvfc+000008 ICMGGgvfc+000008.nc
grib_to_netcdf: Version 1.15.0
grib_to_netcdf: Processing input file 'ICMGGgvfc+000008'.
GRIB_API ERROR : Wrong number of fields
GRIB_API ERROR : File contains 30 GRIBs, 30 left in internal description, 29 in request
GRIB_API ERROR : Internal description
GRIB,
domain = g,
levtype = sfc,
date = 19900101,
time = 0.0,
step = 8,
param = stl1/tp/ci/sst/swvl1/swvl2/swvl3/swvl4/sd/stl2/stl3/stl4/lsp/cp/sshf/slhf/ssr/str/tsr/ttr/ewss/nsss/e/msl/tcc/u10/v10/t2m/d2m,
class = rd,
type = fc,
stream = oper,
expver = gvfc,
_long_name = Soil temperature level 1/Total precipitation/Sea-ice cover/Sea surface temperature/Volumetric soil water layer 1/Volumetric soil water layer 2/Volumetric soil water layer 3/Volumetric soil water layer 4/Snow depth/Soil temperature level 2/Soil temperature level 3/Soil temperature level 4/Large-scale precipitation/Convective precipitation/Surface sensible heat flux/Surface latent heat flux/Surface net solar radiation/Surface net thermal radiation/Top net solar radiation/Top net thermal radiation/Eastward turbulent surface stress/Northward turbulent surface stress/Evaporation/Mean sea level pressure/Total cloud cover/10 metre U wind component/10 metre V wind component/2 metre temperature/2 metre dewpoint temperature,
_units = K/m/(0 - 1)/m**3 m**-3/m of water equivalent/J m**-2/N m**-2 s/Pa/m s**-1,
_cf_name = surface_temperature/lwe_thickness_of_surface_snow_amount/lwe_thickness_of_large_scale_precipitation_amount/lwe_thickness_of_convective_precipitation_amount/surface_upward_sensible_heat_flux/surface_upward_latent_heat_flux/surface_net_downward_shortwave_flux/surface_net_upward_longwave_flux/toa_net_upward_shortwave_flux/toa_outgoing_longwave_flux/surface_downward_eastward_stress/surface_downward_northward_stress/lwe_thickness_of_water_evaporation_amount/air_pressure_at_sea_level/cloud_area_fraction,
_validation = 58749440.000000,
_juliandate = 2447893,
_validationtime = 788936.000000
Cheers,
Jan