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NOAA GSL updates to output new simulated satellite brightness temps #570
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@EricJames-NOAA Can you open a UPP issue to link this PR? Thanks! |
@EricJames-NOAA I ran the UPP standalone test with model data files you provided before and UPP control file from your PR. It appears to me simulated satellite products were generated. My test results are at /scratch1/NCEPDEV/stmp2/Wen.Meng/rrfs_2021100815 |
@WenMeng-NOAA the results look good to me! Thank you for your test. |
The UPP RT tests were completed on WCOSS2, Hera and Orion. No baseline update is needed from this PR. |
Co-authored-by: benjamin blake <benjamin.blake@dlogin05.dogwood.wcoss2.ncep.noaa.gov>
This PR includes updates to UPP to output new simulated satellite brightness temperatures from the RRFS. The code was developed by Will Lewis from Wisconsin / SSEC, and merged into GSL RRFS_dev branch during 2022. It is now used in realtime RRFS_NA_3km system at GSL. Tests on Jet show identical output for RRFS except for the new fields.
Ka Yee Wong ran UPP regression tests on Hera, and the only non bitwise identical results are in the naming of the soil moisture content variable:
[Eric.James@hfe09 ejames]$ diff sfluxgrbf006_pe.txt sfluxgrbf006_pe_hera.txt
161c161
< 21:47496981:vt=2021021606:0-2 m below ground:6 hour fcst:SOILM Soil Moisture Content [kg/m^2]:
21:47496981:vt=2021021606:0-2 m below ground:6 hour fcst:SOIL_M Soil Moisture [kg/m^3]:
This discrepancy shows up for slightly more than half of the regression tests.