Add GNSSRO bufr2ioda and json files#1448
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Should these go in here or in |
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@CoryMartin-NOAA In the meanwhile, @nicholasesposito will create these low-level Pythons into one Python script with high-level API and mapping files. These will be checked into SPOC. Once we have most of the Python Script, mapping files in SPOC, we will work on GDASApp to use them from SPOC. |
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ok sounds good thanks @emilyhcliu I just wanted to double check |
CoryMartin-NOAA
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a few minor comments, and I didn't closely look at the converters but assume they have been thoroughly tested
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@XuanliLi-NOAA one question. No worries, what you have in this PR is OK. But. we should try to create one Python script with high-level Python API for GPSRO. |
Co-authored-by: Cory Martin <cory.r.martin@noaa.gov>
…C/GDASApp into feature/gnssro_bufr2ioda
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@emilyhcliu , it would be great to have one Python script to convert all platforms. Yes, let's do that with the with high-level Python API. |
Do all GPSRO platform use the same bufr table? |
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@emilyhcliu, yes, for the test date 00z 2024-02-19, they use the same bufr table. But after June 2024, we have new EUMETSAT Spire data, this has an additional BUFR mnemonic "SASBID". Should we consider that in the high level python API? @XuanliLi-NOAA Yes, we should include the new one. It is good that all platforms share the same bufr table mnemonics. We can have one mapping file to handle all of them. So, the one Python script with high-level API should be doable for GPSRO. @emilyhcliu Sounds good, thank you for confirming that. |
nicholasesposito
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Recommend changing the global attributes, but @emilyhcliu should comment on that. The rest looked fine with the exception of I think changing the data_format description.
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@emilyhcliu and @nicholasesposito data_provider has been corrected in the json files to reflect the actual originating center. data_format has been changed to dataOriginalFormatSpec in the python scripts. I'm not sure if we should replace subsets with platforms, as subsets is a bufr message for the name of the subset. |
nicholasesposito
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I think just clean up some of the comments unless they are needed. Otherwise no glaring issues from me. Looks very complicated so thank you for taking the time to do all this!
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@nicholasesposito @emilyhcliu Thank you so much, Nick. I cleaned up the python scripts and also uncommented mefr1 to maintain consistency with the other variables. |
* develop: added original date (#1570) Update OCEAN_BASIN_FILE_ORION path for marine ctest (#1569) Fixing window_begin and end in yaml for redating ADT (#1565) Save LETKF mean analysis and mean increment for verification (#1566) Update JEDI hashes (20250324) (#1567) Removes obsolete json files from marine bufr2ioda (#1564) Add hybrid 4denvar as a phase3 validation configuration (#1552) Bugfix/ocn ecen (#1550) Bugfix SSS obs for LETKF (#1560) Bugfix ocean ensemble recentering (#1558) apply ci path patch only when running g-w ctests (#1554) Update JEDI hashes (20250317) (#1531) add option to create_experiment.py in create_exp.sh (#1546) Update jcb hashes and support initial IODA stats capability (#1547) Fix GW-CI CTest dependencies (#1534) Converts prepoceanobs to use JCB-style obs list and config files (#1527) JEDI-based ensemble recentering and analysis calculation (#1488) tools for phase3 validation (#1526) Update JEDI hashes (20250306) (#1520) New jcb-gdas # and insitu obs prep bug fix (#1523) Marine in situ obs update (SSS, moorings, drifters) (#1511) Save marine background and analysis spread (#1517) Minor build and install updates and ctest cleanup (#1512) correct logic for upper loop limit in chem_diagb (#1516) Incorporate multi-cycle concatination and separation of variables in post-BUFR observations (#1504) Update JEDI hashes (20250225) (#1475) Add a depth dependent e-fold scale (#1494) Update jcb and da-utils hashes to support land DA. (#1509) Add options to inflate the ensemble while recentering (#1501) Add components to use jcb yamls for marine letkf job (#1486) Add GNSSRO bufr2ioda and json files (#1448) Removal of the marine verification tools (#1499) update logic to identify MSU machine (#1498) IODA Converter with In-Situ Observations Concatenation and ObsError Inflation (#1472) Add sea ice recentering (#1478) marine vrfy bugfix (#1483) add LD_LIBRARY_PATH patch for wcoss2 build (#1484) Bugfix for ensemble recenter + add a test (#1477) Add code changes for the implementation of the low-resolution B (#1441) update spack-stack path in Hera modulefiles (#1471) fixed glider output filename (#1469) add gdas_waveinit to C48mx500_3DVarAOWCDA ctest suite (#1470) update jcb-gdas hash 20250128 (#1466) Time series of omb stats and html doc (#1463) Update marine vrfy HTML codes (#1464) Automate the verify tools to submit from start pdy to end pdy (#1458) Update an offline marine vrfy tool (#1447) Update JEDI hashes (20250127) (#1460)
# Description Add JSON and bufr2ioda python scripts for GNSSRO data. Each GNSSRO mission has a separate ioda obs file. # Companion PRs N/A # Issues Refs #750 # Automated CI tests to run in Global Workflow <!-- Which Global Workflow CI tests are required to adequately test this PR? --> - [ ] atm_jjob <!-- JEDI atm single cycle DA !--> - [ ] C96C48_ufs_hybatmDA <!-- JEDI atm cycled DA !--> - [ ] C96C48_hybatmaerosnowDA <!-- JEDI aero/snow cycled DA !--> - [ ] C48mx500_3DVarAOWCDA <!-- JEDI low-res marine 3DVar cycled DA !--> - [ ] C48mx500_hybAOWCDA <!-- JEDI marine hybrid envar cycled DA !--> - [ ] C96C48_hybatmDA <!-- GSI atm cycled DA !-->
Description
Add JSON and bufr2ioda python scripts for GNSSRO data. Each GNSSRO mission has a separate ioda obs file.
Companion PRs
N/A
Issues
Refs #750
Automated CI tests to run in Global Workflow