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Releases: NOAA-EMC/global-workflow

GFSv16.3.19 - place PlanetiQ RO data in monitor mode

01 Oct 12:59
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RFC 13303 - place PlanetiQ RO data in monitor mode

On WCOSS2, upgraded the GFS to v16.3.19. The reason for this change is the following: provider PlanetiQ offers two versions of their data: basic and premium. Premium is high quality data. Basic is a degraded version of the premium data. EMC learned last week that NESDIS purchased the basic (degraded) data. This ARFC prevents the GFS from assimilating the degraded PlanetiQ GPS Radio Occultation (GPS-RO) data when it flows into the GFS. This update also increased the walltime limit for the jenkfgdas_update job from 30 min to 40 min to address runtime variation.

Implemented on September 30 from 1330Z to 1615Z.

What's Changed

GFSv16.3.19 - place PlanetiQ RO data in monitor mode by @KateFriedman-NOAA in #2968

Full Changelog: gfs.v16.3.18...gfs.v16.3.19

Supported resolutions and platforms

WCOSS2 only

  • C768C384L127 cycled & C768 forecast-only
  • C384C192L127 cycled & C384 forecast-only
  • C192C96L127 cycled & C192 forecast-only

Supported verification packages

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps

  1. Quick clone and build instructions
git clone -b gfs.v16.3.19 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA

GFSv16.3.18 - Increase wait time for UKmet data in WAFS blending_0p25 job

17 Sep 15:07
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What's Changed

GFSv16.3.18 - Increase the wait time for UKMet data in the WAFS blending_0p25 job by @KateFriedman-NOAA in #2933

Full Changelog: gfs.v16.3.17...gfs.v16.3.18

Supported resolutions and platforms

WCOSS2 only

  • C768C384L127 cycled & C768 forecast-only
  • C384C192L127 cycled & C384 forecast-only
  • C192C96L127 cycled & C192 forecast-only

Supported verification packages

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps

  1. Quick clone and build instructions
git clone -b gfs.v16.3.18 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA

GFSv16.3.17 - RTOFSv2.4

16 Sep 12:30
29c63b3
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What's Changed

Updates for the Real Time Ocean Forecast System (RTOFS) v2.4.4 operational upgrade (#2800) by @KateFriedman-NOAA in #2921

Full Changelog: gfs.v16.3.16.1...gfs.v16.3.17

Supported resolutions and platforms

WCOSS2 only

  • C768C384L127 cycled & C768 forecast-only
  • C384C192L127 cycled & C384 forecast-only
  • C192C96L127 cycled & C192 forecast-only

Supported verification packages

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps

  1. Quick clone and build instructions
git clone -b gfs.v16.3.17 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA

Release for HR4 prototypes

13 Sep 15:25
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What's Changed

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GFSv16.3.16.1 - re-release of GFSv16.3.16 with prepobs version fix

21 Aug 19:32
881b327
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This is a re-release of the prior GFSv16.3.16 version. This update corrects a missed prepobs version change for developer run mode. The operational GFS was unaffected since it does not directly reference the prepobs package in operations (the upstream obsproc system does). The prepobs package also updated in operations alongside the obsproc/v1.2 upgrade with prepobs now being v1.1.0.

What's Changed

Full Changelog: gfs.v16.3.16...gfs.v16.3.16.1

See the prior GFSv16.3.16 release for full details on that version.

GFSv16.3.16

03 Jul 16:24
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RFC 12812 - add the GDAS WDQMS (WIGOS Data Quality Monitoring System) job

On WCOSS2, implement GFS v16.3.16. The GFS v16.3.16 update adds the GDAS WDQMS (WIGOS Data Quality Monitoring System) data
which is 6-hourly summaries of observation reports.

The objective of this new job is to:

  • support the WMO Integrated Global Observing System (WIGOS) WDQMS project
  • ensure that WMO observational data and products are reliable and correspond to agreed-upon needs
  • 6-hourly summaries include surface (synop), upper-air, and surface marine (ship and buoy) observations

Was to be implemented on June 26, 1400Z to 1900Z; postponed due to College Park hardware issues; was implemented July 2, 1400Z to 2000Z.

See the SCN at: https://www.weather.gov/media/notification/pdf_2023_24/scn24-65_gfs_v16.3.16.pdf

What's Changed

Full Changelog: gfs.v16.3.15...gfs.v16.3.16

Supported resolutions and platforms

WCOSS2 only

  • C768C384L127 cycled & C768 forecast-only
  • C384C192L127 cycled & C384 forecast-only
  • C192C96L127 cycled & C192 forecast-only

Supported verification packages

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps

  1. Quick clone and build instructions
git clone -b gfs.v16.3.16 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA

GFSv16.3.15

23 May 14:12
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RFC 12604 - Upgrade to OBSPROC v1.2.0

On WCOSS2, implement the OBSPROC v1.2.0 upgrade along with downstream models' updates. This upgrade will:

  • Expand the global observation datasets (gfs and gdas) with high vertical resolution radiosonde profiles, and high spatial and temporal resolution satellite winds tailored for hurricane events.
  • Expand the rap observation dataset with high vertical resolution radiosonde profiles. It will also increase the volume of mesonet observations across all regional networks and expand the capacity of SDMEDIT list entries per observation type.
  • Several internal BUFR-lib related arrays were increased to accommodate increasing obs data volumes.
  • A number of obs data sets were added to NOMADS (see SCN).
  • Turn off the obsproc_air_now job since the EPA AirNow data was stopped.

What's Changed

Full Changelog: gfs.v16.3.14...gfs.v16.3.15

Supported resolutions and platforms

  • C768C384L127 cycled & C768 forecast-only on WCOSS2
  • C384C192L127 cycled & C384 forecast-only on WCOSS2
  • C192C96L127 cycled & C192 forecast-only on WCOSS2

Supported verification packages

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps

  1. Quick clone and build instructions
git clone -b gfs.v16.3.15 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA

GFSv16.3.14

27 Mar 12:48
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RFC 12411 - Remove ldebug=true flags from wave post jobs

On WCOSS2, remove the "-ldebug" flag from the gfs_wave_postnt, gfs_wave_post_bndpnt, and gfs_wave_post_bndpntbll jobs for the GFS WAVE model. After the recent Lustre upgrade on WCOSS2, the ldebug flag provided by GDIT is no longer needed since runtimes have stabilized for the GFS WAVE parallel.

Implemented on March 26 during the 12z cycle.

Supported resolutions and platforms:

  • C768C384L127 cycled & C768 forecast-only on WCOSS2
  • C384C192L127 cycled & C384 forecast-only on WCOSS2
  • C192C96L127 cycled & C192 forecast-only on WCOSS2

Supported verification packages:

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps:

  1. Quick clone and build instructions
git clone -b gfs.v16.3.14 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA

GFSv16.3.13

25 Jan 12:46
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RFC 12134 - WAFS high resolution upgrade

On WCOSS2, upgrade the GFS to v16.3.13. With this update, NCEP, in coordination with UKMO (UK Met Office), is updating the GFS to produce high resolution WAFS output and stop producing blended 1.25 deg WAFS files in order to meet a 2023 ICAO (International Civil Aviation Organization) milestone.

Implemented on January 24 during the 12z cycle.

Supported resolutions and platforms:

  • C768C384L127 cycled & C768 forecast-only on WCOSS2
  • C384C192L127 cycled & C384 forecast-only on WCOSS2
  • C192C96L127 cycled & C192 forecast-only on WCOSS2

Supported verification packages:

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps:

  1. Quick clone and build instructions
git clone -b gfs.v16.3.13 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA

GFSv16.3.12

19 Dec 18:23
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RFC 12011 - Turn on active assimilation of NOAA-21 radiances

On WCOSS2, fix files global_satinfo.txt and global_convinfo.txt are updated to begin actively assimilating NOAA-21 radiances into the GFS. A new GSI tag (gfsda.v16.3.12) is included.

Implemented December 18 2023 during 12z cycle.

Supported resolutions and platforms:

  • C768C384L127 cycled & C768 forecast-only on WCOSS2
  • C384C192L127 cycled & C384 forecast-only on WCOSS2
  • C192C96L127 cycled & C192 forecast-only on WCOSS2

Supported verification packages:

  • Fit2Obs v1.5
  • METplus EMC_verif-global.v2.10.0

Setup steps:

  1. Quick clone and build instructions
git clone -b gfs.v16.3.12 https://github.com/NOAA-EMC/global-workflow.git
cd global-workflow/sorc
sh checkout.sh
sh build_all.sh
sh link_fv3gfs.sh emc wcoss2

Follow additional build and link instructions here: https://github.com/NOAA-EMC/global-workflow/wiki/Clone-and-build-global-workflow/08b2ec4d0956ea1936d567d9a1ac32614aedfec1

  1. Run experiment setup scripts

See the following global-workflow wiki page: https://github.com/NOAA-EMC/global-workflow/wiki/Run-setup-scripts-to-generate-experiment/c85d5c2f87b298b6f0536a2fc2fb425a092c70fc

Note: the above wiki links are to older revisions of the global-workflow GitHub wiki (before updates were made for GFSv17/develop). Use wcoss2 for the machine where needed (e.g. link_fv3gfs.sh script) and ignore references to now unsupported machines (e.g. WCOSS-Dell and WCOSS-Cray).

Report any issues to @KateFriedman-NOAA