ConMon -- add NetCDF Support #7
Comments
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Note that the original description of "utilize latest version of read_diag.f90..." is in error. That file in the GSI source code provides NetCDF support only for radiance diagnostic files. This ticket will include writing a conmon_read_diag.F90 module to enable reading conventional diag files. That will be implemented by data type (ps, q, t, uv, gpsro). |
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Complication: I believe I've found another missing data element in the NetCDF formatted in the uv diag files. I'm using diag files from v16rt2 and when I do
The variable list does not include Nonlinear_QC_Var_Jb. This variable is found in diag files for ps, t, and q types. Further in the gsi code in setupw.f90 I find these lines (with line numbers):
Line 1633 is within subroutine contents_binary_diag_ but I don't find a similar assignment in subroutine contents_netcdf_diag_. I suspect setting the Nonlinear_QC_Var_Jb variable was overlooked. |
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Using code from release/gfsda.v16.0.0, added Nonlinear_QC_Var_Jb to the NetCDF diag file in setupw.f90. Used that branch so Russ could test is using v16rt2 parallel. The var is now included in the diagnostic file, and is 0 in all cases. Per Su, that's as it should be. I'll include that code change in this release. |
Saving current work before switching branches.
Save changes before updating from upstream.
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Added support for reading gps diag files to the common module conmon_read_diag.F90. This is working in the first executable, conmon_grads_sfctime.x. Installing it in conmon_grads_sfc.x yielded a seg fault, which I'm investigating. But now it appears I've been hamstrung by a change in libraries or modules (cmake was updated and convoluted this AM) -- the nc references suddenly produce a raft of compiler failures. |
Merge branch 'master' into esafford_ConMon_63754
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Update: Compile issue continues to exist. I updated the hera mod file to correctly find the python and cmake modules. That fixed the GSI/ush/build_all_cmake.sh script. At the ConMon level though I'm running into a raft of undefined references to MPI resources. That I don't get; I'm not explicitly utilizing mpi resources in my code. Must be in the nc* libraries somewhere, but what changed that I'm now having problems? Thurs. last this compiled. Diagnosing issues with cmake is part logic and part dart throwing. |
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@EdwardSafford-NOAA GSI and GFS now use netCDF compiled with MPI parallel IO. Take a look at https://github.com/NOAA-EMC/GSI/blob/master/util/netcdf_io/calc_analysis.fd/CMakeLists.txt, you probably just need to add MPI Fortran include/libs flags at compiling. |
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Update: Compile issue continues to exist. I updated the hera mod file to correctly find the python and cmake modules. That fixed the GSI/ush/build_all_cmake.sh script. At the ConMon level though I'm running into a raft of undefined references to MPI resources. I've added the MPI Fortran include/libs flags but my link errors continue. I'm at a loss. |
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Use CMakeLists.txt in Radiance_Monitor to guide edits to CMakeLists.txt in Conventional_Monitor. After incremental updates Conventional_Monitor executables built on Hera using ush/build_all_cmake.sh. rsync working copy to Venus. ush/build_all_cmake.sh works on Venus. Provide details to Ed via a separate email. |
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ConMon build_all script is now working. Issues all involved the order of the NetCDF, HDF5, and MPI resource loads. |
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Have all of the conmon_grads_*.x executables working now. In reviewing the conmon_read_diag.F90 module I discovered that I missed adding a read function for sst (sea surface temp) files. SST isn't used by the ConMon but I should include that and gps (which is mostly there now) in the module. Comparing the contents of my sst diag files I find some mismatches with what I see in the GSI source file setupsst.f90, which writes both the binary and netcdf diag files. The issues are:
Not sure what "Tr" means here. But if "FoundationTempBG" == background open water temp then the NetCDF file has no equivalent variable for the "Tr" data.
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Add changes to the conmon_grads* executables.
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Cleaned up the conmon_read_diag.F90 module. Latest version is now in all the conmon_grads_* executables and compiles at the ConMon level build. The GSI/ush/build_all_cmake.sh still doesn't work with the ConMon executables. Have yet to find the issue, which must be in the GSI/CMakefile.txt, but I will. |
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Figured out the top level build problem. What was missing was an include directory for each executable where compiled mods apparently are placed. Without this the gsi files that included kinds.F90 couldn't find it. Not sure I understand how the build is working but these two lines are what fixed the issues with ConMon builds (at the GSI level):
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Update data_mod.f90 to add enumerated index numbers for every data type for access to the rdiag array.
Save off work for tomorrow's hera outage.
Add recent changes to conmon_read_diag module, time_vert processing.
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All horiz_hist executables are working. Now adapting the time_vert executable to use the conmon_read_diag.f90 module. Running into run-time issues with the t data. The ps data ran slowly but not prohibitively so, but I'll have to do some engineering on the ps and uv data. |
Complete work on conmon_read_diag mod to enable reading entire contents of a conventional diag file. This capability is required by the time_vert executable.
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Have begun testing on wcoss_d with live v16rt2 data. As anticipated, memory use for submitted jobs is many times larger than it is for binary formatted diag files, though it's still under 900MB. The time is longer, but only about 2x binary files. This is a single node, downstream process so that shouldn't be an issue. |
Update hera test driver script.
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Horizontal plots seem to be working. Working on hist plots, found an issue with missing and 0 sized scater data files. Traced that back to errors in the diag2grads* scripts which resulted in the scater files not getting transferred to the $TANKDIR. Fixed that, so hist plots have a greater chance of working now. |
Add changes for wcoss_d.
Merge branch 'esafford_ConMon_63754' of https://github.com/EdwardSafford-NOAA/GSI into esafford_ConMon_63754
… (see issue #601) (#614) Adding code to analyze the siginificant wave heigh in GSI 3D Analysis, esp. for FV3-LAM model based DA, eg. RRFS-DA, RRFS-3DRTMA. (Also see the issue in EMC GSI github repository: #601 Adding I/O for Analysis of Significant Wave Height for 3DRTMA) <!-- PLEASE READ --> <!-- Before opening a PR, please note these guidelines: - Each PR should only address ONE topic and have an associated issue - No hardcoded or paths to personal directories should be present - No temporary or backup files should be committed - Any code that was disabled by being commented out should be removed --> **Description** <!-- Please include relevant motivation and context. --> Significant Wave Height (hereafter as SWH) is one of the standard products provided by the operational (2D)RTMA. To continuously provide the same products in 3DRTMA, the next-generation RTMA, some efforts in GSI code need to be made in order to analyze the SWH in 3D analysis of GSI. <!-- Please include a summary of the change and which issue is fixed. --> The kernel subroutines to assimilate SWH in GSI (such as stphowv.f90, setuphowv.f90, inthowv.f90, gsi_howvOper.f90 and m_howvNode.f90) already had been added for (2D)RTMA years ago by Manuel Pondeca, so for this issue, the code work mainly focus on adding the I/O of SWH in background and analysis fields for 3DRTMA (esp. RRFS-based 3DRTMA), and some necessary modifications in background error, options, variables related to analysis of SWH, etc. Modified code in GSI: 1. rapidrefresh_cldsurf_mod.f90: adding a few variables related to the analysis of howv in 3D analysis 2. gsimod.F90: adding namelist options used for analysis of howv in 3D analysis 3. m_berror_stats_reg.f90: added some code for the special treatment to the static background error (BE) of howv 4. read_prepbufr.f90: adding code to decode the observation of howv in prepbufr file when howv is available in firstguess 5. setuphowv.f90: adding code to use obs of howv when howv is available in firstguess 6. gsi_rfv3io_mod.f90: adding I/O code to read in howv from firstguess and write out howv into analysis. <!-- List any dependencies that are required for this change. --> No dependencies are required for this change. <!-- Please provide reference to the issue this pull request is addressing. --> This PR is addressing the issue [#601](#601): Adding code to analyze the siginificant wave heigh in GSI 3D Analysis". <!-- For e.g. Fixes #IssueNumber --> Fixes #601 **Type of change** Please delete options that are not relevant. - [*] New feature (non-breaking change which adds functionality) **How Has This Been Tested?** <!-- Please describe the tests that you ran to verify your changes and on the platforms these tests were conducted. --> - Brief results from ctest (regression test) with the modified code (on WCOSS2 - Cactus): [gang.zhao@clogin07:build] (feature/3drtma_howv)$ ctest -N Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Test #1: global_3dvar Test #2: global_4dvar Test #3: global_4denvar Test #4: hwrf_nmm_d2 Test #5: hwrf_nmm_d3 Test #6: rtma Test #7: rrfs_3denvar_glbens Test #8: netcdf_fv3_regional Test #9: global_enkf Total Tests: 9 Test #1: global_3dvar [gang.zhao@clogin04:build] (feature/3drtma_howv)$ ctest -R global_3dvar Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 1: global_3dvar 1/1 Test #1: global_3dvar ..................... Passed 1631.12 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 1631.14 sec Test #2: global_4dvar [gang.zhao@clogin09:build] (feature/3drtma_howv)$ ctest -R global_4dvar Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 2: global_4dvar 1/1 Test #2: global_4dvar ..................... Passed 2462.19 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 2462.23 sec Test #3: global_4denvar [gang.zhao@clogin04:build] (feature/3drtma_howv)$ ctest -R global_4denvar Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 3: global_4denvar 1/1 Test #3: global_4denvar ................... Passed 1922.43 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 1922.46 sec Test #4: hwrf_nmm_d2 [gang.zhao@clogin09:build] (feature/3drtma_howv)$ ctest -R hwrf_nmm_d2 Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 4: hwrf_nmm_d2 1/1 Test #4: hwrf_nmm_d2 ...................... Passed 1214.10 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 1214.20 sec Test #5: hwrf_nmm_d3 [gang.zhao@clogin09:build] (feature/3drtma_howv)$ ctest -R hwrf_nmm_d3 Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 5: hwrf_nmm_d3 1/1 Test #5: hwrf_nmm_d3 ...................... Passed 736.38 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 736.50 sec Test #6: rtma [gang.zhao@clogin05:build] (feature/3drtma_howv)$ ctest -R rtma Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 6: rtma 1/1 Test #6: rtma ............................. Passed 1027.01 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 1027.01 sec Test #7: rrfs_3denvar_glbens [gang.zhao@clogin06:build] (feature/3drtma_howv)$ ctest -R rrfs_3denvar_glbens Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 7: rrfs_3denvar_glbens 1/1 Test #7: rrfs_3denvar_glbens .............. Passed 484.69 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 484.70 sec Test #8: netcdf_fv3_regional [gang.zhao@clogin03:build] (feature/3drtma_howv)$ ctest -R netcdf_fv3_regional Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 8: netcdf_fv3_regional 1/1 Test #8: netcdf_fv3_regional .............. Passed 483.08 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 483.11 sec Test #9: global_enkf [gang.zhao@clogin03:build] (feature/3drtma_howv)$ ctest -R global_enkf Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/WaveHgt/develop/build Start 9: global_enkf 1/1 Test #9: global_enkf ...................... Passed 488.50 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 488.57 sec - The modified GSI code passed the regression tests (all 9 tasks) on Hera and WCOSS2 (Cactus). - adding the analysis of howv only has very trial influences on the analyses of other variables. Here is the statistics of the differences of other variables (u/v/t/ps/q/t2m/q2m) from the runs of GSI without howv vs. with howv (from a testing case 2023-07-12_14:00:00 UTC in 3km North-American domain): comparing two netcdf files: fcst_fv3lam_hyb_betas/INPUT/fv_core.res.tile1.nc fcst_fv3lam_nodata_noinfo/INPUT/fv_core.res.tile1.nc ... Variable Group Count Sum AbsSum Min Max Range Mean StdDev u / 602135550 3926.84 25760.8 -0.1026 0.485788 0.588388 6.52152e-06 0.00115817 v / 620166777 -4891.34 32582.5 -0.835774 0.268402 1.10418 -7.88714e-06 0.00197793 T / 155987083 178.048 6497.51 -0.0246582 0.0384064 0.0630646 1.14143e-06 0.000218737 delp / 19559676 -281.532 3008.29 -0.00292969 0.00219727 0.00512695 -1.43935e-05 0.000183727 comparing two netcdf files: fcst_fv3lam_hyb_betas/INPUT/fv_tracer.res.tile1.nc fcst_fv3lam_nodata_noinfo/INPUT/fv_tracer.res.tile1.nc ... Variable Group Count Sum AbsSum Min Max Range Mean StdDev sphum / 430707614 0.594287 2.77816 -2.6139e-05 3.1759e-05 5.7898e-05 1.37979e-09 8.03072e-08 comparing two netcdf files: fcst_fv3lam_hyb_betas/INPUT/sfc_data.nc fcst_fv3lam_nodata_noinfo/INPUT/sfc_data.nc ... Variable Group Count Sum AbsSum Min Max Range Mean StdDev t2m / 10665000 43.3899 135.095 -0.00152825 0.00686629 0.00839454 4.06844e-06 5.02866e-05 q2m / 10665000 0.0192553 0.124707 -3.1476e-06 1.77554e-05 2.0903e-05 1.80547e-09 5.89657e-08 It could be seen that the differences are trivial and ignorable. <!-- Provide instructions so we can reproduce. --> The regression tests were done by following the instructions of "[GSI Ctests (regression tests)](https://github.com/NOAA-EMC/GSI/wiki/GSI-Ctests-(regression-tests))" in [GSI Wiki](https://github.com/NOAA-EMC/GSI/wiki) <!-- Please also list any relevant details for your test configuration --> The modified code had also been tested with a testing case 2023-07-12_14:00:00 UTC for 3km North-American domain Here is a brief summary of the test results: 1. Here is the analysis increment of Significant Wave Height (aka howv hereafter): pure 3dvar, static background error of howv is 0.42 meters, and the de-correlation length scale is 170km.  2. The following figure shows the distribution of howv in the analysis (used obs is in green, rejected in red). Obviously the location of used obs of howv match the area of non-zero analysis increments of howv.  3. The following figure is the analysis increment of howv with hybrid envar analysis (using gdas ensemble 80 members and the ensemble weight is 84%), and the static BE of howv is tuned/inflated. The analysis increments are very similar to the results from pure 3dvar run (see the first figure)  4. The last figure shows the analysis increments of howv with hybrid envar analysis (using gdas ensemble 80 members and the ensemble weight is 84%), but the static BE of howv is NOT tuned. It can be observed that the analysis increments is less than the results from the hybrid run with tuning the static BE of howv. That is because the weight of static BE (16%) reduced the background error of howv (ensemble of howv is not available yet), so the impact of obs is decreased.  **Checklist** - [*] My code follows the style guidelines of this project - [*] I have performed a self-review of my own code - [*] I have commented my code, particularly in hard-to-understand areas - [*] New and existing tests pass with my changes - [*] Any dependent changes have been merged and published **DUE DATE for this PR is 10/5/2023.** If this PR is not merged into `develop` by this date, the PR will be closed and returned to the developer.
**DUE DATE for merger of this PR into `develop` is 2/19/2024 (six weeks after PR creation).** **DUE DATE for this PR is extended to 3/19/2024 because @XuLu-NOAA is on leave.** **Description** Xu Lu ([email protected]) and Biju Thomas ([email protected]) fixed bugs regarding HAFS GSI debug build and run issues. This is in corresponding to issue #661 Fixes #661 1. In read_radar.f90, uninitialized toff is making all the ground-based radar observations be placed at -3h instead of 0h, which creates wrong increments for FGAT and 4DEnVar. 2. In read_radar.f90, uninitialized zsges will crash the debug mode. 3. In read_radar.f90, t4dvo should be used instead of t4dv in the read_radar_l2rw_novadqc subroutine. 4. In radinfo.90, maxscan should be increased to at least 252 to allow more scans, or it will crash the debug mode. 5. In read_fl_hdob.f90, dlnpsob is replaced with 1000. since the SFMR does not sample surface pressure, and the uninitialized dlnpsob creates issues later in setupspd.f90 in the debug mode. 6. In mod_fv3_lola.f90, (i,j+1) should be used instead of (i+1,j) in searching for V edges. 7. In stpcalc.f90, when tried to find the best stepsize from outpen around L838-864, the minimum outstp(i) is stored in stp(ii), but the istp_use is asigned with i instead of ii. Create inconsistency when assigning stp(istp_use) to stpinout at L872. Should use istp_use=ii instead. **Type of change** - [Yes] Bug fix (non-breaking change which fixes an issue) **How Has This Been Tested?** Regression test on Orion: ``` Test project /work/noaa/hwrf/save/xulu/mergeversions/GSI/build CMake Warning (dev) at CTestTestfile.cmake:9 (subdirs): Syntax Warning in cmake code at /work/noaa/hwrf/save/xulu/mergeversions/GSI/build/regression/CTestTestfile.cmake:7:10 1/7 Test #4: [=[netcdf_fv3_regional]=] ........ Passed 365.11 sec 2/7 Test #7: [=[global_enkf]=] ................ Passed 430.29 sec 3/7 Test #3: [=[rrfs_3denvar_glbens]=] ........ Passed 605.35 sec 4/7 Test #2: [=[rtma]=] ....................... Passed 969.78 sec 5/7 Test #6: [=[hafs_3denvar_hybens]=] ........***Failed 1455.47 sec 6/7 Test #1: [=[global_4denvar]=] ............. Passed 1682.40 sec 7/7 Test #5: [=[hafs_4denvar_glbens]=] ........***Failed 1758.90 sec ``` The failed hafs_3denvar and 4denvar are within expectation due to the fix for toff. As demonstrated in the single observation tests in the following figure, the uninitialized toff can result in increment degradations due to wrongly assigned observation times: 
…ed 3DRTMA (#730) <!-- PLEASE READ --> <!-- Before opening a PR, please note these guidelines: - Each PR should only address ONE topic and have an associated issue - No hardcoded or paths to personal directories should be present - No temporary or backup files should be committed - Any code that was disabled by being commented out should be removed --> **Description** <!-- Please include relevant motivation and context. --> <!-- Please include a summary of the change and which issue is fixed. --> <!-- List any dependencies that are required for this change. --> To improve the analysis of the near-surface wind gust in 3DRTMA, the observations of near-surface wind gust would be analyzed directly in GSI (3DVar and Hybrid 3DEnVar), instead of being a derived product from the near-surface wind analysis. Since the core subroutines for direct variational assimilation of wind gust (e.g., setupgust.f90, intgust.f90, stpgust.f90, etc.) had already been implemented in GSI for 2DRTMA, so in the work the development in GSI mainly focus on adding I/O of 2-D wind gust firstguess and analysis fields for RRFS-based 3DRTMA, and some minor modifications in observation and background error for wind gust, options to control the analysis of wind gust, etc. <!-- Please provide reference to the issue this pull request is addressing. --> <!-- For e.g. Fixes #IssueNumber --> This PR is to address the issue #726 : Adding I/O for direct analysis of near-surface wind gust for RRFS-based 3DRTMA Fixes #726 **Type of change** Please delete options that are not relevant. - [x] New feature (non-breaking change which adds functionality) **How Has This Been Tested?** <!-- Please describe the tests that you ran to verify your changes and on the platforms these tests were conducted. --> <!-- Provide instructions so we can reproduce. --> <!-- Please also list any relevant details for your test configuration --> **Checklist** - [x] My code follows the style guidelines of this project - [x] I have performed a self-review of my own code - [x] I have commented my code, particularly in hard-to-understand areas - [x] New and existing tests pass with my changes tested with a real case - 2024-02-20_12:00Z, 1. dry-run (using my updated GSI code with wind gust analysis, but actually no wind gust obs is analyzed, so-called dryrun) is compared to control-run (original GSI code running without wind gust obs): the results are identical. This indicates that if without analyzing wind-gust obs, then the updated code generates the analysis identical to the analysis of original/control code. Or say, the added code does not have influence on the other part of code. 2. real case run with updated GSI code to analyze the obs of wind gust: The following figure shows the used observations of near-surface wind gust:  the following figure shows the analysis increments:  - [x] Any dependent changes have been merged and published - [x] Regression tests on WCOSS2 (Cactus) and Hera (Rocky-8) : my updated GSI commit [#f91f247d](GangZhao-NOAA@f91f247)) vs control/original GSI code (commit [#6d9ebbb7](6d9ebbb)) Here is the reports of the regression tests on WCOSS2 (Cactus): ~~~ [gang.zhao@clogin02:build] (feature/windgust_in_3dvar_for_3drtma)$ ctest -j 7 Test project /lfs/h2/emc/da/save/gang.zhao/WorkDir/ProdGSI_Dev/gsi_dev/build Start 1: global_4denvar Start 2: rtma Start 3: rrfs_3denvar_glbens Start 4: netcdf_fv3_regional Start 5: hafs_4denvar_glbens Start 6: hafs_3denvar_hybens Start 7: global_enkf 1/7 Test #4: netcdf_fv3_regional .............. Passed 483.15 sec 2/7 Test #3: rrfs_3denvar_glbens .............. Passed 486.74 sec 3/7 Test #7: global_enkf ...................... Passed 850.98 sec 4/7 Test #2: rtma ............................. Passed 970.28 sec 5/7 Test #6: hafs_3denvar_hybens .............. Passed 1152.82 sec 6/7 Test #5: hafs_4denvar_glbens .............. Passed 1213.93 sec 7/7 Test #1: global_4denvar ................... Passed 1683.16 sec 100% tests passed, 0 tests failed out of 7 Total Test time (real) = 1683.19 sec ~~~ Here is the reports of the regression tests on Hera (Rocky8): ~~~ (base) [Gang.Zhao@hfe11:build] (feature/windgust_in_3dvar_for_3drtma)$ ctest -j 7 Test project /scratch1/NCEPDEV/da/Gang.Zhao/ProdGSI_dev/gsi_dev/build Start 1: global_4denvar Start 2: rtma Start 3: rrfs_3denvar_glbens Start 4: netcdf_fv3_regional Start 5: hafs_4denvar_glbens Start 6: hafs_3denvar_hybens Start 7: global_enkf 1/7 Test #4: netcdf_fv3_regional .............. Passed 491.53 sec 2/7 Test #3: rrfs_3denvar_glbens ..............***Failed 495.27 sec 3/7 Test #2: rtma ............................. Passed 982.45 sec 4/7 Test #6: hafs_3denvar_hybens .............. Passed 1168.99 sec 5/7 Test #7: global_enkf ...................... Passed 1239.77 sec 6/7 Test #5: hafs_4denvar_glbens ..............***Failed 1347.87 sec 7/7 Test #1: global_4denvar ................... Passed 1974.45 sec 71% tests passed, 2 tests failed out of 7 Total Test time (real) = 1974.91 sec The following tests FAILED: 3 - rrfs_3denvar_glbens (Failed) 5 - hafs_4denvar_glbens (Failed) Errors while running CTest Output from these tests are in: /scratch1/NCEPDEV/da/Gang.Zhao/ProdGSI_dev/gsi_dev/build/Testing/Temporary/LastTest.log Use "--rerun-failed --output-on-failure" to re-run the failed cases verbosely. (base) [Gang.Zhao@hfe11:build] (feature/windgust_in_3dvar_for_3drtma)$ ctest -R rrfs_3denvar_glbens Test project /scratch1/NCEPDEV/da/Gang.Zhao/ProdGSI_dev/gsi_dev/build Start 3: rrfs_3denvar_glbens 1/1 Test #3: rrfs_3denvar_glbens .............. Passed 430.52 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 430.55 sec (base) [Gang.Zhao@hfe11:build] (feature/windgust_in_3dvar_for_3drtma)$ ctest -R hafs_4denvar_glbens Test project /scratch1/NCEPDEV/da/Gang.Zhao/ProdGSI_dev/gsi_dev/build Start 5: hafs_4denvar_glbens 1/1 Test #5: hafs_4denvar_glbens .............. Passed 1225.37 sec 100% tests passed, 0 tests failed out of 1 Total Test time (real) = 1225.39 sec ~~~ **Note**: _When I was running the regression tests, GSI code was just updated to the latest commit [#b53740a7](GangZhao-NOAA@f91f247). Considering the frequent update in EMC GSI code recently and saving the time, after this PR has been reviewed and approved by peer-reviewers, I will update the code to latest EMC GSI commit, then re-run the regression tests for final approval.
Modify the Conventional data monitor (ConMon): * change the package level build script to use the cmake utility and the $target specific module files. * utilize the latest version of read_diag.f90 to enable support for NetCDF formatted cnvstat diagnostic files.
This issue began as VLab #63754. Development will continue in repository EdwardSafford-NOAA/GSI in branch esafford_ConMon_63754.
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