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dtc/develop: update from EMC 2019/11/27 #9
dtc/develop: update from EMC 2019/11/27 #9
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* Squashed commit from JessicaMeixner-NOAA/ww3update branch * remove fv3_regional_c768 test on cray * remove jobs with exclusive nodes on hera and jet * add ww3 files in rt.sh * add README.md and reset tasks for rt.sh test fv3_gfdlmprad * comment out rt.sh fv3_wrtGauss_nemsio_c768 as it takes too long to run * remove weightfiles for comparison in fv3-ww3 tests * update regression test log files from dell and cray * update regression log files on hera * update fv3atm repo to NOAA-EMC
* Enable outputting a grid (regional_latlon, rotated_latlon, or lambert_conformal) larger than the native computation grid for the regional or nested domain/tile. * Enable writing out the output on the native computation grid directly without any interpolation for the regional or nested domain/tile. * Also the missing value in physics bundle is changed from real(kind_phys) to real in io/FV3GFS_io.F90 as the file could be compiled in 32bit real or 64bit real.
…aries for dynamic build
Regression testing on hera/intel using rt.conf against original EMC baseline: the following tests fail because of missing baselines (ok, because I added the tests in this commit):
The following tests fail because of updates to the GSD suite that are not in the codebase EMC used to create the baseline:
--> OK rt_full.log |
…for new, coupled FV3-WW3 tests
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Regression testing on hera/intel using rt_ccpp_caps.conf: all tests pass (first create, then verify). |
Regression testing on hera/intel using rt_ccpp_gsd.conf: all tests pass (first create, then verify). In particular, the CCPP dynamic version of fv3_ccpp_gsd_drag_suite is now b4b identical with the CCPP static version, and the newly added fv3_ccpp_gsd_sar test now runs (and is b4b identical) as well. |
Regression testing on hera/intel using rt_ccpp_dtc.conf: all tests pass (first create, then verify). |
Regression testing on hera/intel using rt.conf to create new baseline (DTC maintains its own regression test baseline directory) and verify against it (after copying to the correct regression test baseline directory): all pass. |
Regression testing on cheyenne/gnu using rt_gnu.conf: all tests pass (first create, then copy new baseline to regression test baseline directory /glade/p/ral/jntp/GMTB/NEMSfv3gfs/RT/trunk-20191121/GNU, then verify against it). |
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Approved
NEMSCompsetRun on hera/intel: all pass. |
Regression testing on cheyenne/intel using rt_intel.conf: all tests pass (first create, then copy new baseline to regression test baseline directory /glade/p/ral/jntp/GMTB/NEMSfv3gfs/RT/trunk-20191121/INTEL, then verify against it). |
Update submodule pointer for fv3atm
This PR contains:
conf/configure.fv3.*.gnu
cheyenne.intel
tests regression tests fromtests/rt.conf
totests/rt_intel.conf
to separate EMC regression testing from NCAR regression testing (we already havetests/rt_gnu.conf
forcheyenne.gnu
); change default queue on Cheyenne from premium to economyAssociated PRs see below, for regression testing see #9.