Update dtc/develop from NOAA-EMC develop 2020/07/07 #58
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- output of auxiliary arrays (2d, 3d) from CCPP to assist developers debugging their physics - correctly output 3-dim tendencies for t, u, v, qv, ozone from CCPP physics - mandatory changes for the CCPP framework updates to handle blocked data structures correctly: fix inconsistent use of `horizontal_dimension` (ix) versus `horizontal_loop_extent` (im) and other metadata corrections - remove old pset logic from `ccpp_prebuild_config.py` (was required for CCPP dynamic build) - updates to all suite definition files: change the order of interstitial schemes get_phi_fv3+GFS_suite_interstitial_3 and GFS_DCNV_generic_pre to match the logical flow (does not change the answer) - move CCPP physics initialization calls in `atmos_model.F90` so that the physics can see the data from the restart files at initialization time - add capability to read large-scale and small-scale orographic data when using GSL drag suite - add additional fields to restart files as required for GSL physics updates - new suite definition files for RAP and HRRR configurations - capability to call radiation for the first `nhfrad` physics time steps for cold starts, afterwards on the cycle defined by the radiation time step
* Update suite_FV3_GFS_2017_fv3wam.xml
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This was referenced Jul 7, 2020
…tmos_cubed_sphere, ccpp-framework, ccpp-physics
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* Update FMS to the 2020.02 version * Add -DENABLE_QUAD_PRECISION in the compiling flag when QUAD_PRECISION=Y (DEFAULT). Starting with FMS 2019.01.01, quad-precision arithmetic is enabled it the ENABLE_QUAD_PRECISION macro. This is used to determine whether certain grid metric terms code within FMS/FV3-dycore use quad-precision arithmetic. * Revise CMakeList to work with FMS 2020.02 * Use write component instead of FMS2 IO for ccpp_regional_c768
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This PR updates dtc/develop from NOAA-EMC develop, which contains:
Associated PRs:
NCAR/ufs-weather-model#59
#58
NCAR/ccpp-physics#468
NCAR/ccpp-framework#310
NCAR/GFDL_atmos_cubed_sphere#15
For regression testing information, see NCAR/ufs-weather-model#59