========================================================================= 2018-12-12 1:40pm MST (20:40pm UTC) by Guoqing Ge RTMA_3D: shorten static BE length scale by 8 ========================================================================= 2018-12-12 1:35pm MST (20:35pm UTC) by Guoqing Ge Turned on hybrid DA for RTMA_3D_dev1 ========================================================================= 2018-11-09 by Guoqing Ge Rebuilt RTMA_3D from latest HRRRx ========================================================================= 2018-10-30 by Guoqing Ge RTMA_3D_dev1: turned off hybrid DA, delete ujet in PARTITION ========================================================================= 2018-09-05 by Guoqing Ge Rebuilt RTMA_3D_dev1 from latest HRRRx. Fully function since 2018/09/05 17z 3km grids, smaller length scale, hybrid DA, post smartinit ========================================================================= 2018-08-29 by Guoqing Ge Fixed the error in RTMA_3D_dev1/xml/RTMA_3D.xml RTMA_3D_dev1/static/GSI/gsiparm.anl.sh enspreproc = .false. ========================================================================= 2018-08-24 2:42pm by Guoqing Ge Changes made on RTMA_3D_dev1 to do analysis on 3 km, hybrid DA with horizontal localization radius of 40 km, vertical of 1 grid point /home/rtrr/RTMA_3D_dev1/bin/GSI/gsi_hyb.ksh grid_ratio=1, cloudanalysistype=1 and remove the 2nd run scripts Generate filelist03 to list associated GDAS nemsio ensembles /homertrr/RTMA_3D_dev1/static/GSI/gsiparm.anl.sh: beta_s0=${beta1_inv},s_ens_h=40,s_ens_v=1 (and hzscl/8) use_gfs_nemsio=.true., /home/rtrr/RTMA_3D_dev1/xml/RTMA_3D.xml: Add smartinit_bl and smartinit_nb tasks (bilinear and nearest neighbor) /home/rtrr/RTMA_3D_dev1/bin/smartinit/ → directory newly added: hrrr_smartinit_bl.ksh hrrr_smartinit_nb.ksh /home/rtrr/RTMA_3D_dev1/static/smartinit/ → directory newly added: DATE_hrrr_smart hrrr_smartmask_consensus.gb2 hrrr_smartnatparams hrrr_terrain_consensus.gb2 ========================================================================= 2018-08-13 Craig Hartsough fixed the NASA LaRC preprocess and radar reflectivity mosaic preprocess for RTMA_3D_AK Changed: /home/rtrr/RTMA_3D_dev1/bin/GSI/radar.ksh /home/rtrr/RTMA_3D_dev1/bin/GSI/lightning.ksh /home/rtrr/RTMA_3D_dev1/bin/GSI/satellite_bufr.ksh /home/rtrr/RTMA_3D_dev1/exec/GSI/process_Lightning.exe /home/rtrr/RTMA_3D_dev1/exec/GSI/process_NSSL_mosaic.exe /home/rtrr/RTMA_3D_dev1/exec/GSI/rap_process_cloud /home/rtrr/RTMA_3D_dev1/exec/GSI/process_Lightning_bufr.exe /home/rtrr/RTMA_3D_dev1/xml/RTMA_3D.xml ========================================================================= 2018-08-09 Guoqing Ge fixed the NASA LaRC preprocess and radar reflectivity mosaic preprocess for RTMA_3D_dev1 Changed: /home/rtrr/RTMA_3D_dev1/bin/GSI/radar.ksh /home/rtrr/RTMA_3D_dev1/bin/GSI/lightning.ksh /home/rtrr/RTMA_3D_dev1/bin/GSI/satellite_bufr.ksh /home/rtrr/RTMA_3D_dev1/exec/GSI/process_Lightning.exe /home/rtrr/RTMA_3D_dev1/exec/GSI/process_NSSL_mosaic.exe /home/rtrr/RTMA_3D_dev1/exec/GSI/rap_process_cloud /home/rtrr/RTMA_3D_dev1/exec/GSI/process_Lightning_bufr.exe /home/rtrr/RTMA_3D_dev1/xml/RTMA_3D.xml ========================================================================= 2018-07-13 Ming Hu (noted by Guoqing Ge) fixed the NASA LaRC preprocess and radar reflectivity mosaic preprocess for RTMA_3D Changed: /home/rtrr/RTMA_3D/bin/GSI/radar.ksh /home/rtrr/RTMA_3D/bin/GSI/lightning.ksh /home/rtrr/RTMA_3D/bin/GSI/satellite_bufr.ksh /home/rtrr/RTMA_3D/exec/GSI/process_Lightning.exe /home/rtrr/RTMA_3D/exec/GSI/process_NSSL_mosaic.exe /home/rtrr/RTMA_3D/exec/GSI/rap_process_cloud /home/rtrr/RTMA_3D/exec/GSI/process_Lightning_bufr.exe /home/rtrr/RTMA_3D/xml/RTMA_3D.xml ========================================================================= 2018-05-17: Guoqing Ge (17 UTC) Changed /misc/whome/rtrr/RTMA_3D/exec/GSI/rap_process_cloud And /misc/whome/rtrr/RTMA_3D/bin/GSI/satellite_bufr.ksh Solve NASALaRC running error and high level cloud stripe problem Also in satellite_bufr.ksh, need module load impi module load netcdf4 ========================================================================= 2018-03-19: Guoqing Ge (20:25:30 UTC) Changed /misc/whome/rtrr/RTMA_3D_dev1/static/GSI/gsiparm.anl.sh Use smaller length scale (default one to 1/8) for RTMA_3D_dev1 ========================================================================== 2018-03-09: Terra Ladwig (17 UTC) Updated /misc/whome/rtrr/RTMA_3D/static/GSI/anavinfo_arw_netcdf It did not have cloud water number concentration or cloud ice number concentration, so the hydrometeor analysis could not find the background data and was exiting without doing the analysis and without an error. ========================================================================== 2018-02-14: Guoqing Ge Changes to GSI static files to stop GSI crashes. ========================================================================== 2018-01-30: Terra Ladwig (18-23 UTC) Updated namelist and GSI executable. commit b48e445d28f3450045df571e49d578d693b65fef b48e445 GSI version is RAPv4/HRRRv3 trunk, plus the code updates to use namelist for ioption (ioption is the satellite thinning strategy). Namelist differences from HRRR: cld_bld_hgt=30000.0 m l_use_hydroretrieval_all=.true., ioption=1, ! nearest neighbor pblH_ration=0.75, pps_press_incr=20.0, Also RTMA_3D uses data_process/nasalarc/bufr/process_NASALaRC_cloud.f90 set for rtma (rtma=.true., which means npts_rad=1 and ioption = 1). ========================================================================== 2018-01-29: Terra Ladwig (22 UTC) Change name to remove RUA and replace with RTMA_3D ========================================================================== 2016-10-12: Curtis Alexander (04 UTC) Change to full-column cloud building From: cld_bld_hgt=1200.0 m To: cld_bld_hgt=30000.0 m ========================================================================== 2016-07-12: Curtis Alexander (12 UTC) Initial setup of RUA (1) Change the precipitating hydrometeor code to l_use_hydroretrieval_all=.true. (it is .false. for RAP/HRRR analysis) (2) Change the cloud top hydrometeor code to ioption = 1 (it is = 2 for RAP/HRRR analysis) for nearest neighbor FOV ==========================================================================