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nwpexp.run_ICON_16_R19B7-ID2_ass
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nwpexp.run_ICON_16_R19B7-ID2_ass
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# ICON
#
# ------------------------------------------
# Copyright (C) 2004-2024, DWD, MPI-M, DKRZ, KIT, ETH, MeteoSwiss
# Contact information: icon-model.org
# See AUTHORS.TXT for a list of authors
# See LICENSES/ for license information
# SPDX-License-Identifier: BSD-3-Clause
# ------------------------------------------
# ----------------------------------------------------------------------
# path definitions
# ----------------------------------------------------------------------
make_and_change_to_experiment_dir # function in ../add_run_routines
# Combine START and MODEL if START_MODEL is not already set.
# START_MODEL is used to ease the execution of a machine that uses a complex
# mpirun command with multiple binaries
START_MODEL="${START_MODEL:=$START $MODEL}"
# set icon_data_poolFolder
icon_data_poolFolder="${icon_data_rootFolder:-/pool/data/ICON}/buildbot_data/nwp"
# base directory for ICON sources, binary and auxilary data:
ICONDIR="${basedir}" # basedir can be set with create_target_header
# experiment identifier for output files
EXP="ICON-D2" # experiment identifier
# root directory for input data
DATAROOT="${icon_data_poolFolder}/Checksuite_data"
# directory for grid and extpar files
GRIDDIR="${icon_data_poolFolder}/grids/public/edzw"
# GRIDDIR links to /hpc/rwork0/routfor/routfox/icon/grids/public/edzw on RCL
EXTPDIR="$GRIDDIR" # external parameter directory
# absolute path to input directory - for the time being
DATADIR=$DATAROOT/ICON-D2-preopera-ass
LBCDIR=$DATAROOT/ICON-D2-preopera-ass
# ----------------------------------------------------------------------
# copy input data: grids, external parameters
# ----------------------------------------------------------------------
ln -sf $GRIDDIR/icon_grid_0043_R19B06_LR.nc iconR19B6_DOM00.nc
ln -sf $GRIDDIR/icon_grid_0044_R19B07_L.nc iconR19B7_DOM01.nc
ln -sf $GRIDDIR/icon_grid_0044_R19B07_L_lbc.nc iconR19B7_DOM01_lbc.nc
ln -sf $EXTPDIR/icon_extpar_0044_R19B07_L_20191119_tiles.nc extpar_iconR19B7_DOM01.nc
rm -f lbcdir
ln -sf $LBCDIR lbcdir
# initial conditions
ln -sf $DATADIR/R19B07_DOM01_ilaf20200311090000.grb .
ln -sf $DATADIR/R19B07_DOM01_ilfff00005500.grb .
# lateral boundary conditions
ln -sf $DATADIR/ilbff* .
# files needed for radiation
cp $DATADIR/rrtm_cldopt.nc .
cp $DATADIR/rrtmg_lw.nc .
# files needed for synsats
cp ${icon_data_poolFolder}/externals/rttov/const/rt13coeffs_rttov7pred54L/*.dat .
# radar data
ln -sf $DATADIR/radar_dx.nc .
ln -sf $DATADIR/radardata_DOM1.nc .
ln -sf $DATADIR/blacklist_dx.nc .
# input data for DACE
ln -sf $DATADIR/blklsttmp .
ln -sf $DATADIR/cdfin* .
rm cdfin_vr_*volscan # delete links to old test set of cdfin_vr_10* files
ln -sf $DATADIR/radar-volscans/ras07**-10[5-9]??-hd5 . # half of stations in new hdf5 format
ln -sf $DATADIR/radar-volscans/cdfin_*_id-010[1-4]??_*volscan . # other half of stations in cdfin-format
# map files
ln -sf $DATADIR/map_file.* .
# files for synsats
cp ${DATAROOT}/ICON-D2-preopera/*seviri.dat .
ln -sf $ICONDIR/run/dict.latbc .
# specific for EMVORADO:
luse_radarfwo=".true." # include 3D radar forward operator
itype_refl=1
itype_Dref_fmelt=1
NPIORADAR=2
### normally used to precompute and store the Mie tables:
YDIR_MIELOOKUP=${EXPDIR}/MIETABLES/
### unused:
RADARINPUTDIR=''
### do not change:
RADAROUTPUTDIR=${EXPDIR}/radar_dom1/
mkdir -p $RADAROUTPUTDIR $YDIR_MIELOOKUP
# ----------------------------------------------------------------------
# global namelist settings
# ----------------------------------------------------------------------
# the namelist filename
atmo_namelist=NAMELIST_${EXP}
# global timing
start_date="2020-03-11T09:00:00Z"
ndays_restart=90
dt_restart=$((${ndays_restart}*86400))
# the grid parameters
atmo_dyn_grids="iconR19B7_DOM01.nc"
atmo_rad_grids="iconR19B6_DOM00.nc"
# ----------------------------------------------------------------------
# create ICON master namelist
# ----------------------------------------------------------------------
# For a complete list see Namelist_overview and Namelist_overview.pdf
cat > icon_master.namelist << EOF
&master_nml
lrestart = .false.
/
&time_nml
ini_datetime_string = "$start_date"
dt_restart = $dt_restart
/
&master_model_nml
model_type=1
model_name="ATMO"
model_namelist_filename="$atmo_namelist"
model_min_rank=1
model_max_rank=65536
model_inc_rank=1
/
EOF
# ----------------------------------------------------------------------
# model namelists
# ----------------------------------------------------------------------
# reconstrcuct the grid parameters in namelist form
dynamics_grid_filename=""
for gridfile in ${atmo_dyn_grids}; do
dynamics_grid_filename="${dynamics_grid_filename} '${gridfile}',"
done
radiation_grid_filename=""
for gridfile in ${atmo_rad_grids}; do
radiation_grid_filename="${radiation_grid_filename} '${gridfile}',"
done
# Variables to configure the mpirun command on the RCL
num_io_procs=2
num_restart_procs=0
num_prefetch_proc=1
num_io_procs_radar=$NPIORADAR
cat > ${atmo_namelist} << EOF
¶llel_nml
nproma = ${nproma}
nproma_sub = ${nproma_sub} ! loop chunk length for radiation
p_test_run = .false.
l_test_openmp = .true.
l_log_checks = .true.
num_io_procs = ${num_io_procs}
num_restart_procs = ${num_restart_procs}
num_prefetch_proc = ${num_prefetch_proc}
num_io_procs_radar = ${num_io_procs_radar}
iorder_sendrecv = 3
proc0_shift = ${proc0_shift}
use_omp_input = .true.
/
&grid_nml
dynamics_grid_filename = ${dynamics_grid_filename}
radiation_grid_filename = ${radiation_grid_filename}
dynamics_parent_grid_id = 0,1
lredgrid_phys = .true.
lfeedback = .true.
l_limited_area = .true.
ifeedback_type = 2
start_time = 0., 1800.,3600.,
/
&initicon_nml
init_mode = 5
lread_ana = .true.
dt_iau = 600
dt_shift = -300
iterate_iau = .true.
zpbl1 = 500.
zpbl2 = 1000.
dwdfg_filename = './R<nroot0>B<jlev>_DOM<idom>_ilfff00005500.grb'
dwdana_filename = './R<nroot0>B<jlev>_DOM<idom>_ilaf20200311090000.grb'
ana_varnames_map_file = 'map_file.ana'
check_ana(1)%list = 'P','QV','T','U','V'
check_fg(1)%list = 't_2m_filtbias','alb_seaice','evap_pl'
lp2cintp_incr = .true.
lp2cintp_sfcana = .true.
ltile_coldstart = .false.
icpl_da_sfcevap = 1
qcana_mode = 2
qiana_mode = 0 ! due to KENDA, before: 1
use_lakeiceana = .true.
/
&limarea_nml
dtime_latbc = 3600 ! 3600.
init_latbc_from_fg = .true. ! always
itype_latbc = 1
latbc_varnames_map_file = 'map_file.lbc'
latbc_filename = 'ilbff<ddhhmmss>'
/
&io_nml
dt_checkpoint = 863913600
echotop_meta(1)%time_interval = 900.0 ! Reset der Druckminimumbestimmung auf domain 1 alle 15'
echotop_meta(1)%dbzthresh = 18. ! Liste der dbz-thresholds (hier nur einer) fuer domain 1
itype_pres_msl = 5 ! (1) 3: IFS-type extrapolation
itype_rh = 1 ! (1) 2: mixed phase (water and ice)
output_nml_dict = 'map_file.fc'
lmask_boundary = .true.
/
&synsat_nml
lsynsat = .true.,.true.
/
&run_nml
! check_uuid_gracefully = .true.
dtime = 20 ! timestep in seconds
iforcing = 3 ! NWP forcing
lart = .false. ! ICON-ART main switch
ldass_lhn = .true. ! latent heat nudging
luse_radarfwo = ${luse_radarfwo} ! main switch for Emvorado
ldynamics = .true. ! dynamics
ltestcase = .false. ! false: run with real data
ltimer = .true.
ltransport = .true.
lvert_nest = .false.
msg_level = 7 ! 7: print maximum wind speeds every 5th time steps
nsteps = 180 ! 4860 for full forecast period
ntracer = 5 ! default: 0
num_lev = 65 ! 65, nest the same always
output = "nml"
timers_level = 5 ! can be increased up to 10 for detailed timer output
/
&nwp_phy_nml
cldopt_filename = 'rrtm_cldopt.nc'
dt_conv = 120,90
dt_gwd = 120
dt_rad = 720
dt_sso = 120,360
efdt_min_raylfric = 7200.
icapdcycl = 3
icpl_aero_conv = 1
icpl_aero_gscp = 1
icpl_o3_tp = 1
inwp_cldcover = 1
inwp_convection = 1,0
inwp_gscp = 2,2
inwp_gwd = 0,0
inwp_radiation = 1
inwp_satad = 1
inwp_sso = 1,0
inwp_surface = 1
inwp_turb = 1
itype_z0 = 2
latm_above_top = .true.
ldetrain_conv_prec = .true.
lrtm_filename = 'rrtmg_lw.nc'
lshallowconv_only = .true.
mu_rain = 0.5
rain_n0_factor = 0.1
/
&nwp_tuning_nml
itune_albedo = 1
tune_box_liq_asy = 3.5
tune_gfrcrit = 0.333
tune_gkdrag = 0.0
tune_gkwake = 0.25
tune_gust_factor = 7.25
tune_minsnowfrac = 0.3
tune_sgsclifac = 1.0
/
&turbdiff_nml
a_hshr = 2.0
frcsmot = 0.2 ! these 2 switches together apply vertical smoothing of the TKE source terms
icldm_turb = 2
imode_frcsmot = 2 ! in the tropics (only), which reduces the moist bias in the tropical lower troposphere
imode_tkesso = 2
! use horizontal shear production terms with 1/SQRT(Ri) scaling to prevent unwanted side effects:
itype_sher = 2
ltkeshs = .true.
ltkesso = .true.
pat_len = 750.
q_crit = 2.0
rat_sea = 0.8
tkhmin = 0.5
tkmmin = 0.75
tur_len = 300.
/
&lnd_nml
c_soil = 1.25
c_soil_urb = 0.5
cwimax_ml = 5.e-4
idiag_snowfrac = 20
itype_evsl = 4
itype_heatcond = 3
itype_lndtbl = 4
itype_root = 2
itype_snowevap = 3
itype_trvg = 3
llake = .true.
lmulti_snow = .false.
lprog_albsi = .true.
lseaice = .true.
lsnowtile = .true.
nlev_snow = 3
ntiles = 3
sstice_mode = 2
/
&radiation_nml
albedo_type = 2 ! Modis albedo
irad_o3 = 79
irad_aero = 6
islope_rad = 0
vmr_co2 = 390.e-06 ! values representative for 2012
vmr_ch4 = 1800.e-09
vmr_n2o = 322.0e-09
vmr_o2 = 0.20946
vmr_cfc11 = 240.e-12
vmr_cfc12 = 532.e-12
/
&nonhydrostatic_nml
damp_height = 12250.
divdamp_fac = 0.004 ! 0.004 for R19B07
!divdamp_order = ! 2 ass, 24 fc - may become unnecessary with incremental analysis update
divdamp_order = 24
!divdamp_type = ! optional: 2 assimilation cycle, 3 forecast
divdamp_type = 32
exner_expol = 0.333
hbot_qvsubstep = 22500 ! r3b7: 19000. else: 22500.
htop_moist_proc = 22500.
iadv_rhotheta = 2
igradp_method = 3
itime_scheme = 4
ivctype = 2
l_zdiffu_t = .true.
rayleigh_coeff = 5.0
thhgtd_zdiffu = 125.
thslp_zdiffu = 0.02
vwind_offctr = 0.2
/
&sleve_nml
decay_exp = 1.2
decay_scale_1 = 4000.
decay_scale_2 = 2500.
flat_height = 16000.
itype_laydistr = 1
min_lay_thckn = 20.
stretch_fac = 0.65
top_height = 22000.
/
&dynamics_nml
divavg_cntrwgt = 0.50
lcoriolis = .true.
/
&transport_nml
ctracer_list = '12345'
ivadv_tracer = 3,3,3,3,3,3
itype_hlimit = 3,4,4,4,4,4
ihadv_tracer = 52,2,2,2,2,2
llsq_svd = .false.
beta_fct = 1.005
/
&diffusion_nml
hdiff_efdt_ratio = 24
hdiff_order = 5
hdiff_smag_fac = 0.025
itype_t_diffu = 2
itype_vn_diffu = 1
lhdiff_temp = .true.
lhdiff_vn = .true.
/
&interpol_nml
nudge_zone_width = 10
nudge_max_coeff = 0.075
lsq_high_ord = 3
l_intp_c2l = .true.
l_mono_c2l = .true.
!support_baryctr_intp = .true.
/
&gridref_nml
grf_intmethod_e = 6
grf_intmethod_ct = 2
grf_tracfbk = 2
denom_diffu_v = 150.
/
&extpar_nml
itopo = 1
itype_vegetation_cycle = 2
n_iter_smooth_topo = 1,1,1,1,1,1
heightdiff_threshold = 2250.,1500.
hgtdiff_max_smooth_topo = 750.,750.,750.,750.,750.,750.
read_nc_via_cdi = .true.
/
&ensemble_pert_nml
use_ensemble_pert = .false.
itype_pert_gen = 2
timedep_pert = 1
range_gkwake = 0.
range_gkdrag = 0.
range_a_stab = 1
range_c_diff = 2. !multiplikativ
range_box_liq = 0.01
range_box_liq_asy = 0.25
range_rdepths = 5000.
range_rprcon = 0. !noch nicht ueber namelist anpackbar
range_capdcfac_et = 0.
range_capdcfac_tr = 0.
range_negpblcape = 0.
range_lowcapefac = 0.
range_rlam_heat = 4. !multiplikativ
range_q_crit = 1.5
range_turlen = 50.
range_tkhmin = 0.1
range_tkmmin = 0.15
range_rain_n0fac = 2. !multiplikativ
range_a_hshr = 1.
range_zvz0i = 0.25
range_texc = 0.05
range_qexc = 0.005
range_tkred_sfc = 4.0
range_gfluxlaun = 0.
range_rhebc = 0.
range_minsnowfrac = 0.
range_z0_lcc = 0.
range_rootdp = 0.
range_rsmin = 0.
range_laimax = 0.
range_charnock = 1. !multiplikativ
range_gfrcrit = 0.
range_c_soil = 0.
range_cwimax_ml = 1. !multiplikativ
/
&gribout_nml
backgroundProcess = 0
generatingProcessIdentifier = 11, 12 ! 12 .. nest
ldate_grib_act = .true.
lgribout_24bit = .false.
localNumberOfExperiment = 0
localTypeOfEnsembleForecast = -1 ! -1, etyp
numberOfForecastsInEnsemble = -1 ! -1, nr_member
perturbationNumber = -1 ! -1, member
preset = "deterministic"
productionStatusOfProcessedData = 2
tablesVersion = 19
/
&assimilation_nml
dace_coupling = .true.
dace_debug = 1
dace_time_ctrl = 0,3600,1800 ! [s] time slices of DACE (start, stop, inc)
rttend = 0.0
lhn_logscale = .true.
lhn_coef = 2.0
fac_lhn_up = 1.1
fac_lhn_down = 0.7
abs_lhn_lim = 0.0035
rqrsgmax = 0.01
lhn_artif = .true.
lhn_artif_only = .false.
lhn_black = .true.
blacklist_file = 'blacklist_dx.nc'
height_file = 'radar_dx.nc'
nradar = 12 ! number of levele with radar heights within height_file
lhn_bright = .true.
lhn_diag = .true.
lhn_hum_adj = .true.
lhn_qrs = .true.
lhn_relax = .true.
lhn_wweight = .true.
nlhn_end = 20000 ! steps?
nlhn_relax = 2
nlhn_start = 0
nlhnverif_end = 50000
nlhnverif_start = 0
!radardata_file = 'radardata_DOM1.nc','radardata_DOM2.nc',
radardata_file = 'radardata_DOM1.nc'
start_fadeout = 1.0
std_artif_max = 4.
tt_artif_max = 0.009
zlev_artif_max = 3000.
/
&nudging_nml
nudge_type = 1
/
&output_nml
! ---------------------------------------------------------------- !
! --- ICON-LAM: constant output fields - native grid at VV=0 --- !
! ---------------------------------------------------------------- !
filetype = 2 ! output format: 2=GRIB2, 4=NETCDFv2
dom = 1 ! write lam domain
output_time_unit = 1 ! 1: seconds
output_bounds = 0., 0., 3600. ! start, end, increment
steps_per_file = 1
mode = 1 ! 1: forecast mode (relative t-axis), 2: climate mode (absolute t-axis)
include_last = .false.
output_filename = './ilfff' ! file name base
filename_format = '<output_filename><ddhhmmss>c'
stream_partitions_ml = 1
pe_placement_ml = 0
ml_varlist = 'HHL', 'FR_LAND', 'HSURF', 'FIS', 'FR_LAKE', 'SOILTYP', 'ROOTDP',
'DEPTH_LK', 'SSO_STDH', 'SSO_GAMMA', 'SSO_THETA', 'SSO_SIGMA',
output_grid = .true.
remap = 0 ! 0: icon grid, 1: lat-lon
/
&output_nml
! -------------------------------------------------------------------------------------------- !
! --- ICON-LAM: output fields - native grid, first guess to be re-read by ICON-LAM (IAU) --- !
! -------------------------------------------------------------------------------------------- !
filetype = 2 ! output format: 2=GRIB2, 4=NETCDFv2
dom = 1 ! write lam domain
output_time_unit = 1 ! 1: seconds
output_bounds = 3300,3300,99999 ! start, end, increment [s]
taxis_tunit = 1 ! 1: GRIB2 Units = seconds, 3: GRIB2 Units = hours
steps_per_file = 1
mode = 1 ! 1: forecast mode (relative t-axis), 2: climate mode (absolute t-axis)
include_last = .false.
output_filename = './ilfff' ! file name base
filename_format = '<output_filename><ddhhmmss><levtype>'
stream_partitions_ml = 1
pe_placement_ml = 1
ml_varlist = 'QC', 'QG', 'QI', 'QR', 'QS', 'QV', 'DEN', 'THETA_V', 'TKE', 'VN', 'W',
'ALB_SEAICE', 'C_T_LK', 'FR_ICE', 'Z0', 'H_ICE', 'H_ML_LK',
'HSNOW_MAX', 'SNOAG', 'T_2M_FILTBIAS'
'T_BOT_LK', 'T_ICE', 'T_MNW_LK', 'T_SEA', 'T_WML_LK',
'tiles:FRESHSNW', 'tiles:H_SNOW', 'tiles:QV_S', 'tiles:RHO_SNOW', 'tiles:SNOWC',
'tiles:T_G', 'tiles:T_SNOW', 'tiles:T_SO', 'tiles:W_I', 'tiles:W_SNOW',
'tiles:W_SO_ICE', 'tiles:W_SO', 'tiles:EVAP_PL'
output_grid = .false.
remap = 0 ! 0: icon grid, 1: lat-lon
/
&output_nml
! ------------------------------------------------------------------------------------------- !
! --- ICON-LAM: output fields - native grid, first guess to be re-read by Kalman filter --- !
! ------------------------------------------------------------------------------------------- !
filetype = 2 ! output format: 2=GRIB2, 4=NETCDFv2
dom = 1 ! write lam domain
output_time_unit = 1 ! 1: seconds
output_bounds = 3600.,3600.,99999 ! start, end, increment [s]
taxis_tunit = 1 ! 1: GRIB2 Units = seconds, 3: GRIB2 Units = hours
steps_per_file = 1
mode = 1 ! 1: forecast mode (relative t-axis), 2: climate mode (absolute t-axis)
include_last = .false.
output_filename = './ilfff' ! file name base
filename_format = '<output_filename><ddhhmmss><levtype>'
stream_partitions_ml = 1
pe_placement_ml = 0
ml_varlist = 'P', 'PS', 'QC', 'QG', 'QI', 'QR', 'QS', 'QV', 'DEN',
'T_2M', 'TD_2M', 'T', 'THETA_V', 'TKE',
'U', 'U_10M', 'V', 'V_10M', 'VN', 'W',
'ALB_SEAICE', 'C_T_LK', 'FR_LAND', 'FR_ICE', 'FRESHSNW', 'Z0',
'H_ICE', 'H_ML_LK', 'H_SNOW', 'HSNOW_MAX', 'EVAP_PL', 'QV_S',
'RHO_SNOW', 'SNOAG', 'SNOWC', 'T_BOT_LK', 'T_G', 'T_ICE',
'T_MNW_LK', 'T_SEA', 'T_SNOW', 'T_SO', 'T_WML_LK', 'W_I', 'W_SNOW',
'W_SO', 'W_SO_ICE',
output_grid = .false.
remap = 0 ! 0: icon grid, 1: lat-lon
/
EOF
cat > NAMELIST_EMVORADO << end_input_radarsim
&RADARSIM_PARAMS
!
dom = 1
!
!========================================================
!========================================================
! .. Namelist for the German Weather Radars
!========================================================
!========================================================
!
!========================================================
!
! Number of radar stations to honor from the below list:
! For each station from ista=1, nradsta_namelist, you can override
! some meta data in the structures rs_meta(ista) and dbz_meta(ista),
! which otherwise are taken from the obs files found
! in the ${RADARI_RADVOP} directory resp. the
! background list. The number of simulated radar stations
! is determined automatically from the number of files
! found in the abovementioned ${RADARI_RADVOP} directory.
! In this case, nradsta_namelist is NOT the number of radar stations
! found in the ${RADARI_RADVOP} directory
! but rather the number of stations where you want
! to change some of the meta data!
! If you define more change-blocks (see below) than nradsta_namelist, only the
! first nradsta_namelist blocks will be honored.
! Important: for a correct match of the below change-blocks
! with the obs radar stations,
! give the correct station_id for each block below.
!
!!! nradsta_namelist = 17,
nradsta_namelist = 0,
!
!========================================================
! Country flag for the observational radar data:
!
! 1 = DWD German radar network (default)
! 2 = MeteoSwiss Swiss radar network
!
icountry = 1,
!
!
!========================================================
! GLOBAL SETTINGS, I.E., THE SAME FOR ALL RADAR STATIONS:
!========================================================
!
ldebug_radsim = .false.,
lout_geom = .true.,
loutradwind = .true.,
lfill_vr_backgroundwind = .true.,
loutdbz = .true.,
lextdbz = .true.,
! Global switch to choose itype_refl for all radars.
! This is then the background value for all radars, which can
! later be overwritten for the single stations via namelist.
! If no value or -99 for itype_refl_glob is given, the default
! value from dbz_namlst_d (3) will win.
! You can override it for each station by individual settings
! in the "dbz_meta"- structure below.
dbz_meta_glob%itype_refl=${itype_refl},
dbz_meta_glob%itype_Dref_fmelt=${itype_Dref_fmelt},
! Global switch to enable the use of Mie-lookup tables for all radars.
! This is then the background value for all radars, which can
! later be overwritten for the single stations via namelist.
dbz_meta_glob%llookup_mie=.true.,
itype_mpipar_lookupgen = 2,
pe_start_lookupgen = 1,
ydir_mielookup_read = '${YDIR_MIELOOKUP}'
ydir_mielookup_write = '${YDIR_MIELOOKUP}'
lweightdbz = .true.,
lfall = .true.,
lonline = .false.,
lsode =.true.,
lcomm_nonblocking_online = .true.,
lsmooth = .false.,
! Similar to itype_refl_glob, one can define background
! values for the number of smoothing points. If -99 or
! no values are given, the default
! value 1 will win.
ngpsm_h_glob = 1,
ngpsm_v_glob = 9,
! Take into account the effects of the minimum detectable signal
! for reflectivity and/or radial velocity:
! (There are 2 components of the rs_meta-structure for each radar station which hold
! the reference MDS, rs_meta%mds_Z0 [dBZ], at a certain reference range, rs_meta%mds_r0 [m].
! These can be set in the rs_meta-section below. The default is -20 dBZ at 10 km range.)
lmds_z = .true.,
lmds_vr = .true.,
!
lcomm_nonblocking_output = .TRUE.
!
lvoldata_output = .true.,
voldata_ostream(1)%format = 'cdfin' ! 'ascii', 'ascii-gzip', 'f90-binary', 'cdfin', 'cdfin-mulmom', 'grib2', 'grib2-mulmom'
voldata_ostream(1)%file_pattern = 'cdfin_<stationid>_<varname>_<tvvzstart>-<tvvzend>_<scantype>.nc',
voldata_ostream(1)%content_dt = 0.0,
voldata_ostream(1)%content_tref = 0.0,
voldata_ostream(1)%output_list = 'zrsim', 'vrsim', 'zrobs', 'vrobs',
voldata_ostream(2)%format = 'cdfin' ! 'ascii', 'ascii-gzip', 'f90-binary', 'cdfin', 'cdfin-mulmom', 'grib2', 'grib2-mulmom'
voldata_ostream(2)%file_pattern = 'cdfin_<stationid>_<varname>_<tvvzstart>_<scantype>.nc',
voldata_ostream(2)%content_dt = 0.0,
voldata_ostream(2)%content_tref = 0.0,
voldata_ostream(2)%output_list = 'losim', 'lasim', 'hrsim'
ldo_composite=.true.,
nel_composite = 1,
eleindlist_for_composite_glob = 1, 3, 5, ! depends on nel_composite: the first nel_composite entries are used
! separate EMVORADO output of composites in dbzcmp_sim* and dbzcmp_obs* files:
! (depends on sample files sample_dbzcmp_obs.grb2 and sample_dbzcmp_sim.grb2 in the model start directory)
lcomposite_output = .TRUE.,
ldo_bubbles = .false.
eleind_for_composite_bub_glob = 1,
lfdbk_output = .true.,
! Output directory of all radar files:
ydirradarout = '${RADAROUTPUTDIR}'
! if lreadmeta_from_netcdf = .true., run in assimilation mode,
! i.e., radar obs files (NetCDF) are provided and
! the radar meta data from the files are overtaken.
! The below listing of meta data does not have any effect!
lreadmeta_from_netcdf = .true.,
! Checking and matching of the obs file records
! to the obs times individually for each data type file (vr, qv, z, qz)
! instead of only taking one of these files for that purpose.
! Does not vecorize and takes a long time!
! NORMALLY SET TO .FALSE.!!!
! Might however help if some records are missing in a
! certain file (e.g., for qv) and are present in another file (e.g., vr).
lcheck_inputrecords = .true.,
lequal_azi_alldatasets = .true.,
labort_if_problems_obsfiles = .true.,
! Input directory of radar NetCDF files:
ydirradarin = '${RADARINPUTDIR}'
! option for superobing for data assimilation: 0: no superobing; 1: averaging; 2: median
! (the superobbed fields are stored in the NetCDF feedback files)
itype_supobing = 1,
supob_nrb = 3, ! threshold for number of radar bins used for superobbing
! resolution of the cartesian grid for superobing [m]: (default: 20000.0)
supob_cart_resolution = 20000.0,
! width of averaging area for superobing [m]: (default: sqrt(2)*20000.0 = 28284.3)
supob_ave_width = 28284.3,
! min. ranges of superobing points for vr and z [m]: (default: 0.75*sqrt(2)*20000.0 = 21213.2)
supob_minrange_vr = 21213.2,
supob_minrange_z = 21213.2,
! maximal azimut sector (symetrical to its center) for v_r superobing [deg]:
supob_azi_maxsector_vr = 40.0,
supob_vrw = 10.0, !(m/s) threshold for stddev of radial wind values within a superobed bi
! supob_rfl = 1e15, !(mm^6/m^3) threshold for stddev of reflectivity values within a superobed bin
! flag for qc control of obs data
lqc_flag = .false.,
! flag for dealiasing of obs radial wind data
ldealiase_vr_obs = .true.,
! lower threshold for valid Ze values, to which smaller valid values are
! set before average_superobing. Two thresholds, one for obs and one for sim.
! Both should normally be equal and same as corresponding threshold in LETKF software:
supob_lowthresh_z_obs = 5.0,
supob_lowthresh_z_sim = 5.0,
itype_obserr_vr=2
ramp_lowdbz_obserr_vr=-10.0,
ramp_highdbz_obserr_vr=10.0,
maxval_obserr_vr=10.0,
baseval_obserr_vr=1.0,
! if no superobing: step width of data thinning in azimut and range directions for feedback files:
! (has no effect in case of superobing!)
thin_step_azi = 1,
thin_step_range = 1,
thin_step_ele = 1,
!
!
!========================================================
!========================================================
! WE HAVE lreadmeta_from_netcdf = .TRUE., THEREFORE
! THE FOLLOWING SETTINGS FOR SINGLE STATIONS ARE ONLY
! TO CHANGE/OVERRIDE META DATA WHICH OTHERWISE COME FROM
! THE OBS DATA FILES OR FROM THE BACKGROUND LIST IN THE
! CODE. IN THE BELOW EXAMPLE, WE WANT TO CHANGE
! SOME METADATA FROM 3 STATIONS.
!
! THIS IS DONE IN BLOCKS: ONE STATION ISTA CORRESPONDS TO
! ONE INDEX OF RS_META(ISTA) AND DBZ_META(ISTA).
! IMPORTANT: ALWAYS SPECIFY THE STATION-ID TO MATCH
! THE CORRECT STATION!
!========================================================
!========================================================
!
!========================================================
! OVERRIDE INDIVIDUAL SETTINGS FOR EACH RADAR STATION:
!========================================================
!
!
!
!
!======= List of all radar sites, from which the first nradsta_namelist (s.o.) stations will be changed
!
!
! STATION 1: rs_meta(1) and dbzparams(1): BOO Boosted
!
! HERE WE WANT TO THIN OUT THE ELEVATIONS IN THE FEEDBACK FILES TO INDEX 2,4,7
! AND THE OBSERVATION TIMES IN THE FEEDBACK FILES TO HALF-HOURLY OR SET
! SOME "UNEVEN" OBS TIMES DIRECTLY:
!
rs_meta(1)%station_name = 'BOO'
rs_meta(1)%station_id = 10132
rs_meta(1)%scanname = 'PPI0080'
rs_meta(1)%lambda = 0.055
rs_meta(1)%lat = 54.00438
rs_meta(1)%lon = 10.04687
rs_meta(1)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(1)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(1)%alt_msl = 125.0,
rs_meta(1)%nobs_times = -999,
rs_meta(1)%dt_obs = 300.0,
!
dbz_meta(1)%station_id = 10132 ! (dummy)
dbz_meta(1)%lhydrom_choice_testing=.TRUE.,.TRUE.,.TRUE.,.TRUE.,.TRUE.,.TRUE.
!
!========================================================
!
! STATION 2: rs_meta(2) and dbz_meta(2): DRS Dresden
!
rs_meta(2)%station_name = 'DRS'
rs_meta(2)%station_id = 10488
rs_meta(2)%scanname = 'PPI0080'
rs_meta(2)%lambda = 0.055
rs_meta(2)%lat = 51.12452
rs_meta(2)%lon = 13.76867
rs_meta(2)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(2)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(2)%alt_msl = 262.0,
rs_meta(2)%nobs_times = -999,
rs_meta(2)%dt_obs = 300.0,
!
dbz_meta(2)%station_id = 10488 ! (dummy)
dbz_meta(2)%lhydrom_choice_testing=.TRUE.,.TRUE.,.TRUE.,.TRUE.,.TRUE.,.TRUE.
!
!========================================================
!
! STATION 3: rs_meta(3) and dbz_meta(3): EIS Eisberg
!
rs_meta(3)%station_name = 'EIS'
rs_meta(3)%station_id = 10780
rs_meta(3)%scanname = 'PPI0080'
rs_meta(3)%lambda = 0.055
rs_meta(3)%lat = 49.54066
rs_meta(3)%lon = 12.40278
rs_meta(3)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(3)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(3)%alt_msl = 799.0,
rs_meta(3)%nobs_times = -999,
rs_meta(3)%dt_obs = 300.0,
!
dbz_meta(3)%station_id = 10780 ! (dummy)
dbz_meta(3)%lhydrom_choice_testing=.TRUE.,.TRUE.,.TRUE.,.TRUE.,.TRUE.,.TRUE.
!
!========================================================
!
! STATION 4: rs_meta(4) and dbz_meta(4): EMD Emden
!
rs_meta(4)%station_name = 'EMD'
rs_meta(4)%station_id = 10204
rs_meta(4)%scanname = 'PPI0080'
rs_meta(4)%lambda = 0.055
rs_meta(4)%lat = 53.33872
rs_meta(4)%lon = 7.02377
rs_meta(4)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(4)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(4)%alt_msl = 58.0,
rs_meta(4)%nobs_times = -999,
rs_meta(4)%dt_obs = 300.0,
!
dbz_meta(4)%station_id = 10204 ! (dummy)
!========================================================
!
! STATION 5: rs_meta(5) and dbz_meta(5): ESS Essen (new site, slightly moved tower)
!
rs_meta(5)%station_name = 'ESS'
rs_meta(5)%station_id = 10410
rs_meta(5)%scanname = 'PPI0080'
rs_meta(5)%lambda = 0.055
rs_meta(5)%lat = 51.40563
rs_meta(5)%lon = 6.96712
rs_meta(5)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(5)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(5)%alt_msl = 185.0,
rs_meta(5)%nobs_times = -999,
rs_meta(5)%dt_obs = 300.0,
!
dbz_meta(5)%station_id = 10410 ! (dummy)
!
!========================================================
!
! STATION 6: rs_meta(6) and dbz_meta(6): FBG Feldberg
!
rs_meta(6)%station_name = 'FBG'
rs_meta(6)%station_id = 10908
rs_meta(6)%scanname = 'PPI0080'
rs_meta(6)%lambda = 0.055
rs_meta(6)%lat = 47.87361
rs_meta(6)%lon = 8.00361
rs_meta(6)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(6)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(6)%alt_msl = 1516.0,
rs_meta(6)%nobs_times = -999,
rs_meta(6)%dt_obs = 300.0,
!
dbz_meta(6)%station_id = 10908 ! (dummy)
!
!========================================================
!
! STATION 7: rs_meta(7) and dbz_meta(7): FLD Flechtdorf
!
rs_meta(7)%station_name = 'FLD'
rs_meta(7)%station_id = 10440
rs_meta(7)%scanname = 'PPI0080'
rs_meta(7)%lambda = 0.055
rs_meta(7)%lat = 51.31119
rs_meta(7)%lon = 8.80206
rs_meta(7)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(7)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(7)%alt_msl = 623.0,
rs_meta(7)%nobs_times = -999,
rs_meta(7)%dt_obs = 300.0,
!
dbz_meta(7)%station_id = 10440 ! (dummy)
!
!========================================================
!
! STATION 8: rs_meta(8) and dbz_meta(8): HNR Hannover (new)
!
rs_meta(8)%station_name = 'HNR'
rs_meta(8)%station_id = 10339
rs_meta(8)%scanname = 'PPI0080'
rs_meta(8)%lambda = 0.055
rs_meta(8)%lat = 52.46008
rs_meta(8)%lon = 9.69452
rs_meta(8)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(8)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(8)%alt_msl = 98.0,
rs_meta(8)%nobs_times = -999,
rs_meta(8)%dt_obs = 300.0,
!
dbz_meta(8)%station_id = 10339 ! (dummy)
!
!========================================================
!
! STATION 9: rs_meta(9) and dbz_meta(9): NEU Neuhaus
!
rs_meta(9)%station_name = 'NEU'
rs_meta(9)%station_id = 10557
rs_meta(9)%scanname = 'PPI0080'
rs_meta(9)%lambda = 0.055
rs_meta(9)%lat = 50.50012
rs_meta(9)%lon = 11.13504
rs_meta(9)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(9)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(9)%alt_msl = 878.0,
rs_meta(9)%nobs_times = -999,
rs_meta(9)%dt_obs = 300.0,
!
dbz_meta(9)%station_id = 10557 ! (dummy)
!
!========================================================
!
! STATION 10: rs_meta(10) and dbz_meta(10): NHB Neuheilenbach
!
rs_meta(10)%station_name = 'NHB'
rs_meta(10)%station_id = 10605
rs_meta(10)%scanname = 'PPI0080'
rs_meta(10)%lambda = 0.055
rs_meta(10)%lat = 50.10973
rs_meta(10)%lon = 6.54853
rs_meta(10)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(10)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(10)%alt_msl = 585.0,
rs_meta(10)%nobs_times = -999,
rs_meta(10)%dt_obs = 300.0,
!
dbz_meta(10)%station_id = 10605 ! (dummy)
!
!========================================================
!
! STATION 11: rs_meta(11) and dbz_meta(11): OFT Offenthal
!
rs_meta(11)%station_name = 'OFT'
rs_meta(11)%station_id = 10629
rs_meta(11)%scanname = 'PPI0080'
rs_meta(11)%lambda = 0.055
rs_meta(11)%lat = 49.98478
rs_meta(11)%lon = 8.71293
rs_meta(11)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000
! rs_meta(11)%alt_msl = -9999.99 ! value < -9000 indicates that alt_agl_mod should be used instead
rs_meta(11)%alt_msl = 246.0,
rs_meta(11)%nobs_times = -999,
rs_meta(11)%dt_obs = 300.0,
!
dbz_meta(11)%station_id = 10629 ! (dummy)
!
!========================================================
!
! STATION 12: rs_meta(12) and dbz_meta(12): PRO Proetzel
!
rs_meta(12)%station_name = 'PRO'
rs_meta(12)%station_id = 10392
rs_meta(12)%scanname = 'PPI0080'
rs_meta(12)%lambda = 0.055
rs_meta(12)%lat = 52.64867
rs_meta(12)%lon = 13.85821
rs_meta(12)%alt_agl_mod = 50.0 ! only effective if alt_msl < -9000