# Enables the 2014 HWRF Ensemble, which uses the 2013 HWRF domain
# sizes and vertical structure and disables GSI.

[dir]
WORKhwrf={CDSCRUB}/{RUNhwrf}/{ENS}/{vit[YMDH]}/{vit[stormid3]}
outatcf={CDNOSCRUB}/{SUBEXPT}/{ENS}
outdiag={CDNOSCRUB}/diagtrak/{SUBEXPT}/{ENS}
outstatus={CDNOSCRUB}/cycstatus/{SUBEXPT}/{ENS}
outatcfcorrected={CDNOSCRUB}/atcf/{SUBEXPT}/{ENS}
outships={CDNOSCRUB}/ships/{SUBEXPT}/{ENS}

[prelaunch]
ensid_overrides=yes

[config]
run_gsi=no
run_ocean=yes
use_spectral=no
run_ensemble_da=no  ; conflicts with forecast ensemble
is_forecast_ensemble=yes
archive=hpss:/NCEPDEV/emc-hwrf/1year/{ENV[USER]}/{SUBEXPT}/{ENS}/{out_prefix}.tar

[ensemble]
ensize=20 ; number of ensemble members (should match GEFS)
# NOTE: The scripts also need ENS in the [config] section, which is
# the HWRF ensemble member, and will also be the GEFS ensemble member.
# This is done automatically by rocoto/run_hwrf.py.

# TCVITALS PERTURBATIONS
vmax_pert=3 ; m/s maximum perturbation in tcvitals
tcvitals_seed=auto ; automatically decide a seed from cycle and storm
# tcvitals_seed=12345 ; alternative: specify an integer seed

# SST PERTURBATIONS 
sst_pert=no

[ungrib]
dataset = gefs
subset_grib1 = 
item = gep_2a
item2 = gep_2b
item_E00 = gec_2a
item2_E00 = gec_2b
tbl = {PARMhwrf}/hwrf_Vtable_gefs2012

[wrf]
metgrid_soil_levels=4

[wrf_namelist]

physics.pert_sas=.true.
physics.pert_pbl=.true.
physics.pert_Cd=.true.
physics.ens_pblamp=0.2
physics.ens_sasamp=50.0
physics.ens_Cdamp=0.2
physics.ens_random_seed={ENS}