###############################
##### Grid Decomposition #####
###############################
core: nmm # The dynamic core options:
# nmm
# gfs
# fim
# arw
###############################
##### Grid Specifications #####
###############################
im: 954 # I gridpoints
jm: 835 # J gridpoints
lm: 60 # Number of atmospheric layers
tph0d: 54.0 # Central geographic latitude of grid (degrees)
tlm0d: -106.0 # Central geographic longitude of grid (degrees, positive east)
wbd: -60.039 # Grid's western boundary (rotated degrees)
sbd: -45.036 # Grid's southern boundary (rotated degrees)
##############################
##### Grid Decomposition #####
##############################
inpes: INPES # Number of compute tasks in the I direction
jnpes: JNPES # Number of compute tasks in the J direction
###############################
#### Specify the I/O tasks ####
###############################
quilting: true # Do you want asynchronous quilting/history writes?
read_groups: 0
read_tasks_per_group: 0
write_groups: WRITE_GROUPS
write_tasks_per_group: WRITE_TASKS
##########################################
##### Fundamental Timestep (seconds) #####
##########################################
dt_int: 25 # Integer seconds
dt_num: 0 # Numerator of fractional second
dt_den: 3 # Denominator of fractional second
filt_dt_int: 8 # Integer seconds
filt_dt_num: 0 # Numerator of fractional second
filt_dt_den: 3 # Denominator of fractional second
###############################
##### Forecast Start Time #####
###############################
start_year: YSTART
start_month: MSTART
start_day: DSTART
start_hour: HSTART
start_minute: 0
start_second: 0
tstart: 0. # The starting forecast hour
###########################
##### Forecast Length #####
###########################
nhours_fcst: LENGTH # Length of the forecast (hours)
minutes_history: 60 # Frequency of history output (minutes)
nhours_dfini: 0 # Initial hour for history output (hours)
restart: REST # True--> A restarted run
minutes_restart: RESINT # Frequency of restart output (minutes)
avg_max_length: 3600 # length of accumulation period for average and
# min/max fields (seconds)
rst_out_00: OUTRST # True--> Write 00h history in restarted run
write_last_restart: WRTLAST # True--> Write last restart file
freerun: FREE # True--> Original
# False--> 5X divergence dumping in NDAS forec.
#########################
##### General modes #####
#########################
global: false # True--> Global ; False--> Regional
hydro: false # True--> Hydrostatic ; False--> Nonhydrostatic
adiabatic: false # True--> Adiabatic ; False--> Diabatic
oper: true
###########################
##### Printouts #####
###########################
print_all: false # Print all statements to err file
print_diag: false # Print diagnostics (CALL FIELD_STATS)
print_esmf: false # Print ESMF return signals
print_output: false # Print info on records written into history/restart file
print_timing: true # Print timing info (CPU time)
####################
##### Ensemble #####
####################
ENS_SPS: false
RUN_CONTINUE: false
total_member: 1
PE_MEMBER01: 0
####################
##### Dynamics #####
####################
lnsh: 5
lnsv: 5
secadv: true # True--> 2nd order advection ; False--> 4th order advection
smag2: 0.4 # Smagorinsky constant for 2nd order diffusion (set to 0.2?)
codamp: 9.0 # Divergence damping constant
wcor: 0.18 # Divergence correction factor
idtad: 2 # Number of adjustment timesteps between passive advection calls
advect_tracers: true # Will tracers be advected?
idtadt: 2 # Number of adjustment timesteps between tracer advection calls
num_tracers_met: 4 # Number of specified meterological "tracer" scalars (e.g., water)
num_tracers_chem: 0 # Number of specified chem/aerosol "tracer" scalars
###################################
##### Digital Filtering options ###
###################################
filter_method: FILTEROPTION # 0--->none ; 1--->DFL ; 2---> DDFI ; 3--->TDFI
nsecs_dfl: 1800 # HALF foward filter window (s) (DFL)
nsecs_bckddfi: 1800 # HALF backward integration duration (s) (DDFI)
nsecs_fwdddfi: 3600 # HALF foward filter window (s) (DDFI)
nsecs_bcktdfi: 600 # HALF backward filter window (s) (TDFI)
nsecs_fwdtdfi: 600 # HALF forward filter window (s) (TDFI)
radar_init: USE_RADAR # 1 = ingest/use a GSI-generated heating rate
# 0 = no radar data used in filtering
########################################
##### Read/Write Global Summations #####
########################################
use_allreduce: true # False--> use mpi send/recv for global sums
# True--> use mpi_allreduce for global sums
read_global_sums: false # Read in global summations or not
write_global_sums: false # Write out global summations or not
##################################
### Precipitation Assimilation####
##################################
pcpflg: PFLAG # True--> assimilation on ; False--> assimilation off
pcphr: 1
write_prec_adj: false # True--> create baseline prec. files ; False--> regular run
##################################
##### Physics Scheme Options #####
##################################
###########################
### Gravity Wave Drag ####
###########################
gwdflg: true # True--> GWD on ; False--> GWD off
cdmb: 0.1 # tunable parameter for adjusting mountain blocking
cleffamp: 1.0 # tunable parameter, depends on resolution
sigfac: 3.00 # tunable parameter
factop: 0.50 # de-acceleration limiter
rlolev: 50.00 # critical pressure level (check units)
dpmin: 0.00 # minimum thickness of the reference layer (check units)
#---------------------------------
shortwave: rrtm # Radiation schemes
longwave: rrtm
# gfdl--> GFDL (shortwave and longwave)
# gsfc--> Goddard shortwave
# dudh--> Dudhia shortwave
# rrtm--> RRTM longwave
np3d: 3 # cloud properties for radiation
# 3--> ferrier's microphysics cloud scheme (only stratiform cloud)
# 4--> zhao/carr/sundqvist microphysics cloud (now available in the NMMB)
# 5--> NAM stratiform + convective cloud optical depth and fraction (GFDL type convective cloud)
# 8--> Thompson microphysics and special Thompson rrtm SW radiation
cldfraction: default # cloud fraction scheme for radiation
# default --> according to the choice of np3d
# thompson --> thompson
co2tf: 1 # co2tf--> Read (0) or generate internally (1)
# the GFDL CO2 transmission functions
#---------------------------------
convection: bmj # Convection scheme
# none -> no convective scheme is run
# bmj--> Betts-Miller-Janjic
# kf--> Kain-Fritsch
# sas--> Simplified Arakawa-Schubert
# gd--> Grell-Devenyi
#---------------------------------
microphysics: fer_hires # Microphysics scheme
# fer--> Ferrier
# fer_hires--> Ferrier operational
# kes--> Kessler
# lin--> Lin
# tho--> Thompson
# wsm3--> WSM3
# gfs--> GFS microphy
spec_adv: .false. # Individual cloud species advected
lmprate: .false. # .true.: 4D array called MPRATES containing
# 3D microphysics source/sink terms
# .false.: One 3D array called MPRATES
# with zero values
#---------------------------------
turbulence: myj # Turbulence schemes
# myj--> Mellor-Yamada-Janjic
# gfs--> GFS PBL
#---------------------------------
sfc_layer: myj # Surface layer schemes
# myj--> Mellor-Yamada-Jamnjic
# mm5--> MM5 sfc layer
#---------------------------------
land_surface: noah # Land surface schemes
# noah--> NOAH scheme
# liss--> Janjic LSM
ucmcall: 0 # Use (1) or do not use (0) the Urban Canopy Model
ivegsrc: 1 # Vegetation map identifier, 0--> USGS, 1--> IGBP
#---------------------------------
gfs: false # Select entire GFS physics suite
################################################
###### Parameter for fer_hires microphysics #####
#################################################
rhgrd: 0.98 # threshold RH for onset of condensation (fer_hires only)
######################################
##### Shallow Convection Switches ####
######################################
fres: 0.75 # resolution factor for dsp's (default)
fr: 1.00 # land factor for dsp's (default)
fsl: 0.85 # reduction factor for "slow" dsp's over land (default)
fss: 0.85 # reduction factor for "slow" dsp's over water (default)
entrain: .false. # entrainment
newall: .false. # new cloud used at all shallow points
newswap: .true. # new clouds at swap shallow points
newupup: .false. # new cloud used for both heat and moisture up shallow pts.
nodeep: .false. # all deep convection diverted to shallow swap algorithm
#############################
##### Physics Timesteps #####
#############################
nrads: 48 # Number of dynamics timesteps between calls to shortwave
nradl: 48 # Number of dynamics timesteps between calls to longwave
nphs: 2 # Number of dynamics timesteps between calls to landsurface and turbulence
nprecip: 2 # Number of dynamics timesteps between calls to convection and microphysics
####
#### NOTE: User must set nhrs_udef to .TRUE. and set the emptying frequencies (nhrs_*) to the desired values
#### or else all accumulations will automatically be emptied at the frequency of history output.
####
nhrs_udef: true # User defined when fluxes are emptied.
# False--> Auto ; True--> User defined:
nhrs_prec: PRECIPBUCKET # Frequency in hours between times when precip arrays are emptied
nhrs_heat: HEATBUCKET # Frequency in hours between times when heating arrays are emptied
nhrs_clod: CLOUDBUCKET # Frequency in hours between times when cloud arrays are emptied
nhrs_rdlw: LWBUCKET # Frequency in hours between times when LW radiation arrays are emptied
nhrs_rdsw: SWBUCKET # Frequency in hours between times when SW radiation arrays are emptied
nhrs_srfc: EVAPBUCKET # Frequency in hours between times when sfc evap/flux arrays are emptied
#######################################
#### Write History Specifications ####
#######################################
nemsio_input: true
write_hst_bin: false # True--> Write history files in binary format
write_hst_nemsio: true # True--> Write history files in NEMSIO format
write_rst_bin: false # True--> Write restart files in binary format
write_rst_nemsio: true # True--> Write restart files in NEMSIO format
write_nemsioctl: true # True--> Yes write ctl for nemsio run history files
write_fsyncflag: true # True--> Yes call fsync
write_donefileflag: true # True--> Yes write done file for nemsio run history files
write_dopost: false # True--> Yes run post on quilt
post_gribversion: 'grib1' # grib version for post output
io_hst_unit: -999
io_rst_unit: -999
io_hst_file: 'DEFERRED'
io_rst_file: 'DEFERRED'
#-------------------------------------------------
# If IO_FILE == 'DEFERRED', use FILENAME_BASE
# as the first part of the history file names.
#-------------------------------------------------
hst_name_base: 'nmmb_hst'
rst_name_base: 'nmmb_rst'
io_status: 'REPLACE'
io_access: 'SEQUENTIAL'
io_form: 'UNFORMATTED'
io_recl: 100
io_position: ' '
io_action: 'WRITE'
io_delim: ' '
io_pad: ' '
##################################
##### Nesting Specifications ####
###################################
num_domains_total: NUMDOM # The total number of domains in this run (only needed in domain #1's configure file)
my_domain_id: 1
my_parent_id: -999
n_children: NCHILD
my_domain_moves: false # Does this domain move?
ntrack: 00 # the number of nphys steps between tracker calls
nest_mode: 1-way # 1-way or 2-way interaction between parents/children
generation: 1 # If 2-way mode, in which generation is this domain?
#######################################
#### timing info ####
#######################################
nhours_clocktime: 1 # Frequency in hours between clocktime diagnostic prints.
npe_print: 1 # The MPI task that will provide the clocktimes.
#######################
####### Hurricane ####
##########################
#
run_tc: false # true=use hwrf phys
#
sas_pgcon: 0.55 # convectively forced pressure gradient factor,default=0.55
sas_shal_pgcon: -1 # convectively forced pressure gradient factor sas shallow conv,
# '-1' means sas_pgcon is used
sas_shalconv: 1 # 1=enable shallow conv,better with gfspblhur scheme
sas_mass_flux: 9.0e9 # mass flux limit,default=9e9
sas_mommix: 1.0 # SAS momentum mixing coef
var_ric: 1.0 # 1=use variable critical Ri# in gfspblhur
coef_ric_l: 0.16 # Regression coef for land Ric,default=0.16
coef_ric_s: 0.16 # Regression coef for sea Ric,default=0.16
alpha: 0.7 # adjustment coef for K in gfspblhur
sfenth: 0.0 # GFDL surface-layer enhancement coef
disheat: true # true='consider diss heating'