#========================================================================
# Configuration parameters to be used in run_wps.bash and run_real.bash
# to generate namelist.wps and namelist.input
#========================================================================
#
# Further Information:   
# http://www.croco-ocean.org
#  
# This file is part of CROCOTOOLS
#
# CROCOTOOLS is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published
# by the Free Software Foundation; either version 2 of the License,
# or (at your option) any later version.
#
# CROCOTOOLS is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston,
# MA  02111-1307  USA
#
# Copyright (c) 2018 S. Jullien
# swen.jullien@ifremer.fr
# --------------------------------------------------

domain_name="BENGUELA"
# Nb domains (ie nests)
max_domains=1
#-------------------------------------------------------------------------
# Data Sources
#
# LBC_type       : data source for initial and boundary conditions
# LSM_type       : data source for  surface forcing
# obc_freq_h     : boundary condition frequency        [hour]
# sst_interval_m : interval between SST updates  [minutes]
#-------------------------------------------------------------------------
LBC_type="CFSR_press_pgbh06"
LSM_type="CFSR_sfc_flxf06"
obc_freq_h=6
sst_interval_m=360
#-------------------------------------------------------------------------
#  Grid parameters
#
#    dx                    : horizontal resolution in [km]
#    xdim                  : number of points in x
#    ydim                  : number of points in y
#    central_lat           : latitude at the center of the domain
#    central_lon           : longitude at the center of the domain
#    topo_res_d01          : horizontal resolution of orography data
#
#  Nesting
#
#    dimensions must check:
#    xdim_child=N*refine_coef+1
#    ydim_child=M*refine_coef+1
#
#  Variables for real.exe
#
#    nbvertlevel           : number of vertical levels
#    nbmetlevel            : number of boundary data levels
#    eta_levels (optional) : chosen vertical level repartition
#-------------------------------------------------------------------------
#
dt=150
nbvertlevel=60
nbmetlevel=38
nbmetsoil=4
eta_levels=' 1.000, 0.9977 , 0.9953 , 0.9930 , 0.9897 , 0.9863 , 0.9830 , 0.9787 , 0.9743 , 0.9700 , 0.9647 , 0.9593 , 0.9540 , 0.9473 , 0.9407 , 0.9340 , 0.9257 , 0.9173 , 0.9090 , 0.8993 , 0.8897 , 0.8800 , 0.8664 , 0.8528 , 0.8256 , 0.7984 , 0.7712 , 0.7209 , 0.6731 , 0.6277 , 0.5846 , 0.5439 , 0.5052 , 0.4686 , 0.4339 , 0.4011 , 0.3701 , 0.3408 , 0.3132 , 0.2871 , 0.2625 , 0.2393 , 0.2174 , 0.1969 , 0.1775 , 0.1594 , 0.1423 , 0.1263 , 0.1114 , 0.0973 , 0.0842 , 0.0719 , 0.0605 , 0.0498 , 0.0399 , 0.0307 , 0.0221 , 0.0142 , 0.0068 , 0.0000'
ptop=5000
#
# Parent domain (d01)
dx=30
xdim_d01=56
ydim_d01=50
central_lat=-32.0
central_lon=15.0
topo_res_d01='30s'
#topo_res_d01='3s+30s+10m'

# Nest 1 (d02) 
refine_d02=5
i_str_d02=32
j_str_d02=153
xdim_d02=456
ydim_d02=476
topo_res_d02='3s'
#topo_res_d02='2s+3s+30s'
#
# Nest 2 (d03)
refine_d03=3
i_str_d03=35
j_str_d03=24
xdim_d03=277
ydim_d03=349
topo_res_d03='3s+30s'

#-------------------------------------------------------------------------
# Dates of parent simulation
#-------------------------------------------------------------------------
# real-time mode
start_y=2009
start_m=01
start_d=01
start_h=00

end_y=2009
end_m=01
end_d=31
end_h=18

start_date_d01=$start_y'-'$start_m'-'$start_d'_'$start_h:00:00
end_date_d01=$end_y'-'$end_m'-'$end_d'_'$end_h:00:00

start_date_d02=$start_date_d01
end_date_d02=$end_date_d01

start_date_d03=$start_date_d01
end_date_d03=$end_date_d01