&sflux_inputs
air_1_relative_weight=1. !air_[12]_relative_weight set the relative ratio between datasets '1' and '2'
air_2_relative_weight=99.
air_1_max_window_hours=120. !max. # of hours (offset from start time in each file) in each file of set '1'
air_2_max_window_hours=120.
air_1_fail_if_missing=.true.  !set '1' is mandatory
air_2_fail_if_missing=.false. !set '2' is optional
air_1_file='sflux_air_1' !file name for 1st set of 'air'
air_2_file='sflux_air_2'
uwind_name='uwind' !name of u-wind vel.
vwind_name='vwind' !name of v-wind vel.
prmsl_name='prmsl' !name of air pressure (@MSL) variable in .nc file
stmp_name='stmp'  !name of surface air T
spfh_name='spfh'  !name of specific humidity
rad_1_relative_weight=1.
rad_2_relative_weight=99.
rad_1_max_window_hours=24.
rad_2_max_window_hours=24.
rad_1_fail_if_missing=.true.
rad_2_fail_if_missing=.false.
rad_1_file='sflux_rad_1'
rad_2_file='sflux_rad_2'
dlwrf_name='dlwrf' !name of downward longwave radiation variable
dswrf_name='dswrf' !name of downward shortwave radiation variable (solar)
prc_1_relative_weight=1.
prc_2_relative_weight=99.
prc_1_max_window_hours=24.
prc_2_max_window_hours=24.
prc_1_fail_if_missing=.true.
prc_2_fail_if_missing=.false.
prc_1_file='sflux_prc_1'
prc_2_file='sflux_prc_2'
prate_name='prate' !name of precipitation rate variable
/
