#
# MSL12 default parameters for OSMI
# 

# default output content
# ----------------------
l2prod=nLw_412,nLw_443,nLw_490,nLw_555,nLw_765,nLw_865,chlor_a,l2_flags

# lon/lat subsampling
# -------------------

# calibration
# -----------
calfile=$OCDATAROOT/osmi/cal/osmical_simbios_2002025.hdf
gain=[1.0,1.0,1.0,1.0,1.0,1.0]
offset=[0.0,0.0,0.0,0.0,0.0,0.0]

# process control
# ---------------
proc_land=0

# atmospheric correction and normalization
# ----------------------------------------
aermodfile=$OCDATAROOT/osmi/aerosol/aerosol_osmi
aermodels=[o99,m50,m70,m90,m99,c50,c70,c90,c99,t50,t90,t99]
aer_opt=-1
aer_wave_short=765
aer_wave_long=865
rhoamin=0.0001
mumm_alpha=1.72
mumm_gamma=1.00
mumm_epsilon=1.00
gas_opt=1
brdf_opt=0
outband_opt=0
filter_file=$OCDATAROOT/osmi/osmi_filter.dat

# algorithm controls
# ------------------
chloc2_wave=[489,555]
chloc2_coef=[0.237200,-2.45410, 1.71140,-0.339900,-2.78800]
chloc3_wave=[443,489,555]
chloc3_coef=[0.240900,-2.47680, 1.52960, 0.106100,-1.10770]
chloc4_wave=[]
chloc4_coef=[]
coccolith=[1.1,0.9, 0.75, 1.85, 1.0, 1.65, 0.6, 1.15]
qaa_wave=[412,443,490,555]
giop_wave=[412,443,490,555]


# flag thresholds
# ---------------

# ancillary met/ozone over-rides (-1000 = ignore)
# ----------------------------------------------

# masking
# -------
maskstlight=1

# line and pixel sampling
# -----------------------

# ancillary input
# ---------------

# processing mode (0 = standard processing)
# -----------------------------------------

# sensor-specific parameters
# --------------------------