#
# Common MSL12 default parameters
# 

# processing mode (0 = standard processing)
# -----------------------------------------
mode=0
oformat=netcdf4
deflate=4

# atmospheric correction and normalization
# ----------------------------------------
atmocor=1
proc_ocean=1
proc_land=1
proc_sst=0
aer_opt=-2
aer_swir_short=-1
aer_swir_long=-1
aer_rrs_short=-1.0
aer_rrs_long=-1.0
aer_iter_max=10
rhoamin=0.0002
gas_opt=15
pol_opt=0
brdf_opt=7
glint_opt=1
outband_opt=2
oxaband_opt=0
filter_opt=0
# temperature & salinity-dependent seawater nw, aw, bbw
# currently (ca. June 2014) only nw and bbw are modified
seawater_opt=1

# ancillary input
# ---------------
demfile=$OCDATAROOT/common/ETOPO1_ocssw.nc
#  ancilary data correction file, for toms-like ozone correction
anc_cor_file=$OCDATAROOT/common/anc_cor_file_28jan2014.nc
met1=$OCDATAROOT/common/met_climatology_v2014.hdf
ozone1=$OCDATAROOT/common/ozone_climatology_v2014.hdf
no2file=$OCDATAROOT/common/no2_climatology_v2013.hdf
land=$OCDATAROOT/common/landmask_GMT15ARC.nc
water=$OCDATAROOT/common/watermask.dat
icefile=$OCDATAROOT/common/ice_climatology.hdf
# for tricho flag and first-guess MODIS SST (sstref)
sssfile=$OCDATAROOT/common/sss_climatology_woa2009.hdf
sstfile=$OCDATAROOT/common/sst_climatology.hdf
sstrefdif=1.25
# for PAR
alphafile=$OCDATAROOT/common/alpha510_climatology.hdf
tauafile=$OCDATAROOT/common/taua865_climatology.hdf

# for brdf
fqfile=$OCDATAROOT/common/morel_fq.nc
# for aw/bbw
water_spectra_file=$OCDATAROOT/common/water_spectra.dat

# lon/lat subsampling
# -----------------------
ctl_pt_incr=1

# line and pixel sampling
# -----------------------
spixl=1
epixl=-1
dpixl=1
sline=1
eline=-1
dline=1

# algorithm controls
# ------------------
wsmax=12.0
picfile=$OCDATAROOT/common/calcite_table.txt
# GIOP algorithms parameters
# L-M fit
giop_fit_opt=1
# Gordon to relate bb/(a+bb) to Rrs
giop_rrs_opt=0
# Bricaud 1998 aph spectrum
giop_aph_opt=2
# exponential adg function
giop_adg_opt=1
giop_adg_s=0.018
# power-law bbp with QAA adaptive exponent
giop_bbp_opt=3
# IOP model for use in downstream products (e.g. Kd_###_lee)
# 0: None (products requiring a or bb will fail)
# 1: Carder
# 2: GSM
# 3: QAA
# 4: PML
# 5: NIWA
# 6: LAS
# 7: GIOP
iop_opt=0

# flag thresholds
# ---------------
albedo=0.027
absaer=0.0
nlwmin=0.15
tauamax=0.3
epsmin=0.80
epsmax=1.35
glint=0.005
sunzen=70.0
satzen=60.0

# ancillary met/ozone over-rides (-1000 = ignore)
# ----------------------------------------------
windspeed=-1000
windangle=-1000
pressure=-1000
ozone=-1000
watervapor=-1000
relhumid=-1000

# masking
# -------
maskland=1
maskbath=0
maskcloud=1
maskglint=0
masksunzen=0
masksatzen=0
maskhilt=1
maskstlight=0