[import]
# Resampling the spectra.
l_ini = 4750.0
l_fin = 9351.0
dl = 1.0

# Flux unit, usually listed in the header in a non-standard way.
flux_unit = 1e-20

# Pre-mask spaxels with S/N < SN_min.
SN_min = 3.0

# Create a convex spatial mask to avoid "island spaxels".
convex_hull_mask = True

# Slice and bin the input image, updating the WCS.
#slice = 155:160,155:160
#slice = 155:160,15:20
binning = 1

# Segmentation: voronoi, aperture, ring
#segmentation = ring

# Voronoi target S/N. Use the same S/N window set in section [starlight].
seg_target_SN = 20.0

# Ring and aperture center. Use WCS reference pixel if not set.
#seg_x0 = x0
#seg_y0 = y0

# Ring and aperture geometry. P.A. in degrees.
# Calculate from the S/N window flux if not set.
seg_pa = 0.0
seg_ba = 1.0

seg_step=5

# Spatial covariance factor when summing errors. 
#     cov_factor = 1 + (spat_cov_a * log(N))**spat_cov_b
#     error_bin = sqrt(sum(error_i**2))
#     error_eff = cov_factor * error_bin
spat_cov_a = 0.0 
spat_cov_b = 1.0

[tables]
master_table = /home/amorim/muse/muse_sample.txt
telluric_mask = /home/amorim/starlight/masks/Masks.telluric.MUSE

[starlight]
# grid config
starlight_dir = /home/amorim/starlight
exec_path = ${starlight_dir}/Starlight_v06r03.exe

# These are relative to starlight_dir 
base_dir = CSFBasesDir
obs_dir = input
mask_dir = masks
etc_dir = .
out_dir = output

rand_seed = -42

# lower-lambda for S/N estimation
llow_SN = 5590.0

# upper-lambda for S/N estimation
lupp_SN = 5680.0

# FIXME: Olsyn_ini, Olsyn_fin and Odlsyn below are ignored, the values from
# the observed spectra are used instead.

# lower-lambda for fit.
Olsyn_ini = 4750.0

# upper-lambda for fit
Olsyn_fin =  9351.0

# delta-lambda for fit
Odlsyn = 1.0

# FIT/FXK - Fit or Fix kinematics
fit_fix = FIT

# ETC ESM
ETC_ESM = WbC

# ETC gamma exponent.
ETC_gamma = 1.0

# 1/0 = Yes/No  <=== !PHO! ATT: still needs coding + testing!
IsPHOcOn = 0

# 1/0 = Yes/No  <=== !QHR!
IsQHRcOn = 0

# 1/0 = Yes/No  <=== !FIR!
IsFIRcOn = 0

# Note: the %s, %d and %d will be replaced by the galaxy ID, y, x.
arq_obs_format = %04d_%04d.in

# Note: the %s, %d and %d will be replaced by the galaxy ID, y, x.
arq_out_format = %04d_%04d.out

# Note: the %s, %d and %d will be replaced by the galaxy ID, y, x.
arq_mask_format = %s/Masks_%04d_%04d

arq_config = S6.N4030a.config
arq_base = CBASE.cb17.16x7.S00
arq_mask = Masks.EmLines.MUSE

arq_etc = nodata
red_law = CCM
v0_ini = 0.0
vd_ini = 100.0