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level1b.config
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# Configuration file for Diviner L1B processing
[version]
product_version_id = 1 # Product Version Id (PDS)
[paths]
# Where inputs and outputs reside
indata_root = /project/dlre_repository/level_1a # Where the L1A input comes from
outdata_root = ../test/level_1b # Where L1B data goes by default (cmd-line overrides)
kernel_root = ../test/spice/kernels # Where kernels comes from and go to
orbit_root = /project/dlre_repository/spice/orbits # Where orbit information comes from
ttable_root = ../config/tables/thermal_tables # Where thermal channel tables come from
stable_root = ../config/tables/solar_tables # Where solar channel tables come from
edrlabel_root = /project/dlre_repository/edr # Where EDR Labels can be located
dthreshold_path = ../config/detector_tables/det_threshold_20110313.txt # Detector Threshold file
noise_path = ../config/noise_tables/noise_20110118.txt # Noise file
eclipse_path = ../config/eclipse_tables/dlre_eclipses_20110315.txt # Eclipse file
[skipping]
# Number of samples to skip before calibrating
# Per Tim S. via Ben G. 09/22/2010
spaceview_num_skip_sample = 16
blackbodyview_num_skip_sample = 16
solartargetview_num_skip_sample = 16
[time_boundaries]
# Boundaries on time that impact the regions of interest
spaceview_dist = 14400 # 4 * 60 * 60 = 4 hours
tc_marker_dist = 3600 # 1 * 60 * 60 = 1 hour
vc_marker_dist = 14400 # 4 * 60 * 60 = 4 hours
tc_marker_dist_oob = 750 # 1 * 12.5 * 60 = 12.5 minutes (Per Tim S.)
vc_marker_dist_oob = 9000 # 2.5 * 60 * 60 = 2.5 hours (Per Tim S.)
[constants]
# Constants for when we resort to lowest-quality thermal channel calibration. Will
# change once we have experience with the instrument in flight. Offset of 0.0 and gain
# of 1.0 are equivalent to no calibration when using linear equation for calibration.
tchan_offset_constant = 0.0
tchan_gain_constant = 1.0
# Constants for when we resort to lowest-quality visible channel calibration. Will
# change once we have experience with the instrument in flight. Offset of 0.0 and gain
# of 1.0 are equivalent to no calibration when using linear equation for calibration.
vchan_offset_constant = 0.0 # Per Ben 11/2009
vchan_gain_constant = 0.01 # Per Ben 11/2009
# Constants for converting normalized radiance to calibrated radiance. Provided by Marc
# Foote.
chan1_calrad_constant = 6.7121309e-002
chan2_calrad_constant = 6.7121309e-002
chan3_calrad_constant = 4.2630493e+000
chan4_calrad_constant = 2.8704298e+000
chan5_calrad_constant = 2.9310925e+000
chan6_calrad_constant = 4.8863398e+001
chan7_calrad_constant = 1.5271776e+001
chan8_calrad_constant = 2.4428466e+000
chan9_calrad_constant = 5.7251442e-001
[temperature_boundaries]
# Attributes of temperature that impact quality flags. These impact thermal and
# visible channels in an identical manner. We have a range where temperature is
# within bounds and we have a rate of change.
temp_min_boundary = 10 # Degrees Centigrade (an educated guess from Marc Foote)
temp_max_boundary = 60 # Degrees Centigrade (an educated guess from Marc Foote)
temp_max_rate_change = 5 # Units might be Degrees Centigrade per minute (complete WAG)