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Target Information Sample (.txt, .png)
Target Information for Obsgroup sbd_20170111_142618
Object name: Jupiter (599) [LS_NAME]
NAIFID: 599
Object magnitude: -2.0 [TCS_MAG]
RA: 13:22:52.95 [LS_RA]
Dec: -07:17:45.0 [LS_DEC]
Coordinate System: fk5 [LS_CS]
Equinox: 2000.0 [LS_EQ]
Proper Motion RA: 0.000000 [LS_PMRA]
Proper Motion Dec: 0.000000 [LS_PMDEC]
Proper Motion Epoch: 2000.00 [LS_EP]
Non-sidereal rate RA (Start): 0.003040 [LS_NSRA first file]
Non-sidereal rate Dec (Start): -0.001070 [LS_NSDEC first file]
Date of Obs. UT (Start) 2017-01-11 [DATE_OBS first file]
Time of Obs. UT (Start) 14:26:18.336993 [TIME_OBS first file]
Time of Obs. UT (End) 15:46:53.516046 [TIME_OBS last file + ELAPTIME]
Hour Angle (Start) -01:54:12.43 [TCS_HA first file]
Hour Angle (End) -00:33:25.86 [TCS_HA last file + ELAPTIME]
Airmass (Start) 1.288 [TCS_AM first file]
Airmass (End) 1.136 [AM calc using TCS_HA last file + ELAPTIME]
Integration time (per image) 29.6544 [Seconds, ITIME x CO_ADDS]
Int. time [total A beam] 1215.83 [Seconds, Sum of A-beam ITIME x CO_ADDS]
Int. time [total B beam] 1215.83 [Seconds, Sum of B-beam ITIME x CO_ADDS]
ICM (Cartman) Instrument settings:
Cross-disperser Lp [XDROT]
Cross-disperser tilt Lp4 [XDTILT]
Order-sorting filter Lo [OSF]
Lower Wavelength 3.1591000000 [XDWLLWR]
Upper Wavelength 3.4371000000 [XDWLUPPR]
Slit width 0.375 [SLIT]
Slit length 25 [DEKKER]
Slit position angle 296.00 [POSANGLE]
Moon proximity
Elevation (range) 3.9 - 21.5 [Degrees, from Horizons]
Angular separation (range) 102.7 - 103.5 [Degrees, from Horizons]
Fraction illumination (range) 98.6 - 98.7 [Percent, from Horizons]
Offset to parallactic angle (range) [POSANGLE - TCS_PA]
Weather
Seeing (range) [Min to Max DIMM seeing values from IQUP during time of ObsGroup data files]
Humidity (range) [Min to Max TCS_HUM from ObsGroup files]
Optical Depth (range) [Min to Max TAU225 from ObsGroup files]
Wind Speed (range) [Min to Max TCS_WMSP from ObsGroup files]
Planet Orbit Geometry (for Solar System Objects only)
Heliocentric distance (at Start time) [Single value, at ObsGroup Start time, from JPL Horizons, Heliocentric Range, unit AU]
Observer distance (at Start time) [Single value, at ObsGroup Start time, from JPL Horizons, Observer Range, unit AU]
Solar Phase angle (at Start time) [Single value, at ObsGroup Start time, from JPL Horizons, Sun-Target-Observer ~PHASE angle, unit Degrees]
Planetocentric Geometry (for Solar System Objects only)
Observer sub-long (range) [Planetocentric longitude values at Start and End times of ObsGroup, from JPL Horizons, from selection “Observer sub-lon & sub-lat”]
Observer sub-lat (at Start time) [Planetocentric latitude at start time of ObsGroup, from JPL Horizons, from selection “Observer sub-lon & sub-lat”]
Sun sub-long (range) [Planetocentric longitude values at Start and End times of ObsGroup, from JPL Horizons, from selection “Sun sub-longitude & sub-latitude”]
Sun sub-lat (at Start time) [Planetocentric latitude at start time of ObsGroup, from JPL Horizons, from selection “Sun sub-longitude & sub-latitude”]
Target angular diameter (at Start time) [Angular diameter at start time of ObsGroup from JPL Horizons, from selection “Target angular diameter”]
NP position angle (at Start time) [Position angle of Planetocentric North Pole at start time sof ObsGroup, from JPL Horizons, from selection “North Pole position angle & distance”]
NP distance (at Start time) [Distance of Planetocentric North Pole from center of disk at start time sof ObsGroup, from JPL Horizons, from selection “North Pole position angle & distance”]
Suggestion for .PNG
Pointing record (for Solar System objects only)[Image (.png) showing offset between TCS_RA and TCS_DEC, and EPHEMERIS RA and DEC generated from JPL Horizons, with one point plotted for every file in ObsGroup]