Example LCT Geometry Multiple Observation File SECTION = Observation info ! ----------------------- Begin a section Instrument = EO-1 ALI ! Instrument makeing the observation User = Jeff Mendenhall ! Person submitting the calibration request Source_Date = 2003 Dec 04 ! Run Date/Time of primary input file Process = iradcal & multimoon ! Name of process that generated this file Version = 2005jul23 & 2005jul24 ! Processing version Run_Time = 2006Feb14 13:57:12 ! Local Date/Time of these calculations BEGIN_FREE ! Begins a free-form section describing the table section This is a ROLO exchange for: LCT MOF geometry GUIDE to columns below: Col Key units Description 0 Row - Observation Count 1 TDB-2451545 day Dynamical barycentric Days -2451545. 2 SunLon degree Selenographic longitude of the Sun 3 SunLat degree Selenographic latitude of the Sun 4 SC_Lon degree Selenographic longitude of spacecraft 5 SC_Lat degree Selenographic latitude of spacecraft 6 SC_Dist. km Distance of spacecraft from center of Moon 7 Sun_M_Dist AU Heliocentric range of the Moon 8 DistFac - Factor to correct irradiance to standard distances 9 PhaseAng degree Signed phase angle 10 Moon_mrad mrad Angular Diameter of the Moon from SC 11 Axis_Ang degree Position Angle of lunar axis, ccw from N Format = (I3,1x,f13.6,1x,f8.2,1x,f5.2,1x,f6.2,1x,f6.2,1x,f8.1,1x,F9.7,1x,f9.6,1x,F8.3,1x,f8.4,1x,f8.3) Row TDB-2451545 SunLon SunLat SC_Lon SC_Lat SC_Dist. Sun_M_Dist DistFac PhaseAng Moon_mrad Axis_Ang C_END End of label section 1 403.323792 6.40 -0.89 -0.44 -4.11 353512.4 0.9887706 0.826863 -7.561 9.8294 17.931 2 433.674469 -2.95 -1.42 3.27 -7.25 358957.7 0.9955547 0.864271 8.513 9.6802 23.970 3 462.240143 8.95 -1.52 3.48 -7.37 363747.8 1.0036108 0.901913 -7.995 9.5528 22.785 4 492.588745 -1.29 -1.19 5.08 -5.42 377681.8 1.0117936 0.988255 7.634 9.2003 12.921 5 520.946716 12.31 -0.57 4.80 -4.16 384838.9 1.0171890 1.037037 -8.318 9.0292 7.981 6 551.781128 -4.50 0.26 3.00 1.17 396448.7 1.0192988 1.105122 7.555 8.7648 -10.688 7 581.377625 -6.21 1.00 0.96 4.03 401291.3 1.0170912 1.127385 7.783 8.6590 -19.674 8 609.806824 6.53 1.47 0.30 5.02 401747.1 1.0115631 1.117698 -7.160 8.6492 -22.275 9 640.574890 -8.82 1.57 -2.63 5.84 395920.5 1.0032324 1.067708 7.505 8.7765 -22.098 10 670.379700 -11.94 1.22 -3.75 3.88 386394.7 0.9948765 1.000078 8.599 8.9929 -14.916 The label section propagates the processing information used to create the SCT Multiple Observation Files, and adds explanations of the columns in the table section, including FORTRAN-style format statements and aligned column headers. The table section contains a row for each lunar observation, row-aligned with the SCT Multiple Observation Files. The columns give the ephemeris and geometric correction parameters computed by the LCT, analogous to the keywords defined for a LCT Single Observation model results file. For keyword definitions, see . * column 1: A unity-based index of instrument lunar observations * column 2: Barycentric_Time minus 2451545.0 * column 3: Sun_Moon_lon * column 4: Sun_Moon_lat * column 5: SC_Moon_lon * column 6: SC_Moon_lat * column 7: SC_Distance * column 8: Sun_Moon_Distance * column 9: Distance_Factor * column 10: Phase_angle * column 11: Moon_Diam_Angle * column 12: Axis_Angle