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Specifically describes what sky-sector and scans/sector position of 360 deg sky was commanded along with other housekeeping states. (See instrument template for descriptions.)" END_OBJECT = TEXT END euv_rts_i24_status.lis000077505166050166273000000427131166151707100200430ustar00meisnerplanetrestore00005460000003GLLUVS2:[GLL_RAW.EUV_P2]I24A_EUV_TV24NANS01.DAT;6 % denotes numbers are in hex. Record Number: 0 Start Time: 5209120 End Time: 5209179 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 31835 41 191 56 RIM counter matches time stamp rim Record Number: 1 Start Time: 5209180 End Time: 5209239 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 31895 41 191 56 RIM counter matches time stamp rim Record Number: 2 Start Time: 5209240 End Time: 5209299 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 31955 41 191 56 RIM counter matches time stamp rim Record Number: 3 Start Time: 5209300 End Time: 5209359 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32015 41 191 56 RIM counter matches time stamp rim Record Number: 4 Start Time: 5209360 End Time: 5209419 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32075 41 191 56 RIM counter matches time stamp rim Record Number: 5 Start Time: 5209420 End Time: 5209479 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32135 41 192 56 RIM counter matches time stamp rim Record Number: 6 Start Time: 5209480 End Time: 5209539 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32195 41 191 56 RIM counter matches time stamp rim Record Number: 7 Start Time: 5209540 End Time: 5209599 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32255 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 8 Start Time: 5209600 End Time: 5209659 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32315 41 191 56 RIM counter matches time stamp rim Record Number: 9 Start Time: 5209660 End Time: 5209719 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32375 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 10 Start Time: 5209720 End Time: 5209779 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32435 41 192 56 RIM counter matches time stamp rim Record Number: 11 Start Time: 5209780 End Time: 5209839 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32495 41 191 56 RIM counter matches time stamp rim Record Number: 12 Start Time: 5209840 End Time: 5209899 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32555 41 191 56 RIM counter matches time stamp rim Record Number: 13 Start Time: 5209900 End Time: 5209959 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32615 41 191 56 RIM counter matches time stamp rim Record Number: 14 Start Time: 5209960 End Time: 5210019 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32675 41 192 56 RIM counter matches time stamp rim Record Number: 15 Start Time: 5210020 End Time: 5210079 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32735 41 191 56 RIM counter matches time stamp rim Record Number: 16 Start Time: 5210080 End Time: 5210139 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32795 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 17 Start Time: 5210140 End Time: 5210199 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32855 41 191 56 RIM counter matches time stamp rim Record Number: 18 Start Time: 5210200 End Time: 5210259 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32915 41 191 56 RIM counter matches time stamp rim Record Number: 19 Start Time: 5210260 End Time: 5210319 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32975 41 192 56 RIM counter matches time stamp rim Record Number: 20 Start Time: 5210320 End Time: 5210379 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33035 41 191 56 RIM counter matches time stamp rim Record Number: 21 Start Time: 5210380 End Time: 5210439 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33095 41 191 56 RIM counter matches time stamp rim Record Number: 22 Start Time: 5210440 End Time: 5210499 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33155 41 191 56 RIM counter matches time stamp rim Record Number: 23 Start Time: 5210500 End Time: 5210559 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33215 41 191 56 RIM counter matches time stamp rim Record Number: 24 Start Time: 5210560 End Time: 5210619 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33275 41 192 56 RIM counter matches time stamp rim Record Number: 25 Start Time: 5210620 End Time: 5210679 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33335 41 191 56 RIM counter matches time stamp rim Record Number: 26 Start Time: 5210680 End Time: 5210739 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33395 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 27 Start Time: 5210740 End Time: 5210919 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33575 41 574 56 RIM counter matches time stamp rim Record Number: 28 Start Time: 5210920 End Time: 5211099 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33755 41 573 56 RIM counter matches time stamp rim Record Number: 29 Start Time: 5211100 End Time: 5211279 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33935 41 574 56 RIM counter matches time stamp rim Record Number: 30 Start Time: 5211280 End Time: 5211459 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 34115 41 574 56 RIM counter matches time stamp rim Record Number: 31 Start Time: 5211460 End Time: 5211639 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 34295 41 559 56 RIM counter matches time stamp rim Record Number: 32 Start Time: 5211640 End Time: -1 Stamp Rim Time: ******* Some or all of the data presence indicators are not zero. Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ No Record Number: 33 Start Time: 5211820 End Time: 5211999 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 34654 41 572 19 RIM counter does not match time stamp rim Sector% RIM counter Software #% Int Count RT euv_rts_i24_status.lis_3000077505166050166273000000427131166151707000202640ustar00meisnerplanetrestore00005460000003GLLUVS2:[GLL_RAW.EUV_P2]I24A_EUV_TV24NANS01.DAT;6 % denotes numbers are in hex. Record Number: 0 Start Time: 5209120 End Time: 5209179 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 31835 41 191 56 RIM counter matches time stamp rim Record Number: 1 Start Time: 5209180 End Time: 5209239 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 31895 41 191 56 RIM counter matches time stamp rim Record Number: 2 Start Time: 5209240 End Time: 5209299 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 31955 41 191 56 RIM counter matches time stamp rim Record Number: 3 Start Time: 5209300 End Time: 5209359 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32015 41 191 56 RIM counter matches time stamp rim Record Number: 4 Start Time: 5209360 End Time: 5209419 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32075 41 191 56 RIM counter matches time stamp rim Record Number: 5 Start Time: 5209420 End Time: 5209479 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32135 41 192 56 RIM counter matches time stamp rim Record Number: 6 Start Time: 5209480 End Time: 5209539 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32195 41 191 56 RIM counter matches time stamp rim Record Number: 7 Start Time: 5209540 End Time: 5209599 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32255 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 8 Start Time: 5209600 End Time: 5209659 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32315 41 191 56 RIM counter matches time stamp rim Record Number: 9 Start Time: 5209660 End Time: 5209719 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32375 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 10 Start Time: 5209720 End Time: 5209779 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32435 41 192 56 RIM counter matches time stamp rim Record Number: 11 Start Time: 5209780 End Time: 5209839 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32495 41 191 56 RIM counter matches time stamp rim Record Number: 12 Start Time: 5209840 End Time: 5209899 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32555 41 191 56 RIM counter matches time stamp rim Record Number: 13 Start Time: 5209900 End Time: 5209959 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32615 41 191 56 RIM counter matches time stamp rim Record Number: 14 Start Time: 5209960 End Time: 5210019 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32675 41 192 56 RIM counter matches time stamp rim Record Number: 15 Start Time: 5210020 End Time: 5210079 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32735 41 191 56 RIM counter matches time stamp rim Record Number: 16 Start Time: 5210080 End Time: 5210139 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32795 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 17 Start Time: 5210140 End Time: 5210199 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32855 41 191 56 RIM counter matches time stamp rim Record Number: 18 Start Time: 5210200 End Time: 5210259 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32915 41 191 56 RIM counter matches time stamp rim Record Number: 19 Start Time: 5210260 End Time: 5210319 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 32975 41 192 56 RIM counter matches time stamp rim Record Number: 20 Start Time: 5210320 End Time: 5210379 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33035 41 191 56 RIM counter matches time stamp rim Record Number: 21 Start Time: 5210380 End Time: 5210439 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33095 41 191 56 RIM counter matches time stamp rim Record Number: 22 Start Time: 5210440 End Time: 5210499 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33155 41 191 56 RIM counter matches time stamp rim Record Number: 23 Start Time: 5210500 End Time: 5210559 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33215 41 191 56 RIM counter matches time stamp rim Record Number: 24 Start Time: 5210560 End Time: 5210619 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33275 41 192 56 RIM counter matches time stamp rim Record Number: 25 Start Time: 5210620 End Time: 5210679 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33335 41 191 56 RIM counter matches time stamp rim Record Number: 26 Start Time: 5210680 End Time: 5210739 Stamp Rim Time: 59 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33395 41 191 56 RIM counter matches time stamp rim Expected starting integration angle is not equal to the housekeeping value. Record Number: 27 Start Time: 5210740 End Time: 5210919 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33575 41 574 56 RIM counter matches time stamp rim Record Number: 28 Start Time: 5210920 End Time: 5211099 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33755 41 573 56 RIM counter matches time stamp rim Record Number: 29 Start Time: 5211100 End Time: 5211279 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 33935 41 574 56 RIM counter matches time stamp rim Record Number: 30 Start Time: 5211280 End Time: 5211459 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 34115 41 574 56 RIM counter matches time stamp rim Record Number: 31 Start Time: 5211460 End Time: 5211639 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 34295 41 559 56 RIM counter matches time stamp rim Record Number: 32 Start Time: 5211640 End Time: -1 Stamp Rim Time: ******* Some or all of the data presence indicators are not zero. Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ No Record Number: 33 Start Time: 5211820 End Time: 5211999 Stamp Rim Time: 179 Fiducial% Active Pixels% Start Wavelength% HV% Scans/Sector% Sector% RIM counter Software #% Int Count RT mf Count ------------------------------------------------------------------------------------------------------------------------------------ 7e7e 5a d9 b 2 18 34654 41 572 19 RIM counter does not match time stamp rim Sector% RIM counter Software #% Int Count RT i24_euv_names.lis000077505166050166273000000004331166151707000167230ustar00meisnerplanetrestore00005460000003; file: /ansa4/euv_p2/data/i24_euv_names.lis May 15, 2007 - kes LASP File Name GLL Obs ID SCET Begin Time SCET End Time RIM Begin RIM End i24a_euv_tv24nans01.dat = 24TV24NANS01 1999-285/00:35:05.961 1999-287/01:06:05.292 5209120:00:0 5211999:00:0i24_nans01_00.look_lbl000077505166050166273000000317321166151707000173540ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_00.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_00.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_00" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T01:05:25.932Z SPACECRAFT_CLOCK_START_COUNT = 1/05209150:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END = COLUMN OBJECT i24_nans01_00.look_new_1000077505166050166273000000613221166151707000176120ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 01:05:25.932 SCLK Time : 1/05209150:00:0:0 Spacecraft position = (-128954.17, 1080586.2, 512477.09) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 490065.89, 80.116265, -183763.09 ) Forward (first) = ( 506806.26, 79.435868, -181195.31 ) Aft (second) = ( 489271.60, 80.440342, -176504.92 ) Forward (second) = ( 506007.25, 79.747419, -173985.83 ) Boresight = ( 498050.16, 79.937836, -178875.32 ) Col: 1, Row: 1 = ( 492464.07, 80.166078, -179719.58 ) Col: 2, Row: 1 = ( 498050.16, 79.937836, -178875.32 ) Col: 3, Row: 1 = ( 503623.03, 79.708247, -178023.88 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 489271.60, 80.440342, -176504.92 ) Forward (first) = ( 506007.25, 79.747419, -173985.83 ) Aft (second) = ( 488496.42, 80.753392, -169207.82 ) Forward (second) = ( 505227.08, 80.048315, -166737.54 ) Boresight = ( 497263.17, 80.250150, -171621.46 ) Col: 1, Row: 1 = ( 491678.71, 80.482548, -172449.65 ) Col: 2, Row: 1 = ( 497263.17, 80.250150, -171621.46 ) Col: 3, Row: 1 = ( 502834.42, 80.016491, -170786.46 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 488496.42, 80.753392, -169207.82 ) Forward (first) = ( 505227.08, 80.048315, -166737.54 ) Aft (second) = ( 487738.88, 81.055275, -161873.25 ) Forward (second) = ( 504464.36, 80.338423, -159451.90 ) Boresight = ( 496494.43, 80.551557, -164329.46 ) Col: 1, Row: 1 = ( 490911.67, 80.787985, -165141.55 ) Col: 2, Row: 1 = ( 496494.43, 80.551557, -164329.46 ) Col: 3, Row: 1 = ( 502063.98, 80.313952, -163510.93 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 487738.88, 81.055275, -161873.25 ) Forward (first) = ( 504464.36, 80.338423, -159451.90 ) Aft (second) = ( 486997.54, 81.345854, -154502.66 ) Forward (second) = ( 503717.72, 80.617614, -152130.37 ) Boresight = ( 495742.52, 80.841923, -157000.77 ) Col: 1, Row: 1 = ( 490161.52, 81.082251, -157796.71 ) Col: 2, Row: 1 = ( 495742.52, 80.841923, -157000.77 ) Col: 3, Row: 1 = ( 501310.33, 80.600497, -156198.76 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 486997.54, 81.345854, -154502.66 ) Forward (first) = ( 503717.72, 80.617614, -152130.37 ) Aft (second) = ( 486271.03, 81.625002, -147097.52 ) Forward (second) = ( 502985.86, 80.885765, -144774.40 ) Boresight = ( 495006.07, 81.121117, -149636.86 ) Col: 1, Row: 1 = ( 489426.87, 81.365215, -150416.62 ) Col: 2, Row: 1 = ( 495006.07, 81.121117, -149636.86 ) Col: 3, Row: 1 = ( 500572.12, 80.876000, -148851.41 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 486271.03, 81.625002, -147097.52 ) Forward (first) = ( 502985.86, 80.885765, -144774.40 ) Aft (second) = ( 485558.02, 81.892591, -139659.30 ) Forward (second) = ( 502267.50, 81.142758, -137385.47 ) Boresight = ( 494283.76, 81.389016, -142239.18 ) Col: 1, Row: 1 = ( 488706.36, 81.636751, -143002.72 ) Col: 2, Row: 1 = ( 494283.76, 81.389016, -142239.18 ) Col: 3, Row: 1 = ( 499848.04, 81.140339, -141470.34 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 485558.02, 81.892591, -139659.30 ) Forward (first) = ( 502267.50, 81.142758, -137385.47 ) Aft (second) = ( 484857.20, 82.148503, -132189.48 ) Forward (second) = ( 501561.42, 81.388477, -129965.06 ) Boresight = ( 493574.31, 81.645501, -134809.22 ) Col: 1, Row: 1 = ( 487998.69, 81.896737, -135556.50 ) Col: 2, Row: 1 = ( 493574.31, 81.645501, -134809.22 ) Col: 3, Row: 1 = ( 499136.84, 81.393396, -134057.02 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 484857.20, 82.148503, -132189.48 ) Forward (first) = ( 501561.42, 81.388477, -129965.06 ) Aft (second) = ( 484167.36, 82.392622, -124689.55 ) Forward (second) = ( 500866.45, 81.622814, -122514.64 ) Boresight = ( 492876.50, 81.890457, -127348.46 ) Col: 1, Row: 1 = ( 487302.63, 82.145057, -128079.45 ) Col: 2, Row: 1 = ( 492876.50, 81.890457, -127348.46 ) Col: 3, Row: 1 = ( 498437.30, 81.635058, -126612.93 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 484167.36, 82.392622, -124689.55 ) Forward (first) = ( 500866.45, 81.622814, -122514.64 ) Aft (second) = ( 483487.30, 82.624838, -117161.00 ) Forward (second) = ( 500181.46, 81.845664, -115035.70 ) Boresight = ( 492189.13, 82.123773, -119858.38 ) Col: 1, Row: 1 = ( 486616.96, 82.381599, -120573.04 ) Col: 2, Row: 1 = ( 492189.13, 82.123773, -119858.38 ) Col: 3, Row: 1 = ( 497748.28, 81.865218, -119139.57 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 483487.30, 82.624838, -117161.00 ) Forward (first) = ( 500181.46, 81.845664, -115035.70 ) Aft (second) = ( 482815.90, 82.845044, -109605.32 ) Forward (second) = ( 499505.40, 82.056925, -107529.75 ) Boresight = ( 491511.09, 82.345346, -112340.48 ) Col: 1, Row: 1 = ( 485940.54, 82.606256, -113038.77 ) Col: 2, Row: 1 = ( 491511.09, 82.345346, -112340.48 ) Col: 3, Row: 1 = ( 497068.66, 82.083772, -111638.42 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 482815.90, 82.845044, -109605.32 ) Forward (first) = ( 499505.40, 82.056925, -107529.75 ) Aft (second) = ( 482152.09, 83.053140, -102024.01 ) Forward (second) = ( 498837.24, 82.256501, -99998.272 ) Boresight = ( 490841.31, 82.555072, -104796.25 ) Col: 1, Row: 1 = ( 485272.29, 82.818925, -105478.14 ) Col: 2, Row: 1 = ( 490841.31, 82.555072, -104796.25 ) Col: 3, Row: 1 = ( 496397.39, 82.290619, -104110.98 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 482152.09, 83.053140, -102024.01 ) Forward (first) = ( 498837.24, 82.256501, -99998.272 ) Aft (second) = ( 481494.86, 83.249026, -94418.588 ) Forward (second) = ( 498176.02, 82.444297, -92442.781 ) Boresight = ( 490178.78, 82.752855, -97227.206 ) Col: 1, Row: 1 = ( 484611.17, 83.019506, -97892.658 ) Col: 2, Row: 1 = ( 490178.78, 82.752855, -97227.206 ) Col: 3, Row: 1 = ( 495733.49, 82.485663, -96558.750 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 481494.86, 83.249026, -94418.588 ) Forward (first) = ( 498176.02, 82.444297, -92442.781 ) Aft (second) = ( 480843.25, 83.432609, -86790.561 ) Forward (second) = ( 497520.85, 82.620224, -84864.784 ) Boresight = ( 489522.53, 82.938601, -89634.845 ) Col: 1, Row: 1 = ( 483956.21, 83.207904, -90283.830 ) Col: 2, Row: 1 = ( 489522.53, 82.938601, -89634.845 ) Col: 3, Row: 1 = ( 495076.00, 82.668813, -88983.244 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 480843.25, 83.432609, -86790.561 ) Forward (first) = ( 497520.85, 82.620224, -84864.784 ) Aft (second) = ( 480196.39, 83.603797, -79141.446 ) Forward (second) = ( 496870.88, 82.784196, -77265.795 ) Boresight = ( 488871.68, 83.112218, -82020.684 ) Col: 1, Row: 1 = ( 483306.49, 83.384027, -82653.172 ) Col: 2, Row: 1 = ( 488871.68, 83.112218, -82020.684 ) Col: 3, Row: 1 = ( 494424.06, 82.839979, -81385.972 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 480196.39, 83.603797, -79141.446 ) Forward (first) = ( 496870.88, 82.784196, -77265.795 ) Aft (second) = ( 479553.44, 83.762504, -71472.765 ) Forward (second) = ( 496225.35, 82.936129, -69647.333 ) Boresight = ( 488225.39, 83.273621, -74386.242 ) Col: 1, Row: 1 = ( 482661.18, 83.547787, -75002.200 ) Col: 2, Row: 1 = ( 488225.39, 83.273621, -74386.242 ) Col: 3, Row: 1 = ( 493776.85, 82.999076, -73768.451 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 479553.44, 83.762504, -71472.765 ) Forward (first) = ( 496225.35, 82.936129, -69647.333 ) Aft (second) = ( 478913.65, 83.908644, -63786.042 ) Forward (second) = ( 495583.52, 83.075944, -62010.920 ) Boresight = ( 487582.90, 83.422726, -66733.041 ) Col: 1, Row: 1 = ( 482019.48, 83.699098, -67332.439 ) Col: 2, Row: 1 = ( 487582.90, 83.422726, -66733.041 ) Col: 3, Row: 1 = ( 493133.61, 83.146022, -66132.201 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 478913.65, 83.908644, -63786.042 ) Forward (first) = ( 495583.52, 83.075944, -62010.920 ) Aft (second) = ( 478276.32, 84.042137, -56082.805 ) Forward (second) = ( 494944.75, 83.203562, -54358.082 ) Boresight = ( 486943.49, 83.559451, -59062.604 ) Col: 1, Row: 1 = ( 481380.68, 83.837880, -59645.414 ) Col: 2, Row: 1 = ( 486943.49, 83.559451, -59062.604 ) Col: 3, Row: 1 = ( 492493.64, 83.280737, -58478.747 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 478276.32, 84.042137, -56082.805 ) Forward (first) = ( 494944.75, 83.203562, -54358.082 ) Aft (second) = ( 477640.83, 84.162905, -48364.586 ) Forward (second) = ( 494308.45, 83.318911, -46690.347 ) Boresight = ( 486306.53, 83.683720, -51376.463 ) Col: 1, Row: 1 = ( 480744.12, 83.964052, -51942.655 ) Col: 2, Row: 1 = ( 486306.53, 83.683720, -51376.463 ) Col: 3, Row: 1 = ( 491856.34, 83.403144, -50809.617 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 477640.83, 84.162905, -48364.586 ) Forward (first) = ( 494308.45, 83.318911, -46690.347 ) Aft (second) = ( 477006.61, 84.270871, -40632.920 ) Forward (second) = ( 493674.11, 83.421917, -39009.249 ) Boresight = ( 485671.45, 83.795458, -43676.148 ) Col: 1, Row: 1 = ( 480109.23, 84.077538, -44225.694 ) Col: 2, Row: 1 = ( 485671.45, 83.795458, -43676.148 ) Col: 3, Row: 1 = ( 491221.12, 83.513172, -43126.342 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 477006.61, 84.270871, -40632.920 ) Forward (first) = ( 493674.11, 83.421917, -39009.249 ) Aft (second) = ( 476373.20, 84.365963, -32889.344 ) Forward (second) = ( 493041.25, 83.512513, -31316.322 ) Boresight = ( 485037.74, 83.894591, -35963.194 ) Col: 1, Row: 1 = ( 479475.47, 84.178266, -36496.068 ) Col: 2, Row: 1 = ( 485037.74, 83.894591, -35963.194 ) Col: 3, Row: 1 = ( 490587.51, 83.610747, -35430.456 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 476373.20, 84.365963, -32889.344 ) Forward (first) = ( 493041.25, 83.512513, -31316.322 ) Aft (second) = ( 475740.17, 84.448110, -25135.398 ) Forward (second) = ( 492409.51, 83.590632, -23613.103 ) Boresight = ( 484404.97, 83.981051, -28239.139 ) Col: 1, Row: 1 = ( 478842.42, 84.266163, -28755.314 ) Col: 2, Row: 1 = ( 484404.97, 83.981051, -28239.139 ) Col: 3, Row: 1 = ( 489955.07, 83.695803, -27723.496 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 475740.17, 84.448110, -25135.398 ) Forward (first) = ( 492409.51, 83.590632, -23613.103 ) Aft (second) = ( 475107.17, 84.517244, -17372.623 ) Forward (second) = ( 491778.56, 83.656209, -15901.131 ) Boresight = ( 483772.77, 84.054771, -20505.523 ) Col: 1, Row: 1 = ( 478209.69, 84.341161, -21004.973 ) Col: 2, Row: 1 = ( 483772.77, 84.054771, -20505.523 ) Col: 3, Row: 1 = ( 489323.45, 83.768273, -20007.000 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 475107.17, 84.517244, -17372.623 ) Forward (first) = ( 491778.56, 83.656209, -15901.131 ) Aft (second) = ( 474473.95, 84.573300, -9602.5628 ) Forward (second) = ( 491148.15, 83.709184, -8181.9473 ) Boresight = ( 483140.85, 84.115684, -12763.886 ) Col: 1, Row: 1 = ( 477576.98, 84.403195, -13246.587 ) Col: 2, Row: 1 = ( 483140.85, 84.115684, -12763.886 ) Col: 3, Row: 1 = ( 488692.36, 83.828093, -12282.509 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 474473.95, 84.573300, -9602.5628 ) Forward (first) = ( 491148.15, 83.709184, -8181.9473 ) Aft (second) = ( 473840.30, 84.616214, -1826.7627 ) Forward (second) = ( 490518.12, 83.749496, -457.09442 ) Boresight = ( 482508.98, 84.163730, -5015.7722 ) Col: 1, Row: 1 = ( 476944.07, 84.452199, -5481.7007 ) Col: 2, Row: 1 = ( 482508.98, 84.163730, -5015.7722 ) Col: 3, Row: 1 = ( 488061.59, 83.875203, -4551.5648 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 473840.30, 84.616214, -1826.7627 ) Forward (first) = ( 490518.12, 83.749496, -457.09442 ) Aft (second) = ( 473206.10, 84.645925, 5953.2313 ) Forward (second) = ( 489888.35, 83.777090, 7271.8841 ) Boresight = ( 481877.02, 84.198848, 2737.2742 ) Col: 1, Row: 1 = ( 476310.80, 84.488113, 2288.1416 ) Col: 2, Row: 1 = ( 481877.02, 84.198848, 2737.2742 ) Col: 3, Row: 1 = ( 487431.00, 83.909545, 3184.2885 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 473206.10, 84.645925, 5953.2313 ) Forward (first) = ( 489888.35, 83.777090, 7271.8841 ) Aft (second) = ( 472571.32, 84.662373, 13735.872 ) Forward (second) = ( 489258.82, 83.791909, 15003.444 ) Boresight = ( 481244.90, 84.220980, 10493.708 ) Col: 1, Row: 1 = ( 475677.08, 84.510877, 10061.393 ) Col: 2, Row: 1 = ( 481244.90, 84.220980, 10493.708 ) Col: 3, Row: 1 = ( 486800.51, 83.931060, 10923.507 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 472571.32, 84.662373, 13735.872 ) Forward (first) = ( 489258.82, 83.791909, 15003.444 ) Aft (second) = ( 471935.97, 84.665503, 21519.613 ) Forward (second) = ( 488629.56, 83.793903, 22736.040 ) Boresight = ( 480612.61, 84.230070, 18251.983 ) Col: 1, Row: 1 = ( 475042.93, 84.520435, 17836.508 ) Col: 2, Row: 1 = ( 480612.61, 84.230070, 18251.983 ) Col: 3, Row: 1 = ( 486170.13, 83.939695, 18664.545 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 471935.97, 84.665503, 21519.613 ) Forward (first) = ( 488629.56, 83.793903, 22736.040 ) Aft (second) = ( 471300.18, 84.655259, 29302.906 ) Forward (second) = ( 488000.69, 83.783020, 30468.128 ) Boresight = ( 479980.22, 84.226065, 26010.553 ) Col: 1, Row: 1 = ( 474408.39, 84.516730, 25611.938 ) Col: 2, Row: 1 = ( 479980.22, 84.226065, 26010.553 ) Col: 3, Row: 1 = ( 485539.94, 83.935399, 26405.857 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 471300.18, 84.655259, 29302.906 ) Forward (first) = ( 488000.69, 83.783020, 30468.128 ) Aft (second) = ( 470664.12, 84.631589, 37084.203 ) Forward (second) = ( 487372.40, 83.759214, 38198.162 ) Boresight = ( 479347.89, 84.208913, 33767.871 ) Col: 1, Row: 1 = ( 473773.63, 84.499711, 33386.136 ) Col: 2, Row: 1 = ( 479347.89, 84.208913, 33767.871 ) Col: 3, Row: 1 = ( 484910.08, 83.918122, 34145.897 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 470664.12, 84.631589, 37084.203 ) Forward (first) = ( 487372.40, 83.759214, 38198.162 ) Aft (second) = ( 470028.05, 84.594444, 44861.957 ) Forward (second) = ( 486744.95, 83.722439, 45924.598 ) Boresight = ( 478715.84, 84.178568, 41522.391 ) Col: 1, Row: 1 = ( 473138.87, 84.469328, 41157.556 ) Col: 2, Row: 1 = ( 478715.84, 84.178568, 41522.391 ) Col: 3, Row: 1 = ( 484280.78, 83.887816, 41883.121 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 470028.05, 84.594444, 44861.957 ) Forward (first) = ( 486744.95, 83.722439, 45924.598 ) Aft (second) = ( 469392.33, 84.543777, 52634.622 ) Forward (second) = ( 486118.68, 83.672653, 53645.891 ) Boresight = ( 478084.37, 84.134981, 49272.568 ) Col: 1, Row: 1 = ( 472504.41, 84.425533, 48924.650 ) Col: 2, Row: 1 = ( 478084.37, 84.134981, 49272.568 ) Col: 3, Row: 1 = ( 483652.34, 83.844437, 49615.984 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 469392.33, 84.543777, 52634.622 ) Forward (first) = ( 486118.68, 83.672653, 53645.891 ) Aft (second) = ( 468757.36, 84.479542, 60400.652 ) Forward (second) = ( 485494.00, 83.609815, 61360.500 ) Boresight = ( 477453.86, 84.078110, 57016.857 ) Col: 1, Row: 1 = ( 471870.63, 84.368279, 56685.873 ) Col: 2, Row: 1 = ( 477453.86, 84.078110, 57016.857 ) Col: 3, Row: 1 = ( 483025.14, 83.787943, 57342.941 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 468757.36, 84.479542, 60400.652 ) Forward (first) = ( 485494.00, 83.609815, 61360.500 ) Aft (second) = ( 468123.66, 84.401697, 68158.504 ) Forward (second) = ( 484871.40, 83.533888, 69066.882 ) Boresight = ( 476824.76, 84.007913, 64753.714 ) Col: 1, Row: 1 = ( 471237.98, 84.297526, 64439.681 ) Col: 2, Row: 1 = ( 476824.76, 84.007913, 64753.714 ) Col: 3, Row: 1 = ( 482399.63, 83.718294, 65062.451 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 468123.66, 84.401697, 68158.504 ) Forward (first) = ( 484871.40, 83.533888, 69066.882 ) Aft (second) = ( 467491.78, 84.310203, 75906.634 ) Forward (second) = ( 484251.44, 83.444838, 76763.497 ) Boresight = ( 476197.60, 83.924352, 72481.597 ) Col: 1, Row: 1 = ( 470607.01, 84.213233, 72184.531 ) Col: 2, Row: 1 = ( 476197.60, 83.924352, 72481.597 ) Col: 3, Row: 1 = ( 481776.33, 83.635454, 72772.971 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 467491.78, 84.310203, 75906.634 ) Forward (first) = ( 484251.44, 83.444838, 76763.497 ) Aft (second) = ( 466862.40, 84.205025, 83643.503 ) Forward (second) = ( 483634.75, 83.342634, 84448.808 ) Boresight = ( 475573.00, 83.827393, 80198.965 ) Col: 1, Row: 1 = ( 469978.32, 84.115363, 79918.881 ) Col: 2, Row: 1 = ( 475573.00, 83.827393, 80198.965 ) Col: 3, Row: 1 = ( 481155.84, 83.539389, 80472.962 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 466862.40, 84.205025, 83643.503 ) Forward (first) = ( 483634.75, 83.342634, 84448.808 ) Aft (second) = ( 466236.24, 84.086129, 91367.571 ) Forward (second) = ( 483022.05, 83.227248, 92121.279 ) Boresight = ( 474951.63, 83.717003, 87904.281 ) Col: 1, Row: 1 = ( 469352.61, 84.003882, 87641.193 ) Col: 2, Row: 1 = ( 474951.63, 83.717003, 87904.281 ) Col: 3, Row: 1 = ( 480538.86, 83.430069, 88160.887 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 466236.24, 84.086129, 91367.571 ) Forward (first) = ( 483022.05, 83.227248, 92121.279 ) Aft (second) = ( 465614.11, 83.953485, 99077.304 ) Forward (second) = ( 482414.13, 83.098655, 99779.376 ) Boresight = ( 474334.27, 83.593153, 95596.008 ) Col: 1, Row: 1 = ( 468730.65, 83.878761, 95349.929 ) Col: 2, Row: 1 = ( 474334.27, 83.593153, 95596.008 ) Col: 3, Row: 1 = ( 479926.12, 83.307467, 95835.211 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 465614.11, 83.953485, 99077.304 ) Forward (first) = ( 482414.13, 83.098655, 99779.376 ) Aft (second) = ( 464996.92, 83.807069, 106771.17 ) Forward (second) = ( 481811.85, 82.956834, 107421.57 ) Boresight = ( 473721.73, 83.455819, 103272.61 ) Col: 1, Row: 1 = ( 468113.28, 83.739972, 103043.56 ) Col: 2, Row: 1 = ( 473721.73, 83.455819, 103272.61 ) Col: 3, Row: 1 = ( 479318.46, 83.171560, 103494.40 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 464996.92, 83.807069, 106771.17 ) Forward (first) = ( 481811.85, 82.956834, 107421.57 ) Aft (second) = ( 464385.62, 83.646859, 114447.63 ) Forward (second) = ( 481216.14, 82.801770, 115046.33 ) Boresight = ( 473114.95, 83.304980, 110932.57 ) Col: 1, Row: 1 = ( 467501.43, 83.587494, 110720.54 ) Col: 2, Row: 1 = ( 473114.95, 83.304980, 110932.57 ) Col: 3, Row: 1 = ( 478716.78, 83.022328, 111136.93 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 464385.62, 83.646859, 114447.63 ) Forward (first) = ( 481216.14, 82.801770, 115046.33 ) Aft (second) = ( 463781.26, 83.472837, 122105.17 ) Forward (second) = ( 480628.01, 82.633449, 122652.14 ) Boresight = ( 472514.91, 83.140618, 118574.34 ) Col: 1, Row: 1 = ( 466896.10, 83.421306, 118379.36 ) Col: 2, Row: 1 = ( 472514.91, 83.140618, 118574.34 ) Col: 3, Row: 1 = ( 478122.05, 82.859755, 118761.27 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 463781.26, 83.472837, 122105.17 ) Forward (first) = ( 480628.01, 82.633449, 122652.14 ) Aft (second) = ( 463184.98, 83.284992, 129742.27 ) Forward (second) = ( 480048.55, 82.451863, 130237.47 ) Boresight = ( 471922.68, 82.962721, 126196.42 ) Col: 1, Row: 1 = ( 466298.37, 83.241396, 126018.49 ) Col: 2, Row: 1 = ( 471922.68, 82.962721, 126196.42 ) Col: 3, Row: 1 = ( 477535.35, 82.683830, 126365.90 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 463184.98, 83.284992, 129742.27 ) Forward (first) = ( 480048.55, 82.451863, 130237.47 ) Aft (second) = ( 462597.96, 83.083315, 137357.40 ) Forward (second) = ( 479478.91, 82.257009, 137800.82 ) Boresight = ( 471339.39, 82.771282, 133797.27 ) Col: 1, Row: 1 = ( 465709.39, 83.047754, 133636.41 ) Col: 2, Row: 1 = ( 471339.39, 82.771282, 133797.27 ) Col: 3, Row: 1 = ( 476957.78, 82.494548, 133949.30 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 462597.96, 83.083315, 137357.40 ) Forward (first) = ( 479478.91, 82.257009, 137800.82 ) Aft (second) = ( 462021.49, 82.867805, 144949.05 ) Forward (second) = ( 478920.32, 82.048890, 145340.66 ) Boresight = ( 470766.26, 82.566297, 141375.39 ) Col: 1, Row: 1 = ( 465130.40, 82.840376, 141231.60 ) Col: 2, Row: 1 = ( 470766.26, 82.566297, 141375.39 ) Col: 3, Row: 1 = ( 476390.54, 82.291907, 141509.95 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 462021.49, 82.867805, 144949.05 ) Forward (first) = ( 478920.32, 82.048890, 145340.66 ) Aft (second) = ( 461456.91, 82.638465, 152515.71 ) Forward (second) = ( 478374.07, 81.827513, 152855.50 ) Boresight = ( 470204.58, 82.347770, 148929.26 ) Col: 1, Row: 1 = ( 464562.70, 82.619264, 148802.54 ) Col: 2, Row: 1 = ( 470204.58, 82.347770, 148929.26 ) Col: 3, Row: 1 = ( 475834.92, 82.075912, 149046.36 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 461456.91, 82.638465, 152515.71 ) Forward (first) = ( 478374.07, 81.827513, 152855.50 ) Aft (second) = ( 460905.64, 82.395306, 160055.87 ) Forward (second) = ( 477841.53, 81.592891, 160343.82 ) Boresight = ( 469655.71, 82.115709, 156457.37 ) Col: 1, Row: 1 = ( 464007.67, 82.384424, 156347.75 ) Col: 2, Row: 1 = ( 469655.71, 82.115709, 156457.37 ) Col: 3, Row: 1 = ( 475292.24, 81.846571, 156557.00 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 460905.64, 82.395306, 160055.87 ) Forward (first) = ( 477841.53, 81.592891, 160343.82 ) Aft (second) = ( 460369.20, 82.138344, 167568.05 ) Forward (second) = ( 477324.14, 81.345046, 167804.14 ) Boresight = ( 469121.08, 81.870130, 163958.24 ) Col: 1, Row: 1 = ( 463466.75, 82.135872, 163865.71 ) Col: 2, Row: 1 = ( 469121.08, 81.870130, 163958.24 ) Col: 3, Row: 1 = ( 474763.93, 81.603903, 164040.39 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 460369.20, 82.138344, 167568.05 ) Forward (first) = ( 477324.14, 81.345046, 167804.14 ) Aft (second) = ( 459849.13, 81.867603, 175050.74 ) Forward (second) = ( 476823.40, 81.084002, 175234.96 ) Boresight = ( 468602.18, 81.611054, 171430.36 ) Col: 1, Row: 1 = ( 462941.47, 81.873628, 171354.92 ) Col: 2, Row: 1 = ( 468602.18, 81.611054, 171430.36 ) Col: 3, Row: 1 = ( 474251.45, 81.347928, 171495.03 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 459849.13, 81.867603, 175050.74 ) Forward (first) = ( 476823.40, 81.084002, 175234.96 ) Aft (second) = ( 459347.08, 81.583115, 182502.45 ) Forward (second) = ( 476340.88, 80.809795, 182634.79 ) Boresight = ( 468100.59, 81.338511, 178872.24 ) Col: 1, Row: 1 = ( 462433.42, 81.597719, 178813.90 ) Col: 2, Row: 1 = ( 468100.59, 81.338511, 178872.24 ) Col: 3, Row: 1 = ( 473756.35, 81.078678, 178919.43 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:22:29 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1202883.4 km Body center Ra : 96.805331 deg Body Center Dec : 25.216543 deg w: 1 = ( 473773.63, 84.499711, 33386.136 ) Col: 2, Row: 1 = ( 479347.89, 84.208913, 33767.871 ) Col: 3, Row: 1 = ( 484910.08, 83.918122, 34145.897 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 470664.12, 84.631589, 37084.203 ) Forward (firsti24_nans01_01.look_lbl000077505166050166273000000317321166151707000173550ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_01.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_01.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_01" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T02:06:05.930Z SPACECRAFT_CLOCK_START_COUNT = 1/05209210:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END END_OBJECT = COLUi24_nans01_01.look_new_1000077505166050166273000000613221166151707000176130ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 02:06:05.930 SCLK Time : 1/05209210:00:0:0 Spacecraft position = (-162504.51, 1111656.8, 526712.33) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 478195.31, 116.54339, -191539.00 ) Forward (first) = ( 495640.20, 115.88345, -188945.23 ) Aft (second) = ( 477355.96, 116.88697, -183971.06 ) Forward (second) = ( 494796.59, 116.21308, -181424.62 ) Boresight = ( 486508.74, 116.38494, -186483.68 ) Col: 1, Row: 1 = ( 480687.91, 116.60649, -187336.61 ) Col: 2, Row: 1 = ( 486508.74, 116.38494, -186483.68 ) Col: 3, Row: 1 = ( 492316.72, 116.16181, -185623.13 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 477355.96, 116.88697, -183971.06 ) Forward (first) = ( 494796.59, 116.21308, -181424.62 ) Aft (second) = ( 476537.80, 117.21884, -176362.80 ) Forward (second) = ( 493973.81, 116.53143, -173863.82 ) Boresight = ( 485677.97, 116.71571, -178918.65 ) Col: 1, Row: 1 = ( 479858.62, 116.94188, -179755.97 ) Col: 2, Row: 1 = ( 485677.97, 116.71571, -178918.65 ) Col: 3, Row: 1 = ( 491484.46, 116.48804, -178074.09 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 476537.80, 117.21884, -176362.80 ) Forward (first) = ( 493973.81, 116.53143, -173863.82 ) Aft (second) = ( 475739.21, 117.53886, -168715.73 ) Forward (second) = ( 493170.30, 116.83833, -166264.34 ) Boresight = ( 484867.40, 117.03490, -171314.12 ) Col: 1, Row: 1 = ( 479049.65, 117.26556, -172135.80 ) Col: 2, Row: 1 = ( 484867.40, 117.03490, -171314.12 ) Col: 3, Row: 1 = ( 490672.30, 116.80285, -170485.60 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 475739.21, 117.53886, -168715.73 ) Forward (first) = ( 493170.30, 116.83833, -166264.34 ) Aft (second) = ( 474958.61, 117.84686, -161031.38 ) Forward (second) = ( 492384.56, 117.13366, -158627.70 ) Boresight = ( 484075.47, 117.34237, -163671.61 ) Col: 1, Row: 1 = ( 478259.41, 117.57737, -164477.60 ) Col: 2, Row: 1 = ( 484075.47, 117.34237, -163671.61 ) Col: 3, Row: 1 = ( 489878.70, 117.10607, -162859.16 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 474958.61, 117.84686, -161031.38 ) Forward (first) = ( 492384.56, 117.13366, -158627.70 ) Aft (second) = ( 474194.47, 118.14270, -153311.28 ) Forward (second) = ( 491615.15, 117.41726, -150955.42 ) Boresight = ( 483300.67, 117.63797, -155992.64 ) Col: 1, Row: 1 = ( 477486.35, 117.87718, -156782.90 ) Col: 2, Row: 1 = ( 483300.67, 117.63797, -155992.64 ) Col: 3, Row: 1 = ( 489102.16, 117.39756, -155196.31 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 474194.47, 118.14270, -153311.28 ) Forward (first) = ( 491615.15, 117.41726, -150955.42 ) Aft (second) = ( 473445.32, 118.42625, -145556.96 ) Forward (second) = ( 490860.66, 117.68901, -143249.05 ) Boresight = ( 482541.52, 117.92157, -148278.73 ) Col: 1, Row: 1 = ( 476728.98, 118.16483, -149053.22 ) Col: 2, Row: 1 = ( 482541.52, 117.92157, -148278.73 ) Col: 3, Row: 1 = ( 488341.25, 117.67720, -147498.56 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 473445.32, 118.42625, -145556.96 ) Forward (first) = ( 490860.66, 117.68901, -143249.05 ) Aft (second) = ( 472709.71, 118.69737, -137769.96 ) Forward (second) = ( 490119.73, 117.94878, -135510.11 ) Boresight = ( 481796.62, 118.19303, -140531.43 ) Col: 1, Row: 1 = ( 475985.87, 118.44019, -141290.12 ) Col: 2, Row: 1 = ( 481796.62, 118.19303, -140531.43 ) Col: 3, Row: 1 = ( 487594.58, 117.94485, -139767.47 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 472709.71, 118.69737, -137769.96 ) Forward (first) = ( 490119.73, 117.94878, -135510.11 ) Aft (second) = ( 471986.29, 118.95592, -129951.83 ) Forward (second) = ( 489391.07, 118.19645, -127740.15 ) Boresight = ( 481064.59, 118.45223, -132752.28 ) Col: 1, Row: 1 = ( 475255.63, 118.70314, -133495.14 ) Col: 2, Row: 1 = ( 481064.59, 118.45223, -132752.28 ) Col: 3, Row: 1 = ( 486860.81, 118.20039, -132004.56 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 471986.29, 118.95592, -129951.83 ) Forward (first) = ( 489391.07, 118.19645, -127740.15 ) Aft (second) = ( 471273.75, 119.20180, -122104.13 ) Forward (second) = ( 488673.44, 118.43190, -119940.73 ) Boresight = ( 480344.15, 118.69904, -124942.84 ) Col: 1, Row: 1 = ( 474536.92, 118.95354, -125669.81 ) Col: 2, Row: 1 = ( 480344.15, 118.69904, -124942.84 ) Col: 3, Row: 1 = ( 486138.66, 118.44369, -124211.39 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 471273.75, 119.20180, -122104.13 ) Forward (first) = ( 488673.44, 118.43190, -119940.73 ) Aft (second) = ( 470570.83, 119.43487, -114228.42 ) Forward (second) = ( 487965.65, 118.65502, -112113.41 ) Boresight = ( 479634.04, 118.93335, -117104.65 ) Col: 1, Row: 1 = ( 473828.49, 119.19128, -117815.71 ) Col: 2, Row: 1 = ( 479634.04, 118.93335, -117104.65 ) Col: 3, Row: 1 = ( 485426.90, 118.67464, -116389.51 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 470570.83, 119.43487, -114228.42 ) Forward (first) = ( 487965.65, 118.65502, -112113.41 ) Aft (second) = ( 469876.35, 119.65503, -106326.25 ) Forward (second) = ( 487266.59, 118.86571, -104259.74 ) Boresight = ( 478933.07, 119.15504, -109239.28 ) Col: 1, Row: 1 = ( 473129.12, 119.41625, -109934.40 ) Col: 2, Row: 1 = ( 478933.07, 119.15504, -109239.28 ) Col: 3, Row: 1 = ( 484724.38, 118.89313, -108540.50 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 469876.35, 119.65503, -106326.25 ) Forward (first) = ( 487266.59, 118.86571, -104259.74 ) Aft (second) = ( 469189.19, 119.86217, -98399.215 ) Forward (second) = ( 486575.18, 119.06386, -96381.302 ) Boresight = ( 478240.13, 119.36401, -101348.31 ) Col: 1, Row: 1 = ( 472437.68, 119.62832, -102027.44 ) Col: 2, Row: 1 = ( 478240.13, 119.36401, -101348.31 ) Col: 3, Row: 1 = ( 484029.98, 119.09906, -100665.91 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 469189.19, 119.86217, -98399.215 ) Forward (first) = ( 486575.18, 119.06386, -96381.302 ) Aft (second) = ( 468508.30, 120.05617, -90448.878 ) Forward (second) = ( 485890.45, 119.24936, -88479.664 ) Boresight = ( 477554.16, 119.56014, -93433.289 ) Col: 1, Row: 1 = ( 471753.08, 119.82741, -94096.410 ) Col: 2, Row: 1 = ( 477554.16, 119.56014, -93433.289 ) Col: 3, Row: 1 = ( 483342.68, 119.29231, -92767.308 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 468508.30, 120.05617, -90448.878 ) Forward (first) = ( 485890.45, 119.24936, -88479.664 ) Aft (second) = ( 467832.69, 120.23695, -82476.822 ) Forward (second) = ( 485211.45, 119.42213, -80556.405 ) Boresight = ( 476874.16, 119.74335, -85495.811 ) Col: 1, Row: 1 = ( 471074.31, 120.01340, -86142.885 ) Col: 2, Row: 1 = ( 476874.16, 119.74335, -85495.811 ) Col: 3, Row: 1 = ( 482661.50, 119.47280, -84846.284 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 467832.69, 120.23695, -82476.822 ) Forward (first) = ( 485211.45, 119.42213, -80556.405 ) Aft (second) = ( 467161.45, 120.40440, -74484.633 ) Forward (second) = ( 484537.32, 119.58207, -72613.109 ) Boresight = ( 476199.22, 119.91353, -77537.454 ) Col: 1, Row: 1 = ( 470400.44, 120.18619, -78168.450 ) Col: 2, Row: 1 = ( 476199.22, 119.91353, -77537.454 ) Col: 3, Row: 1 = ( 481985.53, 119.64042, -76904.414 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 467161.45, 120.40440, -74484.633 ) Forward (first) = ( 484537.32, 119.58207, -72613.109 ) Aft (second) = ( 466493.73, 120.55844, -66473.900 ) Forward (second) = ( 483867.28, 119.72910, -64651.363 ) Boresight = ( 475528.48, 120.07059, -69559.805 ) Col: 1, Row: 1 = ( 469730.60, 120.34570, -70174.691 ) Col: 2, Row: 1 = ( 475528.48, 120.07059, -69559.805 ) Col: 3, Row: 1 = ( 481313.95, 119.79509, -68943.283 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 466493.73, 120.55844, -66473.900 ) Forward (first) = ( 483867.28, 119.72910, -64651.363 ) Aft (second) = ( 465828.78, 120.69896, -58446.217 ) Forward (second) = ( 483200.60, 119.86312, -56672.757 ) Boresight = ( 474861.16, 120.21444, -61564.453 ) Col: 1, Row: 1 = ( 469063.98, 120.49183, -62163.199 ) Col: 2, Row: 1 = ( 474861.16, 120.21444, -61564.453 ) Col: 3, Row: 1 = ( 480645.98, 119.93671, -60964.480 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 465828.78, 120.69896, -58446.217 ) Forward (first) = ( 483200.60, 119.86312, -56672.757 ) Aft (second) = ( 465165.89, 120.82588, -50403.179 ) Forward (second) = ( 482536.63, 119.98406, -48678.886 ) Boresight = ( 474196.56, 120.34499, -53552.992 ) Col: 1, Row: 1 = ( 468399.88, 120.62449, -54135.569 ) Col: 2, Row: 1 = ( 474196.56, 120.34499, -53552.992 ) Col: 3, Row: 1 = ( 479980.93, 120.06521, -52969.599 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 465165.89, 120.82588, -50403.179 ) Forward (first) = ( 482536.63, 119.98406, -48678.886 ) Aft (second) = ( 464504.46, 120.93912, -42346.388 ) Forward (second) = ( 481874.80, 120.09183, -40671.345 ) Boresight = ( 473534.04, 120.46217, -45527.019 ) Col: 1, Row: 1 = ( 467737.63, 120.74360, -46093.398 ) Col: 2, Row: 1 = ( 473534.04, 120.46217, -45527.019 ) Col: 3, Row: 1 = ( 479318.19, 120.18051, -44960.235 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 464504.46, 120.93912, -42346.388 ) Forward (first) = ( 481874.80, 120.09183, -40671.345 ) Aft (second) = ( 463843.94, 121.03860, -34277.443 ) Forward (second) = ( 481214.60, 120.18636, -32651.736 ) Boresight = ( 472873.04, 120.56589, -37488.134 ) Col: 1, Row: 1 = ( 467076.68, 120.84907, -38038.287 ) Col: 2, Row: 1 = ( 472873.04, 120.56589, -37488.134 ) Col: 3, Row: 1 = ( 478657.21, 120.28251, -36937.988 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 463843.94, 121.03860, -34277.443 ) Forward (first) = ( 481214.60, 120.18636, -32651.736 ) Aft (second) = ( 463183.88, 121.12423, -26197.951 ) Forward (second) = ( 480555.61, 120.26758, -24621.660 ) Boresight = ( 472213.09, 120.65607, -29437.939 ) Col: 1, Row: 1 = ( 466416.52, 120.94083, -29971.839 ) Col: 2, Row: 1 = ( 472213.09, 120.65607, -29437.939 ) Col: 3, Row: 1 = ( 477997.51, 120.37115, -28904.459 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 463183.88, 121.12423, -26197.951 ) Forward (first) = ( 480555.61, 120.26758, -24621.660 ) Aft (second) = ( 462523.90, 121.19594, -18109.519 ) Forward (second) = ( 479897.48, 120.33541, -16582.722 ) Boresight = ( 471553.78, 120.73264, -21378.039 ) Col: 1, Row: 1 = ( 465756.75, 121.01880, -21895.660 ) Col: 2, Row: 1 = ( 471553.78, 120.73264, -21378.039 ) Col: 3, Row: 1 = ( 477338.72, 120.44635, -20861.251 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 462523.90, 121.19594, -18109.519 ) Forward (first) = ( 479897.48, 120.33541, -16582.722 ) Aft (second) = ( 461863.70, 121.25366, -10013.753 ) Forward (second) = ( 479239.95, 120.38978, -8536.5275 ) Boresight = ( 470894.80, 120.79552, -13310.040 ) Col: 1, Row: 1 = ( 465097.04, 121.08291, -13811.356 ) Col: 2, Row: 1 = ( 470894.80, 120.79552, -13310.040 ) Col: 3, Row: 1 = ( 476680.51, 120.50805, -12809.971 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 461863.70, 121.25366, -10013.753 ) Forward (first) = ( 479239.95, 120.38978, -8536.5275 ) Aft (second) = ( 461203.08, 121.29732, -1912.2652 ) Forward (second) = ( 478582.82, 120.43064, -484.68389 ) Boresight = ( 470235.89, 120.84465, -5235.5508 ) Col: 1, Row: 1 = ( 464437.14, 121.13307, -5720.5365 ) Col: 2, Row: 1 = ( 470235.89, 120.84465, -5235.5508 ) Col: 3, Row: 1 = ( 476022.65, 120.55616, -4752.2245 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 461203.08, 121.29732, -1912.2652 ) Forward (first) = ( 478582.82, 120.43064, -484.68389 ) Aft (second) = ( 460541.90, 121.32684, 6193.3341 ) Forward (second) = ( 477925.97, 120.45790, 7571.2000 ) Boresight = ( 469576.90, 120.87996, 2843.8199 ) Col: 1, Row: 1 = ( 463776.87, 121.16924, 2375.1878 ) Col: 2, Row: 1 = ( 469576.90, 120.87996, 2843.8199 ) Col: 3, Row: 1 = ( 475364.99, 120.59064, 3310.3785 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 460541.90, 121.32684, 6193.3341 ) Forward (first) = ( 477925.97, 120.45790, 7571.2000 ) Aft (second) = ( 459880.12, 121.34216, 14301.433 ) Forward (second) = ( 477269.38, 120.47152, 15629.515 ) Boresight = ( 468917.74, 120.90138, 10926.461 ) Col: 1, Row: 1 = ( 463116.15, 121.19132, 10474.206 ) Col: 2, Row: 1 = ( 468917.74, 120.90138, 10926.461 ) Col: 3, Row: 1 = ( 474707.44, 120.61141, 11376.229 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 459880.12, 121.34216, 14301.433 ) Forward (first) = ( 477269.38, 120.47152, 15629.515 ) Aft (second) = ( 459217.78, 121.34322, 22410.419 ) Forward (second) = ( 476613.10, 120.47143, 23688.650 ) Boresight = ( 468258.43, 120.90885, 19010.762 ) Col: 1, Row: 1 = ( 462454.98, 121.19928, 18574.907 ) Col: 2, Row: 1 = ( 468258.43, 120.90885, 19010.762 ) Col: 3, Row: 1 = ( 474050.03, 120.61841, 19443.716 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 459217.78, 121.34322, 22410.419 ) Forward (first) = ( 476613.10, 120.47143, 23688.650 ) Aft (second) = ( 458554.99, 121.32995, 30518.679 ) Forward (second) = ( 475957.26, 120.45758, 31746.996 ) Boresight = ( 467599.04, 120.90230, 27095.112 ) Col: 1, Row: 1 = ( 461793.45, 121.19303, 26675.677 ) Col: 2, Row: 1 = ( 467599.04, 120.90230, 27095.112 ) Col: 3, Row: 1 = ( 473392.83, 120.61158, 27511.231 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 458554.99, 121.32995, 30518.679 ) Forward (first) = ( 475957.26, 120.45758, 31746.996 ) Aft (second) = ( 457891.98, 121.30230, 38624.601 ) Forward (second) = ( 475302.07, 120.42991, 39802.944 ) Boresight = ( 466939.75, 120.88169, 35177.898 ) Col: 1, Row: 1 = ( 461131.73, 121.17252, 34774.905 ) Col: 2, Row: 1 = ( 466939.75, 120.88169, 35177.898 ) Col: 3, Row: 1 = ( 472736.03, 120.59088, 35577.161 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 457891.98, 121.30230, 38624.601 ) Forward (first) = ( 475302.07, 120.42991, 39802.944 ) Aft (second) = ( 457229.05, 121.26020, 46726.574 ) Forward (second) = ( 474647.83, 120.38837, 47854.882 ) Boresight = ( 466280.81, 120.84696, 43257.510 ) Col: 1, Row: 1 = ( 460470.06, 121.13769, 42870.979 ) Col: 2, Row: 1 = ( 466280.81, 120.84696, 43257.510 ) Col: 3, Row: 1 = ( 472079.87, 120.55623, 43639.897 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 457229.05, 121.26020, 46726.574 ) Forward (first) = ( 474647.83, 120.38837, 47854.882 ) Aft (second) = ( 456566.57, 121.20360, 54822.985 ) Forward (second) = ( 473994.93, 120.33292, 55901.203 ) Boresight = ( 465622.57, 120.79804, 51332.338 ) Col: 1, Row: 1 = ( 459808.79, 121.08849, 50962.288 ) Col: 2, Row: 1 = ( 465622.57, 120.79804, 51332.338 ) Col: 3, Row: 1 = ( 471424.69, 120.50760, 51697.830 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 456566.57, 121.20360, 54822.985 ) Forward (first) = ( 473994.93, 120.33292, 55901.203 ) Aft (second) = ( 455905.02, 121.13245, 62912.225 ) Forward (second) = ( 473343.81, 120.26350, 63940.300 ) Boresight = ( 464965.45, 120.73490, 59400.771 ) Col: 1, Row: 1 = ( 459148.36, 121.02487, 59047.221 ) Col: 2, Row: 1 = ( 464965.45, 120.73490, 59400.771 ) Col: 3, Row: 1 = ( 470770.92, 120.44493, 59749.350 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 455905.02, 121.13245, 62912.225 ) Forward (first) = ( 473343.81, 120.26350, 63940.300 ) Aft (second) = ( 455244.97, 121.04671, 70992.686 ) Forward (second) = ( 472695.04, 120.18007, 71970.565 ) Boresight = ( 464309.96, 120.65749, 67461.202 ) Col: 1, Row: 1 = ( 458489.26, 120.94678, 67124.169 ) Col: 2, Row: 1 = ( 464309.96, 120.65749, 67461.202 ) Col: 3, Row: 1 = ( 470119.07, 120.36818, 67792.850 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 455244.97, 121.04671, 70992.686 ) Forward (first) = ( 472695.04, 120.18007, 71970.565 ) Aft (second) = ( 454587.05, 120.94632, 79062.760 ) Forward (second) = ( 472049.24, 120.08259, 79990.395 ) Boresight = ( 463656.69, 120.56575, 75512.024 ) Col: 1, Row: 1 = ( 457832.12, 120.85416, 75191.526 ) Col: 2, Row: 1 = ( 463656.69, 120.56575, 75512.024 ) Col: 3, Row: 1 = ( 469469.73, 120.27731, 75826.725 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 454587.05, 120.94632, 79062.760 ) Forward (first) = ( 472049.24, 120.08259, 79990.395 ) Aft (second) = ( 453932.01, 120.83124, 87120.842 ) Forward (second) = ( 471407.13, 119.97104, 87998.187 ) Boresight = ( 463006.34, 120.45966, 83551.632 ) Col: 1, Row: 1 = ( 457177.61, 120.74698, 83247.684 ) Col: 2, Row: 1 = ( 463006.34, 120.45966, 83551.632 ) Col: 3, Row: 1 = ( 468823.57, 120.17228, 83849.371 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 453932.01, 120.83124, 87120.842 ) Forward (first) = ( 471407.13, 119.97104, 87998.187 ) Aft (second) = ( 453280.68, 120.70144, 95165.330 ) Forward (second) = ( 470769.51, 119.84536, 95992.342 ) Boresight = ( 462359.66, 120.33916, 91578.424 ) Col: 1, Row: 1 = ( 456526.51, 120.62520, 91291.042 ) Col: 2, Row: 1 = ( 462359.66, 120.33916, 91578.424 ) Col: 3, Row: 1 = ( 468181.35, 120.05305, 91859.186 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 453280.68, 120.70144, 95165.330 ) Forward (first) = ( 470769.51, 119.84536, 95992.342 ) Aft (second) = ( 452633.96, 120.55688, 103194.62 ) Forward (second) = ( 470137.25, 119.70554, 103971.26 ) Boresight = ( 461717.52, 120.20424, 99590.800 ) Col: 1, Row: 1 = ( 455879.69, 120.48878, 99319.998 ) Col: 2, Row: 1 = ( 461717.52, 120.20424, 99590.800 ) Col: 3, Row: 1 = ( 467543.93, 119.91958, 99854.571 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 452633.96, 120.55688, 103194.62 ) Forward (first) = ( 470137.25, 119.70554, 103971.26 ) Aft (second) = ( 451992.86, 120.39753, 111207.13 ) Forward (second) = ( 469511.33, 119.55155, 111933.35 ) Boresight = ( 461080.85, 120.05485, 107587.16 ) Col: 1, Row: 1 = ( 455238.10, 120.33770, 107332.95 ) Col: 2, Row: 1 = ( 461080.85, 120.05485, 107587.16 ) Col: 3, Row: 1 = ( 466912.22, 119.77186, 107833.93 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 451992.86, 120.39753, 111207.13 ) Forward (first) = ( 469511.33, 119.55155, 111933.35 ) Aft (second) = ( 451358.47, 120.22336, 119201.25 ) Forward (second) = ( 468892.80, 119.38338, 119877.02 ) Boresight = ( 460450.69, 119.89098, 115565.92 ) Col: 1, Row: 1 = ( 454602.77, 120.17191, 115328.32 ) Col: 2, Row: 1 = ( 460450.69, 119.89098, 115565.92 ) Col: 3, Row: 1 = ( 466287.25, 119.60986, 115795.67 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 451358.47, 120.22336, 119201.25 ) Forward (first) = ( 468892.80, 119.38338, 119877.02 ) Aft (second) = ( 450731.96, 120.03436, 127175.40 ) Forward (second) = ( 468282.77, 119.20099, 127800.69 ) Boresight = ( 459828.13, 119.71260, 123525.48 ) Col: 1, Row: 1 = ( 453974.84, 119.99141, 123304.49 ) Col: 2, Row: 1 = ( 459828.13, 119.71260, 123525.48 ) Col: 3, Row: 1 = ( 465670.10, 119.43356, 123738.20 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 450731.96, 120.03436, 127175.40 ) Forward (first) = ( 468282.77, 119.20099, 127800.69 ) Aft (second) = ( 450114.59, 119.83050, 135127.99 ) Forward (second) = ( 467682.47, 119.00439, 135702.76 ) Boresight = ( 459214.38, 119.51970, 131464.25 ) Col: 1, Row: 1 = ( 453355.51, 119.79617, 131259.90 ) Col: 2, Row: 1 = ( 459214.38, 119.51970, 131464.25 ) Col: 3, Row: 1 = ( 465061.96, 119.24294, 131659.94 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 450114.59, 119.83050, 135127.99 ) Forward (first) = ( 467682.47, 119.00439, 135702.76 ) Aft (second) = ( 449507.70, 119.61178, 143057.44 ) Forward (second) = ( 467093.19, 118.79357, 143581.67 ) Boresight = ( 458610.71, 119.31227, 139380.66 ) Col: 1, Row: 1 = ( 452746.08, 119.58618, 139192.95 ) Col: 2, Row: 1 = ( 458610.71, 119.31227, 139380.66 ) Col: 3, Row: 1 = ( 464464.09, 119.03801, 139559.30 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 449507.70, 119.61178, 143057.44 ) Forward (first) = ( 467093.19, 118.79357, 143581.67 ) Aft (second) = ( 448912.74, 119.37819, 150962.17 ) Forward (second) = ( 466516.31, 118.56853, 151435.83 ) Boresight = ( 458018.49, 119.09030, 147273.12 ) Col: 1, Row: 1 = ( 452147.93, 119.36144, 147102.06 ) Col: 2, Row: 1 = ( 458018.49, 119.09030, 147273.12 ) Col: 3, Row: 1 = ( 463877.84, 118.81875, 147434.71 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 448912.74, 119.37819, 150962.17 ) Forward (first) = ( 466516.31, 118.56853, 151435.83 ) Aft (second) = ( 448331.22, 119.12975, 158840.61 ) Forward (second) = ( 465953.27, 118.32928, 159263.68 ) Boresight = ( 457439.15, 118.85379, 155140.07 ) Col: 1, Row: 1 = ( 451562.51, 119.12194, 154985.67 ) Col: 2, Row: 1 = ( 457439.15, 118.85379, 155140.07 ) Col: 3, Row: 1 = ( 463304.62, 118.58516, 155284.59 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 448331.22, 119.12975, 158840.61 ) Forward (first) = ( 465953.27, 118.32928, 159263.68 ) Aft (second) = ( 447764.72, 118.86645, 166691.20 ) Forward (second) = ( 465405.60, 118.07583, 167063.65 ) Boresight = ( 456874.22, 118.60276, 162979.93 ) Col: 1, Row: 1 = ( 450991.38, 118.86770, 162842.20 ) Col: 2, Row: 1 = ( 456874.22, 118.60276, 162979.93 ) Col: 3, Row: 1 = ( 462745.93, 118.33727, 163107.38 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 447764.72, 118.86645, 166691.20 ) Forward (first) = ( 465405.60, 118.07583, 167063.65 ) Aft (second) = ( 447214.94, 118.58831, 174512.37 ) Forward (second) = ( 464874.92, 117.80821, 174834.19 ) Boresight = ( 456325.31, 118.33722, 170791.14 ) Col: 1, Row: 1 = ( 450436.16, 118.59873, 170670.08 ) Col: 2, Row: 1 = ( 456325.31, 118.33722, 170791.14 ) Col: 3, Row: 1 = ( 462203.37, 118.07508, 170901.52 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 447214.94, 118.58831, 174512.37 ) Forward (first) = ( 464874.92, 117.80821, 174834.19 ) Aft (second) = ( 446683.62, 118.29537, 182302.57 ) Forward (second) = ( 464362.90, 117.52644, 182573.74 ) Boresight = ( 455794.09, 118.05720, 178572.15 ) Col: 1, Row: 1 = ( 449898.56, 118.31505, 178467.77 ) Col: 2, Row: 1 = ( 455794.09, 118.05720, 178572.15 ) Col: 3, Row: 1 = ( 461678.57, 117.79863, 178665.45 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 446683.62, 118.29537, 182302.57 ) Forward (first) = ( 464362.90, 117.52644, 182573.74 ) Aft (second) = ( 446172.60, 117.98766, 190060.25 ) Forward (second) = ( 463871.29, 117.23057, 190280.76 ) Boresight = ( 455282.32, 117.76272, 186321.40 ) Col: 1, Row: 1 = ( 449380.36, 118.01669, 186233.71 ) Col: 2, Row: 1 = ( 455282.32, 117.76272, 186321.40 ) Col: 3, Row: 1 = ( 461173.28, 117.50794, 186397.61 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:27:11 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1240812.0 km Body center Ra : 98.316715 deg Body Center Dec : 25.118387 deg w: 1 = ( 461131.73, 121.17252, 34774.905 ) Col: 2, Row: 1 = ( 466939.75, 120.88169, 35177.898 ) Col: 3, Row: 1 = ( 472736.03, 120.59088, 35577.161 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 457891.98, 121.30230, 38624.601 ) Forward (firsti24_nans01_02.look_lbl000077505166050166273000000317321166151707000173560ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_02.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_02.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_02" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T03:06:45.928Z SPACECRAFT_CLOCK_START_COUNT = 1/05209270:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END n values are after the i24_nans01_02.look_new_1000077505166050166273000000613221166151707000176140ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 03:06:45.928 SCLK Time : 1/05209270:00:0:0 Spacecraft position = (-195911.95, 1141750.2, 540484.55) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 466151.00, 152.94826, -199122.92 ) Forward (first) = ( 484282.37, 152.31071, -196505.23 ) Aft (second) = ( 465266.19, 153.31207, -191252.48 ) Forward (second) = ( 483393.94, 152.65902, -188680.76 ) Boresight = ( 474784.36, 152.81114, -193904.71 ) Col: 1, Row: 1 = ( 468734.79, 153.02534, -194765.62 ) Col: 2, Row: 1 = ( 474784.36, 152.81114, -193904.71 ) Col: 3, Row: 1 = ( 480821.49, 152.59506, -193035.74 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 465266.19, 153.31207, -191252.48 ) Forward (first) = ( 483393.94, 152.65902, -188680.76 ) Aft (second) = ( 464404.79, 153.66348, -183340.38 ) Forward (second) = ( 482528.42, 152.99540, -180814.75 ) Boresight = ( 473909.56, 153.16100, -186035.81 ) Col: 1, Row: 1 = ( 467861.28, 153.38035, -186881.57 ) Col: 2, Row: 1 = ( 473909.56, 153.16100, -186035.81 ) Col: 3, Row: 1 = ( 479945.39, 152.93990, -185182.38 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 464404.79, 153.66348, -183340.38 ) Forward (first) = ( 482528.42, 152.99540, -180814.75 ) Aft (second) = ( 463565.01, 154.00232, -175388.18 ) Forward (second) = ( 481684.12, 153.31967, -172908.77 ) Boresight = ( 473057.04, 153.49862, -178126.08 ) Col: 1, Row: 1 = ( 467010.20, 153.72296, -178956.66 ) Col: 2, Row: 1 = ( 473057.04, 153.49862, -178126.08 ) Col: 3, Row: 1 = ( 479091.42, 153.27264, -177288.24 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 463565.01, 154.00232, -175388.18 ) Forward (first) = ( 481684.12, 153.31967, -172908.77 ) Aft (second) = ( 462745.12, 154.32843, -167397.46 ) Forward (second) = ( 480859.37, 153.63168, -164964.40 ) Boresight = ( 472225.08, 153.82381, -170177.11 ) Col: 1, Row: 1 = ( 466179.80, 154.05299, -170992.47 ) Col: 2, Row: 1 = ( 472225.08, 153.82381, -170177.11 ) Col: 3, Row: 1 = ( 478257.88, 153.59311, -169354.91 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 462745.12, 154.32843, -167397.46 ) Forward (first) = ( 480859.37, 153.63168, -164964.40 ) Aft (second) = ( 461943.42, 154.64163, -159369.83 ) Forward (second) = ( 480052.59, 153.93127, -156983.23 ) Boresight = ( 471411.99, 154.13643, -162190.48 ) Col: 1, Row: 1 = ( 465368.38, 154.37028, -162990.57 ) Col: 2, Row: 1 = ( 471411.99, 154.13643, -162190.48 ) Col: 3, Row: 1 = ( 477443.14, 153.90117, -161383.95 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 461943.42, 154.64163, -159369.83 ) Forward (first) = ( 480052.59, 153.93127, -156983.23 ) Aft (second) = ( 461158.28, 154.94177, -151306.86 ) Forward (second) = ( 479262.23, 154.21829, -148966.85 ) Boresight = ( 470616.18, 154.43632, -154167.78 ) Col: 1, Row: 1 = ( 464574.29, 154.67467, -154952.57 ) Col: 2, Row: 1 = ( 470616.18, 154.43632, -154167.78 ) Col: 3, Row: 1 = ( 476645.61, 154.19666, -153376.96 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 461158.28, 154.94177, -151306.86 ) Forward (first) = ( 479262.23, 154.21829, -148966.85 ) Aft (second) = ( 460388.14, 155.22870, -143210.18 ) Forward (second) = ( 478486.79, 154.49261, -140916.87 ) Boresight = ( 469836.08, 154.72332, -146110.61 ) Col: 1, Row: 1 = ( 463795.96, 154.96601, -146880.06 ) Col: 2, Row: 1 = ( 469836.08, 154.72332, -146110.61 ) Col: 3, Row: 1 = ( 475863.76, 154.47943, -145335.55 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 460388.14, 155.22870, -143210.18 ) Forward (first) = ( 478486.79, 154.49261, -140916.87 ) Aft (second) = ( 459631.47, 155.50227, -135081.38 ) Forward (second) = ( 477724.84, 154.75409, -132834.88 ) Boresight = ( 469070.19, 154.99730, -138020.58 ) Col: 1, Row: 1 = ( 463031.84, 155.24416, -138774.65 ) Col: 2, Row: 1 = ( 469070.19, 154.99730, -138020.58 ) Col: 3, Row: 1 = ( 475096.11, 154.74934, -137261.31 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 459631.47, 155.50227, -135081.38 ) Forward (first) = ( 477724.84, 154.75409, -132834.88 ) Aft (second) = ( 458886.84, 155.76236, -126922.08 ) Forward (second) = ( 476975.02, 155.00260, -124722.52 ) Boresight = ( 468317.06, 155.25812, -129899.30 ) Col: 1, Row: 1 = ( 462280.48, 155.50898, -130637.95 ) Col: 2, Row: 1 = ( 468317.06, 155.25812, -129899.30 ) Col: 3, Row: 1 = ( 474341.26, 155.00626, -129155.86 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 458886.84, 155.76236, -126922.08 ) Forward (first) = ( 476975.02, 155.00260, -124722.52 ) Aft (second) = ( 458152.86, 156.00883, -118733.91 ) Forward (second) = ( 476236.03, 155.23801, -116581.38 ) Boresight = ( 467575.34, 155.50565, -121748.38 ) Col: 1, Row: 1 = ( 461540.47, 155.76033, -122471.58 ) Col: 2, Row: 1 = ( 467575.34, 155.50565, -121748.38 ) Col: 3, Row: 1 = ( 473597.84, 155.25007, -121020.82 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 458152.86, 156.00883, -118733.91 ) Forward (first) = ( 476236.03, 155.23801, -116581.38 ) Aft (second) = ( 457428.23, 156.24155, -110518.50 ) Forward (second) = ( 475506.62, 155.46022, -108413.11 ) Boresight = ( 466843.70, 155.73977, -113569.46 ) Col: 1, Row: 1 = ( 460810.49, 155.99809, -114277.17 ) Col: 2, Row: 1 = ( 466843.70, 155.73977, -113569.46 ) Col: 3, Row: 1 = ( 472864.59, 155.48063, -112857.80 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 457428.23, 156.24155, -110518.50 ) Forward (first) = ( 475506.62, 155.46022, -108413.11 ) Aft (second) = ( 456711.71, 156.46041, -102277.47 ) Forward (second) = ( 474785.64, 155.66909, -100219.34 ) Boresight = ( 466120.91, 155.96035, -105364.16 ) Col: 1, Row: 1 = ( 460089.26, 156.22213, -106056.35 ) Col: 2, Row: 1 = ( 466120.91, 155.96035, -105364.16 ) Col: 3, Row: 1 = ( 472140.28, 155.69784, -104668.45 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 456711.71, 156.46041, -102277.47 ) Forward (first) = ( 474785.64, 155.66909, -100219.34 ) Aft (second) = ( 456002.14, 156.66527, -94012.474 ) Forward (second) = ( 474071.97, 155.86453, -92001.695 ) Boresight = ( 465405.81, 156.16728, -97134.121 ) Col: 1, Row: 1 = ( 459375.62, 156.43233, -97810.752 ) Col: 2, Row: 1 = ( 465405.81, 156.16728, -97134.121 ) Col: 3, Row: 1 = ( 471423.77, 155.90158, -96454.389 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 456002.14, 156.66527, -94012.474 ) Forward (first) = ( 474071.97, 155.86453, -92001.695 ) Aft (second) = ( 455298.42, 156.85604, -85725.149 ) Forward (second) = ( 473364.60, 156.04642, -83761.823 ) Boresight = ( 464697.31, 156.36045, -88880.980 ) Col: 1, Row: 1 = ( 458668.43, 156.62859, -89542.021 ) Col: 2, Row: 1 = ( 464697.31, 156.36045, -88880.980 ) Col: 3, Row: 1 = ( 470713.99, 156.09174, -88217.261 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 455298.42, 156.85604, -85725.149 ) Forward (first) = ( 473364.60, 156.04642, -83761.823 ) Aft (second) = ( 454599.56, 157.03261, -77417.145 ) Forward (second) = ( 472662.58, 156.21466, -75501.369 ) Boresight = ( 463994.38, 156.53975, -80606.383 ) Col: 1, Row: 1 = ( 457966.66, 156.81079, -81251.802 ) Col: 2, Row: 1 = ( 463994.38, 156.53975, -80606.383 ) Col: 3, Row: 1 = ( 470009.95, 156.26821, -79958.710 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 454599.56, 157.03261, -77417.145 ) Forward (first) = ( 472662.58, 156.21466, -75501.369 ) Aft (second) = ( 453904.61, 157.19486, -69090.114 ) Forward (second) = ( 471965.03, 156.36917, -67221.984 ) Boresight = ( 463296.08, 156.70508, -72311.980 ) Col: 1, Row: 1 = ( 457269.35, 156.97883, -72941.744 ) Col: 2, Row: 1 = ( 463296.08, 156.70508, -72311.980 ) Col: 3, Row: 1 = ( 469310.72, 156.43089, -71680.386 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 453904.61, 157.19486, -69090.114 ) Forward (first) = ( 471965.03, 156.36917, -67221.984 ) Aft (second) = ( 453212.75, 157.34270, -60745.711 ) Forward (second) = ( 471271.16, 156.50983, -58925.320 ) Boresight = ( 462601.57, 156.85634, -63999.423 ) Col: 1, Row: 1 = ( 456575.63, 157.13261, -64613.502 ) Col: 2, Row: 1 = ( 462601.57, 156.85634, -63999.423 ) Col: 3, Row: 1 = ( 468615.45, 156.57969, -63383.940 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 453212.75, 157.34270, -60745.711 ) Forward (first) = ( 471271.16, 156.50983, -58925.320 ) Aft (second) = ( 452523.19, 157.47604, -52385.598 ) Forward (second) = ( 470580.26, 156.63656, -50613.037 ) Boresight = ( 461910.05, 156.99343, -55670.369 ) Col: 1, Row: 1 = ( 455884.70, 157.27202, -56268.733 ) Col: 2, Row: 1 = ( 461910.05, 156.99343, -55670.369 ) Col: 3, Row: 1 = ( 467923.40, 156.71451, -55071.029 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 452523.19, 157.47604, -52385.598 ) Forward (first) = ( 470580.26, 156.63656, -50613.037 ) Aft (second) = ( 451835.27, 157.59477, -44011.436 ) Forward (second) = ( 469891.68, 156.74927, -42286.793 ) Boresight = ( 461220.83, 157.11626, -47326.480 ) Col: 1, Row: 1 = ( 455195.84, 157.39698, -47909.098 ) Col: 2, Row: 1 = ( 461220.83, 157.11626, -47326.480 ) Col: 3, Row: 1 = ( 467233.87, 156.83526, -46743.312 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 451835.27, 157.59477, -44011.436 ) Forward (first) = ( 469891.68, 156.74927, -42286.793 ) Aft (second) = ( 451148.40, 157.69881, -35624.891 ) Forward (second) = ( 469204.89, 156.84788, -33948.252 ) Boresight = ( 460533.29, 157.22473, -38969.417 ) Col: 1, Row: 1 = ( 454508.43, 157.50739, -39536.262 ) Col: 2, Row: 1 = ( 460533.29, 157.22473, -38969.417 ) Col: 3, Row: 1 = ( 466546.27, 156.94186, -38402.451 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 451148.40, 157.69881, -35624.891 ) Forward (first) = ( 469204.89, 156.84788, -33948.252 ) Aft (second) = ( 450462.06, 157.78807, -27227.631 ) Forward (second) = ( 468519.42, 156.93230, -25599.080 ) Boresight = ( 459846.92, 157.31878, -30600.846 ) Col: 1, Row: 1 = ( 453821.92, 157.60317, -31151.890 ) Col: 2, Row: 1 = ( 459846.92, 157.31878, -30600.846 ) Col: 3, Row: 1 = ( 465860.08, 157.03421, -30050.111 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 450462.06, 157.78807, -27227.631 ) Forward (first) = ( 468519.42, 156.93230, -25599.080 ) Aft (second) = ( 449775.85, 157.86246, -18821.327 ) Forward (second) = ( 467834.87, 157.00246, -17240.944 ) Boresight = ( 459161.26, 157.39830, -22222.437 ) Col: 1, Row: 1 = ( 453135.88, 157.68422, -22757.652 ) Col: 2, Row: 1 = ( 459161.26, 157.39830, -22222.437 ) Col: 3, Row: 1 = ( 465174.87, 157.11224, -21687.959 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 449775.85, 157.86246, -18821.327 ) Forward (first) = ( 467834.87, 157.00246, -17240.944 ) Aft (second) = ( 449089.45, 157.92190, -10407.650 ) Forward (second) = ( 467150.97, 157.05827, -8875.5145 ) Boresight = ( 458475.97, 157.46322, -13835.858 ) Col: 1, Row: 1 = ( 452449.92, 157.75047, -14355.217 ) Col: 2, Row: 1 = ( 458475.97, 157.46322, -13835.858 ) Col: 3, Row: 1 = ( 464490.29, 157.17586, -13317.665 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 449089.45, 157.92190, -10407.650 ) Forward (first) = ( 467150.97, 157.05827, -8875.5145 ) Aft (second) = ( 448402.61, 157.96631, -1988.2733 ) Forward (second) = ( 466467.49, 157.09966, -504.46209 ) Boresight = ( 457790.78, 157.51346, -5442.7812 ) Col: 1, Row: 1 = ( 451763.77, 157.80183, -5946.2599 ) Col: 2, Row: 1 = ( 457790.78, 157.51346, -5442.7812 ) Col: 3, Row: 1 = ( 463806.10, 157.22501, -4940.8997 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 448402.61, 157.96631, -1988.2733 ) Forward (first) = ( 466467.49, 157.09966, -504.46209 ) Aft (second) = ( 447715.21, 157.99561, 6435.1276 ) Forward (second) = ( 465784.33, 157.12656, 7870.5410 ) Boresight = ( 457105.51, 157.54894, 2955.1203 ) Col: 1, Row: 1 = ( 451077.27, 157.83823, 2467.5474 ) Col: 2, Row: 1 = ( 457105.51, 157.54894, 2955.1203 ) Col: 3, Row: 1 = ( 463122.12, 157.25960, 3440.6656 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 447715.21, 157.99561, 6435.1276 ) Forward (first) = ( 465784.33, 157.12656, 7870.5410 ) Aft (second) = ( 447027.19, 158.00973, 14860.878 ) Forward (second) = ( 465101.44, 157.13891, 16247.822 ) Boresight = ( 456420.08, 157.56959, 11356.173 ) Col: 1, Row: 1 = ( 450390.31, 157.85959, 10884.530 ) Col: 2, Row: 1 = ( 456420.08, 157.56959, 11356.173 ) Col: 3, Row: 1 = ( 462438.28, 157.27957, 11825.357 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 447027.19, 158.00973, 14860.878 ) Forward (first) = ( 465101.44, 157.13891, 16247.822 ) Aft (second) = ( 446338.61, 158.00860, 23287.301 ) Forward (second) = ( 464418.90, 157.13663, 24625.707 ) Boresight = ( 455734.50, 157.57535, 19758.701 ) Col: 1, Row: 1 = ( 449702.89, 157.86584, 19303.012 ) Col: 2, Row: 1 = ( 455734.50, 157.57535, 19758.701 ) Col: 3, Row: 1 = ( 461754.59, 157.28485, 20211.502 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 446338.61, 158.00860, 23287.301 ) Forward (first) = ( 464418.90, 157.13663, 24625.707 ) Aft (second) = ( 445649.61, 157.99213, 31712.723 ) Forward (second) = ( 463736.84, 157.11966, 33002.523 ) Boresight = ( 455048.88, 157.56613, 28161.031 ) Col: 1, Row: 1 = ( 449015.13, 157.85691, 27721.318 ) Col: 2, Row: 1 = ( 455048.88, 157.56613, 28161.031 ) Col: 3, Row: 1 = ( 461071.16, 157.27536, 28597.426 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 445649.61, 157.99213, 31712.723 ) Forward (first) = ( 463736.84, 157.11966, 33002.523 ) Aft (second) = ( 444960.42, 157.96028, 40135.465 ) Forward (second) = ( 463055.52, 157.08794, 41376.597 ) Boresight = ( 454363.40, 157.54188, 36561.488 ) Col: 1, Row: 1 = ( 448327.20, 157.83272, 36137.773 ) Col: 2, Row: 1 = ( 454363.40, 157.54188, 36561.488 ) Col: 3, Row: 1 = ( 460388.17, 157.25105, 36981.454 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 444960.42, 157.96028, 40135.465 ) Forward (first) = ( 463055.52, 157.08794, 41376.597 ) Aft (second) = ( 444271.40, 157.91296, 48553.855 ) Forward (second) = ( 462375.27, 157.04141, 49746.255 ) Boresight = ( 453678.35, 157.50253, 44958.398 ) Col: 1, Row: 1 = ( 447639.40, 157.79322, 44550.701 ) Col: 2, Row: 1 = ( 453678.35, 157.50253, 44958.398 ) Col: 3, Row: 1 = ( 459705.92, 157.21185, 45361.914 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 444271.40, 157.91296, 48553.855 ) Forward (first) = ( 462375.27, 157.04141, 49746.255 ) Aft (second) = ( 443582.95, 157.85012, 56966.217 ) Forward (second) = ( 461696.51, 156.98001, 58109.826 ) Boresight = ( 452994.12, 157.44802, 53350.085 ) Col: 1, Row: 1 = ( 446952.12, 157.73833, 52958.428 ) Col: 2, Row: 1 = ( 452994.12, 157.44802, 53350.085 ) Col: 3, Row: 1 = ( 459024.79, 157.15772, 53737.133 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 443582.95, 157.85012, 56966.217 ) Forward (first) = ( 461696.51, 156.98001, 58109.826 ) Aft (second) = ( 442895.63, 157.77169, 65370.877 ) Forward (second) = ( 461019.77, 156.90369, 66465.639 ) Boresight = ( 452311.18, 157.37830, 61734.879 ) Col: 1, Row: 1 = ( 446265.82, 157.66801, 61359.281 ) Col: 2, Row: 1 = ( 452311.18, 157.37830, 61734.879 ) Col: 3, Row: 1 = ( 458345.25, 157.08858, 62105.438 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 442895.63, 157.77169, 65370.877 ) Forward (first) = ( 461019.77, 156.90369, 66465.639 ) Aft (second) = ( 442210.06, 157.67763, 73766.166 ) Forward (second) = ( 460345.65, 156.81241, 74812.025 ) Boresight = ( 451630.11, 157.29330, 70111.108 ) Col: 1, Row: 1 = ( 445581.10, 157.58219, 69751.587 ) Col: 2, Row: 1 = ( 451630.11, 157.29330, 70111.108 ) Col: 3, Row: 1 = ( 457667.87, 157.00439, 70465.160 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 442210.06, 157.67763, 73766.166 ) Forward (first) = ( 460345.65, 156.81241, 74812.025 ) Aft (second) = ( 441526.96, 157.56788, 82150.411 ) Forward (second) = ( 459674.86, 156.70611, 83147.317 ) Boresight = ( 450951.57, 157.19299, 78477.101 ) Col: 1, Row: 1 = ( 444898.62, 157.48083, 78133.677 ) Col: 2, Row: 1 = ( 450951.57, 157.19299, 78477.101 ) Col: 3, Row: 1 = ( 456993.31, 156.90510, 78814.629 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 441526.96, 157.56788, 82150.411 ) Forward (first) = ( 459674.86, 156.70611, 83147.317 ) Aft (second) = ( 440847.17, 157.44238, 90521.948 ) Forward (second) = ( 459008.19, 156.58476, 91469.849 ) Boresight = ( 450276.33, 157.07730, 86831.192 ) Col: 1, Row: 1 = ( 444219.16, 157.36386, 86503.881 ) Col: 2, Row: 1 = ( 450276.33, 157.07730, 86831.192 ) Col: 3, Row: 1 = ( 456322.34, 156.79066, 87152.179 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 440847.17, 157.44238, 90521.948 ) Forward (first) = ( 459008.19, 156.58476, 91469.849 ) Aft (second) = ( 440171.60, 157.30110, 98879.109 ) Forward (second) = ( 458346.56, 156.44831, 99777.959 ) Boresight = ( 449605.25, 156.94620, 95171.716 ) Col: 1, Row: 1 = ( 443543.59, 157.23125, 94860.534 ) Col: 2, Row: 1 = ( 449605.25, 156.94620, 95171.716 ) Col: 3, Row: 1 = ( 455655.79, 156.66104, 95476.145 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 440171.60, 157.30110, 98879.109 ) Forward (first) = ( 458346.56, 156.44831, 99777.959 ) Aft (second) = ( 439501.27, 157.14399, 107220.23 ) Forward (second) = ( 457690.92, 156.29674, 108069.99 ) Boresight = ( 448939.28, 156.79965, 103497.01 ) Col: 1, Row: 1 = ( 442872.87, 157.08295, 103201.97 ) Col: 2, Row: 1 = ( 448939.28, 156.79965, 103497.01 ) Col: 3, Row: 1 = ( 454994.61, 156.51619, 103784.87 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 439501.27, 157.14399, 107220.23 ) Forward (first) = ( 457690.92, 156.29674, 108069.99 ) Aft (second) = ( 438837.31, 156.97102, 115543.66 ) Forward (second) = ( 457042.37, 156.13000, 116344.28 ) Boresight = ( 448279.47, 156.63761, 111805.41 ) Col: 1, Row: 1 = ( 442208.06, 156.91892, 111526.54 ) Col: 2, Row: 1 = ( 448279.47, 156.63761, 111805.41 ) Col: 3, Row: 1 = ( 454339.85, 156.35609, 112076.68 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 438837.31, 156.97102, 115543.66 ) Forward (first) = ( 457042.37, 156.13000, 116344.28 ) Aft (second) = ( 438180.93, 156.78216, 123847.74 ) Forward (second) = ( 456402.07, 155.94809, 124599.18 ) Boresight = ( 447626.98, 156.46005, 120095.27 ) Col: 1, Row: 1 = ( 441550.34, 156.73914, 119832.57 ) Col: 2, Row: 1 = ( 447626.98, 156.46005, 120095.27 ) Col: 3, Row: 1 = ( 453692.62, 156.18070, 120349.94 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 438180.93, 156.78216, 123847.74 ) Forward (first) = ( 456402.07, 155.94809, 124599.18 ) Aft (second) = ( 437533.45, 156.57738, 132130.81 ) Forward (second) = ( 455771.29, 155.75097, 132833.04 ) Boresight = ( 446983.03, 156.26695, 128364.93 ) Col: 1, Row: 1 = ( 440900.94, 156.54357, 128118.42 ) Col: 2, Row: 1 = ( 446983.03, 156.26695, 128364.93 ) Col: 3, Row: 1 = ( 453054.16, 155.99000, 128602.99 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 437533.45, 156.57738, 132130.81 ) Forward (first) = ( 455771.29, 155.75097, 132833.04 ) Aft (second) = ( 436896.27, 156.35665, 140391.24 ) Forward (second) = ( 455151.37, 155.53864, 141044.21 ) Boresight = ( 446348.97, 156.05828, 136612.75 ) Col: 1, Row: 1 = ( 440261.24, 156.33220, 136382.43 ) Col: 2, Row: 1 = ( 446348.97, 156.05828, 136612.75 ) Col: 3, Row: 1 = ( 452425.78, 155.78398, 136834.18 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 436896.27, 156.35665, 140391.24 ) Forward (first) = ( 455151.37, 155.53864, 141044.21 ) Aft (second) = ( 436270.91, 156.11998, 148627.37 ) Forward (second) = ( 454543.77, 155.31109, 149231.06 ) Boresight = ( 445726.22, 155.83405, 144837.07 ) Col: 1, Row: 1 = ( 439632.67, 156.10501, 144622.97 ) Col: 2, Row: 1 = ( 445726.22, 155.83405, 144837.07 ) Col: 3, Row: 1 = ( 451808.89, 155.56263, 145041.87 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 436270.91, 156.11998, 148627.37 ) Forward (first) = ( 454543.77, 155.31109, 149231.06 ) Aft (second) = ( 435658.95, 155.86735, 156837.57 ) Forward (second) = ( 453950.00, 155.06832, 157391.95 ) Boresight = ( 445116.29, 155.59423, 153036.26 ) Col: 1, Row: 1 = ( 439016.77, 155.86199, 152838.39 ) Col: 2, Row: 1 = ( 445116.29, 155.59423, 153036.26 ) Col: 3, Row: 1 = ( 451204.98, 155.32593, 153224.42 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 435658.95, 155.86735, 156837.57 ) Forward (first) = ( 453950.00, 155.06832, 157391.95 ) Aft (second) = ( 435062.10, 155.59877, 165020.21 ) Forward (second) = ( 453371.69, 154.81033, 165525.24 ) Boresight = ( 444520.81, 155.33883, 161208.70 ) Col: 1, Row: 1 = ( 438415.18, 155.60315, 161027.05 ) Col: 2, Row: 1 = ( 444520.81, 155.33883, 161208.70 ) Col: 3, Row: 1 = ( 450615.64, 155.07390, 161380.20 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 435062.10, 155.59877, 165020.21 ) Forward (first) = ( 453371.69, 154.81033, 165525.24 ) Aft (second) = ( 434482.14, 155.31425, 173173.66 ) Forward (second) = ( 452810.55, 154.53716, 173629.32 ) Boresight = ( 443941.47, 155.06787, 169352.73 ) Col: 1, Row: 1 = ( 437829.63, 155.32848, 169187.33 ) Col: 2, Row: 1 = ( 443941.47, 155.06787, 169352.73 ) Col: 3, Row: 1 = ( 450042.56, 154.80655, 169507.58 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 434482.14, 155.31425, 173173.66 ) Forward (first) = ( 452810.55, 154.53716, 173629.32 ) Aft (second) = ( 433920.93, 155.01381, 181296.29 ) Forward (second) = ( 452268.36, 154.24881, 181702.57 ) Boresight = ( 443380.05, 154.78136, 177466.75 ) Col: 1, Row: 1 = ( 437261.93, 155.03801, 177317.61 ) Col: 2, Row: 1 = ( 443380.05, 154.78136, 177466.75 ) Col: 3, Row: 1 = ( 449487.48, 154.52389, 177604.93 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 433920.93, 155.01381, 181296.29 ) Forward (first) = ( 452268.36, 154.24881, 181702.57 ) Aft (second) = ( 433380.46, 154.69748, 189386.50 ) Forward (second) = ( 451747.00, 153.94532, 189743.37 ) Boresight = ( 442838.44, 154.47932, 185549.14 ) Col: 1, Row: 1 = ( 436713.99, 154.73177, 185416.25 ) Col: 2, Row: 1 = ( 442838.44, 154.47932, 185549.14 ) Col: 3, Row: 1 = ( 448952.25, 154.22596, 185670.65 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 433380.46, 154.69748, 189386.50 ) Forward (first) = ( 451747.00, 153.94532, 189743.37 ) Aft (second) = ( 432862.75, 154.36531, 197442.67 ) Forward (second) = ( 451248.42, 153.62674, 197750.11 ) Boresight = ( 442318.59, 154.16180, 193598.29 ) Col: 1, Row: 1 = ( 436187.79, 154.40978, 193481.67 ) Col: 2, Row: 1 = ( 442318.59, 154.16180, 193598.29 ) Col: 3, Row: 1 = ( 448438.81, 153.91278, 193703.11 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:29:20 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1278318.7 km Body center Ra : 99.736511 deg Body Center Dec : 25.012053 deg w: 1 = ( 448327.20, 157.83272, 36137.773 ) Col: 2, Row: 1 = ( 454363.40, 157.54188, 36561.488 ) Col: 3, Row: 1 = ( 460388.17, 157.25105, 36981.454 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 444960.42, 157.96028, 40135.465 ) Forward (firsti24_nans01_03.look_lbl000077505166050166273000000317321166151707100173600ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_03.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_03.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_03" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T04:07:25.926Z SPACECRAFT_CLOCK_START_COUNT = 1/05209330:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END = 80 DESCRIPTIOi24_nans01_03.look_new_1000077505166050166273000000613221166151707000176150ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 04:07:25.926 SCLK Time : 1/05209330:00:0:0 Spacecraft position = (-229161.81, 1170925.8, 553822.29) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 453635.16, 189.34294, -206557.41 ) Forward (first) = ( 472437.76, 188.73029, -203918.69 ) Aft (second) = ( 452704.23, 189.72809, -198390.48 ) Forward (second) = ( 471504.06, 189.09822, -195796.31 ) Boresight = ( 462580.49, 189.22897, -201180.73 ) Col: 1, Row: 1 = ( 456307.25, 189.43499, -202048.68 ) Col: 2, Row: 1 = ( 462580.49, 189.22897, -201180.73 ) Col: 3, Row: 1 = ( 468841.74, 189.02074, -200304.30 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 452704.23, 189.72809, -198390.48 ) Forward (first) = ( 471504.06, 189.09822, -195796.31 ) Aft (second) = ( 451799.11, 190.10012, -190180.56 ) Forward (second) = ( 470595.50, 189.45354, -187631.07 ) Boresight = ( 461661.20, 189.59894, -193013.94 ) Col: 1, Row: 1 = ( 455388.97, 189.81069, -193867.22 ) Col: 2, Row: 1 = ( 461661.20, 189.59894, -193013.94 ) Col: 3, Row: 1 = ( 467921.39, 189.38512, -192152.59 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 451799.11, 190.10012, -190180.56 ) Forward (first) = ( 470595.50, 189.45354, -187631.07 ) Aft (second) = ( 450917.81, 190.45884, -181929.28 ) Forward (second) = ( 469710.23, 189.79606, -179424.60 ) Boresight = ( 460766.40, 189.95595, -184805.04 ) Col: 1, Row: 1 = ( 454495.40, 190.17325, -185643.61 ) Col: 2, Row: 1 = ( 460766.40, 189.95595, -184805.04 ) Col: 3, Row: 1 = ( 467025.34, 189.73672, -183958.82 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 450917.81, 190.45884, -181929.28 ) Forward (first) = ( 469710.23, 189.79606, -179424.60 ) Aft (second) = ( 450058.42, 190.80405, -173638.29 ) Forward (second) = ( 468846.42, 190.12561, -171178.55 ) Boresight = ( 459894.21, 190.29982, -176555.66 ) Col: 1, Row: 1 = ( 453624.61, 190.52250, -177379.49 ) Col: 2, Row: 1 = ( 459894.21, 190.29982, -176555.66 ) Col: 3, Row: 1 = ( 466151.74, 190.07535, -175724.61 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 450058.42, 190.80405, -173638.29 ) Forward (first) = ( 468846.42, 190.12561, -171178.55 ) Aft (second) = ( 449219.10, 191.13559, -165309.24 ) Forward (second) = ( 468002.33, 190.44201, -162894.56 ) Boresight = ( 459042.80, 190.63037, -168267.46 ) Col: 1, Row: 1 = ( 452774.72, 190.85825, -169076.50 ) Col: 2, Row: 1 = ( 459042.80, 190.63037, -168267.46 ) Col: 3, Row: 1 = ( 465298.78, 190.40083, -167451.62 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 449219.10, 191.13559, -165309.24 ) Forward (first) = ( 468002.33, 190.44201, -162894.56 ) Aft (second) = ( 448398.04, 191.45327, -156943.79 ) Forward (second) = ( 467176.26, 190.74510, -154574.28 ) Boresight = ( 458210.38, 190.94743, -159942.08 ) Col: 1, Row: 1 = ( 451943.94, 191.18033, -160736.29 ) Col: 2, Row: 1 = ( 458210.38, 190.94743, -159942.08 ) Col: 3, Row: 1 = ( 464464.72, 190.71299, -159141.49 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 448398.04, 191.45327, -156943.79 ) Forward (first) = ( 467176.26, 190.74510, -154574.28 ) Aft (second) = ( 447593.52, 191.75692, -148543.59 ) Forward (second) = ( 466366.56, 191.03474, -146219.38 ) Boresight = ( 457395.24, 191.25082, -151581.18 ) Col: 1, Row: 1 = ( 451130.50, 191.48855, -152360.53 ) Col: 2, Row: 1 = ( 457395.24, 191.25082, -151581.18 ) Col: 3, Row: 1 = ( 463647.88, 191.01169, -150795.89 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 447593.52, 191.75692, -148543.59 ) Forward (first) = ( 466366.56, 191.03474, -146219.38 ) Aft (second) = ( 446803.87, 192.04639, -140110.32 ) Forward (second) = ( 465571.68, 191.31075, -137831.53 ) Boresight = ( 456595.73, 191.54040, -143186.43 ) Col: 1, Row: 1 = ( 450332.74, 191.78277, -143950.87 ) Col: 2, Row: 1 = ( 456595.73, 191.54040, -143186.43 ) Col: 3, Row: 1 = ( 462846.65, 191.29674, -142416.47 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 446803.87, 192.04639, -140110.32 ) Forward (first) = ( 465571.68, 191.31075, -137831.53 ) Aft (second) = ( 446027.50, 192.32153, -131645.66 ) Forward (second) = ( 464790.09, 191.57301, -129412.39 ) Boresight = ( 455810.27, 191.81601, -134759.51 ) Col: 1, Row: 1 = ( 449549.04, 192.06282, -135509.01 ) Col: 2, Row: 1 = ( 455810.27, 191.81601, -134759.51 ) Col: 3, Row: 1 = ( 462059.45, 191.56802, -134004.92 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 446027.50, 192.32153, -131645.66 ) Forward (first) = ( 464790.09, 191.57301, -129412.39 ) Aft (second) = ( 445262.89, 192.58218, -123151.29 ) Forward (second) = ( 464020.38, 191.82138, -120963.66 ) Boresight = ( 455037.36, 192.07751, -126302.08 ) Col: 1, Row: 1 = ( 448777.86, 192.32856, -127036.61 ) Col: 2, Row: 1 = ( 455037.36, 192.07751, -126302.08 ) Col: 3, Row: 1 = ( 461284.82, 191.82538, -125562.91 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 445262.89, 192.58218, -123151.29 ) Forward (first) = ( 464020.38, 191.82138, -120963.66 ) Aft (second) = ( 444508.61, 192.82820, -114628.90 ) Forward (second) = ( 463261.18, 192.05572, -112487.02 ) Boresight = ( 454275.54, 192.32475, -117815.85 ) Col: 1, Row: 1 = ( 448017.74, 192.57985, -118535.36 ) Col: 2, Row: 1 = ( 454275.54, 192.32475, -117815.85 ) Col: 3, Row: 1 = ( 460521.35, 192.06868, -117092.12 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 444508.61, 192.82820, -114628.90 ) Forward (first) = ( 463261.18, 192.05572, -112487.02 ) Aft (second) = ( 443763.28, 193.05946, -106080.19 ) Forward (second) = ( 462511.20, 192.27590, -103984.15 ) Boresight = ( 453523.47, 192.55760, -109302.49 ) Col: 1, Row: 1 = ( 447267.28, 192.81655, -110006.96 ) Col: 2, Row: 1 = ( 453523.47, 192.55760, -109302.49 ) Col: 3, Row: 1 = ( 459767.69, 192.29779, -108594.25 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 443763.28, 193.05946, -106080.19 ) Forward (first) = ( 462511.20, 192.27590, -103984.15 ) Aft (second) = ( 443025.63, 193.27584, -97506.849 ) Forward (second) = ( 461769.25, 192.48181, -95456.775 ) Boresight = ( 452779.85, 192.77594, -100763.72 ) Col: 1, Row: 1 = ( 446525.17, 193.03853, -101453.09 ) Col: 2, Row: 1 = ( 452779.85, 192.77594, -100763.72 ) Col: 3, Row: 1 = ( 459022.60, 192.51259, -100071.00 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 443025.63, 193.27584, -97506.849 ) Forward (first) = ( 461769.25, 192.48181, -95456.775 ) Aft (second) = ( 442294.47, 193.47720, -88910.593 ) Forward (second) = ( 461034.19, 192.67332, -86906.579 ) Boresight = ( 452043.48, 192.97965, -92201.216 ) Col: 1, Row: 1 = ( 445790.20, 193.24566, -92875.476 ) Col: 2, Row: 1 = ( 452043.48, 192.97965, -92201.216 ) Col: 3, Row: 1 = ( 458284.89, 192.71295, -91524.053 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 442294.47, 193.47720, -88910.593 ) Forward (first) = ( 461034.19, 192.67332, -86906.579 ) Aft (second) = ( 441568.68, 193.66342, -80293.129 ) Forward (second) = ( 460304.99, 192.85032, -78335.274 ) Boresight = ( 451313.25, 193.16859, -83616.702 ) Col: 1, Row: 1 = ( 445061.21, 193.43783, -84275.812 ) Col: 2, Row: 1 = ( 451313.25, 193.16859, -83616.702 ) Col: 3, Row: 1 = ( 457553.46, 192.89876, -82955.130 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 441568.68, 193.66342, -80293.129 ) Forward (first) = ( 460304.99, 192.85032, -78335.274 ) Aft (second) = ( 440847.23, 193.83439, -71656.171 ) Forward (second) = ( 459580.67, 193.01271, -69744.573 ) Boresight = ( 450588.13, 193.34266, -75011.885 ) Col: 1, Row: 1 = ( 444337.16, 193.61490, -75655.811 ) Col: 2, Row: 1 = ( 450588.13, 193.34266, -75011.885 ) Col: 3, Row: 1 = ( 456827.31, 193.06991, -74365.936 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 440847.23, 193.83439, -71656.171 ) Forward (first) = ( 459580.67, 193.01271, -69744.573 ) Aft (second) = ( 440129.21, 193.99000, -63001.436 ) Forward (second) = ( 458860.38, 193.16038, -61136.191 ) Boresight = ( 449867.16, 193.50175, -66388.479 ) Col: 1, Row: 1 = ( 443617.08, 193.77678, -67017.191 ) Col: 2, Row: 1 = ( 449867.16, 193.50175, -66388.479 ) Col: 3, Row: 1 = ( 456105.51, 193.22628, -65758.187 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 440129.21, 193.99000, -63001.436 ) Forward (first) = ( 458860.38, 193.16038, -61136.191 ) Aft (second) = ( 439413.76, 194.13013, -54330.648 ) Forward (second) = ( 458143.32, 193.29323, -52511.848 ) Boresight = ( 449149.49, 193.64575, -57748.203 ) Col: 1, Row: 1 = ( 442900.08, 193.92335, -58361.670 ) Col: 2, Row: 1 = ( 449149.49, 193.64575, -57748.203 ) Col: 3, Row: 1 = ( 455387.21, 193.36778, -57133.600 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 439413.76, 194.13013, -54330.648 ) Forward (first) = ( 458143.32, 193.29323, -52511.848 ) Aft (second) = ( 438700.14, 194.25469, -45645.529 ) Forward (second) = ( 457428.80, 193.41115, -43873.266 ) Boresight = ( 448434.35, 193.77456, -49092.781 ) Col: 1, Row: 1 = ( 442185.39, 194.05451, -49690.971 ) Col: 2, Row: 1 = ( 448434.35, 193.77456, -49092.781 ) Col: 3, Row: 1 = ( 454671.68, 193.49429, -48493.897 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 438700.14, 194.25469, -45645.529 ) Forward (first) = ( 457428.80, 193.41115, -43873.266 ) Aft (second) = ( 437987.71, 194.36357, -36947.809 ) Forward (second) = ( 456716.21, 193.51406, -35222.170 ) Boresight = ( 447721.07, 193.88807, -40423.936 ) Col: 1, Row: 1 = ( 441472.32, 194.17016, -41006.821 ) Col: 2, Row: 1 = ( 447721.07, 193.88807, -40423.936 ) Col: 3, Row: 1 = ( 453958.25, 193.60574, -39840.801 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 437987.71, 194.36357, -36947.809 ) Forward (first) = ( 456716.21, 193.51406, -35222.170 ) Aft (second) = ( 437275.90, 194.45667, -28239.217 ) Forward (second) = ( 456005.05, 193.60186, -26560.288 ) Boresight = ( 447009.07, 193.98620, -31743.397 ) Col: 1, Row: 1 = ( 440760.27, 194.27019, -32310.948 ) Col: 2, Row: 1 = ( 447009.07, 193.98620, -31743.397 ) Col: 3, Row: 1 = ( 453246.36, 193.70201, -31176.041 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 437275.90, 194.45667, -28239.217 ) Forward (first) = ( 456005.05, 193.60186, -26560.288 ) Aft (second) = ( 436564.28, 194.53390, -19521.486 ) Forward (second) = ( 455294.90, 193.67447, -17889.351 ) Boresight = ( 446297.87, 194.06884, -23052.894 ) Col: 1, Row: 1 = ( 440048.74, 194.35451, -23605.083 ) Col: 2, Row: 1 = ( 446297.87, 194.06884, -23052.894 ) Col: 3, Row: 1 = ( 452535.54, 193.78302, -22501.346 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 436564.28, 194.53390, -19521.486 ) Forward (first) = ( 455294.90, 193.67447, -17889.351 ) Aft (second) = ( 435852.47, 194.59516, -10796.350 ) Forward (second) = ( 454585.43, 193.73179, -9211.0901 ) Boresight = ( 445587.08, 194.13591, -14354.160 ) Col: 1, Row: 1 = ( 439337.35, 194.42302, -14890.959 ) Col: 2, Row: 1 = ( 445587.08, 194.13591, -14354.160 ) Col: 3, Row: 1 = ( 451825.41, 193.84869, -13818.446 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 435852.47, 194.59516, -10796.350 ) Forward (first) = ( 454585.43, 193.73179, -9211.0901 ) Aft (second) = ( 435140.24, 194.64036, -2065.5438 ) Forward (second) = ( 453876.42, 193.77375, -527.23844 ) Boresight = ( 444876.41, 194.18732, -5648.9271 ) Col: 1, Row: 1 = ( 438625.78, 194.47565, -6170.3106 ) Col: 2, Row: 1 = ( 444876.41, 194.18732, -5648.9271 ) Col: 3, Row: 1 = ( 451115.69, 193.89891, -5129.0759 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 435140.24, 194.64036, -2065.5438 ) Forward (first) = ( 453876.42, 193.77375, -527.23844 ) Aft (second) = ( 434427.43, 194.66942, 6669.1951 ) Forward (second) = ( 453167.74, 193.80026, 8160.4694 ) Boresight = ( 444165.68, 194.22298, 3061.0680 ) Col: 1, Row: 1 = ( 437913.85, 194.51229, 2555.1264 ) Col: 2, Row: 1 = ( 444165.68, 194.22298, 3061.0680 ) Col: 3, Row: 1 = ( 450406.21, 193.93362, 3565.0312 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 434427.43, 194.66942, 6669.1951 ) Forward (first) = ( 453167.74, 193.80026, 8160.4694 ) Aft (second) = ( 433713.99, 194.68225, 15406.129 ) Forward (second) = ( 452459.37, 193.81125, 16850.298 ) Boresight = ( 443454.79, 194.24281, 11774.090 ) Col: 1, Row: 1 = ( 437201.46, 194.53286, 11283.615 ) Col: 2, Row: 1 = ( 443454.79, 194.24281, 11774.090 ) Col: 3, Row: 1 = ( 449696.89, 193.95274, 12262.140 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 433713.99, 194.68225, 15406.129 ) Forward (first) = ( 452459.37, 193.81125, 16850.298 ) Aft (second) = ( 432999.99, 194.67877, 24143.521 ) Forward (second) = ( 451751.37, 193.80663, 25540.513 ) Boresight = ( 442743.77, 194.24673, 20488.401 ) Col: 1, Row: 1 = ( 436488.62, 194.53729, 20013.418 ) Col: 2, Row: 1 = ( 442743.77, 194.24673, 20488.401 ) Col: 3, Row: 1 = ( 448987.73, 193.95617, 20960.513 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 432999.99, 194.67877, 24143.521 ) Forward (first) = ( 451751.37, 193.80663, 25540.513 ) Aft (second) = ( 432285.59, 194.65889, 32879.632 ) Forward (second) = ( 451043.91, 193.78635, 34229.376 ) Boresight = ( 442032.72, 194.23467, 29202.266 ) Col: 1, Row: 1 = ( 435775.43, 194.52548, 28742.797 ) Col: 2, Row: 1 = ( 442032.72, 194.23467, 29202.266 ) Col: 3, Row: 1 = ( 448278.87, 193.94385, 29658.417 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 432285.59, 194.65889, 32879.632 ) Forward (first) = ( 451043.91, 193.78635, 34229.376 ) Aft (second) = ( 431571.05, 194.62255, 41612.724 ) Forward (second) = ( 450337.28, 193.75032, 42915.155 ) Boresight = ( 441321.87, 194.20654, 37913.946 ) Col: 1, Row: 1 = ( 435062.13, 194.49737, 37470.015 ) Col: 2, Row: 1 = ( 441321.87, 194.20654, 37913.946 ) Col: 3, Row: 1 = ( 447570.51, 193.91571, 38354.113 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 431571.05, 194.62255, 41612.724 ) Forward (first) = ( 450337.28, 193.75032, 42915.155 ) Aft (second) = ( 430856.77, 194.56966, 50341.061 ) Forward (second) = ( 449631.84, 193.69849, 51596.112 ) Boresight = ( 440611.53, 194.16228, 46621.707 ) Col: 1, Row: 1 = ( 434349.03, 194.45288, 46193.335 ) Col: 2, Row: 1 = ( 440611.53, 194.16228, 46621.707 ) Col: 3, Row: 1 = ( 446863.00, 193.87168, 47045.867 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 430856.77, 194.56966, 50341.061 ) Forward (first) = ( 449631.84, 193.69849, 51596.112 ) Aft (second) = ( 430143.22, 194.50015, 59062.906 ) Forward (second) = ( 448928.07, 193.63078, 60270.516 ) Boresight = ( 439902.15, 194.10181, 55323.811 ) Col: 1, Row: 1 = ( 433636.57, 194.39193, 54911.021 ) Col: 2, Row: 1 = ( 439902.15, 194.10181, 55323.811 ) Col: 3, Row: 1 = ( 446156.74, 193.81168, 55731.944 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 430143.22, 194.50015, 59062.906 ) Forward (first) = ( 448928.07, 193.63078, 60270.516 ) Aft (second) = ( 429431.00, 194.41396, 67776.524 ) Forward (second) = ( 448226.55, 193.54715, 68936.632 ) Boresight = ( 439194.25, 194.02508, 64018.524 ) Col: 1, Row: 1 = ( 432925.28, 194.31446, 63621.336 ) Col: 2, Row: 1 = ( 439194.25, 194.02508, 64018.524 ) Col: 3, Row: 1 = ( 445452.28, 193.73567, 64410.610 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 429431.00, 194.41396, 67776.524 ) Forward (first) = ( 448226.55, 193.54715, 68936.632 ) Aft (second) = ( 428720.80, 194.31101, 76480.182 ) Forward (second) = ( 447527.96, 193.44752, 77592.731 ) Boresight = ( 438488.48, 193.93201, 72704.114 ) Col: 1, Row: 1 = ( 432215.81, 194.22041, 72322.548 ) Col: 2, Row: 1 = ( 438488.48, 193.93201, 72704.114 ) Col: 3, Row: 1 = ( 444750.25, 193.64357, 73080.134 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 428720.80, 194.31101, 76480.182 ) Forward (first) = ( 447527.96, 193.44752, 77592.731 ) Aft (second) = ( 428013.46, 194.19126, 85172.149 ) Forward (second) = ( 446833.09, 193.33185, 86237.082 ) Boresight = ( 437785.57, 193.82255, 81378.849 ) Col: 1, Row: 1 = ( 431508.91, 194.10970, 81012.924 ) Col: 2, Row: 1 = ( 437785.57, 193.82255, 81378.849 ) Col: 3, Row: 1 = ( 444051.38, 193.53533, 81738.783 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 428013.46, 194.19126, 85172.149 ) Forward (first) = ( 446833.09, 193.33185, 86237.082 ) Aft (second) = ( 427309.87, 194.05463, 93850.695 ) Forward (second) = ( 446142.83, 193.20009, 94867.961 ) Boresight = ( 437086.38, 193.69665, 90041.000 ) Col: 1, Row: 1 = ( 430805.44, 193.98229, 89690.734 ) Col: 2, Row: 1 = ( 437086.38, 193.69665, 90041.000 ) Col: 3, Row: 1 = ( 443356.52, 193.41089, 90384.831 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 427309.87, 194.05463, 93850.695 ) Forward (first) = ( 446142.83, 193.20009, 94867.961 ) Aft (second) = ( 426611.09, 193.90109, 102514.10 ) Forward (second) = ( 445458.17, 193.05219, 103483.64 ) Boresight = ( 436391.88, 193.55424, 98688.840 ) Col: 1, Row: 1 = ( 430106.38, 193.83811, 98354.251 ) Col: 2, Row: 1 = ( 436391.88, 193.55424, 98688.840 ) Col: 3, Row: 1 = ( 442666.61, 193.27022, 99016.551 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 426611.09, 193.90109, 102514.10 ) Forward (first) = ( 445458.17, 193.05219, 103483.64 ) Aft (second) = ( 425918.23, 193.73057, 111160.63 ) Forward (second) = ( 444780.20, 192.88812, 112082.40 ) Boresight = ( 435703.12, 193.39530, 107320.65 ) Col: 1, Row: 1 = ( 429412.81, 193.67713, 107001.75 ) Col: 2, Row: 1 = ( 435703.12, 193.39530, 107320.65 ) Col: 3, Row: 1 = ( 441982.71, 193.11326, 107632.22 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 425918.23, 193.73057, 111160.63 ) Forward (first) = ( 444780.20, 192.88812, 112082.40 ) Aft (second) = ( 425232.57, 193.54304, 119788.57 ) Forward (second) = ( 444110.13, 192.70784, 120662.53 ) Boresight = ( 435021.27, 193.21977, 115934.70 ) Col: 1, Row: 1 = ( 428725.90, 193.49929, 115631.51 ) Col: 2, Row: 1 = ( 435021.27, 193.21977, 115934.70 ) Col: 3, Row: 1 = ( 441305.97, 192.93999, 116230.12 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 425232.57, 193.54304, 119788.57 ) Forward (first) = ( 444110.13, 192.70784, 120662.53 ) Aft (second) = ( 424555.44, 193.33846, 128396.20 ) Forward (second) = ( 443449.25, 192.51131, 129222.31 ) Boresight = ( 434347.61, 193.02762, 124529.28 ) Col: 1, Row: 1 = ( 428046.95, 193.30456, 124241.82 ) Col: 2, Row: 1 = ( 434347.61, 193.02762, 124529.28 ) Col: 3, Row: 1 = ( 440637.64, 192.75035, 124808.53 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 424555.44, 193.33846, 128396.20 ) Forward (first) = ( 443449.25, 192.51131, 129222.31 ) Aft (second) = ( 423888.32, 193.11681, 136981.82 ) Forward (second) = ( 442798.98, 192.29853, 137760.03 ) Boresight = ( 433683.53, 192.81882, 133102.67 ) Col: 1, Row: 1 = ( 427377.37, 193.09290, 132830.95 ) Col: 2, Row: 1 = ( 433683.53, 192.81882, 133102.67 ) Col: 3, Row: 1 = ( 439979.10, 192.54434, 133365.75 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 423888.32, 193.11681, 136981.82 ) Forward (first) = ( 442798.98, 192.29853, 137760.03 ) Aft (second) = ( 423232.77, 192.87805, 145543.71 ) Forward (second) = ( 442160.81, 192.06947, 146273.98 ) Boresight = ( 433030.50, 192.59335, 141653.17 ) Col: 1, Row: 1 = ( 426718.66, 192.86430, 141397.21 ) Col: 2, Row: 1 = ( 433030.50, 192.59335, 141653.17 ) Col: 3, Row: 1 = ( 439331.80, 192.32192, 141900.06 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 423232.77, 192.87805, 145543.71 ) Forward (first) = ( 442160.81, 192.06947, 146273.98 ) Aft (second) = ( 422590.49, 192.62217, 154080.17 ) Forward (second) = ( 441536.35, 191.82412, 154762.47 ) Boresight = ( 432390.12, 192.35120, 150179.08 ) Col: 1, Row: 1 = ( 426072.43, 192.61872, 149938.88 ) Col: 2, Row: 1 = ( 432390.12, 192.35120, 150179.08 ) Col: 3, Row: 1 = ( 438697.31, 192.08309, 150409.76 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 422590.49, 192.62217, 154080.17 ) Forward (first) = ( 441536.35, 191.82412, 154762.47 ) Aft (second) = ( 421963.24, 192.34918, 162589.50 ) Forward (second) = ( 440927.30, 191.56249, 163223.80 ) Boresight = ( 431764.08, 192.09234, 158678.68 ) Col: 1, Row: 1 = ( 425440.41, 192.35617, 158454.26 ) Col: 2, Row: 1 = ( 431764.08, 192.09234, 158678.68 ) Col: 3, Row: 1 = ( 438077.31, 191.82783, 158893.15 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 421963.24, 192.34918, 162589.50 ) Forward (first) = ( 440927.30, 191.56249, 163223.80 ) Aft (second) = ( 421352.92, 192.05906, 171070.02 ) Forward (second) = ( 440335.46, 191.28458, 171656.28 ) Boresight = ( 431154.17, 191.81680, 167150.29 ) Col: 1, Row: 1 = ( 424824.41, 192.07665, 166941.67 ) Col: 2, Row: 1 = ( 431154.17, 191.81680, 167150.29 ) Col: 3, Row: 1 = ( 437473.54, 191.55616, 167348.54 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 421352.92, 192.05906, 171070.02 ) Forward (first) = ( 440335.46, 191.28458, 171656.28 ) Aft (second) = ( 420761.51, 191.75183, 179520.03 ) Forward (second) = ( 439762.72, 190.99041, 180058.22 ) Boresight = ( 430562.28, 191.52457, 175592.23 ) Col: 1, Row: 1 = ( 424226.35, 191.78015, 175399.40 ) Col: 2, Row: 1 = ( 430562.28, 191.52457, 175592.23 ) Col: 3, Row: 1 = ( 436887.88, 191.26809, 175774.23 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 420761.51, 191.75183, 179520.03 ) Forward (first) = ( 439762.72, 190.99041, 180058.22 ) Aft (second) = ( 420191.11, 191.42752, 187937.85 ) Forward (second) = ( 439211.09, 190.68001, 188427.95 ) Boresight = ( 429990.41, 191.21568, 184002.80 ) Col: 1, Row: 1 = ( 423648.26, 191.46670, 183825.79 ) Col: 2, Row: 1 = ( 429990.41, 191.21568, 184002.80 ) Col: 3, Row: 1 = ( 436322.28, 190.96362, 184168.56 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 420191.11, 191.42752, 187937.85 ) Forward (first) = ( 439211.09, 190.68001, 188427.95 ) Aft (second) = ( 419643.90, 191.08616, 196321.82 ) Forward (second) = ( 438682.63, 190.35341, 196763.79 ) Boresight = ( 429440.63, 190.89015, 192380.33 ) Col: 1, Row: 1 = ( 423092.26, 191.13634, 192219.14 ) Col: 2, Row: 1 = ( 429440.63, 190.89015, 192380.33 ) Col: 3, Row: 1 = ( 435778.80, 190.64281, 192529.84 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 419643.90, 191.08616, 196321.82 ) Forward (first) = ( 438682.63, 190.35341, 196763.79 ) Aft (second) = ( 419122.16, 190.72781, 204670.25 ) Forward (second) = ( 438179.52, 190.01067, 205064.08 ) Boresight = ( 428915.14, 190.54804, 200723.15 ) Col: 1, Row: 1 = ( 422560.57, 190.78909, 200577.79 ) Col: 2, Row: 1 = ( 428915.14, 190.54804, 200723.15 ) Col: 3, Row: 1 = ( 435259.57, 190.30569, 200856.41 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:32:02 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1315409.3 km Body center Ra : 101.07338 deg Body Center Dec : 24.899417 deg w: 1 = ( 435062.13, 194.49737, 37470.015 ) Col: 2, Row: 1 = ( 441321.87, 194.20654, 37913.946 ) Col: 3, Row: 1 = ( 447570.51, 193.91571, 38354.113 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 431571.05, 194.62255, 41612.724 ) Forward (firsti24_nans01_04.look_lbl000077505166050166273000000317321166151707100173610ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_04.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_04.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_04" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T05:08:05.924Z SPACECRAFT_CLOCK_START_COUNT = 1/05209390:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_04.look_new_1000077505166050166273000000613221166151707000176160ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 05:08:05.924 SCLK Time : 1/05209390:00:0:0 Spacecraft position = (-262242.48, 1199237.6, 566751.50) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 440941.68, 225.71700, -213826.85 ) Forward (first) = ( 460399.44, 225.13180, -211169.73 ) Aft (second) = ( 439964.27, 226.12445, -205369.70 ) Forward (second) = ( 459420.31, 225.52015, -202755.70 ) Boresight = ( 450190.76, 225.62797, -208296.14 ) Col: 1, Row: 1 = ( 443699.17, 225.82496, -209170.25 ) Col: 2, Row: 1 = ( 450190.76, 225.62797, -208296.14 ) Col: 3, Row: 1 = ( 456670.82, 225.42836, -207413.13 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 439964.27, 226.12445, -205369.70 ) Forward (first) = ( 459420.31, 225.52015, -202755.70 ) Aft (second) = ( 439015.20, 226.51806, -196868.28 ) Forward (second) = ( 458468.69, 225.89519, -194297.54 ) Boresight = ( 449226.79, 226.01892, -199837.76 ) Col: 1, Row: 1 = ( 442735.89, 226.22227, -200697.68 ) Col: 2, Row: 1 = ( 449226.79, 226.01892, -199837.76 ) Col: 3, Row: 1 = ( 455706.10, 225.81312, -198969.36 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 439015.20, 226.51806, -196868.28 ) Forward (first) = ( 458468.69, 225.89519, -194297.54 ) Aft (second) = ( 438092.31, 226.89759, -188324.28 ) Forward (second) = ( 457542.55, 226.25673, -185796.93 ) Boresight = ( 448289.67, 226.39619, -191336.01 ) Col: 1, Row: 1 = ( 441799.72, 226.60572, -192181.71 ) Col: 2, Row: 1 = ( 448289.67, 226.39619, -191336.01 ) Col: 3, Row: 1 = ( 454767.99, 226.18438, -190482.27 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 438092.31, 226.89759, -188324.28 ) Forward (first) = ( 457542.55, 226.25673, -185796.93 ) Aft (second) = ( 437193.51, 227.26284, -179739.41 ) Forward (second) = ( 456639.91, 226.60457, -177255.57 ) Boresight = ( 447377.35, 226.75957, -182792.59 ) Col: 1, Row: 1 = ( 440888.57, 226.97508, -183624.03 ) Col: 2, Row: 1 = ( 447377.35, 226.75957, -182792.59 ) Col: 3, Row: 1 = ( 453854.46, 226.54194, -181953.56 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 437193.51, 227.26284, -179739.41 ) Forward (first) = ( 456639.91, 226.60457, -177255.57 ) Aft (second) = ( 436316.76, 227.61360, -171115.36 ) Forward (second) = ( 455758.84, 226.93851, -168675.16 ) Boresight = ( 446487.80, 227.10886, -174209.21 ) Col: 1, Row: 1 = ( 440000.37, 227.33016, -175026.34 ) Col: 2, Row: 1 = ( 446487.80, 227.10886, -174209.21 ) Col: 3, Row: 1 = ( 452963.54, 226.88561, -173384.92 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 436316.76, 227.61360, -171115.36 ) Forward (first) = ( 455758.84, 226.93851, -168675.16 ) Aft (second) = ( 435460.09, 227.94967, -162453.86 ) Forward (second) = ( 454897.48, 227.25837, -160057.42 ) Boresight = ( 445619.09, 227.44387, -165587.57 ) Col: 1, Row: 1 = ( 439133.16, 227.67075, -166390.36 ) Col: 2, Row: 1 = ( 445619.09, 227.44387, -165587.57 ) Col: 3, Row: 1 = ( 452093.31, 227.21519, -164778.07 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 435460.09, 227.94967, -162453.86 ) Forward (first) = ( 454897.48, 227.25837, -160057.42 ) Aft (second) = ( 434621.60, 228.27086, -153756.63 ) Forward (second) = ( 454054.05, 227.56398, -151404.06 ) Boresight = ( 444769.34, 227.76442, -156929.40 ) Col: 1, Row: 1 = ( 438285.02, 227.99666, -157717.80 ) Col: 2, Row: 1 = ( 444769.34, 227.76442, -156929.40 ) Col: 3, Row: 1 = ( 451241.95, 227.53051, -156134.73 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 434621.60, 228.27086, -153756.63 ) Forward (first) = ( 454054.05, 227.56398, -151404.06 ) Aft (second) = ( 433799.48, 228.57701, -145025.40 ) Forward (second) = ( 453226.82, 227.85518, -142716.83 ) Boresight = ( 443936.73, 228.07032, -148236.42 ) Col: 1, Row: 1 = ( 437454.09, 228.30772, -149010.40 ) Col: 2, Row: 1 = ( 443936.73, 228.07032, -148236.42 ) Col: 3, Row: 1 = ( 450407.66, 227.83140, -147456.62 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 433799.48, 228.57701, -145025.40 ) Forward (first) = ( 453226.82, 227.85518, -142716.83 ) Aft (second) = ( 432991.97, 228.86793, -136261.91 ) Forward (second) = ( 452414.14, 228.13180, -133997.44 ) Boresight = ( 443119.54, 228.36140, -139510.37 ) Col: 1, Row: 1 = ( 436638.63, 228.60375, -140269.88 ) Col: 2, Row: 1 = ( 443119.54, 228.36140, -139510.37 ) Col: 3, Row: 1 = ( 449588.76, 228.11768, -138745.47 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 432991.97, 228.86793, -136261.91 ) Forward (first) = ( 452414.14, 228.13180, -133997.44 ) Aft (second) = ( 432197.40, 229.14347, -127467.89 ) Forward (second) = ( 451614.44, 228.39369, -125247.65 ) Boresight = ( 442316.11, 228.63752, -130752.97 ) Col: 1, Row: 1 = ( 435836.92, 228.88459, -131497.99 ) Col: 2, Row: 1 = ( 442316.11, 228.63752, -130752.97 ) Col: 3, Row: 1 = ( 448783.61, 228.38920, -130003.02 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 432197.40, 229.14347, -127467.89 ) Forward (first) = ( 451614.44, 228.39369, -125247.65 ) Aft (second) = ( 431414.21, 229.40346, -118645.11 ) Forward (second) = ( 450826.24, 228.64071, -116469.19 ) Boresight = ( 441524.85, 228.89851, -121965.98 ) Col: 1, Row: 1 = ( 435047.37, 229.15008, -122696.47 ) Col: 2, Row: 1 = ( 441524.85, 228.89851, -121965.98 ) Col: 3, Row: 1 = ( 447990.67, 228.64581, -121231.02 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 431414.21, 229.40346, -118645.11 ) Forward (first) = ( 450826.24, 228.64071, -116469.19 ) Aft (second) = ( 430640.88, 229.64776, -109795.30 ) Forward (second) = ( 450048.13, 228.87271, -107663.83 ) Boresight = ( 440744.28, 229.14422, -113151.16 ) Col: 1, Row: 1 = ( 434268.45, 229.40006, -113867.07 ) Col: 2, Row: 1 = ( 440744.28, 229.14422, -113151.16 ) Col: 3, Row: 1 = ( 447208.48, 228.88737, -112431.21 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 430640.88, 229.64776, -109795.30 ) Forward (first) = ( 450048.13, 228.87271, -107663.83 ) Aft (second) = ( 429876.01, 229.87622, -100920.25 ) Forward (second) = ( 449278.77, 229.08956, -98833.326 ) Boresight = ( 439972.99, 229.37451, -104310.25 ) Col: 1, Row: 1 = ( 433498.73, 229.63439, -105011.55 ) Col: 2, Row: 1 = ( 439972.99, 229.37451, -104310.25 ) Col: 3, Row: 1 = ( 446435.66, 229.11374, -103605.36 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 429876.01, 229.87622, -100920.25 ) Forward (first) = ( 449278.77, 229.08956, -98833.326 ) Aft (second) = ( 429118.29, 230.08871, -92021.704 ) Forward (second) = ( 448516.95, 229.29112, -89979.432 ) Boresight = ( 439209.66, 229.58925, -95445.012 ) Col: 1, Row: 1 = ( 432736.85, 229.85294, -96131.680 ) Col: 2, Row: 1 = ( 439209.66, 229.58925, -95445.012 ) Col: 3, Row: 1 = ( 445670.91, 229.32477, -94755.220 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 429118.29, 230.08871, -92021.704 ) Forward (first) = ( 448516.95, 229.29112, -89979.432 ) Aft (second) = ( 428366.50, 230.28508, -83101.440 ) Forward (second) = ( 447761.51, 229.47728, -81103.922 ) Boresight = ( 438453.06, 229.78830, -86557.225 ) Col: 1, Row: 1 = ( 431981.57, 230.05556, -87229.219 ) Col: 2, Row: 1 = ( 438453.06, 229.78830, -86557.225 ) Col: 3, Row: 1 = ( 444913.04, 229.52035, -85882.562 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 428366.50, 230.28508, -83101.440 ) Forward (first) = ( 447761.51, 229.47728, -81103.922 ) Aft (second) = ( 427619.52, 230.46521, -74161.233 ) Forward (second) = ( 447011.41, 229.64791, -72208.566 ) Boresight = ( 437702.05, 229.97153, -77648.656 ) Col: 1, Row: 1 = ( 431231.72, 230.24212, -78305.943 ) Col: 2, Row: 1 = ( 437702.05, 229.97153, -77648.656 ) Col: 3, Row: 1 = ( 444160.93, 229.70034, -76989.156 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 427619.52, 230.46521, -74161.233 ) Forward (first) = ( 447011.41, 229.64791, -72208.566 ) Aft (second) = ( 426876.31, 230.62897, -65202.860 ) Forward (second) = ( 446265.69, 229.80290, -63295.143 ) Boresight = ( 436955.61, 230.13882, -68721.079 ) Col: 1, Row: 1 = ( 430486.25, 230.41250, -69363.627 ) Col: 2, Row: 1 = ( 436955.61, 230.13882, -68721.079 ) Col: 3, Row: 1 = ( 443413.57, 229.86464, -68076.775 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 426876.31, 230.62897, -65202.860 ) Forward (first) = ( 446265.69, 229.80290, -63295.143 ) Aft (second) = ( 426135.97, 230.77625, -56228.103 ) Forward (second) = ( 445523.48, 229.94213, -54365.432 ) Boresight = ( 436212.79, 230.29006, -59776.274 ) Col: 1, Row: 1 = ( 429744.18, 230.56658, -60404.052 ) Col: 2, Row: 1 = ( 436212.79, 230.29006, -59776.274 ) Col: 3, Row: 1 = ( 442670.04, 230.01311, -59147.200 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 426135.97, 230.77625, -56228.103 ) Forward (first) = ( 445523.48, 229.94213, -54365.432 ) Aft (second) = ( 425397.68, 230.90692, -47238.749 ) Forward (second) = ( 444784.04, 230.06550, -45421.215 ) Boresight = ( 435472.75, 230.42513, -50816.025 ) Col: 1, Row: 1 = ( 429004.68, 230.70425, -51429.001 ) Col: 2, Row: 1 = ( 435472.75, 230.42513, -50816.025 ) Col: 3, Row: 1 = ( 441929.52, 230.14566, -50202.211 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 425397.68, 230.90692, -47238.749 ) Forward (first) = ( 444784.04, 230.06550, -45421.215 ) Aft (second) = ( 424660.71, 231.02087, -38236.586 ) Forward (second) = ( 444046.69, 230.17289, -36464.280 ) Boresight = ( 434734.75, 230.54391, -41842.117 ) Col: 1, Row: 1 = ( 428266.96, 230.82538, -42440.261 ) Col: 2, Row: 1 = ( 434734.75, 230.54391, -41842.117 ) Col: 3, Row: 1 = ( 441191.29, 230.26216, -41243.595 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 424660.71, 231.02087, -38236.586 ) Forward (first) = ( 444046.69, 230.17289, -36464.280 ) Aft (second) = ( 423924.48, 231.11800, -29223.405 ) Forward (second) = ( 443310.87, 230.26421, -27496.415 ) Boresight = ( 433998.16, 230.64630, -32856.339 ) Col: 1, Row: 1 = ( 427530.40, 230.92986, -33439.622 ) Col: 2, Row: 1 = ( 433998.16, 230.64630, -32856.339 ) Col: 3, Row: 1 = ( 440454.74, 230.36253, -32273.138 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 423924.48, 231.11800, -29223.405 ) Forward (first) = ( 443310.87, 230.26421, -27496.415 ) Aft (second) = ( 423188.47, 231.19819, -20200.998 ) Forward (second) = ( 442576.15, 230.33936, -18519.411 ) Boresight = ( 433262.46, 230.73220, -23860.482 ) Col: 1, Row: 1 = ( 426794.44, 231.01759, -24428.875 ) Col: 2, Row: 1 = ( 433262.46, 230.73220, -23860.482 ) Col: 3, Row: 1 = ( 439719.34, 230.44665, -23292.633 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 423188.47, 231.19819, -20200.998 ) Forward (first) = ( 442576.15, 230.33936, -18519.411 ) Aft (second) = ( 422452.31, 231.26134, -11171.161 ) Forward (second) = ( 441842.15, 230.39824, -9535.0612 ) Boresight = ( 432527.21, 230.80151, -14856.340 ) Col: 1, Row: 1 = ( 426058.65, 231.08847, -15409.814 ) Col: 2, Row: 1 = ( 432527.21, 230.80151, -14856.340 ) Col: 3, Row: 1 = ( 438984.70, 230.51442, -14303.869 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 422452.31, 231.26134, -11171.161 ) Forward (first) = ( 441842.15, 230.39824, -9535.0612 ) Aft (second) = ( 421715.72, 231.30735, -2135.6909 ) Forward (second) = ( 441108.65, 230.44076, -545.15872 ) Boresight = ( 431792.11, 230.85412, -5845.7058 ) Col: 1, Row: 1 = ( 425322.70, 231.14239, -6384.2347 ) Col: 2, Row: 1 = ( 431792.11, 230.85412, -5845.7058 ) Col: 3, Row: 1 = ( 438250.50, 230.56576, -5308.6428 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 421715.72, 231.30735, -2135.6909 ) Forward (first) = ( 441108.65, 230.44076, -545.15872 ) Aft (second) = ( 420978.54, 231.33612, 6903.6157 ) Forward (second) = ( 440375.50, 230.46683, 8448.5006 ) Boresight = ( 431056.95, 230.88993, 3169.6232 ) Col: 1, Row: 1 = ( 424586.38, 231.17926, 2646.0665 ) Col: 2, Row: 1 = ( 431056.95, 230.88993, 3169.6232 ) Col: 3, Row: 1 = ( 437516.55, 230.60056, 3691.2520 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 420978.54, 231.33612, 6903.6157 ) Forward (first) = ( 440375.50, 230.46683, 8448.5006 ) Aft (second) = ( 420240.73, 231.34756, 15944.960 ) Forward (second) = ( 439642.68, 230.47636, 17444.121 ) Boresight = ( 430321.64, 230.90887, 12187.850 ) Col: 1, Row: 1 = ( 423849.60, 231.19897, 11679.292 ) Col: 2, Row: 1 = ( 430321.64, 230.90887, 12187.850 ) Col: 3, Row: 1 = ( 436782.78, 230.61874, 12694.019 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 420240.73, 231.34756, 15944.960 ) Forward (first) = ( 439642.68, 230.47636, 17444.121 ) Aft (second) = ( 419502.35, 231.34156, 24986.543 ) Forward (second) = ( 438910.26, 230.46927, 26439.905 ) Boresight = ( 429586.21, 230.91083, 21207.178 ) Col: 1, Row: 1 = ( 423112.37, 231.20144, 20713.643 ) Col: 2, Row: 1 = ( 429586.21, 230.91083, 21207.178 ) Col: 3, Row: 1 = ( 436049.20, 230.62020, 21697.861 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 419502.35, 231.34156, 24986.543 ) Forward (first) = ( 438910.26, 230.46927, 26439.905 ) Aft (second) = ( 418763.60, 231.31804, 34026.567 ) Forward (second) = ( 438178.46, 230.44547, 35434.057 ) Boresight = ( 428850.78, 230.89572, 30225.808 ) Col: 1, Row: 1 = ( 422374.82, 231.18658, 29747.321 ) Col: 2, Row: 1 = ( 428850.78, 230.89572, 30225.808 ) Col: 3, Row: 1 = ( 435315.95, 230.60488, 30700.981 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 418763.60, 231.31804, 34026.567 ) Forward (first) = ( 438178.46, 230.44547, 35434.057 ) Aft (second) = ( 418024.77, 231.27691, 43063.232 ) Forward (second) = ( 437447.56, 230.40488, 44424.781 ) Boresight = ( 428115.61, 230.86347, 39241.944 ) Col: 1, Row: 1 = ( 421637.19, 231.15428, 38778.529 ) Col: 2, Row: 1 = ( 428115.61, 230.86347, 39241.944 ) Col: 3, Row: 1 = ( 434583.28, 230.57267, 39701.583 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 418024.77, 231.27691, 43063.232 ) Forward (first) = ( 437447.56, 230.40488, 44424.781 ) Aft (second) = ( 417286.30, 231.21809, 52094.742 ) Forward (second) = ( 436717.99, 230.34744, 53410.281 ) Boresight = ( 427381.05, 230.81400, 48253.787 ) Col: 1, Row: 1 = ( 420899.85, 231.10448, 47805.467 ) Col: 2, Row: 1 = ( 427381.05, 230.81400, 48253.787 ) Col: 3, Row: 1 = ( 433851.55, 230.52351, 48697.870 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 417286.30, 231.21809, 52094.742 ) Forward (first) = ( 436717.99, 230.34744, 53410.281 ) Aft (second) = ( 416548.72, 231.14149, 61119.298 ) Forward (second) = ( 435990.28, 230.27306, 62388.763 ) Boresight = ( 426647.59, 230.74721, 57259.543 ) Col: 1, Row: 1 = ( 420163.28, 231.03709, 56826.340 ) Col: 2, Row: 1 = ( 426647.59, 230.74721, 57259.543 ) Col: 3, Row: 1 = ( 433121.24, 230.45731, 57688.046 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 416548.72, 231.14149, 61119.298 ) Forward (first) = ( 435990.28, 230.27306, 62388.763 ) Aft (second) = ( 415812.70, 231.04704, 70135.107 ) Forward (second) = ( 435265.08, 230.18168, 71358.433 ) Boresight = ( 425915.81, 230.66304, 66257.415 ) Col: 1, Row: 1 = ( 419428.09, 230.95203, 65839.351 ) Col: 2, Row: 1 = ( 425915.81, 230.66304, 66257.415 ) Col: 3, Row: 1 = ( 432392.94, 230.37402, 66670.319 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 415812.70, 231.04704, 70135.107 ) Forward (first) = ( 435265.08, 230.18168, 71358.433 ) Aft (second) = ( 415079.02, 230.93465, 79140.374 ) Forward (second) = ( 434543.14, 230.07323, 80317.501 ) Boresight = ( 425186.44, 230.56141, 75245.610 ) Col: 1, Row: 1 = ( 418694.98, 230.84922, 74842.706 ) Col: 2, Row: 1 = ( 425186.44, 230.56141, 75245.610 ) Col: 3, Row: 1 = ( 431667.36, 230.27354, 75642.893 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 415079.02, 230.93465, 79140.374 ) Forward (first) = ( 434543.14, 230.07323, 80317.501 ) Aft (second) = ( 414348.59, 230.80426, 88133.307 ) Forward (second) = ( 433825.33, 229.94766, 89264.177 ) Boresight = ( 424460.31, 230.44227, 84222.337 ) Col: 1, Row: 1 = ( 417964.81, 230.72859, 83834.614 ) Col: 2, Row: 1 = ( 424460.31, 230.44227, 84222.337 ) Col: 3, Row: 1 = ( 430945.31, 230.15583, 84603.980 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 414348.59, 230.80426, 88133.307 ) Forward (first) = ( 433825.33, 229.94766, 89264.177 ) Aft (second) = ( 413622.42, 230.65580, 97112.118 ) Forward (second) = ( 433112.65, 229.80489, 98196.674 ) Boresight = ( 423738.35, 230.30553, 93185.807 ) Col: 1, Row: 1 = ( 417238.52, 230.59009, 92813.283 ) Col: 2, Row: 1 = ( 423738.35, 230.30553, 93185.807 ) Col: 3, Row: 1 = ( 430227.73, 230.02083, 93551.791 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 413622.42, 230.65580, 97112.118 ) Forward (first) = ( 433112.65, 229.80489, 98196.674 ) Aft (second) = ( 412901.68, 230.48922, 106075.02 ) Forward (second) = ( 432406.19, 229.64490, 107113.21 ) Boresight = ( 423021.64, 230.15115, 102134.23 ) Col: 1, Row: 1 = ( 416517.20, 230.43363, 101776.93 ) Col: 2, Row: 1 = ( 423021.64, 230.15115, 102134.23 ) Col: 3, Row: 1 = ( 429515.67, 229.86846, 102484.54 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 412901.68, 230.48922, 106075.02 ) Forward (first) = ( 432406.19, 229.64490, 107113.21 ) Aft (second) = ( 412187.62, 230.30445, 115020.23 ) Forward (second) = ( 431707.17, 229.46761, 116012.00 ) Boresight = ( 422311.35, 229.97907, 111065.83 ) Col: 1, Row: 1 = ( 415802.05, 230.25917, 110723.76 ) Col: 2, Row: 1 = ( 422311.35, 229.97907, 111065.83 ) Col: 3, Row: 1 = ( 428810.30, 229.69870, 111400.44 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 412187.62, 230.30445, 115020.23 ) Forward (first) = ( 431707.17, 229.46761, 116012.00 ) Aft (second) = ( 411481.64, 230.10144, 123945.97 ) Forward (second) = ( 431016.93, 229.27301, 124891.27 ) Boresight = ( 421608.80, 229.78925, 119978.82 ) Col: 1, Row: 1 = ( 415094.38, 230.06666, 119652.00 ) Col: 2, Row: 1 = ( 421608.80, 229.78925, 119978.82 ) Col: 3, Row: 1 = ( 428112.90, 229.51148, 120297.72 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 411481.64, 230.10144, 123945.97 ) Forward (first) = ( 431016.93, 229.27301, 124891.27 ) Aft (second) = ( 410785.24, 229.88016, 132850.47 ) Forward (second) = ( 430336.90, 229.06105, 133749.25 ) Boresight = ( 420915.39, 229.58163, 128871.42 ) Col: 1, Row: 1 = ( 414395.64, 229.85605, 128559.88 ) Col: 2, Row: 1 = ( 420915.39, 229.58163, 128871.42 ) Col: 3, Row: 1 = ( 427424.87, 229.30678, 129174.60 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 410785.24, 229.88016, 132850.47 ) Forward (first) = ( 430336.90, 229.06105, 133749.25 ) Aft (second) = ( 410100.05, 229.64056, 141731.94 ) Forward (second) = ( 429668.64, 228.83170, 142584.16 ) Boresight = ( 420232.66, 229.35619, 137741.87 ) Col: 1, Row: 1 = ( 413707.38, 229.62730, 137445.61 ) Col: 2, Row: 1 = ( 420232.66, 229.35619, 137741.87 ) Col: 3, Row: 1 = ( 426747.72, 229.08455, 138029.31 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 410100.05, 229.64056, 141731.94 ) Forward (first) = ( 429668.64, 228.83170, 142584.16 ) Aft (second) = ( 409427.83, 229.38262, 150588.63 ) Forward (second) = ( 429013.83, 228.58495, 151394.25 ) Boresight = ( 419562.26, 229.11290, 146588.39 ) Col: 1, Row: 1 = ( 413031.28, 229.38039, 146307.44 ) Col: 2, Row: 1 = ( 419562.26, 229.11290, 146588.39 ) Col: 3, Row: 1 = ( 426083.07, 228.84478, 146860.07 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 409427.83, 229.38262, 150588.63 ) Forward (first) = ( 429013.83, 228.58495, 151394.25 ) Aft (second) = ( 408770.43, 229.10632, 159418.78 ) Forward (second) = ( 428374.23, 228.32079, 160177.75 ) Boresight = ( 418905.95, 228.85175, 155409.23 ) Col: 1, Row: 1 = ( 412369.13, 229.11529, 155143.58 ) Col: 2, Row: 1 = ( 418905.95, 228.85175, 155409.23 ) Col: 3, Row: 1 = ( 425432.66, 228.58746, 155665.14 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 408770.43, 229.10632, 159418.78 ) Forward (first) = ( 428374.23, 228.32079, 160177.75 ) Aft (second) = ( 408129.85, 228.81166, 168220.62 ) Forward (second) = ( 427751.73, 228.03922, 168932.91 ) Boresight = ( 418265.62, 228.57271, 164202.61 ) Col: 1, Row: 1 = ( 411722.84, 228.83199, 163952.30 ) Col: 2, Row: 1 = ( 418265.62, 228.57271, 164202.61 ) Col: 3, Row: 1 = ( 424798.35, 228.31256, 164442.74 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 408129.85, 228.81166, 168220.62 ) Forward (first) = ( 427751.73, 228.03922, 168932.91 ) Aft (second) = ( 407508.17, 228.49863, 176992.40 ) Forward (second) = ( 427148.34, 227.74024, 177657.98 ) Boresight = ( 417643.25, 228.27580, 172966.80 ) Col: 1, Row: 1 = ( 411094.44, 228.53049, 172731.83 ) Col: 2, Row: 1 = ( 417643.25, 228.27580, 172966.80 ) Col: 3, Row: 1 = ( 424182.08, 228.02011, 173191.14 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 407508.17, 228.49863, 176992.40 ) Forward (first) = ( 427148.34, 227.74024, 177657.98 ) Aft (second) = ( 406907.62, 228.16725, 185732.39 ) Forward (second) = ( 426566.16, 227.42388, 186351.21 ) Boresight = ( 417040.94, 227.96102, 181700.04 ) Col: 1, Row: 1 = ( 410486.05, 228.21080, 181480.43 ) Col: 2, Row: 1 = ( 417040.94, 227.96102, 181700.04 ) Col: 3, Row: 1 = ( 423585.92, 227.71010, 181908.58 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 406907.62, 228.16725, 185732.39 ) Forward (first) = ( 426566.16, 227.42388, 186351.21 ) Aft (second) = ( 406330.50, 227.81756, 194438.84 ) Forward (second) = ( 426007.38, 227.09016, 195010.88 ) Boresight = ( 416460.91, 227.62840, 190400.59 ) Col: 1, Row: 1 = ( 409899.93, 227.87294, 190196.35 ) Col: 2, Row: 1 = ( 416460.91, 227.62840, 190400.59 ) Col: 3, Row: 1 = ( 423012.05, 227.38257, 190593.32 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 406330.50, 227.81756, 194438.84 ) Forward (first) = ( 426007.38, 227.09016, 195010.88 ) Aft (second) = ( 405779.25, 227.44959, 203110.02 ) Forward (second) = ( 425474.32, 226.73914, 203635.25 ) Boresight = ( 415905.47, 227.27798, 199066.72 ) Col: 1, Row: 1 = ( 409338.43, 227.51695, 198877.85 ) Col: 2, Row: 1 = ( 415905.47, 227.27798, 199066.72 ) Col: 3, Row: 1 = ( 422462.74, 227.03755, 199243.63 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 405779.25, 227.44959, 203110.02 ) Forward (first) = ( 425474.32, 226.73914, 203635.25 ) Aft (second) = ( 405256.41, 227.06339, 211744.20 ) Forward (second) = ( 424969.37, 226.37087, 212222.60 ) Boresight = ( 415377.02, 226.90980, 207696.71 ) Col: 1, Row: 1 = ( 408804.02, 227.14287, 207523.22 ) Col: 2, Row: 1 = ( 415377.02, 226.90980, 207696.71 ) Col: 3, Row: 1 = ( 421940.36, 226.67509, 207857.78 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:33:30 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1352090.7 km Body center Ra : 102.33494 deg Body Center Dec : 24.781992 deg w: 1 = ( 421637.19, 231.15428, 38778.529 ) Col: 2, Row: 1 = ( 428115.61, 230.86347, 39241.944 ) Col: 3, Row: 1 = ( 434583.28, 230.57267, 39701.583 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 418024.77, 231.27691, 43063.232 ) Forward (firsti24_nans01_05.look_lbl000077505166050166273000000317321166151707100173620ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_05.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_05.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_05" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T06:08:45.922Z SPACECRAFT_CLOCK_START_COUNT = 1/05209450:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_05.look_new_1000077505166050166273000000613221166151707000176170ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 06:08:45.922 SCLK Time : 1/05209450:00:0:0 Spacecraft position = (-295144.88, 1226734.9, 579295.77) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 427423.03, 262.08944, -220997.04 ) Forward (first) = ( 447523.40, 261.53563, -218323.77 ) Aft (second) = ( 426397.11, 262.52103, -212254.29 ) Forward (second) = ( 446497.10, 261.94596, -209622.64 ) Boresight = ( 436968.54, 262.02826, -215315.72 ) Col: 1, Row: 1 = ( 430262.78, 262.21492, -216195.25 ) Col: 2, Row: 1 = ( 436968.54, 262.02826, -215315.72 ) Col: 3, Row: 1 = ( 443663.32, 261.83851, -214426.86 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 426397.11, 262.52103, -212254.29 ) Forward (first) = ( 446497.10, 261.94596, -209622.64 ) Aft (second) = ( 425402.30, 262.93799, -203466.02 ) Forward (second) = ( 445500.89, 262.34225, -200876.11 ) Boresight = ( 435958.13, 262.44186, -206570.33 ) Col: 1, Row: 1 = ( 429252.63, 262.63561, -207436.19 ) Col: 2, Row: 1 = ( 435958.13, 262.44186, -206570.33 ) Col: 3, Row: 1 = ( 442652.56, 262.24522, -205695.59 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 425402.30, 262.93799, -203466.02 ) Forward (first) = ( 445500.89, 262.34225, -200876.11 ) Aft (second) = ( 424436.24, 263.34008, -194633.96 ) Forward (second) = ( 444532.54, 262.72429, -192085.93 ) Boresight = ( 434977.13, 262.84101, -197780.34 ) Col: 1, Row: 1 = ( 428272.22, 263.04164, -198632.49 ) Col: 2, Row: 1 = ( 434977.13, 262.84101, -197780.34 ) Col: 3, Row: 1 = ( 441670.90, 262.63769, -196919.76 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 424436.24, 263.34008, -194633.96 ) Forward (first) = ( 444532.54, 262.72429, -192085.93 ) Aft (second) = ( 423496.63, 263.72704, -185759.89 ) Forward (second) = ( 443589.89, 263.09185, -183253.85 ) Boresight = ( 434023.31, 263.22548, -188947.52 ) Col: 1, Row: 1 = ( 427319.26, 263.43279, -189785.91 ) Col: 2, Row: 1 = ( 434023.31, 263.22548, -188947.52 ) Col: 3, Row: 1 = ( 440716.15, 263.01569, -188101.15 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 423496.63, 263.72704, -185759.89 ) Forward (first) = ( 443589.89, 263.09185, -183253.85 ) Aft (second) = ( 422581.25, 264.09865, -176845.56 ) Forward (second) = ( 442670.83, 263.44472, -174381.65 ) Boresight = ( 433094.45, 263.59505, -180073.61 ) Col: 1, Row: 1 = ( 426391.51, 263.80880, -180898.21 ) Col: 2, Row: 1 = ( 433094.45, 263.59505, -180073.61 ) Col: 3, Row: 1 = ( 439786.14, 263.37899, -179241.49 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 422581.25, 264.09865, -176845.56 ) Forward (first) = ( 442670.83, 263.44472, -174381.65 ) Aft (second) = ( 421687.94, 264.45468, -167892.74 ) Forward (second) = ( 441773.32, 263.78269, -165471.08 ) Boresight = ( 432188.43, 263.94950, -171160.39 ) Col: 1, Row: 1 = ( 425486.79, 264.16947, -171971.16 ) Col: 2, Row: 1 = ( 432188.43, 263.94950, -171160.39 ) Col: 3, Row: 1 = ( 438878.79, 263.72739, -170342.56 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 421687.94, 264.45468, -167892.74 ) Forward (first) = ( 441773.32, 263.78269, -165471.08 ) Aft (second) = ( 420814.63, 264.79494, -158903.23 ) Forward (second) = ( 440895.42, 264.10558, -156523.93 ) Boresight = ( 431303.20, 264.28861, -162209.64 ) Col: 1, Row: 1 = ( 424603.01, 264.51458, -163006.54 ) Col: 2, Row: 1 = ( 431303.20, 264.28861, -162209.64 ) Col: 3, Row: 1 = ( 437992.07, 264.06069, -161406.15 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 420814.63, 264.79494, -158903.23 ) Forward (first) = ( 440895.42, 264.10558, -156523.93 ) Aft (second) = ( 419959.30, 265.11921, -149878.80 ) Forward (second) = ( 440035.24, 264.41319, -147541.99 ) Boresight = ( 430436.76, 264.61221, -153223.15 ) Col: 1, Row: 1 = ( 423738.16, 264.84393, -154006.13 ) Col: 2, Row: 1 = ( 430436.76, 264.61221, -153223.15 ) Col: 3, Row: 1 = ( 437124.06, 264.37870, -152434.02 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 419959.30, 265.11921, -149878.80 ) Forward (first) = ( 440035.24, 264.41319, -147541.99 ) Aft (second) = ( 419120.05, 265.42731, -140821.26 ) Forward (second) = ( 439190.96, 264.70535, -138527.05 ) Boresight = ( 429587.23, 264.92008, -144202.69 ) Col: 1, Row: 1 = ( 422890.28, 265.15732, -144971.72 ) Col: 2, Row: 1 = ( 429587.23, 264.92008, -144202.69 ) Col: 3, Row: 1 = ( 436272.87, 264.68122, -143427.97 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 419120.05, 265.42731, -140821.26 ) Forward (first) = ( 439190.96, 264.70535, -138527.05 ) Aft (second) = ( 418295.05, 265.71906, -131732.40 ) Forward (second) = ( 438360.89, 264.98189, -129480.91 ) Boresight = ( 428752.79, 265.21207, -135150.07 ) Col: 1, Row: 1 = ( 422057.52, 265.45457, -135905.11 ) Col: 2, Row: 1 = ( 428752.79, 265.21207, -135150.07 ) Col: 3, Row: 1 = ( 435436.74, 264.96809, -134389.81 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 418295.05, 265.71906, -131732.40 ) Forward (first) = ( 438360.89, 264.98189, -129480.91 ) Aft (second) = ( 417482.55, 265.99427, -122614.03 ) Forward (second) = ( 437543.37, 265.24264, -120405.37 ) Boresight = ( 427931.70, 265.48798, -126067.09 ) Col: 1, Row: 1 = ( 421238.13, 265.73550, -126808.11 ) Col: 2, Row: 1 = ( 427931.70, 265.48798, -126067.09 ) Col: 3, Row: 1 = ( 434613.98, 265.23914, -125321.32 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 417482.55, 265.99427, -122614.03 ) Forward (first) = ( 437543.37, 265.24264, -120405.37 ) Aft (second) = ( 416680.93, 266.25277, -113467.97 ) Forward (second) = ( 436736.88, 265.48745, -111302.25 ) Boresight = ( 427122.33, 265.74766, -116955.57 ) Col: 1, Row: 1 = ( 420430.43, 265.99994, -117682.52 ) Col: 2, Row: 1 = ( 427122.33, 265.74766, -116955.57 ) Col: 3, Row: 1 = ( 433802.97, 265.49420, -116224.33 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 416680.93, 266.25277, -113467.97 ) Forward (first) = ( 436736.88, 265.48745, -111302.25 ) Aft (second) = ( 415888.62, 266.49442, -104296.04 ) Forward (second) = ( 435939.95, 265.71617, -102173.37 ) Boresight = ( 426323.14, 265.99095, -107817.32 ) Col: 1, Row: 1 = ( 419632.84, 266.24774, -108530.17 ) Col: 2, Row: 1 = ( 426323.14, 265.99095, -107817.32 ) Col: 3, Row: 1 = ( 433002.21, 265.73312, -107100.64 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 415888.62, 266.49442, -104296.04 ) Forward (first) = ( 435939.95, 265.71617, -102173.37 ) Aft (second) = ( 415104.20, 266.71904, -95100.065 ) Forward (second) = ( 435151.25, 265.92866, -93020.542 ) Boresight = ( 425532.68, 266.21769, -98654.156 ) Col: 1, Row: 1 = ( 418843.88, 266.47872, -99352.880 ) Col: 2, Row: 1 = ( 425532.68, 266.21769, -98654.156 ) Col: 3, Row: 1 = ( 432210.28, 265.95575, -97952.084 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 415104.20, 266.71904, -95100.065 ) Forward (first) = ( 435151.25, 265.92866, -93020.542 ) Aft (second) = ( 414326.32, 266.92650, -85881.870 ) Forward (second) = ( 434369.51, 266.12476, -83845.603 ) Boresight = ( 424749.60, 266.42775, -89467.913 ) Col: 1, Row: 1 = ( 418062.19, 266.69275, -90152.470 ) Col: 2, Row: 1 = ( 424749.60, 266.42775, -89467.913 ) Col: 3, Row: 1 = ( 431425.86, 266.16195, -88780.479 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 414326.32, 266.92650, -85881.870 ) Forward (first) = ( 434369.51, 266.12476, -83845.603 ) Aft (second) = ( 413553.74, 267.11664, -76643.292 ) Forward (second) = ( 433593.60, 266.30436, -74650.382 ) Boresight = ( 423972.66, 266.62096, -80260.420 ) Col: 1, Row: 1 = ( 417286.48, 266.88967, -80930.776 ) Col: 2, Row: 1 = ( 423972.66, 266.62096, -80260.420 ) Col: 3, Row: 1 = ( 430647.74, 266.35157, -79587.658 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 413553.74, 267.11664, -76643.292 ) Forward (first) = ( 433593.60, 266.30436, -74650.382 ) Aft (second) = ( 412785.36, 267.28933, -67386.168 ) Forward (second) = ( 432822.45, 266.46731, -65436.716 ) Boresight = ( 423200.73, 266.79721, -71033.511 ) Col: 1, Row: 1 = ( 416515.59, 267.06935, -71689.634 ) Col: 2, Row: 1 = ( 423200.73, 266.79721, -71033.511 ) Col: 3, Row: 1 = ( 429874.81, 266.52449, -70375.455 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 412785.36, 267.28933, -67386.168 ) Forward (first) = ( 432822.45, 266.46731, -65436.716 ) Aft (second) = ( 412020.15, 267.44444, -58112.341 ) Forward (second) = ( 432055.12, 266.61351, -56206.443 ) Boresight = ( 422432.77, 266.95635, -61789.025 ) Col: 1, Row: 1 = ( 415748.47, 267.23164, -62430.882 ) Col: 2, Row: 1 = ( 422432.77, 266.95635, -61789.025 ) Col: 3, Row: 1 = ( 429106.06, 266.68057, -61145.709 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 412020.15, 267.44444, -58112.341 ) Forward (first) = ( 432055.12, 266.61351, -56206.443 ) Aft (second) = ( 411257.21, 267.58182, -48823.656 ) Forward (second) = ( 431290.79, 266.74281, -46961.408 ) Boresight = ( 421667.86, 267.09827, -52528.806 ) Col: 1, Row: 1 = ( 414984.17, 267.37643, -53156.366 ) Col: 2, Row: 1 = ( 421667.86, 267.09827, -52528.806 ) Col: 3, Row: 1 = ( 428340.59, 266.81970, -51900.261 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 411257.21, 267.58182, -48823.656 ) Forward (first) = ( 431290.79, 266.74281, -46961.408 ) Aft (second) = ( 410495.78, 267.70136, -39521.961 ) Forward (second) = ( 430528.74, 266.85511, -37703.455 ) Boresight = ( 420905.19, 267.22282, -43254.698 ) Col: 1, Row: 1 = ( 414221.88, 267.50358, -43867.930 ) Col: 2, Row: 1 = ( 420905.19, 267.22282, -43254.698 ) Col: 3, Row: 1 = ( 427577.62, 266.94174, -42640.957 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 410495.78, 267.70136, -39521.961 ) Forward (first) = ( 430528.74, 266.85511, -37703.455 ) Aft (second) = ( 409735.18, 267.80292, -30209.107 ) Forward (second) = ( 429768.34, 266.95030, -28434.434 ) Boresight = ( 420144.08, 267.32990, -33968.551 ) Col: 1, Row: 1 = ( 413460.86, 267.61297, -34567.424 ) Col: 2, Row: 1 = ( 420144.08, 267.32990, -33968.551 ) Col: 3, Row: 1 = ( 426816.46, 267.04659, -33369.644 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 409735.18, 267.80292, -30209.107 ) Forward (first) = ( 429768.34, 266.95030, -28434.434 ) Aft (second) = ( 408974.87, 267.88639, -20886.947 ) Forward (second) = ( 429009.12, 267.02825, -19156.195 ) Boresight = ( 419383.94, 267.41939, -24672.215 ) Col: 1, Row: 1 = ( 412700.54, 267.70447, -25256.700 ) Col: 2, Row: 1 = ( 419383.94, 267.41939, -24672.215 ) Col: 3, Row: 1 = ( 426056.56, 267.13413, -24088.173 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 408974.87, 267.88639, -20886.947 ) Forward (first) = ( 429009.12, 267.02825, -19156.195 ) Aft (second) = ( 408214.43, 267.95166, -11557.336 ) Forward (second) = ( 428250.67, 267.08887, -9870.5915 ) Boresight = ( 418624.31, 267.49117, -15367.544 ) Col: 1, Row: 1 = ( 411940.43, 267.77797, -15937.611 ) Col: 2, Row: 1 = ( 418624.31, 267.49117, -15367.544 ) Col: 3, Row: 1 = ( 425297.47, 267.20424, -14798.395 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 408214.43, 267.95166, -11557.336 ) Forward (first) = ( 428250.67, 267.08887, -9870.5915 ) Aft (second) = ( 407453.57, 267.99860, -2222.1302 ) Forward (second) = ( 427492.75, 267.13205, -579.47706 ) Boresight = ( 417864.85, 267.54514, -6056.3911 ) Col: 1, Row: 1 = ( 411180.18, 267.83336, -6612.0135 ) Col: 2, Row: 1 = ( 417864.85, 267.54514, -6056.3911 ) Col: 3, Row: 1 = ( 424538.87, 267.25683, -5502.1649 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 407453.57, 267.99860, -2222.1302 ) Forward (first) = ( 427492.75, 267.13205, -579.47706 ) Aft (second) = ( 406692.10, 268.02711, 7116.8132 ) Forward (second) = ( 426735.20, 267.15769, 8715.2930 ) Boresight = ( 417105.35, 267.58118, 3259.3864 ) Col: 1, Row: 1 = ( 410419.56, 267.87052, 2718.2368 ) Col: 2, Row: 1 = ( 417105.35, 267.58118, 3259.3864 ) Col: 3, Row: 1 = ( 423780.54, 267.29178, 3798.6625 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 406692.10, 268.02711, 7116.8132 ) Forward (first) = ( 426735.20, 267.15769, 8715.2930 ) Aft (second) = ( 405930.00, 268.03707, 16457.636 ) Forward (second) = ( 425978.01, 267.16569, 18011.863 ) Boresight = ( 416345.71, 267.59918, 12577.932 ) Col: 1, Row: 1 = ( 409658.48, 267.88935, 12051.282 ) Col: 2, Row: 1 = ( 416345.71, 267.59918, 12577.932 ) Col: 3, Row: 1 = ( 423022.39, 267.30899, 13102.231 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 405930.00, 268.03707, 16457.636 ) Forward (first) = ( 425978.01, 267.16569, 18011.863 ) Aft (second) = ( 405167.34, 268.02838, 25798.479 ) Forward (second) = ( 425221.26, 267.15595, 27308.376 ) Boresight = ( 415585.95, 267.59905, 21897.389 ) Col: 1, Row: 1 = ( 408896.94, 267.88973, 21385.265 ) Col: 2, Row: 1 = ( 415585.95, 267.59905, 21897.389 ) Col: 3, Row: 1 = ( 422264.47, 267.30837, 22406.684 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 405167.34, 268.02838, 25798.479 ) Forward (first) = ( 425221.26, 267.15595, 27308.376 ) Aft (second) = ( 404404.32, 268.00093, 35137.485 ) Forward (second) = ( 424465.18, 267.12838, 36602.976 ) Boresight = ( 414826.23, 267.58069, 31215.899 ) Col: 1, Row: 1 = ( 408135.11, 267.87157, 30718.326 ) Col: 2, Row: 1 = ( 414826.23, 267.58069, 31215.899 ) Col: 3, Row: 1 = ( 421506.91, 267.28982, 31710.165 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 404404.32, 268.00093, 35137.485 ) Forward (first) = ( 424465.18, 267.12838, 36602.976 ) Aft (second) = ( 403641.31, 267.95463, 44472.795 ) Forward (second) = ( 423710.11, 267.08289, 45893.806 ) Boresight = ( 414066.82, 267.54400, 40531.604 ) Col: 1, Row: 1 = ( 407373.25, 267.83477, 40048.607 ) Col: 2, Row: 1 = ( 414066.82, 267.54400, 40531.604 ) Col: 3, Row: 1 = ( 420750.01, 267.25325, 41010.818 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 403641.31, 267.95463, 44472.795 ) Forward (first) = ( 423710.11, 267.08289, 45893.806 ) Aft (second) = ( 402878.76, 267.88937, 53802.551 ) Forward (second) = ( 422956.51, 267.01939, 55179.013 ) Boresight = ( 413308.13, 267.48889, 49842.649 ) Col: 1, Row: 1 = ( 406611.77, 267.77922, 49374.252 ) Col: 2, Row: 1 = ( 413308.13, 267.48889, 49842.649 ) Col: 3, Row: 1 = ( 419994.17, 267.19855, 50306.785 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 402878.76, 267.88937, 53802.551 ) Forward (first) = ( 422956.51, 267.01939, 55179.013 ) Aft (second) = ( 402117.28, 267.80507, 63124.898 ) Forward (second) = ( 422204.98, 266.93780, 64456.742 ) Boresight = ( 412550.70, 267.41526, 59147.176 ) Col: 1, Row: 1 = ( 405851.21, 267.70484, 58693.403 ) Col: 2, Row: 1 = ( 412550.70, 267.41526, 59147.176 ) Col: 3, Row: 1 = ( 419239.92, 267.12566, 59596.212 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 402117.28, 267.80507, 63124.898 ) Forward (first) = ( 422204.98, 266.93780, 64456.742 ) Aft (second) = ( 401357.62, 267.70162, 72437.980 ) Forward (second) = ( 421456.23, 266.83805, 73725.139 ) Boresight = ( 411795.19, 267.32303, 68443.332 ) Col: 1, Row: 1 = ( 405092.25, 267.61152, 68004.206 ) Col: 2, Row: 1 = ( 411795.19, 267.32303, 68443.332 ) Col: 3, Row: 1 = ( 418487.91, 267.03449, 68877.246 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 401357.62, 267.70162, 72437.980 ) Forward (first) = ( 421456.23, 266.83805, 73725.139 ) Aft (second) = ( 400600.64, 267.57895, 81739.944 ) Forward (second) = ( 420711.11, 266.72006, 82982.355 ) Boresight = ( 411042.39, 267.21212, 77729.264 ) Col: 1, Row: 1 = ( 404335.68, 267.49920, 77304.806 ) Col: 2, Row: 1 = ( 411042.39, 267.21212, 77729.264 ) Col: 3, Row: 1 = ( 417738.93, 266.92495, 78148.033 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 400600.64, 267.57895, 81739.944 ) Forward (first) = ( 420711.11, 266.72006, 82982.355 ) Aft (second) = ( 399847.35, 267.43697, 91028.941 ) Forward (second) = ( 419970.58, 266.58375, 92226.541 ) Boresight = ( 410293.22, 267.08245, 87003.120 ) Col: 1, Row: 1 = ( 403582.43, 267.36778, 86593.351 ) Col: 2, Row: 1 = ( 410293.22, 267.08245, 87003.120 ) Col: 3, Row: 1 = ( 416993.89, 266.79698, 87406.725 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 399847.35, 267.43697, 91028.941 ) Forward (first) = ( 419970.58, 266.58375, 92226.541 ) Aft (second) = ( 399098.90, 267.27560, 100303.12 ) Forward (second) = ( 419235.74, 266.42906, 101455.85 ) Boresight = ( 409548.74, 266.93394, 96263.053 ) Col: 1, Row: 1 = ( 402833.58, 267.21718, 95867.994 ) Col: 2, Row: 1 = ( 409548.74, 266.93394, 96263.053 ) Col: 3, Row: 1 = ( 416253.83, 266.65049, 96651.472 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 399098.90, 267.27560, 100303.12 ) Forward (first) = ( 419235.74, 266.42906, 101455.85 ) Aft (second) = ( 398356.55, 267.09478, 109560.64 ) Forward (second) = ( 418507.81, 266.25593, 110668.44 ) Boresight = ( 408810.13, 266.76653, 105507.22 ) Col: 1, Row: 1 = ( 402090.32, 267.04734, 105126.89 ) Col: 2, Row: 1 = ( 408810.13, 266.76653, 105507.22 ) Col: 3, Row: 1 = ( 415519.92, 266.48544, 105880.43 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 398356.55, 267.09478, 109560.64 ) Forward (first) = ( 418507.81, 266.25593, 110668.44 ) Aft (second) = ( 397621.73, 266.89444, 118799.65 ) Forward (second) = ( 417788.14, 266.06431, 119862.47 ) Boresight = ( 408078.70, 266.58015, 114733.77 ) Col: 1, Row: 1 = ( 401353.98, 266.85818, 114368.19 ) Col: 2, Row: 1 = ( 408078.70, 266.58015, 114733.77 ) Col: 3, Row: 1 = ( 414793.44, 266.30175, 115091.76 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 397621.73, 266.89444, 118799.65 ) Forward (first) = ( 417788.14, 266.06431, 119862.47 ) Aft (second) = ( 396895.97, 266.67451, 128018.33 ) Forward (second) = ( 417078.20, 265.85414, 129036.11 ) Boresight = ( 407355.90, 266.37475, 123940.87 ) Col: 1, Row: 1 = ( 400626.04, 266.64965, 123590.05 ) Col: 2, Row: 1 = ( 407355.90, 266.37475, 123940.87 ) Col: 3, Row: 1 = ( 414075.83, 266.09938, 124283.62 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 396895.97, 266.67451, 128018.33 ) Forward (first) = ( 417078.20, 265.85414, 129036.11 ) Aft (second) = ( 396180.95, 266.43495, 137214.82 ) Forward (second) = ( 416379.60, 265.62540, 138187.52 ) Boresight = ( 406643.29, 266.15027, 133126.68 ) Col: 1, Row: 1 = ( 399908.08, 266.42170, 132790.65 ) Col: 2, Row: 1 = ( 406643.29, 266.15027, 133126.68 ) Col: 3, Row: 1 = ( 413368.63, 265.87829, 133454.18 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 396180.95, 266.43495, 137214.82 ) Forward (first) = ( 416379.60, 265.62540, 138187.52 ) Aft (second) = ( 395478.49, 266.17572, 146387.32 ) Forward (second) = ( 415694.06, 265.37805, 147314.88 ) Boresight = ( 405942.60, 265.90669, 142289.37 ) Col: 1, Row: 1 = ( 399201.85, 266.17428, 141968.15 ) Col: 2, Row: 1 = ( 405942.60, 265.90669, 142289.37 ) Col: 3, Row: 1 = ( 412673.53, 265.63843, 142601.60 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 395478.49, 266.17572, 146387.32 ) Forward (first) = ( 415694.06, 265.37805, 147314.88 ) Aft (second) = ( 394790.52, 265.89678, 155533.98 ) Forward (second) = ( 415023.43, 265.11207, 156416.36 ) Boresight = ( 405255.63, 265.64396, 151427.13 ) Col: 1, Row: 1 = ( 398509.21, 265.90735, 151120.72 ) Col: 2, Row: 1 = ( 405255.63, 265.64396, 151427.13 ) Col: 3, Row: 1 = ( 411992.31, 265.37977, 151724.06 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 394790.52, 265.89678, 155533.98 ) Forward (first) = ( 415023.43, 265.11207, 156416.36 ) Aft (second) = ( 394119.13, 265.59812, 164652.99 ) Forward (second) = ( 414369.68, 264.82743, 165490.14 ) Boresight = ( 404584.36, 265.36207, 160538.11 ) Col: 1, Row: 1 = ( 397832.14, 265.62089, 160246.54 ) Col: 2, Row: 1 = ( 404584.36, 265.36207, 160538.11 ) Col: 3, Row: 1 = ( 411326.91, 265.10230, 160819.75 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 394119.13, 265.59812, 164652.99 ) Forward (first) = ( 414369.68, 264.82743, 165490.14 ) Aft (second) = ( 393466.51, 265.27972, 173742.53 ) Forward (second) = ( 413734.90, 264.52415, 174534.42 ) Boresight = ( 403930.88, 265.06100, 169620.52 ) Col: 1, Row: 1 = ( 397172.76, 265.31488, 169343.80 ) Col: 2, Row: 1 = ( 403930.88, 265.06100, 169620.52 ) Col: 3, Row: 1 = ( 410679.37, 264.80601, 169886.84 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 393466.51, 265.27972, 173742.53 ) Forward (first) = ( 413734.90, 264.52415, 174534.42 ) Aft (second) = ( 392835.00, 264.94159, 182800.81 ) Forward (second) = ( 413121.31, 264.20224, 183547.39 ) Boresight = ( 403297.38, 264.74075, 178672.53 ) Col: 1, Row: 1 = ( 396533.33, 264.98933, 178410.68 ) Col: 2, Row: 1 = ( 403297.38, 264.74075, 178672.53 ) Col: 3, Row: 1 = ( 410051.88, 264.49090, 178923.52 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 392835.00, 264.94159, 182800.81 ) Forward (first) = ( 413121.31, 264.20224, 183547.39 ) Aft (second) = ( 392227.06, 264.58374, 191826.01 ) Forward (second) = ( 412531.23, 263.86171, 192527.24 ) Boresight = ( 402686.20, 264.40135, 187692.35 ) Col: 1, Row: 1 = ( 395916.22, 264.64425, 187445.37 ) Col: 2, Row: 1 = ( 402686.20, 264.40135, 187692.35 ) Col: 3, Row: 1 = ( 409446.71, 264.15699, 187928.00 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 392227.06, 264.58374, 191826.01 ) Forward (first) = ( 412531.23, 263.86171, 192527.24 ) Aft (second) = ( 391645.26, 264.20622, 200816.33 ) Forward (second) = ( 411967.11, 263.50260, 201472.19 ) Boresight = ( 402099.79, 264.04281, 196678.17 ) Col: 1, Row: 1 = ( 395323.93, 264.27966, 196446.09 ) Col: 2, Row: 1 = ( 402099.79, 264.04281, 196678.17 ) Col: 3, Row: 1 = ( 408866.27, 263.80431, 196898.48 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 391645.26, 264.20622, 200816.33 ) Forward (first) = ( 411967.11, 263.50260, 201472.19 ) Aft (second) = ( 391092.30, 263.80907, 209770.00 ) Forward (second) = ( 411431.50, 263.12497, 210380.45 ) Boresight = ( 401540.71, 263.66518, 205628.21 ) Col: 1, Row: 1 = ( 394759.06, 263.89561, 205411.03 ) Col: 2, Row: 1 = ( 401540.71, 263.66518, 205628.21 ) Col: 3, Row: 1 = ( 408313.10, 263.43290, 205833.15 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 391092.30, 263.80907, 209770.00 ) Forward (first) = ( 411431.50, 263.12497, 210380.45 ) Aft (second) = ( 390571.01, 263.39236, 218685.23 ) Forward (second) = ( 410927.07, 262.72889, 219250.24 ) Boresight = ( 401011.66, 263.26852, 214540.69 ) Col: 1, Row: 1 = ( 394224.36, 263.49215, 214338.42 ) Col: 2, Row: 1 = ( 401011.66, 263.26852, 214540.69 ) Col: 3, Row: 1 = ( 407789.81, 263.04282, 214730.25 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:34:42 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1388370.5 km Body center Ra : 103.52790 deg Body Center Dec : 24.661006 deg w: 1 = ( 407373.25, 267.83477, 40048.607 ) Col: 2, Row: 1 = ( 414066.82, 267.54400, 40531.604 ) Col: 3, Row: 1 = ( 420750.01, 267.25325, 41010.818 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 403641.31, 267.95463, 44472.795 ) Forward (firsti24_nans01_06.look_lbl000077505166050166273000000317321166151707100173630ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_06.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_06.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_06" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T07:09:25.920Z SPACECRAFT_CLOCK_START_COUNT = 1/05209510:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_06.look_new_1000077505166050166273000000613221166151707000176200ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 07:09:25.920 SCLK Time : 1/05209510:00:0:0 Spacecraft position = (-327861.99, 1253462.8, 591476.68) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 414317.52, 298.42222, -227972.41 ) Forward (first) = ( 435042.72, 297.90253, -225283.39 ) Aft (second) = ( 413242.43, 298.87865, -218950.97 ) Forward (second) = ( 433968.85, 298.33536, -216302.09 ) Boresight = ( 424150.26, 298.39064, -222144.11 ) Col: 1, Row: 1 = ( 417236.23, 298.56606, -223028.93 ) Col: 2, Row: 1 = ( 424150.26, 298.39064, -222144.11 ) Col: 3, Row: 1 = ( 431053.88, 298.21160, -221249.55 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 413242.43, 298.87865, -218950.97 ) Forward (first) = ( 433968.85, 298.33536, -216302.09 ) Aft (second) = ( 412201.37, 299.31968, -209882.78 ) Forward (second) = ( 432927.75, 298.75343, -207274.17 ) Boresight = ( 423092.94, 298.82750, -213118.65 ) Col: 1, Row: 1 = ( 416178.65, 299.01079, -213990.30 ) Col: 2, Row: 1 = ( 423092.94, 298.82750, -213118.65 ) Col: 3, Row: 1 = ( 429996.69, 298.64081, -212237.73 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 412201.37, 299.31968, -209882.78 ) Forward (first) = ( 432927.75, 298.75343, -207274.17 ) Aft (second) = ( 411191.75, 299.74500, -200769.63 ) Forward (second) = ( 431917.01, 299.15648, -198201.43 ) Boresight = ( 422067.74, 299.24914, -204047.40 ) Col: 1, Row: 1 = ( 415153.60, 299.44008, -204905.84 ) Col: 2, Row: 1 = ( 422067.74, 299.24914, -204047.40 ) Col: 3, Row: 1 = ( 428971.23, 299.05503, -203180.16 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 411191.75, 299.74500, -200769.63 ) Forward (first) = ( 431917.01, 299.15648, -198201.43 ) Aft (second) = ( 410211.08, 300.15435, -191613.36 ) Forward (second) = ( 430934.27, 299.54427, -189085.68 ) Boresight = ( 421072.19, 299.65530, -194932.17 ) Col: 1, Row: 1 = ( 414158.55, 299.85366, -195777.36 ) Col: 2, Row: 1 = ( 421072.19, 299.65530, -194932.17 ) Col: 3, Row: 1 = ( 427975.10, 299.45400, -194078.65 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 410211.08, 300.15435, -191613.36 ) Forward (first) = ( 430934.27, 299.54427, -189085.68 ) Aft (second) = ( 409256.93, 300.54748, -182415.77 ) Forward (second) = ( 429977.23, 299.91657, -179928.75 ) Boresight = ( 420103.91, 300.04572, -185774.78 ) Col: 1, Row: 1 = ( 413191.07, 300.25126, -186606.67 ) Col: 2, Row: 1 = ( 420103.91, 300.04572, -185774.78 ) Col: 3, Row: 1 = ( 427005.95, 299.83747, -184935.03 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 409256.93, 300.54748, -182415.77 ) Forward (first) = ( 429977.23, 299.91657, -179928.75 ) Aft (second) = ( 408326.95, 300.92413, -173178.69 ) Forward (second) = ( 429043.69, 300.27314, -170732.46 ) Boresight = ( 419160.57, 300.42017, -176577.05 ) Col: 1, Row: 1 = ( 412248.78, 300.63263, -177395.60 ) Col: 2, Row: 1 = ( 419160.57, 300.42017, -176577.05 ) Col: 3, Row: 1 = ( 426061.51, 300.20521, -175751.11 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 408326.95, 300.92413, -173178.69 ) Forward (first) = ( 429043.69, 300.27314, -170732.46 ) Aft (second) = ( 407418.86, 301.28407, -163903.98 ) Forward (second) = ( 428131.50, 300.61377, -161498.64 ) Boresight = ( 418239.94, 300.77841, -167340.82 ) Col: 1, Row: 1 = ( 411329.41, 300.99755, -168145.98 ) Col: 2, Row: 1 = ( 418239.94, 300.77841, -167340.82 ) Col: 3, Row: 1 = ( 425139.57, 300.55699, -166528.72 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 407418.86, 301.28407, -163903.98 ) Forward (first) = ( 428131.50, 300.61377, -161498.64 ) Aft (second) = ( 406530.48, 301.62708, -154593.46 ) Forward (second) = ( 427238.62, 300.93824, -152229.15 ) Boresight = ( 417339.84, 301.12023, -158067.92 ) Col: 1, Row: 1 = ( 410430.74, 301.34577, -158859.67 ) Col: 2, Row: 1 = ( 417339.84, 301.12023, -158067.92 ) Col: 3, Row: 1 = ( 424238.02, 300.89260, -157269.71 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 406530.48, 301.62708, -154593.46 ) Forward (first) = ( 427238.62, 300.93824, -152229.15 ) Aft (second) = ( 405659.71, 301.95294, -145249.00 ) Forward (second) = ( 426363.08, 301.24638, -142925.83 ) Boresight = ( 416458.21, 301.44541, -148760.20 ) Col: 1, Row: 1 = ( 409550.66, 301.67708, -149538.49 ) Col: 2, Row: 1 = ( 416458.21, 301.44541, -148760.20 ) Col: 3, Row: 1 = ( 423354.83, 301.21183, -147975.93 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 405659.71, 301.95294, -145249.00 ) Forward (first) = ( 426363.08, 301.24638, -142925.83 ) Aft (second) = ( 404804.56, 302.26144, -135872.45 ) Forward (second) = ( 425502.99, 301.53797, -133590.54 ) Boresight = ( 415593.06, 301.75375, -139419.52 ) Col: 1, Row: 1 = ( 408687.13, 301.99128, -140184.32 ) Col: 2, Row: 1 = ( 415593.06, 301.75375, -139419.52 ) Col: 3, Row: 1 = ( 422488.05, 301.51449, -138649.23 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 404804.56, 302.26144, -135872.45 ) Forward (first) = ( 425502.99, 301.53797, -133590.54 ) Aft (second) = ( 403963.12, 302.55239, -126465.68 ) Forward (second) = ( 424656.59, 301.81285, -124225.14 ) Boresight = ( 414742.51, 302.04506, -130047.75 ) Col: 1, Row: 1 = ( 407838.24, 302.28817, -130799.02 ) Col: 2, Row: 1 = ( 414742.51, 302.04506, -130047.75 ) Col: 3, Row: 1 = ( 421635.85, 301.80039, -129291.47 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 403963.12, 302.55239, -126465.68 ) Forward (first) = ( 424656.59, 301.81285, -124225.14 ) Aft (second) = ( 403133.61, 302.82560, -117030.57 ) Forward (second) = ( 423822.19, 302.07084, -114831.51 ) Boresight = ( 413904.76, 302.31915, -120646.74 ) Col: 1, Row: 1 = ( 407002.15, 302.56756, -121384.44 ) Col: 2, Row: 1 = ( 413904.76, 302.31915, -120646.74 ) Col: 3, Row: 1 = ( 420796.46, 302.06935, -119904.51 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 403133.61, 302.82560, -117030.57 ) Forward (first) = ( 423822.19, 302.07084, -114831.51 ) Aft (second) = ( 402314.33, 303.08089, -107568.98 ) Forward (second) = ( 422998.20, 302.31177, -105411.51 ) Boresight = ( 413078.13, 302.57584, -111218.38 ) Col: 1, Row: 1 = ( 406177.14, 302.82927, -111942.48 ) Col: 2, Row: 1 = ( 413078.13, 302.57584, -111218.38 ) Col: 3, Row: 1 = ( 419968.24, 302.32120, -110490.24 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 402314.33, 303.08089, -107568.98 ) Forward (first) = ( 422998.20, 302.31177, -105411.51 ) Aft (second) = ( 401503.70, 303.31808, -98082.802 ) Forward (second) = ( 422183.16, 302.53548, -95967.032 ) Boresight = ( 412261.04, 302.81498, -101764.54 ) Col: 1, Row: 1 = ( 405361.59, 303.07311, -102475.00 ) Col: 2, Row: 1 = ( 412261.04, 302.81498, -101764.54 ) Col: 3, Row: 1 = ( 419149.65, 302.55577, -101050.52 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 401503.70, 303.31808, -98082.802 ) Forward (first) = ( 422183.16, 302.53548, -95967.032 ) Aft (second) = ( 400700.25, 303.53701, -88573.924 ) Forward (second) = ( 421375.69, 302.74182, -86499.960 ) Boresight = ( 411452.02, 303.03638, -92287.106 ) Col: 1, Row: 1 = ( 404554.00, 303.29893, -92983.887 ) Col: 2, Row: 1 = ( 411452.02, 303.03638, -92287.106 ) Col: 3, Row: 1 = ( 418339.24, 302.77290, -91587.247 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 400700.25, 303.53701, -88573.924 ) Forward (first) = ( 421375.69, 302.74182, -86499.960 ) Aft (second) = ( 399902.65, 303.73752, -79044.239 ) Forward (second) = ( 420574.54, 302.93064, -77012.182 ) Boresight = ( 410649.71, 303.23990, -82787.969 ) Col: 1, Row: 1 = ( 403752.98, 303.50657, -83471.040 ) Col: 2, Row: 1 = ( 410649.71, 303.23990, -82787.969 ) Col: 3, Row: 1 = ( 417535.68, 302.97244, -82102.305 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 399902.65, 303.73752, -79044.239 ) Forward (first) = ( 420574.54, 302.93064, -77012.182 ) Aft (second) = ( 399109.66, 303.91945, -69495.641 ) Forward (second) = ( 419778.56, 303.10179, -67505.593 ) Boresight = ( 409852.87, 303.42538, -73269.020 ) Col: 1, Row: 1 = ( 402957.25, 303.69585, -73938.349 ) Col: 2, Row: 1 = ( 409852.87, 303.42538, -73269.020 ) Col: 3, Row: 1 = ( 416737.77, 303.15424, -72597.587 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 399109.66, 303.91945, -69495.641 ) Forward (first) = ( 419778.56, 303.10179, -67505.593 ) Aft (second) = ( 398320.17, 304.08265, -59930.031 ) Forward (second) = ( 418986.74, 303.25514, -57982.092 ) Boresight = ( 409060.37, 303.59268, -63732.159 ) Col: 1, Row: 1 = ( 402165.67, 303.86665, -64387.711 ) Col: 2, Row: 1 = ( 409060.37, 303.59268, -63732.159 ) Col: 3, Row: 1 = ( 415944.41, 303.31816, -63074.990 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 398320.17, 304.08265, -59930.031 ) Forward (first) = ( 418986.74, 303.25514, -57982.092 ) Aft (second) = ( 397533.21, 304.22697, -50349.313 ) Forward (second) = ( 418198.15, 303.39055, -48443.579 ) Boresight = ( 408271.20, 303.74165, -54179.285 ) Col: 1, Row: 1 = ( 401377.19, 304.01879, -54821.029 ) Col: 2, Row: 1 = ( 408271.20, 303.74165, -54179.285 ) Col: 3, Row: 1 = ( 415154.60, 303.46405, -53536.414 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 397533.21, 304.22697, -50349.313 ) Forward (first) = ( 418198.15, 303.39055, -48443.579 ) Aft (second) = ( 396747.92, 304.35227, -40755.393 ) Forward (second) = ( 417412.02, 303.50788, -38891.959 ) Boresight = ( 407484.49, 303.87216, -44612.302 ) Col: 1, Row: 1 = ( 400590.92, 304.15216, -45240.207 ) Col: 2, Row: 1 = ( 407484.49, 303.87216, -44612.302 ) Col: 3, Row: 1 = ( 414367.51, 303.59179, -43983.761 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 396747.92, 304.35227, -40755.393 ) Forward (first) = ( 417412.02, 303.50788, -38891.959 ) Aft (second) = ( 395963.58, 304.45842, -31150.180 ) Forward (second) = ( 416627.68, 303.60703, -29329.139 ) Boresight = ( 406699.48, 303.98406, -35033.118 ) Col: 1, Row: 1 = ( 399806.08, 304.26660, -35647.152 ) Col: 2, Row: 1 = ( 406699.48, 303.98406, -35033.118 ) Col: 3, Row: 1 = ( 413582.38, 303.70124, -34418.939 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 395963.58, 304.45842, -31150.180 ) Forward (first) = ( 416627.68, 303.60703, -29329.139 ) Aft (second) = ( 395179.60, 304.54527, -21535.586 ) Forward (second) = ( 415844.58, 303.68785, -19757.029 ) Boresight = ( 405915.53, 304.07724, -25443.642 ) Col: 1, Row: 1 = ( 399022.02, 304.36198, -26043.775 ) Col: 2, Row: 1 = ( 405915.53, 304.07724, -25443.642 ) Col: 3, Row: 1 = ( 412798.61, 303.79228, -24843.855 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 395179.60, 304.54527, -21535.586 ) Forward (first) = ( 415844.58, 303.68785, -19757.029 ) Aft (second) = ( 394395.51, 304.61269, -11913.523 ) Forward (second) = ( 415062.33, 303.75023, -10177.539 ) Boresight = ( 405132.16, 304.15155, -15845.785 ) Col: 1, Row: 1 = ( 398238.22, 304.43817, -16431.987 ) Col: 2, Row: 1 = ( 405132.16, 304.15155, -15845.785 ) Col: 3, Row: 1 = ( 412015.71, 303.86478, -15260.421 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 394395.51, 304.61269, -11913.523 ) Forward (first) = ( 415062.33, 303.75023, -10177.539 ) Aft (second) = ( 393611.00, 304.66056, -2285.9073 ) Forward (second) = ( 414280.62, 303.79405, -592.58203 ) Boresight = ( 404348.98, 304.20688, -6241.4612 ) Col: 1, Row: 1 = ( 397454.30, 304.49504, -6813.7031 ) Col: 2, Row: 1 = ( 404348.98, 304.20688, -6241.4612 ) Col: 3, Row: 1 = ( 411233.34, 303.91862, -5670.5490 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 393611.00, 304.66056, -2285.9073 ) Forward (first) = ( 414280.62, 303.79405, -592.58203 ) Aft (second) = ( 392825.88, 304.68875, 7345.3463 ) Forward (second) = ( 413499.31, 303.81920, 8995.9282 ) Boresight = ( 403565.76, 304.24310, 3367.4162 ) Col: 1, Row: 1 = ( 396670.02, 304.53247, 2809.1625 ) Col: 2, Row: 1 = ( 403565.76, 304.24310, 3367.4162 ) Col: 3, Row: 1 = ( 410451.25, 303.95369, 3923.8479 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 392825.88, 304.68875, 7345.3463 ) Forward (first) = ( 413499.31, 303.81920, 8995.9282 ) Aft (second) = ( 392040.12, 304.69713, 16978.321 ) Forward (second) = ( 412718.38, 303.82556, 18586.077 ) Boresight = ( 402782.41, 304.26010, 12978.932 ) Col: 1, Row: 1 = ( 395885.25, 304.55033, 12434.694 ) Col: 2, Row: 1 = ( 402782.41, 304.26010, 12978.932 ) Col: 3, Row: 1 = ( 409669.37, 303.96986, 13520.855 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 392040.12, 304.69713, 16978.321 ) Forward (first) = ( 412718.38, 303.82556, 18586.077 ) Aft (second) = ( 391253.80, 304.68559, 26611.100 ) Forward (second) = ( 411937.93, 303.81304, 28175.950 ) Boresight = ( 401998.96, 304.25777, 22591.169 ) Col: 1, Row: 1 = ( 395100.04, 304.54850, 22060.974 ) Col: 2, Row: 1 = ( 401998.96, 304.25777, 22591.169 ) Col: 3, Row: 1 = ( 408887.73, 303.96703, 23118.557 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 391253.80, 304.68559, 26611.100 ) Forward (first) = ( 411937.93, 303.81304, 28175.950 ) Aft (second) = ( 390467.16, 304.65400, 36241.766 ) Forward (second) = ( 411158.22, 303.78152, 37763.633 ) Boresight = ( 401215.57, 304.23598, 32202.213 ) Col: 1, Row: 1 = ( 394314.56, 304.52686, 31686.087 ) Col: 2, Row: 1 = ( 401215.57, 304.23598, 32202.213 ) Col: 3, Row: 1 = ( 408106.51, 303.94509, 32715.039 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 390467.16, 304.65400, 36241.766 ) Forward (first) = ( 411158.22, 303.78152, 37763.633 ) Aft (second) = ( 389680.59, 304.60225, 45868.404 ) Forward (second) = ( 410379.62, 303.73090, 47347.211 ) Boresight = ( 400432.57, 304.19462, 41810.147 ) Col: 1, Row: 1 = ( 393529.10, 304.48531, 41308.117 ) Col: 2, Row: 1 = ( 400432.57, 304.19462, 41810.147 ) Col: 3, Row: 1 = ( 407326.02, 303.90394, 42308.386 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 389680.59, 304.60225, 45868.404 ) Forward (first) = ( 410379.62, 303.73090, 47347.211 ) Aft (second) = ( 388894.62, 304.53023, 55489.096 ) Forward (second) = ( 409602.64, 303.66108, 56924.770 ) Boresight = ( 399650.41, 304.13360, 51413.056 ) Col: 1, Row: 1 = ( 392744.14, 304.42373, 50925.146 ) Col: 2, Row: 1 = ( 399650.41, 304.13360, 51413.056 ) Col: 3, Row: 1 = ( 406546.71, 303.84346, 51896.683 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 388894.62, 304.53023, 55489.096 ) Forward (first) = ( 409602.64, 303.66108, 56924.770 ) Aft (second) = ( 388109.91, 304.43783, 65101.930 ) Forward (second) = ( 408827.96, 303.57197, 66494.399 ) Boresight = ( 398869.67, 304.05281, 61009.027 ) Col: 1, Row: 1 = ( 391960.26, 304.34200, 60535.262 ) Col: 2, Row: 1 = ( 398869.67, 304.05281, 61009.027 ) Col: 3, Row: 1 = ( 405769.17, 303.76357, 61478.018 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 388109.91, 304.43783, 65101.930 ) Forward (first) = ( 408827.96, 303.57197, 66494.399 ) Aft (second) = ( 387327.30, 304.32494, 74704.992 ) Forward (second) = ( 408056.35, 303.46348, 76054.187 ) Boresight = ( 398091.10, 303.95214, 70596.147 ) Col: 1, Row: 1 = ( 391178.20, 304.24004, 70136.549 ) Col: 2, Row: 1 = ( 398091.10, 303.95214, 70596.147 ) Col: 3, Row: 1 = ( 404994.13, 303.66416, 71050.478 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 387327.30, 304.32494, 74704.992 ) Forward (first) = ( 408056.35, 303.46348, 76054.187 ) Aft (second) = ( 386547.74, 304.19147, 84296.371 ) Forward (second) = ( 407288.75, 303.33552, 85602.224 ) Boresight = ( 397315.57, 303.83151, 80172.504 ) Col: 1, Row: 1 = ( 390398.87, 304.11773, 79727.098 ) Col: 2, Row: 1 = ( 397315.57, 303.83151, 80172.504 ) Col: 3, Row: 1 = ( 404222.45, 303.54516, 80612.153 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 386547.74, 304.19147, 84296.371 ) Forward (first) = ( 407288.75, 303.33552, 85602.224 ) Aft (second) = ( 385772.36, 304.03732, 93874.159 ) Forward (second) = ( 406526.24, 303.18802, 95136.605 ) Boresight = ( 396544.10, 303.69082, 89736.190 ) Col: 1, Row: 1 = ( 389623.28, 303.97499, 89304.997 ) Col: 2, Row: 1 = ( 396544.10, 303.69082, 89736.190 ) Col: 3, Row: 1 = ( 403455.15, 303.40646, 90161.135 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 385772.36, 304.03732, 93874.159 ) Forward (first) = ( 406526.24, 303.18802, 95136.605 ) Aft (second) = ( 385002.41, 303.86240, 103436.45 ) Forward (second) = ( 405770.02, 303.02089, 104655.43 ) Boresight = ( 395777.86, 303.53000, 99285.299 ) Col: 1, Row: 1 = ( 388852.64, 303.81172, 98868.341 ) Col: 2, Row: 1 = ( 395777.86, 303.53000, 99285.299 ) Col: 3, Row: 1 = ( 402693.37, 303.24800, 99695.519 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 385002.41, 303.86240, 103436.45 ) Forward (first) = ( 405770.02, 303.02089, 104655.43 ) Aft (second) = ( 384239.32, 303.66663, 112981.34 ) Forward (second) = ( 405021.44, 302.83407, 114156.79 ) Boresight = ( 395018.16, 303.34895, 108817.93 ) Col: 1, Row: 1 = ( 388088.26, 303.62784, 108415.23 ) Col: 2, Row: 1 = ( 395018.16, 303.34895, 108817.93 ) Col: 3, Row: 1 = ( 401938.41, 303.06969, 109213.40 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 384239.32, 303.66663, 112981.34 ) Forward (first) = ( 405021.44, 302.83407, 114156.79 ) Aft (second) = ( 383484.65, 303.44993, 122506.93 ) Forward (second) = ( 404282.00, 302.62749, 123638.79 ) Boresight = ( 394266.45, 303.14760, 118332.17 ) Col: 1, Row: 1 = ( 387331.62, 303.42327, 117943.75 ) Col: 2, Row: 1 = ( 394266.45, 303.14760, 118332.17 ) Col: 3, Row: 1 = ( 401191.69, 302.87147, 118712.89 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 383484.65, 303.44993, 122506.93 ) Forward (first) = ( 404282.00, 302.62749, 123638.79 ) Aft (second) = ( 382740.11, 303.21224, 132011.33 ) Forward (second) = ( 403553.31, 302.40110, 133099.54 ) Boresight = ( 393524.33, 302.92590, 127826.14 ) Col: 1, Row: 1 = ( 386584.34, 303.19794, 127452.02 ) Col: 2, Row: 1 = ( 393524.33, 302.92590, 127826.14 ) Col: 3, Row: 1 = ( 400454.79, 302.65328, 128192.07 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 382740.11, 303.21224, 132011.33 ) Forward (first) = ( 403553.31, 302.40110, 133099.54 ) Aft (second) = ( 382007.56, 302.95349, 141492.64 ) Forward (second) = ( 402837.17, 302.15485, 142537.15 ) Boresight = ( 392793.55, 302.68379, 137297.94 ) Col: 1, Row: 1 = ( 385848.21, 302.95179, 136938.13 ) Col: 2, Row: 1 = ( 392793.55, 302.68379, 137297.94 ) Col: 3, Row: 1 = ( 399729.41, 302.41507, 137649.07 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 382007.56, 302.95349, 141492.64 ) Forward (first) = ( 402837.17, 302.15485, 142537.15 ) Aft (second) = ( 381289.00, 302.67364, 150948.98 ) Forward (second) = ( 402135.45, 301.88871, 151949.74 ) Boresight = ( 392075.98, 302.42121, 146745.69 ) Col: 1, Row: 1 = ( 385125.12, 302.68477, 146400.21 ) Col: 2, Row: 1 = ( 392075.98, 302.42121, 146745.69 ) Col: 3, Row: 1 = ( 399017.43, 302.15679, 147082.00 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 381289.00, 302.67364, 150948.98 ) Forward (first) = ( 402135.45, 301.88871, 151949.74 ) Aft (second) = ( 380586.60, 302.37265, 160378.47 ) Forward (second) = ( 401450.22, 301.60266, 161335.43 ) Boresight = ( 391373.66, 302.13814, 156167.49 ) Col: 1, Row: 1 = ( 384417.16, 302.39685, 155836.36 ) Col: 2, Row: 1 = ( 391373.66, 302.13814, 156167.49 ) Col: 3, Row: 1 = ( 398320.81, 301.87841, 156488.96 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 380586.60, 302.37265, 160378.47 ) Forward (first) = ( 401450.22, 301.60266, 161335.43 ) Aft (second) = ( 379902.64, 302.05049, 169779.22 ) Forward (second) = ( 400783.65, 301.29667, 170692.33 ) Boresight = ( 390688.74, 301.83454, 165561.47 ) Col: 1, Row: 1 = ( 383726.52, 302.08798, 165244.71 ) Col: 2, Row: 1 = ( 390688.74, 301.83454, 165561.47 ) Col: 3, Row: 1 = ( 397641.70, 301.57990, 165868.10 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 379902.64, 302.05049, 169779.22 ) Forward (first) = ( 400783.65, 301.29667, 170692.33 ) Aft (second) = ( 379239.58, 301.70716, 179149.37 ) Forward (second) = ( 400138.04, 300.97074, 180018.59 ) Boresight = ( 390023.55, 301.51041, 174925.76 ) Col: 1, Row: 1 = ( 383055.55, 301.75815, 174623.39 ) Col: 2, Row: 1 = ( 390023.55, 301.51041, 174925.76 ) Col: 3, Row: 1 = ( 396982.35, 301.26126, 175217.52 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 379239.58, 301.70716, 179149.37 ) Forward (first) = ( 400138.04, 300.97074, 180018.59 ) Aft (second) = ( 378599.99, 301.34266, 188487.06 ) Forward (second) = ( 399515.84, 300.62489, 189312.34 ) Boresight = ( 389380.51, 301.16573, 184258.50 ) Col: 1, Row: 1 = ( 382406.74, 301.40737, 183970.52 ) Col: 2, Row: 1 = ( 389380.51, 301.16573, 184258.50 ) Col: 3, Row: 1 = ( 396345.17, 300.92249, 184535.38 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 378599.99, 301.34266, 188487.06 ) Forward (first) = ( 399515.84, 300.62489, 189312.34 ) Aft (second) = ( 377986.61, 300.95701, 197790.43 ) Forward (second) = ( 398919.63, 300.25915, 198571.73 ) Boresight = ( 388762.21, 300.80055, 193557.81 ) Col: 1, Row: 1 = ( 381782.72, 301.03565, 193284.25 ) Col: 2, Row: 1 = ( 388762.21, 300.80055, 193557.81 ) Col: 3, Row: 1 = ( 395732.69, 300.56362, 193819.80 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 377986.61, 300.95701, 197790.43 ) Forward (first) = ( 398919.63, 300.25915, 198571.73 ) Aft (second) = ( 377402.27, 300.55026, 207057.62 ) Forward (second) = ( 398352.09, 299.87355, 207794.91 ) Boresight = ( 388171.35, 300.41487, 202821.86 ) Col: 1, Row: 1 = ( 381186.26, 300.64302, 202562.73 ) Col: 2, Row: 1 = ( 388171.35, 300.41487, 202821.86 ) Col: 3, Row: 1 = ( 395147.57, 300.18467, 203068.95 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 377402.27, 300.55026, 207057.62 ) Forward (first) = ( 398352.09, 299.87355, 207794.91 ) Aft (second) = ( 376849.98, 300.12246, 216286.80 ) Forward (second) = ( 397816.05, 299.46817, 216980.02 ) Boresight = ( 387610.79, 300.00877, 212048.78 ) Col: 1, Row: 1 = ( 380620.24, 300.22952, 211804.10 ) Col: 2, Row: 1 = ( 387610.79, 300.00877, 212048.78 ) Col: 3, Row: 1 = ( 394592.58, 299.78569, 212280.96 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 376849.98, 300.12246, 216286.80 ) Forward (first) = ( 397816.05, 299.46817, 216980.02 ) Aft (second) = ( 376332.84, 299.67371, 225476.12 ) Forward (second) = ( 397314.44, 299.04308, 226125.26 ) Boresight = ( 387083.47, 299.58230, 221236.75 ) Col: 1, Row: 1 = ( 380087.69, 299.79525, 221006.52 ) Col: 2, Row: 1 = ( 387083.47, 299.58230, 221236.75 ) Col: 3, Row: 1 = ( 394070.64, 299.36677, 221454.00 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:36:02 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1424256.7 km Body center Ra : 104.65817 deg Body Center Dec : 24.537452 deg w: 1 = ( 393529.10, 304.48531, 41308.117 ) Col: 2, Row: 1 = ( 400432.57, 304.19462, 41810.147 ) Col: 3, Row: 1 = ( 407326.02, 303.90394, 42308.386 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 389680.59, 304.60225, 45868.404 ) Forward (firsti24_nans01_07.look_lbl000077505166050166273000000317321166151707100173640ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_07.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_07.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_07" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T08:10:05.918Z SPACECRAFT_CLOCK_START_COUNT = 1/05209570:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_07.look_new_1000077505166050166273000000613221166151707000176210ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 08:10:05.918 SCLK Time : 1/05209570:00:0:0 Spacecraft position = (-360388.47, 1279462.4, 603313.96) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 400712.45, 334.74050, -234838.21 ) Forward (first) = ( 422049.22, 334.25955, -232135.20 ) Aft (second) = ( 399586.16, 335.22362, -225542.77 ) Forward (second) = ( 420926.11, 334.71642, -222878.37 ) Boresight = ( 410824.76, 334.74181, -228866.14 ) Col: 1, Row: 1 = ( 403706.84, 334.90444, -229755.68 ) Col: 2, Row: 1 = ( 410824.76, 334.74181, -228866.14 ) Col: 3, Row: 1 = ( 417932.90, 334.57490, -227966.46 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 399586.16, 335.22362, -225542.77 ) Forward (first) = ( 420926.11, 334.71642, -222878.37 ) Aft (second) = ( 398497.05, 335.69051, -216199.36 ) Forward (second) = ( 419838.67, 335.15778, -213573.71 ) Boresight = ( 409718.80, 335.20360, -219565.29 ) Col: 1, Row: 1 = ( 402600.00, 335.37499, -220442.17 ) Col: 2, Row: 1 = ( 409718.80, 335.20360, -219565.29 ) Col: 3, Row: 1 = ( 416827.66, 335.02819, -218678.75 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 398497.05, 335.69051, -216199.36 ) Forward (first) = ( 419838.67, 335.15778, -213573.71 ) Aft (second) = ( 397442.32, 336.14085, -206809.87 ) Forward (second) = ( 418784.26, 335.58333, -204223.10 ) Boresight = ( 408647.88, 335.64936, -210217.48 ) Col: 1, Row: 1 = ( 401528.68, 335.82928, -211081.66 ) Col: 2, Row: 1 = ( 408647.88, 335.64936, -210217.48 ) Col: 3, Row: 1 = ( 415756.98, 335.46571, -209344.11 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 397442.32, 336.14085, -206809.87 ) Forward (first) = ( 418784.26, 335.58333, -204223.10 ) Aft (second) = ( 396419.25, 336.57433, -197376.15 ) Forward (second) = ( 417760.34, 335.99280, -194828.39 ) Boresight = ( 407609.30, 336.07881, -200824.57 ) Col: 1, Row: 1 = ( 400490.14, 336.26699, -201676.01 ) Col: 2, Row: 1 = ( 407609.30, 336.07881, -200824.57 ) Col: 3, Row: 1 = ( 414718.26, 335.88716, -199964.42 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 396419.25, 336.57433, -197376.15 ) Forward (first) = ( 417760.34, 335.99280, -194828.39 ) Aft (second) = ( 395425.18, 336.99066, -187900.08 ) Forward (second) = ( 416764.41, 336.38592, -185391.46 ) Boresight = ( 406600.48, 336.49165, -191388.43 ) Col: 1, Row: 1 = ( 399481.74, 336.68783, -192227.09 ) Col: 2, Row: 1 = ( 406600.48, 336.49165, -191388.43 ) Col: 3, Row: 1 = ( 413708.93, 336.29226, -190541.56 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 395425.18, 336.99066, -187900.08 ) Forward (first) = ( 416764.41, 336.38592, -185391.46 ) Aft (second) = ( 394457.56, 337.38955, -178383.55 ) Forward (second) = ( 415794.06, 336.76244, -175914.19 ) Boresight = ( 405618.89, 336.88761, -181910.95 ) Col: 1, Row: 1 = ( 398500.87, 337.09151, -182736.79 ) Col: 2, Row: 1 = ( 405618.89, 336.88761, -181910.95 ) Col: 3, Row: 1 = ( 412726.52, 336.68075, -181077.38 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 394457.56, 337.38955, -178383.55 ) Forward (first) = ( 415794.06, 336.76244, -175914.19 ) Aft (second) = ( 393513.90, 337.77075, -168828.46 ) Forward (second) = ( 414846.97, 337.12211, -166398.48 ) Boresight = ( 404662.07, 337.26643, -172394.01 ) Col: 1, Row: 1 = ( 397545.06, 337.47778, -173206.98 ) Col: 2, Row: 1 = ( 404662.07, 337.26643, -172394.01 ) Col: 3, Row: 1 = ( 411768.63, 337.05238, -171573.80 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 393513.90, 337.77075, -168828.46 ) Forward (first) = ( 414846.97, 337.12211, -166398.48 ) Aft (second) = ( 392591.82, 338.13399, -159236.69 ) Forward (second) = ( 413920.89, 337.46470, -156846.22 ) Boresight = ( 403727.68, 337.62787, -162839.51 ) Col: 1, Row: 1 = ( 396611.89, 337.84636, -163639.58 ) Col: 2, Row: 1 = ( 403727.68, 337.62787, -162839.51 ) Col: 3, Row: 1 = ( 410832.97, 337.40691, -162032.69 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 392591.82, 338.13399, -159236.69 ) Forward (first) = ( 413920.89, 337.46470, -156846.22 ) Aft (second) = ( 391689.04, 338.47905, -149610.17 ) Forward (second) = ( 413013.70, 337.79000, -147259.32 ) Boresight = ( 402813.45, 337.97169, -153249.36 ) Col: 1, Row: 1 = ( 395699.05, 338.19703, -154036.49 ) Col: 2, Row: 1 = ( 402813.45, 337.97169, -153249.36 ) Col: 3, Row: 1 = ( 409917.32, 337.74412, -152455.98 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 391689.04, 338.47905, -149610.17 ) Forward (first) = ( 413013.70, 337.79000, -147259.32 ) Aft (second) = ( 390803.36, 338.80568, -139950.81 ) Forward (second) = ( 412123.33, 338.09779, -137639.70 ) Boresight = ( 401917.22, 338.29767, -143625.47 ) Col: 1, Row: 1 = ( 394804.34, 338.52954, -144399.61 ) Col: 2, Row: 1 = ( 401917.22, 338.29767, -143625.47 ) Col: 3, Row: 1 = ( 409019.56, 338.06377, -142845.56 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 390803.36, 338.80568, -139950.81 ) Forward (first) = ( 412123.33, 338.09779, -137639.70 ) Aft (second) = ( 389932.71, 339.11366, -130260.53 ) Forward (second) = ( 411247.86, 338.38786, -127989.28 ) Boresight = ( 401036.93, 338.60558, -133969.75 ) Col: 1, Row: 1 = ( 393925.64, 338.84368, -134730.87 ) Col: 2, Row: 1 = ( 401036.93, 338.60558, -133969.75 ) Col: 3, Row: 1 = ( 408137.67, 338.36566, -133203.35 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 389932.71, 339.11366, -130260.53 ) Forward (first) = ( 411247.86, 338.38786, -127989.28 ) Aft (second) = ( 389075.14, 339.40280, -120541.25 ) Forward (second) = ( 410385.44, 338.66004, -118309.98 ) Boresight = ( 400170.62, 338.89522, -124284.13 ) Col: 1, Row: 1 = ( 393060.95, 339.13924, -125032.19 ) Col: 2, Row: 1 = ( 400170.62, 338.89522, -124284.13 ) Col: 3, Row: 1 = ( 407269.75, 338.64959, -123531.29 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 389075.14, 339.40280, -120541.25 ) Forward (first) = ( 410385.44, 338.66004, -118309.98 ) Aft (second) = ( 388228.79, 339.67287, -110794.92 ) Forward (second) = ( 409534.36, 338.91412, -108603.73 ) Boresight = ( 399316.46, 339.16640, -114570.54 ) Col: 1, Row: 1 = ( 392208.40, 339.41600, -115305.51 ) Col: 2, Row: 1 = ( 399316.46, 339.16640, -114570.54 ) Col: 3, Row: 1 = ( 406414.00, 338.91537, -113831.29 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 388228.79, 339.67287, -110794.92 ) Forward (first) = ( 409534.36, 338.91412, -108603.73 ) Aft (second) = ( 387391.93, 339.92369, -101023.48 ) Forward (second) = ( 408693.01, 339.14994, -98872.475 ) Boresight = ( 398472.72, 339.41892, -104830.92 ) Col: 1, Row: 1 = ( 391366.22, 339.67377, -105552.76 ) Col: 2, Row: 1 = ( 398472.72, 339.41892, -104830.92 ) Col: 3, Row: 1 = ( 405568.73, 339.16282, -104105.29 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 387391.93, 339.92369, -101023.48 ) Forward (first) = ( 408693.01, 339.14994, -98872.475 ) Aft (second) = ( 386562.97, 340.15507, -91228.861 ) Forward (second) = ( 407859.88, 339.36731, -89118.156 ) Boresight = ( 397637.80, 339.65261, -95067.201 ) Col: 1, Row: 1 = ( 390532.76, 339.91237, -95775.877 ) Col: 2, Row: 1 = ( 397637.80, 339.65261, -95067.201 ) Col: 3, Row: 1 = ( 404732.37, 339.39175, -94355.245 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 386562.97, 340.15507, -91228.861 ) Forward (first) = ( 407859.88, 339.36731, -89118.156 ) Aft (second) = ( 385740.43, 340.36684, -81413.021 ) Forward (second) = ( 407033.62, 339.56608, -79342.719 ) Boresight = ( 396810.20, 339.86727, -85281.340 ) Col: 1, Row: 1 = ( 389706.50, 340.13162, -85976.816 ) Col: 2, Row: 1 = ( 396810.20, 339.86727, -85281.340 ) Col: 3, Row: 1 = ( 403903.48, 339.60200, -84583.085 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 385740.43, 340.36684, -81413.021 ) Forward (first) = ( 407033.62, 339.56608, -79342.719 ) Aft (second) = ( 384922.97, 340.55880, -71577.911 ) Forward (second) = ( 406212.98, 339.74608, -69548.116 ) Boresight = ( 395988.57, 340.06276, -75475.283 ) Col: 1, Row: 1 = ( 388886.06, 340.33133, -76157.524 ) Col: 2, Row: 1 = ( 395988.57, 340.06276, -75475.283 ) Col: 3, Row: 1 = ( 403080.72, 339.79339, -74790.764 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 384922.97, 340.55880, -71577.911 ) Forward (first) = ( 406212.98, 339.74608, -69548.116 ) Aft (second) = ( 384109.38, 340.73081, -61725.490 ) Forward (second) = ( 405396.83, 339.90717, -59736.302 ) Boresight = ( 395171.69, 340.23889, -65650.985 ) Col: 1, Row: 1 = ( 388070.16, 340.51135, -66319.959 ) Col: 2, Row: 1 = ( 395171.69, 340.23889, -65650.985 ) Col: 3, Row: 1 = ( 402262.90, 339.96578, -64980.238 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 384109.38, 340.73081, -61725.490 ) Forward (first) = ( 405396.83, 339.90717, -59736.302 ) Aft (second) = ( 383298.58, 340.88268, -51857.717 ) Forward (second) = ( 404584.18, 340.04918, -49909.236 ) Boresight = ( 394358.45, 340.39552, -55810.404 ) Col: 1, Row: 1 = ( 387257.68, 340.67150, -56466.077 ) Col: 2, Row: 1 = ( 394358.45, 340.39552, -55810.404 ) Col: 3, Row: 1 = ( 401448.96, 340.11900, -55153.462 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 383298.58, 340.88268, -51857.717 ) Forward (first) = ( 404584.18, 340.04918, -49909.236 ) Aft (second) = ( 382489.64, 341.01427, -41976.558 ) Forward (second) = ( 403774.19, 340.17197, -40068.880 ) Boresight = ( 393547.90, 340.53248, -45955.502 ) Col: 1, Row: 1 = ( 386447.65, 340.81162, -46597.842 ) Col: 2, Row: 1 = ( 393547.90, 340.53248, -45955.502 ) Col: 3, Row: 1 = ( 400637.94, 340.25291, -45312.398 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 382489.64, 341.01427, -41976.558 ) Forward (first) = ( 403774.19, 340.17197, -40068.880 ) Aft (second) = ( 381681.78, 341.12541, -32083.977 ) Forward (second) = ( 402966.11, 340.27540, -30217.198 ) Boresight = ( 392739.20, 340.64962, -36088.243 ) Col: 1, Row: 1 = ( 385639.19, 340.93157, -36717.218 ) Col: 2, Row: 1 = ( 392739.20, 340.64962, -36088.243 ) Col: 3, Row: 1 = ( 399829.06, 340.36736, -35459.009 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 381681.78, 341.12541, -32083.977 ) Forward (first) = ( 402966.11, 340.27540, -30217.198 ) Aft (second) = ( 380874.34, 341.21595, -22181.945 ) Forward (second) = ( 402159.38, 340.35934, -20356.157 ) Boresight = ( 391931.67, 340.74681, -26210.593 ) Col: 1, Row: 1 = ( 384831.61, 341.03118, -26826.172 ) Col: 2, Row: 1 = ( 391931.67, 340.74681, -26210.593 ) Col: 3, Row: 1 = ( 399021.64, 340.46220, -25595.262 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 380874.34, 341.21595, -22181.945 ) Forward (first) = ( 402159.38, 340.35934, -20356.157 ) Aft (second) = ( 380066.84, 341.28575, -12272.431 ) Forward (second) = ( 401353.53, 340.42365, -10487.726 ) Boresight = ( 391124.77, 340.82389, -16324.523 ) Col: 1, Row: 1 = ( 384024.35, 341.11032, -16926.675 ) Col: 2, Row: 1 = ( 391124.77, 340.82389, -16324.523 ) Col: 3, Row: 1 = ( 398215.16, 340.53730, -15723.125 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 380066.84, 341.28575, -12272.431 ) Forward (first) = ( 401353.53, 340.42365, -10487.726 ) Aft (second) = ( 379258.91, 341.33466, -2357.4080 ) Forward (second) = ( 400548.27, 340.46819, -613.87510 ) Boresight = ( 390318.10, 340.88073, -6432.0014 ) Col: 1, Row: 1 = ( 383217.00, 341.16882, -7020.6976 ) Col: 2, Row: 1 = ( 390318.10, 340.88073, -6432.0014 ) Col: 3, Row: 1 = ( 397409.24, 340.59253, -5844.5662 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 379258.91, 341.33466, -2357.4080 ) Forward (first) = ( 400548.27, 340.46819, -613.87510 ) Aft (second) = ( 378450.38, 341.36253, 7561.1510 ) Forward (second) = ( 399743.42, 340.49284, 9263.4253 ) Boresight = ( 389511.40, 340.91718, 3464.9991 ) Col: 1, Row: 1 = ( 382409.27, 341.20657, 2889.7883 ) Col: 2, Row: 1 = ( 389511.40, 340.91718, 3464.9991 ) Col: 3, Row: 1 = ( 396603.63, 340.62774, 4038.4418 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 378450.38, 341.36253, 7561.1510 ) Forward (first) = ( 399743.42, 340.49284, 9263.4253 ) Aft (second) = ( 377641.18, 341.36922, 17481.272 ) Forward (second) = ( 398938.98, 340.49747, 19142.203 ) Boresight = ( 388704.57, 340.93312, 13364.506 ) Col: 1, Row: 1 = ( 381601.06, 341.22340, 12802.809 ) Col: 2, Row: 1 = ( 388704.57, 340.93312, 13364.506 ) Col: 3, Row: 1 = ( 395798.24, 340.64281, 13923.927 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 377641.18, 341.36922, 17481.272 ) Forward (first) = ( 398938.98, 340.49747, 19142.203 ) Aft (second) = ( 376831.44, 341.35459, 27400.981 ) Forward (second) = ( 398135.06, 340.48196, 29020.486 ) Boresight = ( 387897.66, 340.92841, 23264.546 ) Col: 1, Row: 1 = ( 380792.42, 341.21919, 22716.391 ) Col: 2, Row: 1 = ( 387897.66, 340.92841, 23264.546 ) Col: 3, Row: 1 = ( 394993.12, 340.63762, 23809.918 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 376831.44, 341.35459, 27400.981 ) Forward (first) = ( 398135.06, 340.48196, 29020.486 ) Aft (second) = ( 376021.42, 341.31852, 37318.304 ) Forward (second) = ( 397331.95, 340.44619, 38896.302 ) Boresight = ( 387090.85, 340.90292, 33163.145 ) Col: 1, Row: 1 = ( 379983.51, 341.19381, 32628.560 ) Col: 2, Row: 1 = ( 387090.85, 340.90292, 33163.145 ) Col: 3, Row: 1 = ( 394188.46, 340.61204, 33694.441 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 376021.42, 341.31852, 37318.304 ) Forward (first) = ( 397331.95, 340.44619, 38896.302 ) Aft (second) = ( 375211.55, 341.26087, 47231.266 ) Forward (second) = ( 396530.06, 340.39004, 48767.679 ) Boresight = ( 386284.49, 340.85654, 43058.332 ) Col: 1, Row: 1 = ( 379174.71, 341.14712, 42537.342 ) Col: 2, Row: 1 = ( 386284.49, 340.85654, 43058.332 ) Col: 3, Row: 1 = ( 393384.62, 340.56595, 43575.525 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 375211.55, 341.26087, 47231.266 ) Forward (first) = ( 396530.06, 340.39004, 48767.679 ) Aft (second) = ( 374402.42, 341.18151, 57137.896 ) Forward (second) = ( 395729.97, 340.31341, 58632.647 ) Boresight = ( 385479.10, 340.78913, 52948.133 ) Col: 1, Row: 1 = ( 378366.51, 341.07899, 52440.765 ) Col: 2, Row: 1 = ( 385479.10, 340.78913, 52948.133 ) Col: 3, Row: 1 = ( 392582.09, 340.49924, 53451.197 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 374402.42, 341.18151, 57137.896 ) Forward (first) = ( 395729.97, 340.31341, 58632.647 ) Aft (second) = ( 373594.77, 341.08031, 67036.222 ) Forward (second) = ( 394932.40, 340.21619, 68489.236 ) Boresight = ( 384675.33, 340.70058, 62830.577 ) Col: 1, Row: 1 = ( 377559.57, 340.98931, 62336.856 ) Col: 2, Row: 1 = ( 384675.33, 340.70058, 62830.577 ) Col: 3, Row: 1 = ( 391781.53, 340.41179, 63319.488 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 373594.77, 341.08031, 67036.222 ) Forward (first) = ( 394932.40, 340.21619, 68489.236 ) Aft (second) = ( 372789.52, 340.95716, 76924.274 ) Forward (second) = ( 394138.24, 340.09826, 78335.479 ) Boresight = ( 383873.99, 340.59078, 72703.694 ) Col: 1, Row: 1 = ( 376754.73, 340.87795, 72223.646 ) Col: 2, Row: 1 = ( 383873.99, 340.59078, 72703.694 ) Col: 3, Row: 1 = ( 390983.75, 340.30349, 73178.427 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 372789.52, 340.95716, 76924.274 ) Forward (first) = ( 394138.24, 340.09826, 78335.479 ) Aft (second) = ( 371987.74, 340.81194, 86800.084 ) Forward (second) = ( 393348.51, 339.95954, 88169.409 ) Boresight = ( 383076.05, 340.45961, 82565.517 ) Col: 1, Row: 1 = ( 375952.96, 340.74480, 82099.164 ) Col: 2, Row: 1 = ( 383076.05, 340.45961, 82565.517 ) Col: 3, Row: 1 = ( 390189.70, 340.17425, 83026.049 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 371987.74, 340.81194, 86800.084 ) Forward (first) = ( 393348.51, 339.95954, 88169.409 ) Aft (second) = ( 371190.67, 340.64454, 96661.686 ) Forward (second) = ( 392564.39, 339.79993, 97989.064 ) Boresight = ( 382282.65, 340.30698, 92414.080 ) Col: 1, Row: 1 = ( 375155.42, 340.58975, 91961.446 ) Col: 2, Row: 1 = ( 382282.65, 340.30698, 92414.080 ) Col: 3, Row: 1 = ( 389400.50, 340.02395, 92860.387 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 371190.67, 340.64454, 96661.686 ) Forward (first) = ( 392564.39, 339.79993, 97989.064 ) Aft (second) = ( 370399.71, 340.45486, 106507.12 ) Forward (second) = ( 391787.23, 339.61934, 107792.48 ) Boresight = ( 381495.08, 340.13278, 102247.42 ) Col: 1, Row: 1 = ( 374363.42, 340.41269, 101808.53 ) Col: 2, Row: 1 = ( 381495.08, 340.13278, 102247.42 ) Col: 3, Row: 1 = ( 388617.42, 339.85251, 102679.48 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 370399.71, 340.45486, 106507.12 ) Forward (first) = ( 391787.23, 339.61934, 107792.48 ) Aft (second) = ( 369616.42, 340.24279, 116334.42 ) Forward (second) = ( 391018.51, 339.41769, 117577.71 ) Boresight = ( 380714.78, 339.93692, 112063.57 ) Col: 1, Row: 1 = ( 373578.42, 340.21352, 111638.45 ) Col: 2, Row: 1 = ( 380714.78, 339.93692, 112063.57 ) Col: 3, Row: 1 = ( 387841.88, 339.65985, 112481.37 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 369616.42, 340.24279, 116334.42 ) Forward (first) = ( 391018.51, 339.41769, 117577.71 ) Aft (second) = ( 368842.55, 340.00826, 126141.64 ) Forward (second) = ( 390259.89, 339.19492, 127342.79 ) Boresight = ( 379943.37, 339.71933, 121860.59 ) Col: 1, Row: 1 = ( 372802.06, 339.99216, 121449.25 ) Col: 2, Row: 1 = ( 379943.37, 339.71933, 121860.59 ) Col: 3, Row: 1 = ( 387075.47, 339.44588, 122264.10 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 368842.55, 340.00826, 126141.64 ) Forward (first) = ( 390259.89, 339.19492, 127342.79 ) Aft (second) = ( 368079.99, 339.75118, 135926.83 ) Forward (second) = ( 389513.15, 338.95095, 137085.77 ) Boresight = ( 379182.61, 339.47991, 131636.51 ) Col: 1, Row: 1 = ( 372036.15, 339.74853, 131238.98 ) Col: 2, Row: 1 = ( 379182.61, 339.47991, 131636.51 ) Col: 3, Row: 1 = ( 386319.93, 339.21053, 132025.71 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 368079.99, 339.75118, 135926.83 ) Forward (first) = ( 389513.15, 338.95095, 137085.77 ) Aft (second) = ( 367330.80, 339.47148, 145688.02 ) Forward (second) = ( 388780.26, 338.68573, 146804.71 ) Boresight = ( 378434.43, 339.21861, 141389.40 ) Col: 1, Row: 1 = ( 371282.64, 339.48256, 141005.69 ) Col: 2, Row: 1 = ( 378434.43, 339.21861, 141389.40 ) Col: 3, Row: 1 = ( 385577.14, 338.95375, 141764.27 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 367330.80, 339.47148, 145688.02 ) Forward (first) = ( 388780.26, 338.68573, 146804.71 ) Aft (second) = ( 366597.20, 339.16911, 155423.30 ) Forward (second) = ( 388063.31, 338.39923, 156497.67 ) Boresight = ( 377700.91, 338.93538, 151117.29 ) Col: 1, Row: 1 = ( 370543.66, 339.19417, 150747.43 ) Col: 2, Row: 1 = ( 377700.91, 338.93538, 151117.29 ) Col: 3, Row: 1 = ( 384849.15, 338.67548, 151477.82 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 366597.20, 339.16911, 155423.30 ) Forward (first) = ( 388063.31, 338.39923, 156497.67 ) Aft (second) = ( 365881.58, 338.84402, 165130.71 ) Forward (second) = ( 387364.57, 338.09140, 166162.72 ) Boresight = ( 376984.29, 338.63016, 160818.26 ) Col: 1, Row: 1 = ( 369821.49, 338.88334, 160462.27 ) Col: 2, Row: 1 = ( 376984.29, 338.63016, 160818.26 ) Col: 3, Row: 1 = ( 384138.17, 338.37568, 161164.43 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 365881.58, 338.84402, 165130.71 ) Forward (first) = ( 387364.57, 338.09140, 166162.72 ) Aft (second) = ( 365186.49, 338.49620, 174808.32 ) Forward (second) = ( 386686.44, 337.76224, 175797.91 ) Boresight = ( 376286.98, 338.30294, 170490.38 ) Col: 1, Row: 1 = ( 369118.57, 338.55002, 170148.27 ) Col: 2, Row: 1 = ( 376286.98, 338.30294, 170490.38 ) Col: 3, Row: 1 = ( 383446.54, 338.05433, 170822.17 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 365186.49, 338.49620, 174808.32 ) Forward (first) = ( 386686.44, 337.76224, 175797.91 ) Aft (second) = ( 364514.64, 338.12562, 184454.21 ) Forward (second) = ( 386031.46, 337.41175, 185401.34 ) Boresight = ( 375611.51, 337.95369, 180131.71 ) Col: 1, Row: 1 = ( 368437.51, 338.19420, 179803.50 ) Col: 2, Row: 1 = ( 375611.51, 337.95369, 180131.71 ) Col: 3, Row: 1 = ( 382776.77, 337.71142, 180449.10 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 364514.64, 338.12562, 184454.21 ) Forward (first) = ( 386031.46, 337.41175, 185401.34 ) Aft (second) = ( 363868.88, 337.73229, 194066.47 ) Forward (second) = ( 385402.33, 337.03993, 194971.08 ) Boresight = ( 374960.60, 337.58242, 189740.33 ) Col: 1, Row: 1 = ( 367781.06, 337.81587, 189426.04 ) Col: 2, Row: 1 = ( 374960.60, 337.58242, 189740.33 ) Col: 3, Row: 1 = ( 382131.51, 337.34695, 190043.31 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 363868.88, 337.73229, 194066.47 ) Forward (first) = ( 385402.33, 337.03993, 194971.08 ) Aft (second) = ( 363252.23, 337.31625, 203643.17 ) Forward (second) = ( 384801.89, 336.64682, 204505.22 ) Boresight = ( 374337.09, 337.18915, 199314.33 ) Col: 1, Row: 1 = ( 367152.14, 337.41506, 199013.97 ) Col: 2, Row: 1 = ( 374337.09, 337.18915, 199314.33 ) Col: 3, Row: 1 = ( 381513.55, 336.96095, 199602.88 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 363252.23, 337.31625, 203643.17 ) Forward (first) = ( 384801.89, 336.64682, 204505.22 ) Aft (second) = ( 362667.86, 336.87754, 213182.41 ) Forward (second) = ( 384233.12, 336.23248, 214001.86 ) Boresight = ( 373743.98, 336.77393, 208851.79 ) Col: 1, Row: 1 = ( 366553.78, 336.99181, 208565.39 ) Col: 2, Row: 1 = ( 373743.98, 336.77393, 208851.79 ) Col: 3, Row: 1 = ( 380925.82, 336.55345, 209125.91 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 362667.86, 336.87754, 213182.41 ) Forward (first) = ( 384233.12, 336.23248, 214001.86 ) Aft (second) = ( 362119.06, 336.41624, 222682.29 ) Forward (second) = ( 383699.13, 335.79697, 223459.10 ) Boresight = ( 373184.41, 336.33680, 218350.83 ) Col: 1, Row: 1 = ( 365989.21, 336.54617, 218078.39 ) Col: 2, Row: 1 = ( 373184.41, 336.33680, 218350.83 ) Col: 3, Row: 1 = ( 380371.41, 336.12453, 218610.50 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 362119.06, 336.41624, 222682.29 ) Forward (first) = ( 383699.13, 335.79697, 223459.10 ) Aft (second) = ( 361609.30, 335.93245, 232140.93 ) Forward (second) = ( 383203.15, 335.34040, 232875.05 ) Boresight = ( 372661.64, 335.87787, 227809.54 ) Col: 1, Row: 1 = ( 365461.76, 336.07824, 227551.08 ) Col: 2, Row: 1 = ( 372661.64, 335.87787, 227809.54 ) Col: 3, Row: 1 = ( 379853.51, 335.67427, 228054.74 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 12:39:02 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1459757.3 km Body center Ra : 105.73103 deg Body Center Dec : 24.412142 deg w: 1 = ( 379174.71, 341.14712, 42537.342 ) Col: 2, Row: 1 = ( 386284.49, 340.85654, 43058.332 ) Col: 3, Row: 1 = ( 393384.62, 340.56595, 43575.525 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 375211.55, 341.26087, 47231.266 ) Forward (firsti24_nans01_08.look_lbl000077505166050166273000000317321166151707100173650ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_08.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_08.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_08" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T09:10:45.915Z SPACECRAFT_CLOCK_START_COUNT = 1/05209630:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_08.look_new_1000077505166050166273000000613221166151707000176220ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 09:10:45.915 SCLK Time : 1/05209630:00:0:0 Spacecraft position = (-392720.36, 1304771.6, 614825.73) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 386907.84, 11.033595, -241577.30 ) Forward (first) = ( 408841.88, 10.596271, -238861.75 ) Aft (second) = ( 385728.54, 11.545142, -232012.86 ) Forward (second) = ( 407668.10, 11.078610, -229334.38 ) Boresight = ( 397291.65, 11.071177, -235464.67 ) Col: 1, Row: 1 = ( 389974.58, 11.219377, -236358.45 ) Col: 2, Row: 1 = ( 397291.65, 11.071177, -235464.67 ) Col: 3, Row: 1 = ( 404599.65, 10.917904, -234560.36 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 385728.54, 11.545142, -232012.86 ) Forward (first) = ( 407668.10, 11.078610, -229334.38 ) Aft (second) = ( 384589.81, 12.039613, -222399.29 ) Forward (second) = ( 406533.08, 11.544650, -219758.02 ) Boresight = ( 396135.56, 11.559448, -225893.45 ) Col: 1, Row: 1 = ( 388816.85, 11.717418, -226775.09 ) Col: 2, Row: 1 = ( 396135.56, 11.559448, -225893.45 ) Col: 3, Row: 1 = ( 403444.97, 11.396736, -225001.76 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 384589.81, 12.039613, -222399.29 ) Forward (first) = ( 406533.08, 11.544650, -219758.02 ) Aft (second) = ( 383488.62, 12.516640, -212738.51 ) Forward (second) = ( 405433.98, 11.994064, -210134.58 ) Boresight = ( 395017.62, 12.030863, -216274.12 ) Col: 1, Row: 1 = ( 387697.87, 12.198334, -217143.58 ) Col: 2, Row: 1 = ( 395017.62, 12.030863, -216274.12 ) Col: 3, Row: 1 = ( 402327.90, 11.858975, -215395.10 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 383488.62, 12.516640, -212738.51 ) Forward (first) = ( 405433.98, 11.994064, -210134.58 ) Aft (second) = ( 382422.01, 12.975878, -203032.44 ) Forward (second) = ( 404368.03, 12.426540, -200465.97 ) Boresight = ( 393934.94, 12.485086, -206608.59 ) Col: 1, Row: 1 = ( 386614.66, 12.661776, -207465.84 ) Col: 2, Row: 1 = ( 393934.94, 12.485086, -206608.59 ) Col: 3, Row: 1 = ( 401245.59, 12.304296, -205742.29 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 382422.01, 12.975878, -203032.44 ) Forward (first) = ( 404368.03, 12.426540, -200465.97 ) Aft (second) = ( 381387.09, 13.416993, -193283.01 ) Forward (second) = ( 403332.51, 12.841778, -190754.13 ) Boresight = ( 392884.69, 12.921794, -196898.81 ) Col: 1, Row: 1 = ( 385564.34, 13.107409, -197743.79 ) Col: 2, Row: 1 = ( 392884.69, 12.921794, -196898.81 ) Col: 3, Row: 1 = ( 400195.27, 12.732387, -196045.26 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 381387.09, 13.416993, -193283.01 ) Forward (first) = ( 403332.51, 12.841778, -190754.13 ) Aft (second) = ( 380381.08, 13.839672, -183492.16 ) Forward (second) = ( 402324.82, 13.239494, -181001.00 ) Boresight = ( 391864.11, 13.340680, -187146.69 ) Col: 1, Row: 1 = ( 384544.09, 13.534916, -187979.37 ) Col: 2, Row: 1 = ( 391864.11, 13.340680, -187146.69 ) Col: 3, Row: 1 = ( 399174.25, 13.142952, -186305.95 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 380381.08, 13.839672, -183492.16 ) Forward (first) = ( 402324.82, 13.239494, -181001.00 ) Aft (second) = ( 379401.27, 14.243613, -173661.83 ) Forward (second) = ( 401342.42, 13.619417, -171208.52 ) Boresight = ( 390870.55, 13.741453, -177354.18 ) Col: 1, Row: 1 = ( 383551.21, 13.943996, -178174.52 ) Col: 2, Row: 1 = ( 390870.55, 13.741453, -177354.18 ) Col: 3, Row: 1 = ( 398179.92, 13.535708, -176526.29 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 379401.27, 14.243613, -173661.83 ) Forward (first) = ( 401342.42, 13.619417, -171208.52 ) Aft (second) = ( 378445.06, 14.628530, -163794.00 ) Forward (second) = ( 400382.88, 13.981288, -161378.66 ) Boresight = ( 389901.45, 14.123834, -167523.25 ) Col: 1, Row: 1 = ( 382583.07, 14.334359, -168331.20 ) Col: 2, Row: 1 = ( 389901.45, 14.123834, -167523.25 ) Col: 3, Row: 1 = ( 397209.79, 13.910387, -166708.24 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 378445.06, 14.628530, -163794.00 ) Forward (first) = ( 400382.88, 13.981288, -161378.66 ) Aft (second) = ( 377509.95, 14.994152, -153890.61 ) Forward (second) = ( 399443.87, 14.324860, -151513.36 ) Boresight = ( 388954.34, 14.487557, -157655.83 ) Col: 1, Row: 1 = ( 381637.14, 14.705731, -158451.36 ) Col: 2, Row: 1 = ( 388954.34, 14.487557, -157655.83 ) Col: 3, Row: 1 = ( 396261.44, 14.266731, -156853.76 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 377509.95, 14.994152, -153890.61 ) Forward (first) = ( 399443.87, 14.324860, -151513.36 ) Aft (second) = ( 376593.58, 15.340218, -143953.65 ) Forward (second) = ( 398523.18, 14.649896, -141614.60 ) Boresight = ( 388026.86, 14.832370, -147753.91 ) Col: 1, Row: 1 = ( 380711.03, 15.057851, -148536.98 ) Col: 2, Row: 1 = ( 388026.86, 14.832370, -147753.91 ) Col: 3, Row: 1 = ( 395332.57, 14.604496, -146964.81 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 376593.58, 15.340218, -143953.65 ) Forward (first) = ( 398523.18, 14.649896, -141614.60 ) Aft (second) = ( 375693.66, 15.666479, -133985.08 ) Forward (second) = ( 397618.67, 14.956172, -131684.35 ) Boresight = ( 387116.77, 15.158030, -137819.46 ) Col: 1, Row: 1 = ( 379802.42, 15.390469, -138590.02 ) Col: 2, Row: 1 = ( 387116.77, 15.158030, -137819.46 ) Col: 3, Row: 1 = ( 394420.98, 14.923445, -137043.36 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 375693.66, 15.666479, -133985.08 ) Forward (first) = ( 397618.67, 14.956172, -131684.35 ) Aft (second) = ( 374808.06, 15.972699, -123986.90 ) Forward (second) = ( 396728.36, 15.243470, -121724.61 ) Boresight = ( 386221.94, 15.464306, -127854.45 ) Col: 1, Row: 1 = ( 378909.15, 15.703346, -128612.48 ) Col: 2, Row: 1 = ( 386221.94, 15.464306, -127854.45 ) Col: 3, Row: 1 = ( 393524.59, 15.223357, -127091.41 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 374808.06, 15.972699, -123986.90 ) Forward (first) = ( 396728.36, 15.243470, -121724.61 ) Aft (second) = ( 373934.76, 16.258650, -113961.09 ) Forward (second) = ( 395850.37, 15.511585, -111737.35 ) Boresight = ( 385340.37, 15.750976, -117860.88 ) Col: 1, Row: 1 = ( 378029.15, 15.996253, -118606.33 ) Col: 2, Row: 1 = ( 385340.37, 15.750976, -117860.88 ) Col: 3, Row: 1 = ( 392641.45, 15.504015, -117110.92 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 373934.76, 16.258650, -113961.09 ) Forward (first) = ( 395850.37, 15.511585, -111737.35 ) Aft (second) = ( 373071.87, 16.524113, -103909.64 ) Forward (second) = ( 394982.94, 15.760317, -101724.57 ) Boresight = ( 384470.16, 16.017829, -107840.73 ) Col: 1, Row: 1 = ( 377160.50, 16.268971, -108573.56 ) Col: 2, Row: 1 = ( 384470.16, 16.017829, -107840.73 ) Col: 3, Row: 1 = ( 391769.71, 15.765214, -107103.89 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 373071.87, 16.524113, -103909.64 ) Forward (first) = ( 394982.94, 15.760317, -101724.57 ) Aft (second) = ( 372217.64, 16.768877, -93834.571 ) Forward (second) = ( 394124.45, 15.989474, -91688.264 ) Boresight = ( 383609.57, 16.264659, -97795.998 ) Col: 1, Row: 1 = ( 376301.40, 16.521288, -98516.188 ) Col: 2, Row: 1 = ( 383609.57, 16.264659, -97795.998 ) Col: 3, Row: 1 = ( 390907.66, 16.006755, -97072.329 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 372217.64, 16.768877, -93834.571 ) Forward (first) = ( 394124.45, 15.989474, -91688.264 ) Aft (second) = ( 371370.46, 16.992741, -83737.873 ) Forward (second) = ( 393273.41, 16.198871, -81630.443 ) Boresight = ( 382756.98, 16.491269, -87728.693 ) Col: 1, Row: 1 = ( 375450.19, 16.753003, -88436.199 ) Col: 2, Row: 1 = ( 382756.98, 16.491269, -87728.693 ) Col: 3, Row: 1 = ( 390053.73, 16.228447, -87018.224 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 371370.46, 16.992741, -83737.873 ) Forward (first) = ( 393273.41, 16.198871, -81630.443 ) Aft (second) = ( 370528.87, 17.195508, -73621.559 ) Forward (second) = ( 392428.45, 16.388331, -71553.110 ) Boresight = ( 381910.91, 16.697471, -77640.819 ) Col: 1, Row: 1 = ( 374605.35, 16.963918, -78335.606 ) Col: 2, Row: 1 = ( 381910.91, 16.697471, -77640.819 ) Col: 3, Row: 1 = ( 389206.47, 16.430107, -76943.585 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 370528.87, 17.195508, -73621.559 ) Forward (first) = ( 392428.45, 16.388331, -71553.110 ) Aft (second) = ( 369691.53, 17.376987, -63487.642 ) Forward (second) = ( 391588.36, 16.557680, -61458.278 ) Boresight = ( 381070.01, 16.883079, -67534.386 ) Col: 1, Row: 1 = ( 373765.50, 17.153843, -68216.420 ) Col: 2, Row: 1 = ( 381070.01, 16.883079, -67534.386 ) Col: 3, Row: 1 = ( 388364.57, 16.611556, -66850.422 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 369691.53, 17.376987, -63487.642 ) Forward (first) = ( 391588.36, 16.557680, -61458.278 ) Aft (second) = ( 368857.29, 17.536994, -53338.140 ) Forward (second) = ( 390752.07, 16.706751, -51347.962 ) Boresight = ( 380233.09, 17.047914, -57411.408 ) Col: 1, Row: 1 = ( 372929.41, 17.322595, -58080.656 ) Col: 2, Row: 1 = ( 380233.09, 17.047914, -57411.408 ) Col: 3, Row: 1 = ( 387526.87, 16.772620, -56740.750 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 368857.29, 17.536994, -53338.140 ) Forward (first) = ( 390752.07, 16.706751, -51347.962 ) Aft (second) = ( 368025.12, 17.675349, -43175.073 ) Forward (second) = ( 389918.62, 16.835379, -41224.180 ) Boresight = ( 379399.10, 17.191804, -47273.905 ) Col: 1, Row: 1 = ( 372096.00, 17.469993, -47930.333 ) Col: 2, Row: 1 = ( 379399.10, 17.191804, -47273.905 ) Col: 3, Row: 1 = ( 386692.35, 16.913132, -46616.585 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 368025.12, 17.675349, -43175.073 ) Forward (first) = ( 389918.62, 16.835379, -41224.180 ) Aft (second) = ( 367194.16, 17.791875, -33000.463 ) Forward (second) = ( 389087.25, 16.943408, -31088.952 ) Boresight = ( 378567.14, 17.314580, -37123.895 ) Col: 1, Row: 1 = ( 371264.36, 17.595863, -37767.472 ) Col: 2, Row: 1 = ( 378567.14, 17.314580, -37123.895 ) Col: 3, Row: 1 = ( 385860.13, 17.032929, -36479.947 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 367194.16, 17.791875, -33000.463 ) Forward (first) = ( 389087.25, 16.943408, -31088.952 ) Aft (second) = ( 366363.71, 17.886402, -22816.335 ) Forward (second) = ( 388257.30, 17.030681, -20944.302 ) Boresight = ( 377736.46, 17.416075, -26963.402 ) Col: 1, Row: 1 = ( 370433.70, 17.700033, -27594.095 ) Col: 2, Row: 1 = ( 377736.46, 17.416075, -26963.402 ) Col: 3, Row: 1 = ( 385029.50, 17.131850, -26332.858 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 366363.71, 17.886402, -22816.335 ) Forward (first) = ( 388257.30, 17.030681, -20944.302 ) Aft (second) = ( 365533.22, 17.958759, -12624.717 ) Forward (second) = ( 387428.30, 17.097046, -10792.255 ) Boresight = ( 376906.47, 17.496130, -16794.452 ) Col: 1, Row: 1 = ( 369603.41, 17.782337, -17412.231 ) Col: 2, Row: 1 = ( 376906.47, 17.496130, -16794.452 ) Col: 3, Row: 1 = ( 384199.87, 17.209739, -16177.344 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 365533.22, 17.958759, -12624.717 ) Forward (first) = ( 387428.30, 17.097046, -10792.255 ) Aft (second) = ( 364702.32, 18.008781, -2427.6373 ) Forward (second) = ( 386599.92, 17.142357, -634.83772 ) Boresight = ( 376076.74, 17.554584, -6619.0716 ) Col: 1, Row: 1 = ( 368773.04, 17.842610, -7223.9046 ) Col: 2, Row: 1 = ( 376076.74, 17.554584, -6619.0716 ) Col: 3, Row: 1 = ( 383370.84, 17.266445, -6015.4303 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 364702.32, 18.008781, -2427.6373 ) Forward (first) = ( 386599.92, 17.142357, -634.83772 ) Aft (second) = ( 363870.79, 18.036305, 7772.8750 ) Forward (second) = ( 385771.97, 17.166468, 9525.9231 ) Boresight = ( 375247.00, 17.591285, 3560.7115 ) Col: 1, Row: 1 = ( 367942.31, 17.880692, 2968.8539 ) Col: 2, Row: 1 = ( 375247.00, 17.591285, 3560.7115 ) Col: 3, Row: 1 = ( 382542.14, 17.301818, 4150.8557 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 363870.79, 18.036305, 7772.8750 ) Forward (first) = ( 385771.97, 17.166468, 9525.9231 ) Aft (second) = ( 363038.60, 18.041172, 17974.790 ) Forward (second) = ( 384944.45, 17.169237, 19687.999 ) Boresight = ( 374417.12, 17.606078, 13742.868 ) Col: 1, Row: 1 = ( 367111.10, 17.896424, 13164.015 ) Col: 2, Row: 1 = ( 374417.12, 17.606078, 13742.868 ) Col: 3, Row: 1 = ( 381713.68, 17.315712, 14319.486 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 363038.60, 18.041172, 17974.790 ) Forward (first) = ( 384944.45, 17.169237, 19687.999 ) Aft (second) = ( 362205.88, 18.023224, 28176.076 ) Forward (second) = ( 384117.50, 17.150526, 29849.361 ) Boresight = ( 373587.18, 17.598817, 23925.368 ) Col: 1, Row: 1 = ( 366279.45, 17.889650, 23359.549 ) Col: 2, Row: 1 = ( 373587.18, 17.598817, 23925.368 ) Col: 3, Row: 1 = ( 380885.50, 17.307984, 24488.431 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 362205.88, 18.023224, 28176.076 ) Forward (first) = ( 384117.50, 17.150526, 29849.361 ) Aft (second) = ( 361372.92, 17.982307, 38374.703 ) Forward (second) = ( 383291.43, 17.110200, 40007.981 ) Boresight = ( 372757.39, 17.569354, 34106.182 ) Col: 1, Row: 1 = ( 365447.57, 17.860219, 33553.425 ) Col: 2, Row: 1 = ( 372757.39, 17.569354, 34106.182 ) Col: 3, Row: 1 = ( 380057.85, 17.278494, 34655.662 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 361372.92, 17.982307, 38374.703 ) Forward (first) = ( 383291.43, 17.110200, 40007.981 ) Aft (second) = ( 360540.21, 17.918270, 48568.642 ) Forward (second) = ( 382466.70, 17.048126, 50161.831 ) Boresight = ( 371928.13, 17.517548, 44283.282 ) Col: 1, Row: 1 = ( 364615.87, 17.807982, 43743.614 ) Col: 2, Row: 1 = ( 371928.13, 17.517548, 44283.282 ) Col: 3, Row: 1 = ( 379231.10, 17.227106, 44819.150 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 360540.21, 17.918270, 48568.642 ) Forward (first) = ( 382466.70, 17.048126, 50161.831 ) Aft (second) = ( 359708.39, 17.830966, 58755.864 ) Forward (second) = ( 381643.96, 16.964178, 60308.884 ) Boresight = ( 371099.97, 17.443259, 54454.637 ) Col: 1, Row: 1 = ( 363784.89, 17.732792, 53928.086 ) Col: 2, Row: 1 = ( 371099.97, 17.443259, 54454.637 ) Col: 3, Row: 1 = ( 378405.82, 17.153687, 54976.868 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 359708.39, 17.830966, 58755.864 ) Forward (first) = ( 381643.96, 16.964178, 60308.884 ) Aft (second) = ( 358878.29, 17.720251, 68934.341 ) Forward (second) = ( 380824.00, 16.858232, 70447.115 ) Boresight = ( 370273.64, 17.346351, 64618.222 ) Col: 1, Row: 1 = ( 362955.39, 17.634508, 64104.813 ) Col: 2, Row: 1 = ( 370273.64, 17.346351, 64618.222 ) Col: 3, Row: 1 = ( 377582.72, 17.058108, 65126.790 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 358878.29, 17.720251, 68934.341 ) Forward (first) = ( 380824.00, 16.858232, 70447.115 ) Aft (second) = ( 358050.93, 17.585986, 79102.047 ) Forward (second) = ( 380007.79, 16.730169, 80574.500 ) Boresight = ( 369450.03, 17.226695, 74772.010 ) Col: 1, Row: 1 = ( 362128.26, 17.512991, 74271.769 ) Col: 2, Row: 1 = ( 369450.03, 17.226695, 74772.010 ) Col: 3, Row: 1 = ( 376762.69, 16.940245, 75266.889 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 358050.93, 17.585986, 79102.047 ) Forward (first) = ( 380007.79, 16.730169, 80574.500 ) Aft (second) = ( 357227.50, 17.428038, 89256.958 ) Forward (second) = ( 379196.47, 16.579875, 90689.016 ) Boresight = ( 368630.23, 17.084164, 84913.977 ) Col: 1, Row: 1 = ( 361304.61, 17.368110, 84426.929 ) Col: 2, Row: 1 = ( 368630.23, 17.084164, 84913.977 ) Col: 3, Row: 1 = ( 375946.80, 16.799978, 85395.143 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 357227.50, 17.428038, 89256.958 ) Forward (first) = ( 379196.47, 16.579875, 90689.016 ) Aft (second) = ( 356409.37, 17.246277, 99397.054 ) Forward (second) = ( 378391.35, 16.407244, 100788.65 ) Boresight = ( 367815.49, 16.918638, 95042.102 ) Col: 1, Row: 1 = ( 360485.70, 17.199736, 94568.272 ) Col: 2, Row: 1 = ( 367815.49, 16.918638, 95042.102 ) Col: 3, Row: 1 = ( 375136.27, 16.637195, 95509.531 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 356409.37, 17.246277, 99397.054 ) Forward (first) = ( 378391.35, 16.407244, 100788.65 ) Aft (second) = ( 355598.08, 17.040585, 109520.32 ) Forward (second) = ( 377593.90, 16.212174, 110871.37 ) Boresight = ( 367007.22, 16.730003, 105154.37 ) Col: 1, Row: 1 = ( 359672.99, 17.007750, 104693.78 ) Col: 2, Row: 1 = ( 367007.22, 16.730003, 105154.37 ) Col: 3, Row: 1 = ( 374332.52, 16.451787, 105608.03 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 355598.08, 17.040585, 109520.32 ) Forward (first) = ( 377593.90, 16.212174, 110871.37 ) Aft (second) = ( 354795.39, 16.810849, 119624.73 ) Forward (second) = ( 376805.78, 15.994574, 120935.19 ) Boresight = ( 366207.04, 16.518154, 115248.75 ) Col: 1, Row: 1 = ( 358868.10, 16.792038, 114801.43 ) Col: 2, Row: 1 = ( 366207.04, 16.518154, 115248.75 ) Col: 3, Row: 1 = ( 373537.11, 16.243656, 115688.64 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 354795.39, 16.810849, 119624.73 ) Forward (first) = ( 376805.78, 15.994574, 120935.19 ) Aft (second) = ( 354003.20, 16.556967, 129708.29 ) Forward (second) = ( 376028.79, 15.754360, 130978.07 ) Boresight = ( 365416.72, 16.282993, 125323.25 ) Col: 1, Row: 1 = ( 358072.85, 16.552496, 124889.22 ) Col: 2, Row: 1 = ( 365416.72, 16.282993, 125323.25 ) Col: 3, Row: 1 = ( 372751.79, 16.012710, 125749.33 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 354003.20, 16.556967, 129708.29 ) Forward (first) = ( 376028.79, 15.754360, 130978.07 ) Aft (second) = ( 353223.62, 16.278845, 139768.97 ) Forward (second) = ( 375264.91, 15.491458, 140998.03 ) Boresight = ( 364638.21, 16.024432, 135375.85 ) Col: 1, Row: 1 = ( 357289.22, 16.289031, 134955.13 ) Col: 2, Row: 1 = ( 364638.21, 16.024432, 135375.85 ) Col: 3, Row: 1 = ( 371978.47, 15.758868, 135788.11 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 353223.62, 16.278845, 139768.97 ) Forward (first) = ( 375264.91, 15.491458, 140998.03 ) Aft (second) = ( 352458.92, 15.976406, 149804.79 ) Forward (second) = ( 374516.32, 15.205808, 150993.06 ) Boresight = ( 363873.65, 15.742396, 145404.55 ) Col: 1, Row: 1 = ( 356519.39, 16.001559, 144997.16 ) Col: 2, Row: 1 = ( 363873.65, 15.742396, 145404.55 ) Col: 3, Row: 1 = ( 371219.26, 15.482059, 145802.97 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 352458.92, 15.976406, 149804.79 ) Forward (first) = ( 374516.32, 15.205808, 150993.06 ) Aft (second) = ( 351711.59, 15.649585, 159813.75 ) Forward (second) = ( 373785.32, 14.897359, 160961.16 ) Boresight = ( 363125.34, 15.436821, 155407.35 ) Col: 1, Row: 1 = ( 355765.71, 15.690012, 155013.31 ) Col: 2, Row: 1 = ( 363125.34, 15.436821, 155407.35 ) Col: 3, Row: 1 = ( 370476.40, 15.182226, 155791.90 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 351711.59, 15.649585, 159813.75 ) Forward (first) = ( 373785.32, 14.897359, 160961.16 ) Aft (second) = ( 350984.25, 15.298332, 169793.84 ) Forward (second) = ( 373074.40, 14.566078, 170900.35 ) Boresight = ( 362395.75, 15.107657, 165382.26 ) Col: 1, Row: 1 = ( 355030.70, 15.354336, 165001.59 ) Col: 2, Row: 1 = ( 362395.75, 15.107657, 165382.26 ) Col: 3, Row: 1 = ( 369752.33, 14.859324, 165752.93 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 350984.25, 15.298332, 169793.84 ) Forward (first) = ( 373074.40, 14.566078, 170900.35 ) Aft (second) = ( 350279.72, 14.922616, 179743.09 ) Forward (second) = ( 372386.22, 14.211946, 180808.63 ) Boresight = ( 361687.54, 14.754873, 175327.29 ) Col: 1, Row: 1 = ( 354317.07, 14.994492, 174960.01 ) Col: 2, Row: 1 = ( 361687.54, 14.754873, 175327.29 ) Col: 3, Row: 1 = ( 369049.64, 14.513324, 175684.06 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 350279.72, 14.922616, 179743.09 ) Forward (first) = ( 372386.22, 14.211946, 180808.63 ) Aft (second) = ( 349601.02, 14.522428, 189659.52 ) Forward (second) = ( 371723.58, 13.834962, 190684.04 ) Boresight = ( 361003.52, 14.378451, 185240.45 ) Col: 1, Row: 1 = ( 353627.70, 14.610462, 184886.58 ) Col: 2, Row: 1 = ( 361003.52, 14.378451, 185240.45 ) Col: 3, Row: 1 = ( 368371.09, 14.144215, 185583.30 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 349601.02, 14.522428, 189659.52 ) Forward (first) = ( 371723.58, 13.834962, 190684.04 ) Aft (second) = ( 348951.29, 14.097779, 199541.15 ) Forward (second) = ( 371089.47, 13.435147, 200524.61 ) Boresight = ( 360346.68, 13.978399, 195119.78 ) Col: 1, Row: 1 = ( 352965.63, 14.202247, 194779.33 ) Col: 2, Row: 1 = ( 360346.68, 13.978399, 195119.78 ) Col: 3, Row: 1 = ( 367719.61, 13.752004, 195448.69 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 348951.29, 14.097779, 199541.15 ) Forward (first) = ( 371089.47, 13.435147, 200524.61 ) Aft (second) = ( 348333.89, 13.648706, 209386.02 ) Forward (second) = ( 370487.01, 13.012539, 210328.36 ) Boresight = ( 359720.16, 13.554742, 204963.29 ) Col: 1, Row: 1 = ( 352334.09, 13.769874, 204636.29 ) Col: 2, Row: 1 = ( 359720.16, 13.554742, 204963.29 ) Col: 3, Row: 1 = ( 367098.27, 13.336721, 205278.25 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 348333.89, 13.648706, 209386.02 ) Forward (first) = ( 370487.01, 13.012539, 210328.36 ) Aft (second) = ( 347752.31, 13.175272, 219192.16 ) Forward (second) = ( 369919.48, 12.567204, 220093.33 ) Boresight = ( 359127.28, 13.107532, 214769.03 ) Col: 1, Row: 1 = ( 351736.46, 13.313391, 214455.50 ) Col: 2, Row: 1 = ( 359127.28, 13.107532, 214769.03 ) Col: 3, Row: 1 = ( 366510.33, 12.898418, 215070.03 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 347752.31, 13.175272, 219192.16 ) Forward (first) = ( 369919.48, 12.567204, 220093.33 ) Aft (second) = ( 347210.20, 12.677573, 228957.63 ) Forward (second) = ( 369390.31, 12.099232, 229817.59 ) Boresight = ( 358571.51, 12.636847, 224535.05 ) Col: 1, Row: 1 = ( 351176.27, 12.832879, 224235.00 ) Col: 2, Row: 1 = ( 358571.51, 12.636847, 224535.05 ) Col: 3, Row: 1 = ( 365959.16, 12.437171, 224822.07 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 347210.20, 12.677573, 228957.63 ) Forward (first) = ( 369390.31, 12.099232, 229817.59 ) Aft (second) = ( 346711.39, 12.155734, 238680.48 ) Forward (second) = ( 368903.06, 11.608741, 239499.19 ) Boresight = ( 358056.45, 12.142792, 234259.40 ) Col: 1, Row: 1 = ( 350657.23, 12.328444, 233972.84 ) Col: 2, Row: 1 = ( 358056.45, 12.142792, 234259.40 ) Col: 3, Row: 1 = ( 365448.31, 11.953085, 234532.42 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:00:14 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1494880.9 km Body center Ra : 106.75115 deg Body Center Dec : 24.285734 deg w: 1 = ( 364615.87, 17.807982, 43743.614 ) Col: 2, Row: 1 = ( 371928.13, 17.517548, 44283.282 ) Col: 3, Row: 1 = ( 379231.10, 17.227106, 44819.150 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 360540.21, 17.918270, 48568.642 ) Forward (firsti24_nans01_09.look_lbl000077505166050166273000000317321166151707100173660ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_09.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_09.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_09" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T10:11:25.913Z SPACECRAFT_CLOCK_START_COUNT = 1/05209690:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_09.look_new_1000077505166050166273000000613221166151707000176230ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 10:11:25.913 SCLK Time : 1/05209690:00:0:0 Spacecraft position = (-424854.85, 1329425.4, 626028.62) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 373065.85, 47.295739, -248185.12 ) Forward (first) = ( 395582.39, 46.907433, -245457.34 ) Aft (second) = ( 371831.27, 47.837442, -238356.76 ) Forward (second) = ( 394356.09, 47.416630, -235664.51 ) Boresight = ( 383712.63, 47.373237, -241934.62 ) Col: 1, Row: 1 = ( 376201.29, 47.505197, -242832.54 ) Col: 2, Row: 1 = ( 383712.63, 47.373237, -241934.62 ) Col: 3, Row: 1 = ( 391215.67, 47.235269, -241025.78 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 371831.27, 47.837442, -238356.76 ) Forward (first) = ( 394356.09, 47.416630, -235664.51 ) Aft (second) = ( 370640.90, 48.361203, -228478.13 ) Forward (second) = ( 393171.87, 47.908727, -225821.53 ) Boresight = ( 382504.48, 47.889537, -232098.11 ) Col: 1, Row: 1 = ( 374990.61, 48.032385, -232984.41 ) Col: 2, Row: 1 = ( 382504.48, 47.889537, -232098.11 ) Col: 3, Row: 1 = ( 390009.77, 47.741072, -231201.38 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 370640.90, 48.361203, -228478.13 ) Forward (first) = ( 393171.87, 47.908727, -225821.53 ) Aft (second) = ( 369491.47, 48.866608, -218551.18 ) Forward (second) = ( 392026.65, 48.383355, -215930.37 ) Boresight = ( 381337.83, 48.388126, -222212.36 ) Col: 1, Row: 1 = ( 373822.13, 48.541570, -223087.01 ) Col: 2, Row: 1 = ( 381337.83, 48.388126, -222212.36 ) Col: 3, Row: 1 = ( 388844.72, 48.229449, -221327.80 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 369491.47, 48.866608, -218551.18 ) Forward (first) = ( 392026.65, 48.383355, -215930.37 ) Aft (second) = ( 368379.75, 49.353260, -208577.90 ) Forward (second) = ( 390917.41, 48.840161, -205993.01 ) Boresight = ( 380209.54, 48.868623, -212279.36 ) Col: 1, Row: 1 = ( 372692.64, 49.032355, -213142.31 ) Col: 2, Row: 1 = ( 380209.54, 48.868623, -212279.36 ) Col: 3, Row: 1 = ( 387717.43, 48.700032, -211407.00 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 368379.75, 49.353260, -208577.90 ) Forward (first) = ( 390917.41, 48.840161, -205993.01 ) Aft (second) = ( 367302.62, 49.820783, -198560.27 ) Forward (second) = ( 389841.22, 49.278811, -196011.42 ) Boresight = ( 379116.55, 49.330662, -202301.07 ) Col: 1, Row: 1 = ( 371599.00, 49.504362, -203152.28 ) Col: 2, Row: 1 = ( 379116.55, 49.330662, -202301.07 ) Col: 3, Row: 1 = ( 386624.91, 49.152470, -201440.96 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 367302.62, 49.820783, -198560.27 ) Forward (first) = ( 389841.22, 49.278811, -196011.42 ) Aft (second) = ( 366257.04, 50.268820, -188500.28 ) Forward (second) = ( 388795.25, 49.698982, -185987.61 ) Boresight = ( 378055.86, 49.773898, -192279.49 ) Col: 1, Row: 1 = ( 370538.15, 49.957230, -193118.92 ) Col: 2, Row: 1 = ( 378055.86, 49.773898, -192279.49 ) Col: 3, Row: 1 = ( 385564.23, 49.586430, -191431.67 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 366257.04, 50.268820, -188500.28 ) Forward (first) = ( 388795.25, 49.698982, -185987.61 ) Aft (second) = ( 365240.07, 50.697030, -178399.94 ) Forward (second) = ( 387776.76, 50.100372, -175923.57 ) Boresight = ( 377024.60, 50.198001, -182216.61 ) Col: 1, Row: 1 = ( 369507.16, 50.390617, -183044.22 ) Col: 2, Row: 1 = ( 377024.60, 50.198001, -182216.61 ) Col: 3, Row: 1 = ( 384532.57, 50.001594, -181381.13 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 365240.07, 50.697030, -178399.94 ) Forward (first) = ( 387776.76, 50.100372, -175923.57 ) Aft (second) = ( 364248.89, 51.105089, -168261.25 ) Forward (second) = ( 386783.11, 50.482689, -165821.30 ) Boresight = ( 376019.97, 50.602658, -172114.44 ) Col: 1, Row: 1 = ( 368503.15, 50.804198, -172930.19 ) Col: 2, Row: 1 = ( 376019.97, 50.602658, -172114.44 ) Col: 3, Row: 1 = ( 383527.22, 50.397659, -171291.34 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 364248.89, 51.105089, -168261.25 ) Forward (first) = ( 386783.11, 50.482689, -165821.30 ) Aft (second) = ( 363280.77, 51.492690, -158086.24 ) Forward (second) = ( 385811.75, 50.845656, -155682.83 ) Boresight = ( 375039.30, 50.987568, -161974.99 ) Col: 1, Row: 1 = ( 367523.41, 51.197662, -162778.84 ) Col: 2, Row: 1 = ( 375039.30, 50.987568, -161974.99 ) Col: 3, Row: 1 = ( 382545.55, 50.774337, -161164.32 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 363280.77, 51.492690, -158086.24 ) Forward (first) = ( 385811.75, 50.845656, -155682.83 ) Aft (second) = ( 362333.13, 51.859538, -147876.93 ) Forward (second) = ( 384860.28, 51.189010, -145510.19 ) Boresight = ( 374080.02, 51.352447, -151800.29 ) Col: 1, Row: 1 = ( 366565.29, 51.570714, -152592.20 ) Col: 2, Row: 1 = ( 374080.02, 51.352447, -151800.29 ) Col: 3, Row: 1 = ( 381585.06, 51.131352, -151002.08 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 362333.13, 51.859538, -147876.93 ) Forward (first) = ( 384860.28, 51.189010, -145510.19 ) Aft (second) = ( 361403.48, 52.205354, -137635.35 ) Forward (second) = ( 383926.40, 51.512497, -135305.39 ) Boresight = ( 373139.69, 51.697024, -141592.37 ) Col: 1, Row: 1 = ( 365626.29, 51.923073, -142372.29 ) Col: 2, Row: 1 = ( 373139.69, 51.697024, -141592.37 ) Col: 3, Row: 1 = ( 380643.36, 51.468441, -140806.66 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 361403.48, 52.205354, -137635.35 ) Forward (first) = ( 383926.40, 51.512497, -135305.39 ) Aft (second) = ( 360489.50, 52.529870, -127363.54 ) Forward (second) = ( 383007.93, 51.815877, -125070.48 ) Boresight = ( 372215.99, 52.021038, -131353.25 ) Col: 1, Row: 1 = ( 364704.04, 52.254470, -132121.16 ) Col: 2, Row: 1 = ( 372215.99, 52.021038, -131353.25 ) Col: 3, Row: 1 = ( 379718.18, 51.785354, -130580.08 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 360489.50, 52.529870, -127363.54 ) Forward (first) = ( 383007.93, 51.815877, -125070.48 ) Aft (second) = ( 359588.98, 52.832829, -117063.54 ) Forward (second) = ( 382102.84, 52.098917, -114807.50 ) Boresight = ( 371306.73, 52.324242, -121084.98 ) Col: 1, Row: 1 = ( 363796.30, 52.564647, -121840.83 ) Col: 2, Row: 1 = ( 371306.73, 52.324242, -121084.98 ) Col: 3, Row: 1 = ( 378807.41, 52.081851, -120324.39 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 359588.98, 52.832829, -117063.54 ) Forward (first) = ( 382102.84, 52.098917, -114807.50 ) Aft (second) = ( 358699.86, 53.113986, -106737.42 ) Forward (second) = ( 381209.21, 52.361395, -104518.49 ) Boresight = ( 370409.87, 52.606395, -110789.60 ) Col: 1, Row: 1 = ( 362900.97, 52.853357, -111533.36 ) Col: 2, Row: 1 = ( 370409.87, 52.606395, -110789.60 ) Col: 3, Row: 1 = ( 377909.03, 52.357699, -110041.63 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 358699.86, 53.113986, -106737.42 ) Forward (first) = ( 381209.21, 52.361395, -104518.49 ) Aft (second) = ( 357820.24, 53.373103, -96387.209 ) Forward (second) = ( 380325.28, 52.603098, -94205.520 ) Boresight = ( 369523.49, 52.867270, -100469.17 ) Col: 1, Row: 1 = ( 362016.08, 53.120364, -101200.80 ) Col: 2, Row: 1 = ( 369523.49, 52.867270, -100469.17 ) Col: 3, Row: 1 = ( 377021.19, 52.612679, -99733.863 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 357820.24, 53.373103, -96387.209 ) Forward (first) = ( 380325.28, 52.603098, -94205.520 ) Aft (second) = ( 356948.35, 53.609953, -86014.984 ) Forward (second) = ( 379449.41, 52.823819, -83870.638 ) Boresight = ( 368645.83, 53.106646, -90125.744 ) Col: 1, Row: 1 = ( 361139.82, 53.365439, -90845.209 ) Col: 2, Row: 1 = ( 368645.83, 53.106646, -90125.744 ) Col: 3, Row: 1 = ( 376142.15, 52.846577, -89403.133 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 356948.35, 53.609953, -86014.984 ) Forward (first) = ( 379449.41, 52.823819, -83870.638 ) Aft (second) = ( 356082.59, 53.824315, -75622.804 ) Forward (second) = ( 378580.14, 53.023359, -73515.909 ) Boresight = ( 367775.27, 53.324310, -79761.384 ) Col: 1, Row: 1 = ( 360270.53, 53.588362, -80468.648 ) Col: 2, Row: 1 = ( 367775.27, 53.324310, -79761.384 ) Col: 3, Row: 1 = ( 375270.36, 53.059186, -79051.505 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 356082.59, 53.824315, -75622.804 ) Forward (first) = ( 378580.14, 53.023359, -73515.909 ) Aft (second) = ( 355221.52, 54.015974, -65212.739 ) Forward (second) = ( 377716.14, 53.201524, -63143.400 ) Boresight = ( 366910.36, 53.520055, -69378.156 ) Col: 1, Row: 1 = ( 359406.72, 53.788919, -70073.185 ) Col: 2, Row: 1 = ( 366910.36, 53.520055, -69378.156 ) Col: 3, Row: 1 = ( 374404.39, 53.250307, -68681.045 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 355221.52, 54.015974, -65212.739 ) Forward (first) = ( 377716.14, 53.201524, -63143.400 ) Aft (second) = ( 354363.86, 54.184723, -54786.861 ) Forward (second) = ( 376856.23, 53.358128, -52755.181 ) Boresight = ( 366049.78, 53.693681, -58978.130 ) Col: 1, Row: 1 = ( 358547.04, 53.966902, -59660.889 ) Col: 2, Row: 1 = ( 366049.78, 53.693681, -58978.130 ) Col: 3, Row: 1 = ( 373542.97, 53.419747, -58293.821 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 354363.86, 54.184723, -54786.861 ) Forward (first) = ( 376856.23, 53.358128, -52755.181 ) Aft (second) = ( 353508.50, 54.330358, -44347.245 ) Forward (second) = ( 375999.39, 53.492986, -42353.325 ) Boresight = ( 365192.39, 53.844993, -48563.378 ) Col: 1, Row: 1 = ( 357690.31, 54.122111, -49233.833 ) Col: 2, Row: 1 = ( 365192.39, 53.844993, -48563.378 ) Col: 3, Row: 1 = ( 372684.99, 53.567316, -47891.906 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 353508.50, 54.330358, -44347.245 ) Forward (first) = ( 375999.39, 53.492986, -42353.325 ) Aft (second) = ( 352654.49, 54.452681, -33895.969 ) Forward (second) = ( 375144.77, 53.605922, -31939.908 ) Boresight = ( 364337.22, 53.973801, -38135.976 ) Col: 1, Row: 1 = ( 356835.52, 54.254347, -38794.094 ) Col: 2, Row: 1 = ( 364337.22, 53.973801, -38135.976 ) Col: 3, Row: 1 = ( 371829.50, 53.692833, -37477.375 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 352654.49, 54.452681, -33895.969 ) Forward (first) = ( 375144.77, 53.605922, -31939.908 ) Aft (second) = ( 351801.08, 54.551496, -23435.114 ) Forward (second) = ( 374291.68, 53.696762, -21517.010 ) Boresight = ( 363483.45, 54.079919, -27698.003 ) Col: 1, Row: 1 = ( 355981.83, 54.363417, -28343.752 ) Col: 2, Row: 1 = ( 363483.45, 54.079919, -27698.003 ) Col: 3, Row: 1 = ( 370975.71, 53.796117, -27052.306 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 351801.08, 54.551496, -23435.114 ) Forward (first) = ( 374291.68, 53.696762, -21517.010 ) Aft (second) = ( 350947.67, 54.626614, -12966.761 ) Forward (second) = ( 373439.60, 53.765334, -11086.710 ) Boresight = ( 362630.44, 54.163165, -17251.539 ) Col: 1, Row: 1 = ( 355128.58, 54.449133, -17884.886 ) Col: 2, Row: 1 = ( 362630.44, 54.163165, -17251.539 ) Col: 3, Row: 1 = ( 370123.00, 53.876993, -16618.778 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 350947.67, 54.626614, -12966.761 ) Forward (first) = ( 373439.60, 53.765334, -11086.710 ) Aft (second) = ( 350093.86, 54.677844, -2492.9950 ) Forward (second) = ( 372588.16, 53.811472, -651.08962 ) Boresight = ( 361777.72, 54.223361, -6798.6659 ) Col: 1, Row: 1 = ( 354275.27, 54.511309, -7419.5813 ) Col: 2, Row: 1 = ( 361777.72, 54.223361, -6798.6659 ) Col: 3, Row: 1 = ( 369270.92, 53.935290, -6178.8738 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 350093.86, 54.677844, -2492.9950 ) Forward (first) = ( 372588.16, 53.811472, -651.08962 ) Aft (second) = ( 349239.42, 54.705004, 7984.0998 ) Forward (second) = ( 371737.18, 53.835013, 9787.7672 ) Boresight = ( 360924.99, 54.260331, 3658.5318 ) Col: 1, Row: 1 = ( 353421.61, 54.549761, 3050.0798 ) Col: 2, Row: 1 = ( 360924.99, 54.260331, 3658.5318 ) Col: 3, Row: 1 = ( 368419.20, 53.970838, 4265.3248 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 349239.42, 54.705004, 7984.0998 ) Forward (first) = ( 371737.18, 53.835013, 9787.7672 ) Aft (second) = ( 348384.30, 54.707909, 18462.438 ) Forward (second) = ( 370886.66, 53.835796, 20227.777 ) Boresight = ( 360072.15, 54.273902, 14117.970 ) Col: 1, Row: 1 = ( 352567.45, 54.564311, 13522.012 ) Col: 2, Row: 1 = ( 360072.15, 54.273902, 14117.970 ) Col: 3, Row: 1 = ( 367567.73, 53.983473, 14711.734 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 348384.30, 54.707909, 18462.438 ) Forward (first) = ( 370886.66, 53.835796, 20227.777 ) Aft (second) = ( 347528.67, 54.686381, 28939.933 ) Forward (second) = ( 370036.74, 53.813664, 30666.857 ) Boresight = ( 359219.25, 54.263906, 24577.565 ) Col: 1, Row: 1 = ( 351712.87, 54.554780, 23994.129 ) Col: 2, Row: 1 = ( 359219.25, 54.263906, 24577.565 ) Col: 3, Row: 1 = ( 366716.58, 53.973033, 25158.269 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 347528.67, 54.686381, 28939.933 ) Forward (first) = ( 370036.74, 53.813664, 30666.857 ) Aft (second) = ( 346672.85, 54.640243, 39414.501 ) Forward (second) = ( 369187.79, 53.768464, 41102.923 ) Boresight = ( 358366.54, 54.230175, 35035.230 ) Col: 1, Row: 1 = ( 350858.09, 54.520996, 34464.347 ) Col: 2, Row: 1 = ( 358366.54, 54.230175, 35035.230 ) Col: 3, Row: 1 = ( 365866.00, 53.939358, 35602.846 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 346672.85, 54.640243, 39414.501 ) Forward (first) = ( 369187.79, 53.768464, 41102.923 ) Aft (second) = ( 345817.37, 54.569321, 49884.055 ) Forward (second) = ( 368340.31, 53.700045, 51533.891 ) Boresight = ( 357514.46, 54.172548, 45488.882 ) Col: 1, Row: 1 = ( 350003.57, 54.462786, 44930.580 ) Col: 2, Row: 1 = ( 357514.46, 54.172548, 45488.882 ) Col: 3, Row: 1 = ( 365016.43, 53.882293, 46043.382 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 345817.37, 54.569321, 49884.055 ) Forward (first) = ( 368340.31, 53.700045, 51533.891 ) Aft (second) = ( 344962.97, 54.473446, 60346.513 ) Forward (second) = ( 367495.01, 53.608262, 61957.680 ) Boresight = ( 356663.62, 54.090864, 55936.437 ) Col: 1, Row: 1 = ( 349149.91, 54.379984, 55390.743 ) Col: 2, Row: 1 = ( 356663.62, 54.090864, 55936.437 ) Col: 3, Row: 1 = ( 364168.48, 53.801686, 56477.793 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 344962.97, 54.473446, 60346.513 ) Forward (first) = ( 367495.01, 53.608262, 61957.680 ) Aft (second) = ( 344110.56, 54.352451, 70799.791 ) Forward (second) = ( 366652.77, 53.492973, 72372.210 ) Boresight = ( 355814.84, 53.984969, 66375.812 ) Col: 1, Row: 1 = ( 348297.95, 54.272426, 65842.755 ) Col: 2, Row: 1 = ( 355814.84, 53.984969, 66375.812 ) Col: 3, Row: 1 = ( 363322.94, 53.697390, 66903.997 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 344110.56, 54.352451, 70799.791 ) Forward (first) = ( 366652.77, 53.492973, 72372.210 ) Aft (second) = ( 343261.26, 54.206177, 81241.809 ) Forward (second) = ( 365814.67, 53.354041, 82775.401 ) Boresight = ( 354969.11, 53.854712, 76804.927 ) Col: 1, Row: 1 = ( 347448.68, 54.139953, 76284.532 ) Col: 2, Row: 1 = ( 354969.11, 53.854712, 76804.927 ) Col: 3, Row: 1 = ( 362480.81, 53.569262, 77319.916 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 343261.26, 54.206177, 81241.809 ) Forward (first) = ( 365814.67, 53.354041, 82775.401 ) Aft (second) = ( 342416.38, 54.034468, 91670.488 ) Forward (second) = ( 364981.95, 53.191337, 93165.177 ) Boresight = ( 354127.62, 53.699948, 87221.703 ) Col: 1, Row: 1 = ( 346603.32, 53.982412, 86713.997 ) Col: 2, Row: 1 = ( 354127.62, 53.699948, 87221.703 ) Col: 3, Row: 1 = ( 361643.24, 53.417165, 87723.469 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 342416.38, 54.034468, 91670.488 ) Forward (first) = ( 364981.95, 53.191337, 93165.177 ) Aft (second) = ( 341577.45, 53.837175, 102083.75 ) Forward (second) = ( 364156.07, 53.004736, 103539.46 ) Boresight = ( 353291.75, 53.520538, 97624.064 ) Col: 1, Row: 1 = ( 345763.28, 53.799656, 97129.072 ) Col: 2, Row: 1 = ( 353291.75, 53.520538, 97624.064 ) Col: 3, Row: 1 = ( 360811.61, 53.240968, 98112.582 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 341577.45, 53.837175, 102083.75 ) Forward (first) = ( 364156.07, 53.004736, 103539.46 ) Aft (second) = ( 340746.19, 53.614160, 112479.53 ) Forward (second) = ( 363338.65, 52.794123, 113896.19 ) Boresight = ( 352463.09, 53.316350, 108009.94 ) Col: 1, Row: 1 = ( 344930.16, 53.591544, 107527.68 ) Col: 2, Row: 1 = ( 352463.09, 53.316350, 108009.94 ) Col: 3, Row: 1 = ( 359987.46, 53.040548, 108485.18 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 340746.19, 53.614160, 112479.53 ) Forward (first) = ( 363338.65, 52.794123, 113896.19 ) Aft (second) = ( 339924.52, 53.365292, 122855.75 ) Forward (second) = ( 362531.49, 52.559392, 124233.29 ) Boresight = ( 351643.38, 53.087263, 118377.25 ) Col: 1, Row: 1 = ( 344105.76, 53.357945, 117907.76 ) Col: 2, Row: 1 = ( 351643.38, 53.087263, 118377.25 ) Col: 3, Row: 1 = ( 359172.52, 52.815789, 118839.20 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 339924.52, 53.365292, 122855.75 ) Forward (first) = ( 362531.49, 52.559392, 124233.29 ) Aft (second) = ( 339114.55, 53.090451, 133210.35 ) Forward (second) = ( 361736.61, 52.300445, 134548.70 ) Boresight = ( 350834.61, 52.833163, 128723.94 ) Col: 1, Row: 1 = ( 343292.09, 53.098739, 128267.23 ) Col: 2, Row: 1 = ( 350834.61, 52.833163, 128723.94 ) Col: 3, Row: 1 = ( 358368.73, 52.566587, 129172.57 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 339114.55, 53.090451, 133210.35 ) Forward (first) = ( 361736.61, 52.300445, 134548.70 ) Aft (second) = ( 338318.63, 52.789530, 143541.27 ) Forward (second) = ( 360956.19, 52.017199, 144840.36 ) Boresight = ( 350038.93, 52.553948, 139047.94 ) Col: 1, Row: 1 = ( 342491.34, 52.813817, 138604.04 ) Col: 2, Row: 1 = ( 350038.93, 52.553948, 139047.94 ) Col: 3, Row: 1 = ( 357578.19, 52.292846, 139483.23 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 338318.63, 52.789530, 143541.27 ) Forward (first) = ( 360956.19, 52.017199, 144840.36 ) Aft (second) = ( 337539.27, 52.462439, 153846.45 ) Forward (second) = ( 360192.60, 51.709582, 155106.22 ) Boresight = ( 349258.68, 52.249532, 149347.19 ) Col: 1, Row: 1 = ( 341705.92, 52.503084, 148916.13 ) Col: 2, Row: 1 = ( 349258.68, 52.249532, 149347.19 ) Col: 3, Row: 1 = ( 356803.21, 51.994486, 149769.12 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 337539.27, 52.462439, 153846.45 ) Forward (first) = ( 360192.60, 51.709582, 155106.22 ) Aft (second) = ( 336779.19, 52.109102, 164123.84 ) Forward (second) = ( 359448.40, 51.377537, 165344.23 ) Boresight = ( 348496.42, 51.919839, 159619.65 ) Col: 1, Row: 1 = ( 340938.43, 52.166458, 159201.44 ) Col: 2, Row: 1 = ( 348496.42, 51.919839, 159619.65 ) Col: 3, Row: 1 = ( 356046.29, 51.671440, 160028.20 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 336779.19, 52.109102, 164123.84 ) Forward (first) = ( 359448.40, 51.377537, 165344.23 ) Aft (second) = ( 336041.34, 51.729464, 174371.39 ) Forward (second) = ( 358726.34, 51.021026, 175552.34 ) Boresight = ( 347754.89, 51.564815, 169863.25 ) Col: 1, Row: 1 = ( 340191.66, 51.803879, 169457.93 ) Col: 2, Row: 1 = ( 347754.89, 51.564815, 169863.25 ) Col: 3, Row: 1 = ( 355310.09, 51.323658, 170258.41 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 336041.34, 51.729464, 174371.39 ) Forward (first) = ( 358726.34, 51.021026, 175552.34 ) Aft (second) = ( 335328.83, 51.323492, 184587.07 ) Forward (second) = ( 358029.34, 50.640030, 185728.51 ) Boresight = ( 347036.99, 51.184423, 180075.98 ) Col: 1, Row: 1 = ( 339468.60, 51.415304, 179683.55 ) Col: 2, Row: 1 = ( 347036.99, 51.184423, 180075.98 ) Col: 3, Row: 1 = ( 354597.49, 50.951106, 180457.71 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 335328.83, 51.323492, 184587.07 ) Forward (first) = ( 358029.34, 50.640030, 185728.51 ) Aft (second) = ( 334644.97, 50.891177, 194768.84 ) Forward (second) = ( 357360.50, 50.234548, 195870.72 ) Boresight = ( 346345.86, 50.778647, 190255.77 ) Col: 1, Row: 1 = ( 338772.45, 51.000713, 189876.26 ) Col: 2, Row: 1 = ( 346345.86, 50.778647, 190255.77 ) Col: 3, Row: 1 = ( 353911.53, 50.553775, 190624.07 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 334644.97, 50.891177, 194768.84 ) Forward (first) = ( 357360.50, 50.234548, 195870.72 ) Aft (second) = ( 333993.27, 50.432535, 204914.67 ) Forward (second) = ( 356723.09, 49.804607, 205976.94 ) Boresight = ( 345684.78, 50.347496, 200400.62 ) Col: 1, Row: 1 = ( 338106.56, 50.560113, 200034.04 ) Col: 2, Row: 1 = ( 345684.78, 50.347496, 200400.62 ) Col: 3, Row: 1 = ( 353255.44, 50.131674, 200755.46 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 333993.27, 50.432535, 204914.67 ) Forward (first) = ( 356723.09, 49.804607, 205976.94 ) Aft (second) = ( 333377.43, 49.947617, 215022.55 ) Forward (second) = ( 356120.56, 49.350256, 216045.15 ) Boresight = ( 345057.24, 49.891005, 210508.49 ) Col: 1, Row: 1 = ( 337474.50, 50.093536, 210154.87 ) Col: 2, Row: 1 = ( 345057.24, 49.891005, 210508.49 ) Col: 3, Row: 1 = ( 352632.60, 49.684842, 210849.86 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 333377.43, 49.947617, 215022.55 ) Forward (first) = ( 356120.56, 49.350256, 216045.15 ) Aft (second) = ( 332801.31, 49.436503, 225090.47 ) Forward (second) = ( 355556.53, 48.871574, 226073.35 ) Boresight = ( 344466.88, 49.409238, 220577.37 ) Col: 1, Row: 1 = ( 336880.00, 49.601048, 220236.73 ) Col: 2, Row: 1 = ( 344466.88, 49.409238, 220577.37 ) Col: 3, Row: 1 = ( 352046.60, 49.213342, 220905.25 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 332801.31, 49.436503, 225090.47 ) Forward (first) = ( 355556.53, 48.871574, 226073.35 ) Aft (second) = ( 332268.96, 48.899311, 235116.41 ) Forward (second) = ( 355034.76, 48.368671, 236059.52 ) Boresight = ( 343917.53, 48.902292, 230605.26 ) Col: 1, Row: 1 = ( 336326.98, 49.082747, 230277.60 ) Col: 2, Row: 1 = ( 343917.53, 48.902292, 230605.26 ) Col: 3, Row: 1 = ( 351501.17, 48.717269, 230919.63 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 332268.96, 48.899311, 235116.41 ) Forward (first) = ( 355034.76, 48.368671, 236059.52 ) Aft (second) = ( 331784.60, 48.336198, 245098.39 ) Forward (second) = ( 354559.17, 47.841691, 246001.69 ) Boresight = ( 343413.16, 48.370298, 240590.15 ) Col: 1, Row: 1 = ( 335819.52, 48.538767, 240275.50 ) Col: 2, Row: 1 = ( 343413.16, 48.370298, 240590.15 ) Col: 3, Row: 1 = ( 351000.19, 48.196750, 240891.00 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:01:43 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1529635.7 km Body center Ra : 107.72272 deg Body Center Dec : 24.158764 deg w: 1 = ( 350003.57, 54.462786, 44930.580 ) Col: 2, Row: 1 = ( 357514.46, 54.172548, 45488.882 ) Col: 3, Row: 1 = ( 365016.43, 53.882293, 46043.382 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 345817.37, 54.569321, 49884.055 ) Forward (firsti24_nans01_10.look_lbl000077505166050166273000000317321166151707100173560ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_10.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_10.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_10" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T11:12:05.911Z SPACECRAFT_CLOCK_START_COUNT = 1/05209750:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END = COLUMN OBJECT i24_nans01_10.look_new_1000077505166050166273000000613221166151707000176130ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 11:12:05.911 SCLK Time : 1/05209750:00:0:0 Spacecraft position = (-456790.06, 1353455.8, 636938.00) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 358792.59, 83.530921, -254696.35 ) Forward (first) = ( 381878.26, 83.198886, -251959.74 ) Aft (second) = ( 357500.68, 84.105321, -244608.15 ) Forward (second) = ( 380597.96, 83.737023, -241905.47 ) Boresight = ( 369694.60, 83.653350, -248311.70 ) Col: 1, Row: 1 = ( 361993.42, 83.766632, -249212.63 ) Col: 2, Row: 1 = ( 369694.60, 83.653350, -248311.70 ) Col: 3, Row: 1 = ( 377388.39, 83.532923, -247399.45 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 357500.68, 84.105321, -244608.15 ) Forward (first) = ( 380597.96, 83.737023, -241905.47 ) Aft (second) = ( 356256.97, 84.660878, -234468.55 ) Forward (second) = ( 379363.33, 84.257225, -231799.92 ) Boresight = ( 368432.79, 84.199962, -238213.96 ) Col: 1, Row: 1 = ( 360728.01, 84.325408, -239103.82 ) Col: 2, Row: 1 = ( 368432.79, 84.199962, -238213.96 ) Col: 3, Row: 1 = ( 376129.84, 84.067832, -237313.30 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 356256.97, 84.660878, -234468.55 ) Forward (first) = ( 379363.33, 84.257225, -231799.92 ) Aft (second) = ( 355057.90, 85.197119, -224279.56 ) Forward (second) = ( 378171.03, 84.759074, -221645.13 ) Boresight = ( 367216.14, 84.727967, -228065.89 ) Col: 1, Row: 1 = ( 359508.57, 84.865262, -228944.63 ) Col: 2, Row: 1 = ( 367216.14, 84.727967, -228065.89 ) Col: 3, Row: 1 = ( 374915.66, 84.584443, -227176.87 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 355057.90, 85.197119, -224279.56 ) Forward (first) = ( 378171.03, 84.759074, -221645.13 ) Aft (second) = ( 353899.97, 85.713592, -214043.21 ) Forward (second) = ( 377017.80, 85.242170, -211443.11 ) Boresight = ( 366041.22, 85.236932, -217869.51 ) Col: 1, Row: 1 = ( 358331.62, 85.385741, -218737.09 ) Col: 2, Row: 1 = ( 366041.22, 85.236932, -217869.51 ) Col: 3, Row: 1 = ( 373742.51, 85.082339, -216992.17 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 353899.97, 85.713592, -214043.21 ) Forward (first) = ( 377017.80, 85.242170, -211443.11 ) Aft (second) = ( 352779.80, 86.209867, -203761.54 ) Forward (second) = ( 375900.47, 85.706134, -201195.90 ) Boresight = ( 364904.73, 85.726443, -207626.85 ) Col: 1, Row: 1 = ( 357193.77, 85.886414, -208483.23 ) Col: 2, Row: 1 = ( 364904.73, 85.726443, -207626.85 ) Col: 3, Row: 1 = ( 372607.13, 85.561124, -206761.24 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 352779.80, 86.209867, -203761.54 ) Forward (first) = ( 375900.47, 85.706134, -201195.90 ) Aft (second) = ( 351694.08, 86.685536, -193436.60 ) Forward (second) = ( 374815.96, 86.150606, -190905.54 ) Boresight = ( 363803.41, 86.196108, -197339.96 ) Col: 1, Row: 1 = ( 356091.69, 86.366872, -198185.10 ) Col: 2, Row: 1 = ( 363803.41, 86.196108, -197339.96 ) Col: 3, Row: 1 = ( 371506.38, 86.020419, -196486.12 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 351694.08, 86.685536, -193436.60 ) Forward (first) = ( 374815.96, 86.150606, -190905.54 ) Aft (second) = ( 350639.62, 87.140212, -183070.44 ) Forward (second) = ( 373761.31, 86.575240, -180574.09 ) Boresight = ( 362734.14, 86.645552, -187010.88 ) Col: 1, Row: 1 = ( 355022.18, 86.826725, -187844.73 ) Col: 2, Row: 1 = ( 362734.14, 86.645552, -187010.88 ) Col: 3, Row: 1 = ( 370437.18, 86.459866, -186168.85 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 350639.62, 87.140212, -183070.44 ) Forward (first) = ( 373761.31, 86.575240, -180574.09 ) Aft (second) = ( 349613.34, 87.573527, -172665.13 ) Forward (second) = ( 372733.63, 86.979712, -170203.62 ) Boresight = ( 361693.88, 87.074421, -176641.67 ) Col: 1, Row: 1 = ( 353982.14, 87.265604, -177464.20 ) Col: 2, Row: 1 = ( 361693.88, 87.074421, -176641.67 ) Col: 3, Row: 1 = ( 369396.59, 86.879123, -175811.51 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 349613.34, 87.573527, -172665.13 ) Forward (first) = ( 372733.63, 86.979712, -170203.62 ) Aft (second) = ( 348612.28, 87.985130, -162222.74 ) Forward (second) = ( 371730.19, 87.363707, -159796.18 ) Boresight = ( 360679.74, 87.482375, -166234.41 ) Col: 1, Row: 1 = ( 352968.58, 87.683155, -167045.57 ) Col: 2, Row: 1 = ( 360679.74, 87.482375, -166234.41 ) Col: 3, Row: 1 = ( 368381.75, 87.277864, -165416.14 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 348612.28, 87.985130, -162222.74 ) Forward (first) = ( 371730.19, 87.363707, -159796.18 ) Aft (second) = ( 347633.61, 88.374688, -151745.34 ) Forward (second) = ( 370748.35, 87.726931, -149353.86 ) Boresight = ( 359688.91, 87.869093, -155791.16 ) Col: 1, Row: 1 = ( 351978.64, 88.079045, -156590.91 ) Col: 2, Row: 1 = ( 359688.91, 87.869093, -155791.16 ) Col: 3, Row: 1 = ( 367389.94, 87.655780, -154984.83 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 347633.61, 88.374688, -151745.34 ) Forward (first) = ( 370748.35, 87.726931, -149353.86 ) Aft (second) = ( 346674.63, 88.741885, -141235.02 ) Forward (second) = ( 369785.62, 88.069098, -138878.74 ) Boresight = ( 358718.74, 88.234269, -145314.01 ) Col: 1, Row: 1 = ( 351009.60, 88.452955, -146102.32 ) Col: 2, Row: 1 = ( 358718.74, 88.234269, -145314.01 ) Col: 3, Row: 1 = ( 366418.58, 88.012574, -144519.66 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 346674.63, 88.741885, -141235.02 ) Forward (first) = ( 369785.62, 88.069098, -138878.74 ) Aft (second) = ( 345732.80, 89.086416, -130693.88 ) Forward (second) = ( 368839.64, 88.389938, -128372.91 ) Boresight = ( 357766.69, 88.577609, -134805.04 ) Col: 1, Row: 1 = ( 350058.87, 88.804580, -135581.86 ) Col: 2, Row: 1 = ( 357766.69, 88.577609, -134805.04 ) Col: 3, Row: 1 = ( 365465.19, 88.347965, -134022.71 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 345732.80, 89.086416, -130693.88 ) Forward (first) = ( 368839.64, 88.389938, -128372.91 ) Aft (second) = ( 344805.71, 89.407991, -120124.01 ) Forward (second) = ( 367908.18, 88.689191, -117838.48 ) Boresight = ( 356830.40, 88.898833, -124266.35 ) Col: 1, Row: 1 = ( 349124.00, 89.133630, -125031.65 ) Col: 2, Row: 1 = ( 356830.40, 88.898833, -124266.35 ) Col: 3, Row: 1 = ( 364527.46, 88.661683, -123496.09 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 344805.71, 89.407991, -120124.01 ) Forward (first) = ( 367908.18, 88.689191, -117838.48 ) Aft (second) = ( 343891.12, 89.706333, -109527.52 ) Forward (second) = ( 366989.16, 88.966608, -107277.53 ) Boresight = ( 355907.63, 89.197673, -113700.04 ) Col: 1, Row: 1 = ( 348202.70, 89.439826, -114453.79 ) Col: 2, Row: 1 = ( 355907.63, 89.197673, -113700.04 ) Col: 3, Row: 1 = ( 363603.21, 88.953469, -112941.88 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 343891.12, 89.706333, -109527.52 ) Forward (first) = ( 366989.16, 88.966608, -107277.53 ) Aft (second) = ( 342986.94, 89.981174, -98906.510 ) Forward (second) = ( 366080.67, 89.221950, -96692.179 ) Boresight = ( 354996.28, 89.473871, -103108.22 ) Col: 1, Row: 1 = ( 347292.82, 89.722900, -103850.37 ) Col: 2, Row: 1 = ( 354996.28, 89.473871, -103108.22 ) Col: 3, Row: 1 = ( 362690.41, 89.223073, -102362.19 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 342986.94, 89.981174, -98906.510 ) Forward (first) = ( 366080.67, 89.221950, -96692.179 ) Aft (second) = ( 342091.24, 90.232256, -88263.105 ) Forward (second) = ( 365180.93, 89.454985, -86084.541 ) Boresight = ( 354094.45, 89.727179, -92492.990 ) Col: 1, Row: 1 = ( 346392.40, 89.982595, -93223.507 ) Col: 2, Row: 1 = ( 354094.45, 89.727179, -92492.990 ) Col: 3, Row: 1 = ( 361787.19, 89.470258, -91759.144 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 342091.24, 90.232256, -88263.105 ) Forward (first) = ( 365180.93, 89.454985, -86084.541 ) Aft (second) = ( 341202.28, 90.459330, -77599.419 ) Forward (second) = ( 364288.34, 89.665490, -75456.731 ) Boresight = ( 353200.36, 89.957357, -81856.478 ) Col: 1, Row: 1 = ( 345499.61, 90.218662, -82575.326 ) Col: 2, Row: 1 = ( 353200.36, 89.957357, -81856.478 ) Col: 3, Row: 1 = ( 360891.83, 89.694791, -81134.844 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 341202.28, 90.459330, -77599.419 ) Forward (first) = ( 364288.34, 89.665490, -75456.731 ) Aft (second) = ( 340318.48, 90.662154, -66917.576 ) Forward (second) = ( 363401.44, 89.853249, -64810.870 ) Boresight = ( 352312.42, 90.164173, -71200.798 ) Col: 1, Row: 1 = ( 344612.83, 90.430861, -71907.942 ) Col: 2, Row: 1 = ( 352312.42, 90.164173, -71200.798 ) Col: 3, Row: 1 = ( 360002.79, 89.896449, -70491.415 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 340318.48, 90.662154, -66917.576 ) Forward (first) = ( 363401.44, 89.853249, -64810.870 ) Aft (second) = ( 339438.44, 90.840493, -56219.701 ) Forward (second) = ( 362518.96, 90.018052, -54149.084 ) Boresight = ( 351429.22, 90.347401, -60528.076 ) Col: 1, Row: 1 = ( 343730.57, 90.618957, -61223.481 ) Col: 2, Row: 1 = ( 351429.22, 90.347401, -60528.076 ) Col: 3, Row: 1 = ( 359118.68, 90.075015, -59830.978 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 339438.44, 90.840493, -56219.701 ) Forward (first) = ( 362518.96, 90.018052, -54149.084 ) Aft (second) = ( 338560.95, 90.994116, -45507.926 ) Forward (second) = ( 361639.80, 90.159692, -43473.499 ) Boresight = ( 350549.50, 90.506823, -49840.438 ) Col: 1, Row: 1 = ( 342851.57, 90.782722, -50524.070 ) Col: 2, Row: 1 = ( 350549.50, 90.506823, -49840.438 ) Col: 3, Row: 1 = ( 358238.30, 90.230276, -49155.661 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 338560.95, 90.994116, -45507.926 ) Forward (first) = ( 361639.80, 90.159692, -43473.499 ) Aft (second) = ( 337684.99, 91.122799, -34784.381 ) Forward (second) = ( 360763.02, 90.277970, -32786.246 ) Boresight = ( 349672.19, 90.642224, -39140.015 ) Col: 1, Row: 1 = ( 341974.72, 90.921934, -39811.840 ) Col: 2, Row: 1 = ( 349672.19, 90.642224, -39140.015 ) Col: 3, Row: 1 = ( 357360.61, 90.362028, -38467.593 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 337684.99, 91.122799, -34784.381 ) Forward (first) = ( 360763.02, 90.277970, -32786.246 ) Aft (second) = ( 336809.71, 91.226320, -24051.202 ) Forward (second) = ( 359887.88, 90.372691, -22089.458 ) Boresight = ( 348796.42, 90.753393, -28428.940 ) Col: 1, Row: 1 = ( 341099.09, 91.036373, -29088.925 ) Col: 2, Row: 1 = ( 348796.42, 90.753393, -28428.940 ) Col: 3, Row: 1 = ( 356484.75, 90.470067, -27768.907 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 336809.71, 91.226320, -24051.202 ) Forward (first) = ( 359887.88, 90.372691, -22089.458 ) Aft (second) = ( 335934.49, 91.304463, -13310.525 ) Forward (second) = ( 359013.80, 90.443662, -11385.271 ) Boresight = ( 347921.48, 90.840126, -17709.347 ) Col: 1, Row: 1 = ( 340223.97, 91.125825, -18357.460 ) Col: 2, Row: 1 = ( 347921.48, 90.840126, -17709.347 ) Col: 3, Row: 1 = ( 355610.05, 90.554196, -17061.736 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 335934.49, 91.304463, -13310.525 ) Forward (first) = ( 359013.80, 90.443662, -11385.271 ) Aft (second) = ( 335058.86, 91.357012, -2564.4884 ) Forward (second) = ( 358140.41, 90.490694, -675.82004 ) Boresight = ( 347046.86, 90.902218, -6983.3737 ) Col: 1, Row: 1 = ( 339348.83, 91.190080, -7619.5813 ) Col: 2, Row: 1 = ( 347046.86, 90.902218, -6983.3737 ) Col: 3, Row: 1 = ( 354736.03, 90.614221, -6348.2174 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 335058.86, 91.357012, -2564.4884 ) Forward (first) = ( 358140.41, 90.490694, -675.82004 ) Aft (second) = ( 334182.60, 91.383757, 8184.7682 ) Forward (second) = ( 357267.49, 90.513602, 10036.757 ) Boresight = ( 346172.25, 90.939472, 3746.8424 ) Col: 1, Row: 1 = ( 338473.33, 91.228928, 3122.5712 ) Col: 2, Row: 1 = ( 346172.25, 90.939472, 3746.8424 ) Col: 3, Row: 1 = ( 353862.38, 90.649951, 4369.5125 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 334182.60, 91.383757, 8184.7682 ) Forward (first) = ( 357267.49, 90.513602, 10036.757 ) Aft (second) = ( 333305.67, 91.384488, 18935.105 ) Forward (second) = ( 356395.06, 90.512205, 20750.322 ) Boresight = ( 345297.53, 90.951691, 14479.162 ) Col: 1, Row: 1 = ( 337597.33, 91.242165, 13866.859 ) Col: 2, Row: 1 = ( 345297.53, 90.951691, 14479.162 ) Col: 3, Row: 1 = ( 352989.00, 90.661199, 15089.315 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 333305.67, 91.384488, 18935.105 ) Forward (first) = ( 356395.06, 90.512205, 20750.322 ) Aft (second) = ( 332428.23, 91.359001, 29684.383 ) Forward (second) = ( 355523.28, 90.486324, 31462.738 ) Boresight = ( 344422.78, 90.938682, 25211.447 ) Col: 1, Row: 1 = ( 336720.92, 91.229588, 24611.142 ) Col: 2, Row: 1 = ( 344422.78, 90.938682, 25211.447 ) Col: 3, Row: 1 = ( 352115.97, 90.647779, 25809.052 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 332428.23, 91.359001, 29684.383 ) Forward (first) = ( 355523.28, 90.486324, 31462.738 ) Aft (second) = ( 331550.66, 91.307091, 40430.461 ) Forward (second) = ( 354652.54, 90.435783, 42171.865 ) Boresight = ( 343548.26, 90.900255, 35941.558 ) Col: 1, Row: 1 = ( 335844.35, 91.190998, 35353.280 ) Col: 2, Row: 1 = ( 343548.26, 90.900255, 35941.558 ) Col: 3, Row: 1 = ( 351243.57, 90.609511, 36526.585 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 331550.66, 91.307091, 40430.461 ) Forward (first) = ( 354652.54, 90.435783, 42171.865 ) Aft (second) = ( 330673.56, 91.228559, 51171.201 ) Forward (second) = ( 353783.43, 90.360412, 52875.567 ) Boresight = ( 342674.48, 90.836223, 46667.355 ) Col: 1, Row: 1 = ( 334968.13, 91.126198, 46091.134 ) Col: 2, Row: 1 = ( 342674.48, 90.836223, 46667.355 ) Col: 3, Row: 1 = ( 350372.29, 90.546218, 47239.775 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 330673.56, 91.228559, 51171.201 ) Forward (first) = ( 353783.43, 90.360412, 52875.567 ) Aft (second) = ( 329797.72, 91.123208, 61904.464 ) Forward (second) = ( 352916.71, 90.260043, 63571.707 ) Boresight = ( 341802.10, 90.746403, 57386.701 ) Col: 1, Row: 1 = ( 334092.93, 91.034994, 56822.566 ) Col: 2, Row: 1 = ( 341802.10, 90.746403, 57386.701 ) Col: 3, Row: 1 = ( 349502.80, 90.457725, 57946.486 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 329797.72, 91.123208, 61904.464 ) Forward (first) = ( 352916.71, 90.260043, 63571.707 ) Aft (second) = ( 328924.18, 90.990848, 72628.113 ) Forward (second) = ( 352053.36, 90.134513, 74258.151 ) Boresight = ( 340932.03, 90.630616, 68097.459 ) Col: 1, Row: 1 = ( 333219.67, 90.917200, 67545.439 ) Col: 2, Row: 1 = ( 340932.03, 90.630616, 68097.459 ) Col: 3, Row: 1 = ( 348635.98, 90.343863, 68644.582 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 328924.18, 90.990848, 72628.113 ) Forward (first) = ( 352053.36, 90.134513, 74258.151 ) Aft (second) = ( 328054.16, 90.831290, 83340.015 ) Forward (second) = ( 351194.57, 89.983667, 84932.766 ) Boresight = ( 340065.37, 90.488689, 78797.495 ) Col: 1, Row: 1 = ( 332349.46, 90.772629, 78257.617 ) Col: 2, Row: 1 = ( 340065.37, 90.488689, 78797.495 ) Col: 3, Row: 1 = ( 347772.92, 90.204467, 79331.927 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 328054.16, 90.831290, 83340.015 ) Forward (first) = ( 351194.57, 89.983667, 84932.766 ) Aft (second) = ( 327189.13, 90.644356, 94038.036 ) Forward (second) = ( 350341.72, 89.807353, 95593.421 ) Boresight = ( 339203.43, 90.320454, 89484.676 ) Col: 1, Row: 1 = ( 331483.66, 90.601106, 88956.966 ) Col: 2, Row: 1 = ( 339203.43, 90.320454, 89484.676 ) Col: 3, Row: 1 = ( 346914.93, 90.039381, 90006.391 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 327189.13, 90.644356, 94038.036 ) Forward (first) = ( 350341.72, 89.807353, 95593.421 ) Aft (second) = ( 326330.78, 90.429873, 104720.05 ) Forward (second) = ( 349496.40, 89.605430, 106237.99 ) Boresight = ( 338347.75, 90.125751, 100156.87 ) Col: 1, Row: 1 = ( 330623.80, 90.402458, 99641.356 ) Col: 2, Row: 1 = ( 338347.75, 90.125751, 100156.87 ) Col: 3, Row: 1 = ( 346063.48, 89.848452, 100665.84 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 326330.78, 90.429873, 104720.05 ) Forward (first) = ( 349496.40, 89.605430, 106237.99 ) Aft (second) = ( 325481.00, 90.187679, 115383.92 ) Forward (second) = ( 348660.39, 89.377763, 116864.34 ) Boresight = ( 337500.06, 89.904427, 110811.95 ) Col: 1, Row: 1 = ( 329771.68, 90.176523, 110308.66 ) Col: 2, Row: 1 = ( 337500.06, 89.904427, 110811.95 ) Col: 3, Row: 1 = ( 345220.30, 89.631539, 111308.16 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 325481.00, 90.187679, 115383.92 ) Forward (first) = ( 348660.39, 89.377763, 116864.34 ) Aft (second) = ( 324641.93, 89.917620, 126027.54 ) Forward (second) = ( 347835.72, 89.124229, 127470.37 ) Boresight = ( 336662.32, 89.656339, 121447.80 ) Col: 1, Row: 1 = ( 328929.28, 89.923150, 120956.75 ) Col: 2, Row: 1 = ( 336662.32, 89.656339, 121447.80 ) Col: 3, Row: 1 = ( 344387.30, 89.388507, 121931.21 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 324641.93, 89.917620, 126027.54 ) Forward (first) = ( 347835.72, 89.124229, 127470.37 ) Aft (second) = ( 323815.92, 89.619559, 136648.78 ) Forward (second) = ( 347024.57, 88.844718, 138053.94 ) Boresight = ( 335836.70, 89.381358, 132062.29 ) Col: 1, Row: 1 = ( 328098.82, 89.642197, 131583.51 ) Col: 2, Row: 1 = ( 335836.70, 89.381358, 132062.29 ) Col: 3, Row: 1 = ( 343566.61, 89.119236, 132532.88 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 323815.92, 89.619559, 136648.78 ) Forward (first) = ( 347024.57, 88.844718, 138053.94 ) Aft (second) = ( 323005.55, 89.293373, 147245.52 ) Forward (second) = ( 346229.36, 88.539131, 148612.95 ) Boresight = ( 335025.59, 89.079366, 142653.30 ) Col: 1, Row: 1 = ( 327282.74, 89.333538, 142186.82 ) Col: 2, Row: 1 = ( 335025.59, 89.079366, 142653.30 ) Col: 3, Row: 1 = ( 342760.55, 88.823616, 143111.06 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 323005.55, 89.293373, 147245.52 ) Forward (first) = ( 346229.36, 88.539131, 148612.95 ) Aft (second) = ( 322213.61, 88.938954, 157815.67 ) Forward (second) = ( 345452.72, 88.207387, 159145.29 ) Boresight = ( 334231.58, 88.750261, 153218.74 ) Col: 1, Row: 1 = ( 326483.69, 88.997062, 152764.58 ) Col: 2, Row: 1 = ( 334231.58, 88.750261, 153218.74 ) Col: 3, Row: 1 = ( 341971.68, 88.501554, 153663.63 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 322213.61, 88.938954, 157815.67 ) Forward (first) = ( 345452.72, 88.207387, 159145.29 ) Aft (second) = ( 321443.14, 88.556219, 168357.11 ) Forward (second) = ( 344697.46, 87.849421, 169648.86 ) Boresight = ( 333457.49, 88.393959, 163756.48 ) Col: 1, Row: 1 = ( 325704.56, 88.632679, 163314.66 ) Col: 2, Row: 1 = ( 333457.49, 88.393959, 163756.48 ) Col: 3, Row: 1 = ( 341202.74, 88.152973, 164188.50 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 321443.14, 88.556219, 168357.11 ) Forward (first) = ( 344697.46, 87.849421, 169648.86 ) Aft (second) = ( 320697.36, 88.145105, 178867.74 ) Forward (second) = ( 343966.60, 87.465191, 180121.56 ) Boresight = ( 332706.34, 88.010396, 174264.43 ) Col: 1, Row: 1 = ( 324948.45, 88.240317, 173834.98 ) Col: 2, Row: 1 = ( 332706.34, 88.010396, 174264.43 ) Col: 3, Row: 1 = ( 340456.69, 87.777816, 174683.55 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 320697.36, 88.145105, 178867.74 ) Forward (first) = ( 343966.60, 87.465191, 180121.56 ) Aft (second) = ( 319979.75, 87.705576, 189345.48 ) Forward (second) = ( 343263.38, 87.054676, 190561.31 ) Boresight = ( 331981.36, 87.599534, 184740.50 ) Col: 1, Row: 1 = ( 324218.65, 87.819931, 184323.44 ) Col: 2, Row: 1 = ( 331981.36, 87.599534, 184740.50 ) Col: 3, Row: 1 = ( 339736.70, 87.376048, 185146.69 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 319979.75, 87.705576, 189345.48 ) Forward (first) = ( 343263.38, 87.054676, 190561.31 ) Aft (second) = ( 319293.97, 87.237628, 199788.24 ) Forward (second) = ( 342591.21, 86.617880, 200966.01 ) Boresight = ( 331286.00, 87.161357, 195182.60 ) Col: 1, Row: 1 = ( 323518.71, 87.371501, 194777.95 ) Col: 2, Row: 1 = ( 331286.00, 87.161357, 195182.60 ) Col: 3, Row: 1 = ( 339046.11, 86.947660, 195575.85 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 319293.97, 87.237628, 199788.24 ) Forward (first) = ( 342591.21, 86.617880, 200966.01 ) Aft (second) = ( 318643.91, 86.741287, 210193.94 ) Forward (second) = ( 341953.69, 86.154836, 211333.59 ) Boresight = ( 330623.90, 86.695879, 205588.64 ) Col: 1, Row: 1 = ( 322852.34, 86.895041, 205196.42 ) Col: 2, Row: 1 = ( 330623.90, 86.695879, 205588.64 ) Col: 3, Row: 1 = ( 338388.48, 86.492668, 205968.93 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 318643.91, 86.741287, 210193.94 ) Forward (first) = ( 341953.69, 86.154836, 211333.59 ) Aft (second) = ( 318033.65, 86.216619, 220560.50 ) Forward (second) = ( 341354.64, 85.665609, 221661.98 ) Boresight = ( 329998.90, 86.203149, 215956.56 ) Col: 1, Row: 1 = ( 322223.49, 86.390595, 215576.78 ) Col: 2, Row: 1 = ( 329998.90, 86.203149, 215956.56 ) Col: 3, Row: 1 = ( 337767.58, 86.011119, 216323.86 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 318033.65, 86.216619, 220560.50 ) Forward (first) = ( 341354.64, 85.665609, 221661.98 ) Aft (second) = ( 317467.49, 85.663728, 230885.87 ) Forward (second) = ( 340798.02, 85.150297, 231949.13 ) Boresight = ( 329415.03, 85.683248, 226284.28 ) Col: 1, Row: 1 = ( 321636.29, 85.858248, 225916.98 ) Col: 2, Row: 1 = ( 329415.03, 85.683248, 226284.28 ) Col: 3, Row: 1 = ( 337187.33, 85.503097, 226638.58 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 317467.49, 85.663728, 230885.87 ) Forward (first) = ( 340798.02, 85.150297, 231949.13 ) Aft (second) = ( 316949.90, 85.082766, 241168.00 ) Forward (second) = ( 340287.99, 84.609035, 242192.97 ) Boresight = ( 328876.52, 85.136298, 236569.75 ) Col: 1, Row: 1 = ( 321095.06, 85.298126, 236214.93 ) Col: 2, Row: 1 = ( 328876.52, 85.136298, 236569.75 ) Col: 3, Row: 1 = ( 336651.85, 84.968717, 236911.04 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 316949.90, 85.082766, 241168.00 ) Forward (first) = ( 340287.99, 84.609035, 242192.97 ) Aft (second) = ( 316485.53, 84.473931, 251404.82 ) Forward (second) = ( 339828.88, 84.042000, 252391.46 ) Boresight = ( 328387.75, 84.562463, 246810.92 ) Col: 1, Row: 1 = ( 320604.33, 84.710398, 246468.60 ) Col: 2, Row: 1 = ( 328387.75, 84.562463, 246810.92 ) Col: 3, Row: 1 = ( 336165.42, 84.408140, 247139.17 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:39:29 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1564030.0 km Body center Ra : 108.64948 deg Body Center Dec : 24.031669 deg w: 1 = ( 334968.13, 91.126198, 46091.134 ) Col: 2, Row: 1 = ( 342674.48, 90.836223, 46667.355 ) Col: 3, Row: 1 = ( 350372.29, 90.546218, 47239.775 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 330673.56, 91.228559, 51171.201 ) Forward (firsti24_nans01_11.look_lbl000077505166050166273000000317321166151707100173570ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_11.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_11.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_11" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T12:12:45.909Z SPACECRAFT_CLOCK_START_COUNT = 1/05209810:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END END_OBJECT = COLUi24_nans01_11.look_new_1000077505166050166273000000613221166151707000176140ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 12:12:45.909 SCLK Time : 1/05209810:00:0:0 Spacecraft position = (-488524.91, 1376892.7, 647568.03) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 344523.57, 119.72716, -261085.99 ) Forward (first) = ( 368163.25, 119.45892, -258340.68 ) Aft (second) = ( 343171.40, 120.33646, -250742.63 ) Forward (second) = ( 366826.61, 120.02776, -248029.66 ) Boresight = ( 355671.76, 119.89954, -254569.58 ) Col: 1, Row: 1 = ( 347785.73, 119.99159, -255473.49 ) Col: 2, Row: 1 = ( 355671.76, 119.89954, -254569.58 ) Col: 3, Row: 1 = ( 363551.42, 119.79896, -253653.98 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 343171.40, 120.33646, -250742.63 ) Forward (first) = ( 366826.61, 120.02776, -248029.66 ) Aft (second) = ( 341871.71, 120.92602, -240346.77 ) Forward (second) = ( 365539.47, 120.57780, -237666.27 ) Boresight = ( 354353.82, 120.47842, -244215.32 ) Col: 1, Row: 1 = ( 346462.90, 120.58408, -245108.69 ) Col: 2, Row: 1 = ( 354353.82, 120.47842, -244215.32 ) Col: 3, Row: 1 = ( 362237.92, 120.36480, -243310.78 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 341871.71, 120.92602, -240346.77 ) Forward (first) = ( 365539.47, 120.57780, -237666.27 ) Aft (second) = ( 340620.65, 121.49527, -229900.47 ) Forward (second) = ( 364298.24, 121.10859, -227252.57 ) Boresight = ( 353084.94, 121.03779, -233809.65 ) Col: 1, Row: 1 = ( 345190.12, 121.15670, -234692.44 ) Col: 2, Row: 1 = ( 353084.94, 121.03779, -233809.65 ) Col: 3, Row: 1 = ( 360972.56, 120.91144, -232916.23 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 340620.65, 121.49527, -229900.47 ) Forward (first) = ( 364298.24, 121.10859, -227252.57 ) Aft (second) = ( 339414.46, 122.04370, -219405.82 ) Forward (second) = ( 363099.39, 121.61966, -216790.65 ) Boresight = ( 351861.44, 121.57714, -223354.64 ) Col: 1, Row: 1 = ( 343963.60, 121.70895, -224226.81 ) Col: 2, Row: 1 = ( 351861.44, 121.57714, -223354.64 ) Col: 3, Row: 1 = ( 359751.73, 121.43842, -222472.38 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 339414.46, 122.04370, -219405.82 ) Forward (first) = ( 363099.39, 121.61966, -216790.65 ) Aft (second) = ( 338249.44, 122.57083, -208864.89 ) Forward (second) = ( 361939.49, 122.11059, -206282.58 ) Boresight = ( 350679.72, 122.09600, -212852.38 ) Col: 1, Row: 1 = ( 342779.68, 122.24033, -213713.89 ) Col: 2, Row: 1 = ( 350679.72, 122.09600, -212852.38 ) Col: 3, Row: 1 = ( 358571.93, 121.94529, -211981.32 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 338249.44, 122.57083, -208864.89 ) Forward (first) = ( 361939.49, 122.11059, -206282.58 ) Aft (second) = ( 337122.01, 123.07618, -198279.79 ) Forward (second) = ( 360815.22, 122.58097, -195730.48 ) Boresight = ( 349536.28, 122.59393, -202304.96 ) Col: 1, Row: 1 = ( 341634.75, 122.75037, -203155.76 ) Col: 2, Row: 1 = ( 349536.28, 122.59393, -202304.96 ) Col: 3, Row: 1 = ( 357429.72, 122.43161, -201445.15 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 337122.01, 123.07618, -198279.79 ) Forward (first) = ( 360815.22, 122.58097, -195730.48 ) Aft (second) = ( 336028.72, 123.55932, -187652.63 ) Forward (second) = ( 359723.35, 123.03041, -185136.44 ) Boresight = ( 348427.72, 123.07051, -191714.49 ) Col: 1, Row: 1 = ( 340525.33, 123.23863, -192554.54 ) Col: 2, Row: 1 = ( 348427.72, 123.07051, -191714.49 ) Col: 3, Row: 1 = ( 356321.80, 122.89699, -190865.96 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 336028.72, 123.55932, -187652.63 ) Forward (first) = ( 359723.35, 123.03041, -185136.44 ) Aft (second) = ( 334966.19, 124.01981, -176985.52 ) Forward (second) = ( 358660.77, 123.45854, -174502.57 ) Boresight = ( 347350.75, 123.52532, -181083.06 ) Col: 1, Row: 1 = ( 339448.05, 123.70469, -181912.33 ) Col: 2, Row: 1 = ( 347350.75, 123.52532, -181083.06 ) Col: 3, Row: 1 = ( 355244.96, 123.34104, -180245.87 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 334966.19, 124.01981, -176985.52 ) Forward (first) = ( 358660.77, 123.45854, -174502.57 ) Aft (second) = ( 333931.23, 124.45727, -166280.59 ) Forward (second) = ( 357624.50, 123.86501, -163831.01 ) Boresight = ( 346302.21, 123.95799, -170412.82 ) Col: 1, Row: 1 = ( 338399.68, 124.14814, -171231.25 ) Col: 2, Row: 1 = ( 346302.21, 123.95799, -170412.82 ) Col: 3, Row: 1 = ( 354196.10, 123.76338, -169587.00 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 333931.23, 124.45727, -166280.59 ) Forward (first) = ( 357624.50, 123.86501, -163831.01 ) Aft (second) = ( 332920.74, 124.87131, -155539.96 ) Forward (second) = ( 356611.69, 124.24949, -153123.87 ) Boresight = ( 345279.06, 124.36814, -159705.87 ) Col: 1, Row: 1 = ( 337377.09, 124.56861, -160513.43 ) Col: 2, Row: 1 = ( 345279.06, 124.36814, -159705.87 ) Col: 3, Row: 1 = ( 353172.28, 124.16367, -158891.47 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 332920.74, 124.87131, -155539.96 ) Forward (first) = ( 356611.69, 124.24949, -153123.87 ) Aft (second) = ( 331931.78, 125.26158, -144765.78 ) Forward (second) = ( 355619.63, 124.61165, -142383.30 ) Boresight = ( 344278.42, 124.75544, -148964.35 ) Col: 1, Row: 1 = ( 336377.32, 124.96573, -149761.01 ) Col: 2, Row: 1 = ( 344278.42, 124.75544, -148964.35 ) Col: 3, Row: 1 = ( 352170.68, 124.54157, -148161.41 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 331931.78, 125.26158, -144765.78 ) Forward (first) = ( 355619.63, 124.61165, -142383.30 ) Aft (second) = ( 330961.59, 125.62772, -133960.19 ) Forward (second) = ( 354645.74, 124.95119, -131611.44 ) Boresight = ( 343297.53, 125.11955, -138190.41 ) Col: 1, Row: 1 = ( 335397.56, 125.33915, -138976.12 ) Col: 2, Row: 1 = ( 343297.53, 125.11955, -138190.41 ) Col: 3, Row: 1 = ( 351188.62, 124.89677, -137398.97 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 330961.59, 125.62772, -133960.19 ) Forward (first) = ( 354645.74, 124.95119, -131611.44 ) Aft (second) = ( 330007.53, 125.96941, -123125.34 ) Forward (second) = ( 353687.61, 125.26781, -120810.44 ) Boresight = ( 342333.81, 125.46016, -127386.19 ) Col: 1, Row: 1 = ( 334435.12, 125.68856, -128160.91 ) Col: 2, Row: 1 = ( 342333.81, 125.46016, -127386.19 ) Col: 3, Row: 1 = ( 350223.58, 125.22896, -126606.30 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 330007.53, 125.96941, -123125.34 ) Forward (first) = ( 353687.61, 125.26781, -120810.44 ) Aft (second) = ( 329067.15, 126.28633, -112263.39 ) Forward (second) = ( 352743.00, 125.56125, -109982.45 ) Boresight = ( 341384.82, 125.77696, -116553.85 ) Col: 1, Row: 1 = ( 333487.51, 126.01363, -117317.55 ) Col: 2, Row: 1 = ( 341384.82, 125.77696, -116553.85 ) Col: 3, Row: 1 = ( 349273.19, 125.53785, -115785.54 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 329067.15, 126.28633, -112263.39 ) Forward (first) = ( 352743.00, 125.56125, -109982.45 ) Aft (second) = ( 328138.19, 126.57818, -101376.50 ) Forward (second) = ( 351809.79, 125.83122, -99129.642 ) Boresight = ( 340448.29, 126.06966, -105695.55 ) Col: 1, Row: 1 = ( 332552.41, 126.31405, -106448.18 ) Col: 2, Row: 1 = ( 340448.29, 126.06966, -105695.55 ) Col: 3, Row: 1 = ( 348335.24, 125.82317, -104938.85 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 328138.19, 126.57818, -101376.50 ) Forward (first) = ( 351809.79, 125.83122, -99129.642 ) Aft (second) = ( 327218.53, 126.84467, -90466.844 ) Forward (second) = ( 350886.07, 126.07748, -88254.171 ) Boresight = ( 339522.13, 126.33798, -94813.443 ) Col: 1, Row: 1 = ( 331627.64, 126.58955, -95554.976 ) Col: 2, Row: 1 = ( 339522.13, 126.33798, -94813.443 ) Col: 3, Row: 1 = ( 347407.69, 126.08463, -94068.399 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 327218.53, 126.84467, -90466.844 ) Forward (first) = ( 350886.07, 126.07748, -88254.171 ) Aft (second) = ( 326306.27, 127.08552, -79536.586 ) Forward (second) = ( 349970.09, 126.29976, -77358.211 ) Boresight = ( 338604.41, 126.58165, -83909.706 ) Col: 1, Row: 1 = ( 330711.24, 126.83983, -84640.104 ) Col: 2, Row: 1 = ( 338604.41, 126.58165, -83909.706 ) Col: 3, Row: 1 = ( 346488.68, 126.32198, -83176.356 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 326306.27, 127.08552, -79536.586 ) Forward (first) = ( 349970.09, 126.29976, -77358.211 ) Aft (second) = ( 325399.69, 127.30045, -68587.905 ) Forward (second) = ( 349060.27, 126.49783, -66443.937 ) Boresight = ( 337693.39, 126.80041, -72986.511 ) Col: 1, Row: 1 = ( 329801.41, 127.06462, -73705.737 ) Col: 2, Row: 1 = ( 337693.39, 126.80041, -72986.511 ) Col: 3, Row: 1 = ( 345576.52, 126.53498, -72264.892 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 325399.69, 127.30045, -68587.905 ) Forward (first) = ( 349060.27, 126.49783, -66443.937 ) Aft (second) = ( 324497.25, 127.48919, -57622.981 ) Forward (second) = ( 348155.22, 126.67145, -55513.527 ) Boresight = ( 336787.54, 126.99400, -62046.035 ) Col: 1, Row: 1 = ( 328896.56, 127.26367, -62754.055 ) Col: 2, Row: 1 = ( 336787.54, 126.99400, -62046.035 ) Col: 3, Row: 1 = ( 344669.71, 126.72337, -61336.184 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 324497.25, 127.48919, -57622.981 ) Forward (first) = ( 348155.22, 126.67145, -55513.527 ) Aft (second) = ( 323597.64, 127.65148, -46643.996 ) Forward (second) = ( 347253.75, 126.82039, -44569.161 ) Boresight = ( 335885.48, 127.16219, -51090.460 ) Col: 1, Row: 1 = ( 327995.28, 127.43671, -51787.237 ) Col: 2, Row: 1 = ( 335885.48, 127.16219, -51090.460 ) Col: 3, Row: 1 = ( 343766.93, 126.88691, -50392.412 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 323597.64, 127.65148, -46643.996 ) Forward (first) = ( 347253.75, 126.82039, -44569.161 ) Aft (second) = ( 322699.73, 127.78707, -35653.137 ) Forward (second) = ( 346354.84, 126.94442, -33613.025 ) Boresight = ( 334986.06, 127.30471, -40121.968 ) Col: 1, Row: 1 = ( 327096.37, 127.58348, -40807.469 ) Col: 2, Row: 1 = ( 334986.06, 127.30471, -40121.968 ) Col: 3, Row: 1 = ( 342867.06, 127.02539, -39435.759 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 322699.73, 127.78707, -35653.137 ) Forward (first) = ( 346354.84, 126.94442, -33613.025 ) Aft (second) = ( 321802.62, 127.89571, -24652.592 ) Forward (second) = ( 345457.68, 127.04332, -22647.304 ) Boresight = ( 334088.31, 127.42135, -29142.746 ) Col: 1, Row: 1 = ( 326198.84, 127.70375, -29816.937 ) Col: 2, Row: 1 = ( 334088.31, 127.42135, -29142.746 ) Col: 3, Row: 1 = ( 341969.16, 127.13855, -28468.410 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 321802.62, 127.89571, -24652.592 ) Forward (first) = ( 345457.68, 127.04332, -22647.304 ) Aft (second) = ( 320905.61, 127.97715, -13644.551 ) Forward (second) = ( 344561.65, 127.11688, -11674.186 ) Boresight = ( 333191.47, 127.51186, -18154.983 ) Col: 1, Row: 1 = ( 325301.88, 127.79726, -18817.830 ) Col: 2, Row: 1 = ( 333191.47, 127.51186, -18154.983 ) Col: 3, Row: 1 = ( 341072.51, 127.22620, -17492.553 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 320905.61, 127.97715, -13644.551 ) Forward (first) = ( 344561.65, 127.11688, -11674.186 ) Aft (second) = ( 320008.21, 128.03114, -2631.2051 ) Forward (second) = ( 343666.33, 127.16488, -695.86229 ) Boresight = ( 332295.00, 127.57601, -7160.8682 ) Col: 1, Row: 1 = ( 324404.93, 127.86377, -7812.3386 ) Col: 2, Row: 1 = ( 332295.00, 127.57601, -7160.8682 ) Col: 3, Row: 1 = ( 340176.57, 127.28809, -6510.3782 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 320008.21, 128.03114, -2631.2051 ) Forward (first) = ( 343666.33, 127.16488, -695.86229 ) Aft (second) = ( 319110.17, 128.05744, 8385.2530 ) Forward (second) = ( 342771.51, 127.18711, 10285.477 ) Boresight = ( 331398.54, 127.61357, 3837.4066 ) Col: 1, Row: 1 = ( 323507.63, 127.90306, 3197.3450 ) Col: 2, Row: 1 = ( 331398.54, 127.61357, 3837.4066 ) Col: 3, Row: 1 = ( 339281.03, 127.32402, 4475.9243 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 319110.17, 128.05744, 8385.2530 ) Forward (first) = ( 342771.51, 127.18711, 10285.477 ) Aft (second) = ( 318211.44, 128.05581, 19402.630 ) Forward (second) = ( 341877.19, 127.18337, 21267.641 ) Boresight = ( 330501.98, 127.62433, 14837.649 ) Col: 1, Row: 1 = ( 322609.83, 127.91487, 14209.028 ) Col: 2, Row: 1 = ( 330501.98, 127.62433, 14837.649 ) Col: 3, Row: 1 = ( 338385.78, 127.33378, 15464.163 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 318211.44, 128.05581, 19402.630 ) Forward (first) = ( 341877.19, 127.18337, 21267.641 ) Aft (second) = ( 317312.24, 128.02602, 30418.732 ) Forward (second) = ( 340983.59, 127.15345, 32248.437 ) Boresight = ( 329605.40, 127.60807, 25837.667 ) Col: 1, Row: 1 = ( 321711.62, 127.89899, 25220.518 ) Col: 2, Row: 1 = ( 329605.40, 127.60807, 25837.667 ) Col: 3, Row: 1 = ( 337490.90, 127.31714, 26452.145 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 317312.24, 128.02602, 30418.732 ) Forward (first) = ( 340983.59, 127.15345, 32248.437 ) Aft (second) = ( 316412.97, 127.96782, 41431.367 ) Forward (second) = ( 340091.12, 127.09714, 43225.675 ) Boresight = ( 328709.12, 127.56455, 36835.268 ) Col: 1, Row: 1 = ( 320813.30, 127.85518, 36229.621 ) Col: 2, Row: 1 = ( 328709.12, 127.56455, 36835.268 ) Col: 3, Row: 1 = ( 336596.72, 127.27392, 37437.679 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 316412.97, 127.96782, 41431.367 ) Forward (first) = ( 340091.12, 127.09714, 43225.675 ) Aft (second) = ( 315514.29, 127.88100, 52438.341 ) Forward (second) = ( 339200.43, 127.01427, 54197.162 ) Boresight = ( 327813.68, 127.49358, 47828.259 ) Col: 1, Row: 1 = ( 319915.43, 127.78321, 47234.145 ) Col: 2, Row: 1 = ( 327813.68, 127.49358, 47828.259 ) Col: 3, Row: 1 = ( 335703.78, 127.20389, 48418.574 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 315514.29, 127.88100, 52438.341 ) Forward (first) = ( 339200.43, 127.01427, 54197.162 ) Aft (second) = ( 314617.11, 127.76532, 63437.465 ) Forward (second) = ( 338312.37, 126.90462, 65160.711 ) Boresight = ( 326919.82, 127.39493, 58814.449 ) Col: 1, Row: 1 = ( 319018.75, 127.68287, 58231.898 ) Col: 2, Row: 1 = ( 326919.82, 127.39493, 58814.449 ) Col: 3, Row: 1 = ( 334812.81, 127.10687, 59392.639 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 314617.11, 127.76532, 63437.465 ) Forward (first) = ( 338312.37, 126.90462, 65160.711 ) Aft (second) = ( 313722.54, 127.62056, 74426.547 ) Forward (second) = ( 337428.02, 126.76803, 76114.133 ) Boresight = ( 326028.56, 127.26841, 69791.650 ) Col: 1, Row: 1 = ( 318124.29, 127.55393, 69220.690 ) Col: 2, Row: 1 = ( 326028.56, 127.26841, 69791.650 ) Col: 3, Row: 1 = ( 333924.80, 126.98266, 70357.685 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 313722.54, 127.62056, 74426.547 ) Forward (first) = ( 337428.02, 126.76803, 76114.133 ) Aft (second) = ( 312831.97, 127.44650, 85403.400 ) Forward (second) = ( 336548.68, 126.60430, 87055.242 ) Boresight = ( 325141.09, 127.11381, 80757.671 ) Col: 1, Row: 1 = ( 317233.28, 127.39618, 80198.332 ) Col: 2, Row: 1 = ( 325141.09, 127.11381, 80757.671 ) Col: 3, Row: 1 = ( 333040.95, 126.83106, 81311.525 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 312831.97, 127.44650, 85403.400 ) Forward (first) = ( 336548.68, 126.60430, 87055.242 ) Aft (second) = ( 311947.01, 127.24293, 96365.839 ) Forward (second) = ( 335675.88, 126.41326, 97981.854 ) Boresight = ( 324258.89, 126.93094, 91710.329 ) Col: 1, Row: 1 = ( 316347.21, 127.20941, 91162.638 ) Col: 2, Row: 1 = ( 324258.89, 126.93094, 91710.329 ) Col: 3, Row: 1 = ( 332162.68, 126.65191, 92251.973 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 311947.01, 127.24293, 96365.839 ) Forward (first) = ( 335675.88, 126.41326, 97981.854 ) Aft (second) = ( 311069.54, 127.00966, 107311.68 ) Forward (second) = ( 334811.38, 126.19475, 108891.79 ) Boresight = ( 323383.63, 126.71960, 102647.44 ) Col: 1, Row: 1 = ( 315467.80, 126.99343, 102111.42 ) Col: 2, Row: 1 = ( 323383.63, 126.71960, 102647.44 ) Col: 3, Row: 1 = ( 331291.66, 126.44501, 103176.85 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 311069.54, 127.00966, 107311.68 ) Forward (first) = ( 334811.38, 126.19475, 108891.79 ) Aft (second) = ( 310201.65, 126.74649, 118238.75 ) Forward (second) = ( 333957.14, 125.94861, 119782.87 ) Boresight = ( 322517.25, 126.47964, 113566.82 ) Col: 1, Row: 1 = ( 314597.01, 126.74804, 113042.51 ) Col: 2, Row: 1 = ( 322517.25, 126.47964, 113566.82 ) Col: 3, Row: 1 = ( 330429.76, 126.21021, 114083.97 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 310201.65, 126.74649, 118238.75 ) Forward (first) = ( 333957.14, 125.94861, 119782.87 ) Aft (second) = ( 309345.71, 126.45325, 129144.86 ) Forward (second) = ( 333115.38, 125.67471, 130652.92 ) Boresight = ( 321661.90, 126.21087, 124466.30 ) Col: 1, Row: 1 = ( 313737.05, 126.47307, 123953.72 ) Col: 2, Row: 1 = ( 321661.90, 126.21087, 124466.30 ) Col: 3, Row: 1 = ( 329579.09, 125.94735, 124971.16 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 309345.71, 126.45325, 129144.86 ) Forward (first) = ( 333115.38, 125.67471, 130652.92 ) Aft (second) = ( 308504.32, 126.12976, 140027.86 ) Forward (second) = ( 332288.53, 125.37290, 141499.78 ) Boresight = ( 320819.98, 125.91315, 135343.70 ) Col: 1, Row: 1 = ( 312890.39, 126.16836, 134842.88 ) Col: 2, Row: 1 = ( 320819.98, 125.91315, 135343.70 ) Col: 3, Row: 1 = ( 328742.02, 125.65630, 135836.25 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 308504.32, 126.12976, 140027.86 ) Forward (first) = ( 332288.53, 125.37290, 141499.78 ) Aft (second) = ( 307680.35, 125.77590, 150885.56 ) Forward (second) = ( 331479.25, 125.04309, 152321.27 ) Boresight = ( 319994.13, 125.58634, 146196.86 ) Col: 1, Row: 1 = ( 312059.71, 125.83375, 145707.82 ) Col: 2, Row: 1 = ( 319994.13, 125.58634, 146196.86 ) Col: 3, Row: 1 = ( 327921.10, 125.33692, 146677.07 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 307680.35, 125.77590, 150885.56 ) Forward (first) = ( 331479.25, 125.04309, 152321.27 ) Aft (second) = ( 306876.89, 125.39154, 161715.82 ) Forward (second) = ( 330690.43, 124.68517, 163115.25 ) Boresight = ( 319187.21, 125.23033, 157023.61 ) Col: 1, Row: 1 = ( 311247.96, 125.46912, 156546.37 ) Col: 2, Row: 1 = ( 319187.21, 125.23033, 157023.61 ) Col: 3, Row: 1 = ( 327119.15, 124.98911, 157491.46 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 306876.89, 125.39154, 161715.82 ) Forward (first) = ( 330690.43, 124.68517, 163115.25 ) Aft (second) = ( 306097.30, 124.97659, 172516.47 ) Forward (second) = ( 329925.18, 124.29908, 173879.54 ) Boresight = ( 318402.35, 124.84502, 167821.80 ) Col: 1, Row: 1 = ( 310458.33, 125.07438, 167356.39 ) Col: 2, Row: 1 = ( 318402.35, 124.84502, 167821.80 ) Col: 3, Row: 1 = ( 326339.20, 124.61278, 168277.26 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 306097.30, 124.97659, 172516.47 ) Forward (first) = ( 329925.18, 124.29908, 173879.54 ) Aft (second) = ( 305345.17, 124.53096, 183285.36 ) Forward (second) = ( 329186.83, 123.88476, 184612.01 ) Boresight = ( 317642.88, 124.43034, 178589.26 ) Col: 1, Row: 1 = ( 309694.24, 124.64942, 178135.71 ) Col: 2, Row: 1 = ( 317642.88, 124.43034, 178589.26 ) Col: 3, Row: 1 = ( 325584.51, 124.20787, 179032.32 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 305345.17, 124.53096, 183285.36 ) Forward (first) = ( 329186.83, 123.88476, 184612.01 ) Aft (second) = ( 304624.33, 124.05463, 194020.35 ) Forward (second) = ( 328478.93, 123.44220, 195310.52 ) Boresight = ( 316912.38, 123.98624, 189323.87 ) Col: 1, Row: 1 = ( 308959.37, 124.19422, 188882.19 ) Col: 2, Row: 1 = ( 316912.38, 123.98624, 189323.87 ) Col: 3, Row: 1 = ( 324858.58, 123.77434, 189754.50 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 304624.33, 124.05463, 194020.35 ) Forward (first) = ( 328478.93, 123.44220, 195310.52 ) Aft (second) = ( 303938.86, 123.54761, 204719.31 ) Forward (second) = ( 327805.26, 122.97141, 205972.93 ) Boresight = ( 316214.65, 123.51271, 200023.46 ) Col: 1, Row: 1 = ( 308257.61, 123.70874, 199593.68 ) Col: 2, Row: 1 = ( 316214.65, 123.51271, 200023.46 ) Col: 3, Row: 1 = ( 324165.10, 123.31218, 200441.65 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 303938.86, 123.54761, 204719.31 ) Forward (first) = ( 327805.26, 122.97141, 205972.93 ) Aft (second) = ( 303293.06, 123.00992, 215380.10 ) Forward (second) = ( 327169.80, 122.47243, 216597.10 ) Boresight = ( 315553.72, 123.00978, 210685.93 ) Col: 1, Row: 1 = ( 307593.10, 123.19302, 210268.07 ) Col: 2, Row: 1 = ( 315553.72, 123.00978, 210685.93 ) Col: 3, Row: 1 = ( 323508.01, 122.82142, 211091.64 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 303293.06, 123.00992, 215380.10 ) Forward (first) = ( 327169.80, 122.47243, 216597.10 ) Aft (second) = ( 302691.45, 122.44166, 226000.60 ) Forward (second) = ( 326576.72, 121.94534, 227180.93 ) Boresight = ( 314933.82, 122.47752, 221309.13 ) Col: 1, Row: 1 = ( 306970.20, 122.64712, 220903.21 ) Col: 2, Row: 1 = ( 314933.82, 122.47752, 221309.13 ) Col: 3, Row: 1 = ( 322891.44, 122.30212, 221702.36 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 302691.45, 122.44166, 226000.60 ) Forward (first) = ( 326576.72, 121.94534, 227180.93 ) Aft (second) = ( 302138.78, 121.84296, 236578.70 ) Forward (second) = ( 326030.42, 121.39026, 237722.29 ) Boresight = ( 314359.42, 121.91602, 231890.95 ) Col: 1, Row: 1 = ( 306393.48, 122.07114, 231496.99 ) Col: 2, Row: 1 = ( 314359.42, 121.91602, 231890.95 ) Col: 3, Row: 1 = ( 322319.72, 121.75438, 232271.67 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 302138.78, 121.84296, 236578.70 ) Forward (first) = ( 326030.42, 121.39026, 237722.29 ) Aft (second) = ( 301640.00, 121.21403, 247112.28 ) Forward (second) = ( 325535.46, 120.80737, 248219.09 ) Boresight = ( 313835.17, 121.32544, 242429.28 ) Col: 1, Row: 1 = ( 305867.71, 121.46526, 242047.31 ) Col: 2, Row: 1 = ( 313835.17, 121.32544, 242429.28 ) Col: 3, Row: 1 = ( 321797.40, 121.17837, 242797.48 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 301640.00, 121.21403, 247112.28 ) Forward (first) = ( 325535.46, 120.80737, 248219.09 ) Aft (second) = ( 301200.26, 120.55510, 257599.27 ) Forward (second) = ( 325096.59, 120.19689, 258669.23 ) Boresight = ( 313365.93, 120.70599, 252922.02 ) Col: 1, Row: 1 = ( 305397.90, 120.82967, 252552.06 ) Col: 2, Row: 1 = ( 313365.93, 120.70599, 252922.02 ) Col: 3, Row: 1 = ( 321329.19, 120.57426, 253277.68 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:03:34 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1598072.1 km Body center Ra : 109.53480 deg Body Center Dec : 23.904805 deg w: 1 = ( 319915.43, 127.78321, 47234.145 ) Col: 2, Row: 1 = ( 327813.68, 127.49358, 47828.259 ) Col: 3, Row: 1 = ( 335703.78, 127.20389, 48418.574 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 315514.29, 127.88100, 52438.341 ) Forward (firsti24_nans01_12.look_lbl000077505166050166273000000317321166151707100173600ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_12.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_12.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_12" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T13:13:25.907Z SPACECRAFT_CLOCK_START_COUNT = 1/05209870:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END n values are after the i24_nans01_12.look_new_1000077505166050166273000000613221166151707100176160ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 13:13:25.907 SCLK Time : 1/05209870:00:0:0 Spacecraft position = (-520058.93, 1399763.5, 657931.84) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 330287.63, 155.88059, -267358.76 ) Forward (first) = ( 354465.95, 155.68491, -264604.75 ) Aft (second) = ( 328871.89, 156.52723, -256764.75 ) Forward (second) = ( 353070.35, 156.28634, -254041.48 ) Boresight = ( 341672.62, 156.10870, -260712.84 ) Col: 1, Row: 1 = ( 333606.82, 156.17657, -261619.72 ) Col: 2, Row: 1 = ( 341672.62, 156.10870, -260712.84 ) Col: 3, Row: 1 = ( 349733.22, 156.03066, -259793.88 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 328871.89, 156.52723, -256764.75 ) Forward (first) = ( 353070.35, 156.28634, -254041.48 ) Aft (second) = ( 327513.25, 157.15319, -246117.15 ) Forward (second) = ( 351728.36, 156.86812, -243424.75 ) Boresight = ( 340295.76, 156.72199, -250106.56 ) Col: 1, Row: 1 = ( 332223.57, 156.80508, -251003.45 ) Col: 2, Row: 1 = ( 340295.76, 156.72199, -250106.56 ) Col: 3, Row: 1 = ( 348362.19, 156.62939, -249198.14 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 327513.25, 157.15319, -246117.15 ) Forward (first) = ( 351728.36, 156.86812, -243424.75 ) Aft (second) = ( 326207.56, 157.75784, -235418.08 ) Forward (second) = ( 350436.11, 157.42972, -232756.68 ) Boresight = ( 338972.17, 157.31484, -239447.81 ) Col: 1, Row: 1 = ( 330894.74, 157.41278, -240334.66 ) Col: 2, Row: 1 = ( 338972.17, 157.31484, -239447.81 ) Col: 3, Row: 1 = ( 347043.35, 157.20802, -238549.98 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 326207.56, 157.75784, -235418.08 ) Forward (first) = ( 350436.11, 157.42972, -232756.68 ) Aft (second) = ( 324950.75, 158.34061, -224669.66 ) Forward (second) = ( 349189.80, 157.97061, -222039.41 ) Boresight = ( 337697.88, 157.88668, -228738.72 ) Col: 1, Row: 1 = ( 329616.26, 157.99909, -229615.49 ) Col: 2, Row: 1 = ( 337697.88, 157.88668, -228738.72 ) Col: 3, Row: 1 = ( 345772.81, 157.76602, -227851.52 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 324950.75, 158.34061, -224669.66 ) Forward (first) = ( 349189.80, 157.97061, -222039.41 ) Aft (second) = ( 323738.82, 158.90091, -213874.05 ) Forward (second) = ( 347985.72, 158.49031, -211275.07 ) Boresight = ( 336468.99, 158.43697, -217981.42 ) Col: 1, Row: 1 = ( 328384.15, 158.56342, -218848.06 ) Col: 2, Row: 1 = ( 336468.99, 158.43697, -217981.42 ) Col: 3, Row: 1 = ( 344546.78, 158.30288, -217104.90 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 323738.82, 158.90091, -213874.05 ) Forward (first) = ( 347985.72, 158.49031, -211275.07 ) Aft (second) = ( 322567.90, 159.43822, -203033.39 ) Forward (second) = ( 346820.28, 158.98837, -200465.80 ) Boresight = ( 335281.73, 158.96519, -207178.06 ) Col: 1, Row: 1 = ( 327194.52, 159.10525, -208034.53 ) Col: 2, Row: 1 = ( 335281.73, 158.96519, -207178.06 ) Col: 3, Row: 1 = ( 343361.56, 158.81810, -206312.26 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 322567.90, 159.43822, -203033.39 ) Forward (first) = ( 346820.28, 158.98837, -200465.80 ) Aft (second) = ( 321434.21, 159.95203, -192149.83 ) Forward (second) = ( 345689.99, 159.46433, -189613.77 ) Boresight = ( 334132.40, 159.47087, -196330.79 ) Col: 1, Row: 1 = ( 326043.59, 159.62407, -197177.04 ) Col: 2, Row: 1 = ( 334132.40, 159.47087, -196330.79 ) Col: 3, Row: 1 = ( 342213.56, 159.31123, -195475.76 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 321434.21, 159.95203, -192149.83 ) Forward (first) = ( 345689.99, 159.46433, -189613.77 ) Aft (second) = ( 320334.12, 160.44185, -181225.54 ) Forward (second) = ( 344591.48, 159.91777, -178721.15 ) Boresight = ( 333017.45, 159.95354, -185441.76 ) Col: 1, Row: 1 = ( 324927.71, 160.11939, -186277.77 ) Col: 2, Row: 1 = ( 333017.45, 159.95354, -185441.76 ) Col: 3, Row: 1 = ( 341099.30, 159.78182, -184597.54 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 320334.12, 160.44185, -181225.54 ) Forward (first) = ( 344591.48, 159.91777, -178721.15 ) Aft (second) = ( 319264.13, 160.90723, -170262.71 ) Forward (second) = ( 343521.51, 160.34831, -167790.09 ) Boresight = ( 331933.43, 160.41277, -174513.16 ) Col: 1, Row: 1 = ( 323843.35, 160.59076, -175338.87 ) Col: 2, Row: 1 = ( 331933.43, 160.41277, -174513.16 ) Col: 3, Row: 1 = ( 340015.44, 160.22946, -173679.79 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 319264.13, 160.90723, -170262.71 ) Forward (first) = ( 343521.51, 160.34831, -167790.09 ) Aft (second) = ( 318220.88, 161.34774, -159263.51 ) Forward (second) = ( 342477.01, 160.75556, -156822.79 ) Boresight = ( 330877.07, 160.84814, -163547.16 ) Col: 1, Row: 1 = ( 322787.13, 161.03774, -164362.54 ) Col: 2, Row: 1 = ( 330877.07, 160.84814, -163547.16 ) Col: 3, Row: 1 = ( 338958.79, 160.65375, -162724.69 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 318220.88, 161.34774, -159263.51 ) Forward (first) = ( 342477.01, 160.75556, -156822.79 ) Aft (second) = ( 317201.17, 161.76296, -148230.13 ) Forward (second) = ( 341455.02, 161.13916, -145821.44 ) Boresight = ( 329845.21, 161.25926, -152545.94 ) Col: 1, Row: 1 = ( 321755.82, 161.45992, -153350.94 ) Col: 2, Row: 1 = ( 329845.21, 161.25926, -152545.94 ) Col: 3, Row: 1 = ( 337926.27, 161.05431, -151734.41 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 317201.17, 161.76296, -148230.13 ) Forward (first) = ( 341455.02, 161.13916, -145821.44 ) Aft (second) = ( 316201.99, 162.15250, -137164.77 ) Forward (second) = ( 340452.75, 161.49877, -134788.22 ) Boresight = ( 328834.88, 161.64575, -141511.70 ) Col: 1, Row: 1 = ( 320746.34, 161.85691, -142306.29 ) Col: 2, Row: 1 = ( 328834.88, 161.64575, -141511.70 ) Col: 3, Row: 1 = ( 336914.98, 161.43079, -140711.14 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 316201.99, 162.15250, -137164.77 ) Forward (first) = ( 340452.75, 161.49877, -134788.22 ) Aft (second) = ( 315220.46, 162.51599, -126069.63 ) Forward (second) = ( 339467.58, 161.83405, -123725.35 ) Boresight = ( 327843.24, 162.00725, -130446.64 ) Col: 1, Row: 1 = ( 319755.81, 162.22833, -131230.78 ) Col: 2, Row: 1 = ( 327843.24, 162.00725, -130446.64 ) Col: 3, Row: 1 = ( 335922.18, 161.78285, -129657.10 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 315220.46, 162.51599, -126069.63 ) Forward (first) = ( 339467.58, 161.83405, -123725.35 ) Aft (second) = ( 314253.91, 162.85306, -114946.92 ) Forward (second) = ( 338497.07, 162.14470, -112635.02 ) Boresight = ( 326867.65, 162.34343, -119352.96 ) Col: 1, Row: 1 = ( 318781.48, 162.57382, -120126.61 ) Col: 2, Row: 1 = ( 326867.65, 162.34343, -119352.96 ) Col: 3, Row: 1 = ( 334945.29, 162.11014, -118574.48 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 314253.91, 162.85306, -114946.92 ) Forward (first) = ( 338497.07, 162.14470, -112635.02 ) Aft (second) = ( 313299.87, 163.16337, -103798.86 ) Forward (second) = ( 337538.92, 162.43041, -101519.45 ) Boresight = ( 325905.63, 162.65395, -108232.88 ) Col: 1, Row: 1 = ( 317820.81, 162.89304, -108996.00 ) Col: 2, Row: 1 = ( 325905.63, 162.65395, -108232.88 ) Col: 3, Row: 1 = ( 333981.92, 162.41236, -107465.50 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 313299.87, 163.16337, -103798.86 ) Forward (first) = ( 337538.92, 162.43041, -101519.45 ) Aft (second) = ( 312356.03, 163.44659, -92627.662 ) Forward (second) = ( 336591.06, 162.69089, -90380.867 ) Boresight = ( 324954.92, 162.93849, -97088.606 ) Col: 1, Row: 1 = ( 316871.46, 163.18565, -97841.161 ) Col: 2, Row: 1 = ( 324954.92, 162.93849, -97088.606 ) Col: 3, Row: 1 = ( 333029.84, 162.68920, -96332.361 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 312356.03, 163.44659, -92627.662 ) Forward (first) = ( 336591.06, 162.69089, -90380.867 ) Aft (second) = ( 311420.31, 163.70240, -81435.555 ) Forward (second) = ( 335651.57, 162.92586, -79221.482 ) Boresight = ( 324013.40, 163.19675, -85922.365 ) Col: 1, Row: 1 = ( 315931.26, 163.45135, -86664.318 ) Col: 2, Row: 1 = ( 324013.40, 163.19675, -85922.365 ) Col: 3, Row: 1 = ( 332087.03, 162.94038, -85177.296 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 311420.31, 163.70240, -81435.555 ) Forward (first) = ( 335651.57, 162.92586, -79221.482 ) Aft (second) = ( 310490.83, 163.93049, -70224.767 ) Forward (second) = ( 334718.76, 163.13503, -68043.525 ) Boresight = ( 323079.20, 163.42843, -74736.382 ) Col: 1, Row: 1 = ( 314998.27, 163.68982, -75467.696 ) Col: 2, Row: 1 = ( 323079.20, 163.42843, -74736.382 ) Col: 3, Row: 1 = ( 331151.65, 163.16560, -74002.525 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 310490.83, 163.93049, -70224.767 ) Forward (first) = ( 334718.76, 163.13503, -68043.525 ) Aft (second) = ( 309565.92, 164.13055, -58997.529 ) Forward (second) = ( 333791.09, 163.31816, -56849.227 ) Boresight = ( 322150.61, 163.63325, -63532.887 ) Col: 1, Row: 1 = ( 314070.73, 163.90075, -64253.525 ) Col: 2, Row: 1 = ( 322150.61, 163.63325, -63532.887 ) Col: 3, Row: 1 = ( 330222.07, 163.36459, -62810.280 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 309565.92, 164.13055, -58997.529 ) Forward (first) = ( 333791.09, 163.31816, -56849.227 ) Aft (second) = ( 308644.14, 164.30229, -47756.077 ) Forward (second) = ( 332867.28, 163.47496, -45640.822 ) Boresight = ( 321226.17, 163.81092, -52314.112 ) Col: 1, Row: 1 = ( 313147.12, 164.08386, -53024.040 ) Col: 2, Row: 1 = ( 321226.17, 163.81092, -52314.112 ) Col: 3, Row: 1 = ( 329296.85, 163.53709, -51602.791 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 308644.14, 164.30229, -47756.077 ) Forward (first) = ( 332867.28, 163.47496, -45640.822 ) Aft (second) = ( 307724.26, 164.44541, -36502.648 ) Forward (second) = ( 331946.21, 163.60520, -34420.546 ) Boresight = ( 320304.60, 163.96117, -41082.295 ) Col: 1, Row: 1 = ( 312226.12, 164.23886, -41781.476 ) Col: 2, Row: 1 = ( 320304.60, 163.96117, -41082.295 ) Col: 3, Row: 1 = ( 328374.77, 163.68282, -40382.295 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 307724.26, 164.44541, -36502.648 ) Forward (first) = ( 331946.21, 163.60520, -34420.546 ) Aft (second) = ( 306805.29, 164.55963, -25239.484 ) Forward (second) = ( 331027.01, 163.70862, -23190.638 ) Boresight = ( 319384.85, 164.08373, -29839.673 ) Col: 1, Row: 1 = ( 311306.64, 164.36547, -30528.073 ) Col: 2, Row: 1 = ( 319384.85, 164.08373, -29839.673 ) Col: 3, Row: 1 = ( 327454.81, 163.80153, -29151.029 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 306805.29, 164.55963, -25239.484 ) Forward (first) = ( 331027.01, 163.70862, -23190.638 ) Aft (second) = ( 305886.47, 164.64466, -13968.827 ) Forward (second) = ( 330109.01, 163.78498, -11953.339 ) Boresight = ( 318466.10, 164.17833, -18588.487 ) Col: 1, Row: 1 = ( 310387.84, 164.46340, -19266.073 ) Col: 2, Row: 1 = ( 318466.10, 164.17833, -18588.487 ) Col: 3, Row: 1 = ( 326536.19, 163.89298, -17911.235 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 305886.47, 164.64466, -13968.827 ) Forward (first) = ( 330109.01, 163.78498, -11953.339 ) Aft (second) = ( 304967.28, 164.70022, -2692.9212 ) Forward (second) = ( 329191.76, 163.83403, -710.89234 ) Boresight = ( 317547.76, 164.24472, -7330.9804 ) Col: 1, Row: 1 = ( 309469.07, 164.53238, -7997.7181 ) Col: 2, Row: 1 = ( 317547.76, 164.24472, -7330.9804 ) Col: 3, Row: 1 = ( 325618.33, 163.95690, -6665.1532 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 304967.28, 164.70022, -2692.9212 ) Forward (first) = ( 329191.76, 163.83403, -710.89234 ) Aft (second) = ( 304047.45, 164.72604, 8585.9887 ) Forward (second) = ( 328275.03, 163.85553, 10534.460 ) Boresight = ( 316629.44, 164.28263, 3930.6031 ) Col: 1, Row: 1 = ( 308549.95, 164.57214, 3274.7469 ) Col: 2, Row: 1 = ( 316629.44, 164.28263, 3930.6031 ) Col: 3, Row: 1 = ( 324700.89, 163.99305, 4584.9719 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 304047.45, 164.72604, 8585.9887 ) Forward (first) = ( 328275.03, 163.85553, 10534.460 ) Aft (second) = ( 303126.93, 164.72184, 19865.657 ) Forward (second) = ( 327358.83, 163.84925, 21780.473 ) Boresight = ( 315711.03, 164.29181, 15194.019 ) Col: 1, Row: 1 = ( 307630.33, 164.58242, 14549.077 ) Col: 2, Row: 1 = ( 315711.03, 164.29181, 15194.019 ) Col: 3, Row: 1 = ( 323783.75, 164.00119, 15836.897 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 303126.93, 164.72184, 19865.657 ) Forward (first) = ( 327358.83, 163.84925, 21780.473 ) Aft (second) = ( 302205.95, 164.68734, 31143.838 ) Forward (second) = ( 326443.39, 163.81496, 33024.904 ) Boresight = ( 314792.62, 164.27200, 26457.022 ) Col: 1, Row: 1 = ( 306710.32, 164.56293, 25823.026 ) Col: 2, Row: 1 = ( 314792.62, 164.27200, 26457.022 ) Col: 3, Row: 1 = ( 322867.02, 163.98108, 27088.376 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 302205.95, 164.68734, 31143.838 ) Forward (first) = ( 326443.39, 163.81496, 33024.904 ) Aft (second) = ( 301284.97, 164.62228, 42418.285 ) Forward (second) = ( 325529.19, 163.75242, 44265.508 ) Boresight = ( 313874.57, 164.22296, 37717.367 ) Col: 1, Row: 1 = ( 305790.25, 164.51343, 37094.349 ) Col: 2, Row: 1 = ( 313874.57, 164.22296, 37717.367 ) Col: 3, Row: 1 = ( 321951.06, 163.93247, 38337.167 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 301284.97, 164.62228, 42418.285 ) Forward (first) = ( 325529.19, 163.75242, 44265.508 ) Aft (second) = ( 300364.75, 164.52638, 53686.755 ) Forward (second) = ( 324616.93, 163.66142, 55500.042 ) Boresight = ( 312957.48, 164.14443, 48972.810 ) Col: 1, Row: 1 = ( 304870.73, 164.43364, 48360.801 ) Col: 2, Row: 1 = ( 312957.48, 164.14443, 48972.810 ) Col: 3, Row: 1 = ( 321036.45, 163.85515, 49581.025 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 300364.75, 164.52638, 53686.755 ) Forward (first) = ( 324616.93, 163.66142, 55500.042 ) Aft (second) = ( 299446.25, 164.39939, 64947.004 ) Forward (second) = ( 323707.56, 163.54172, 66726.264 ) Boresight = ( 312042.18, 164.03618, 60221.108 ) Col: 1, Row: 1 = ( 303952.61, 164.32330, 59620.137 ) Col: 2, Row: 1 = ( 312042.18, 164.03618, 60221.108 ) Col: 3, Row: 1 = ( 320124.04, 163.74887, 60817.706 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 299446.25, 164.39939, 64947.004 ) Forward (first) = ( 323707.56, 163.54172, 66726.264 ) Aft (second) = ( 298530.75, 164.24104, 76196.789 ) Forward (second) = ( 322802.27, 163.39312, 77941.935 ) Boresight = ( 311129.77, 163.89796, 71460.017 ) Col: 1, Row: 1 = ( 303037.01, 164.18218, 70870.116 ) Col: 2, Row: 1 = ( 311129.77, 163.89796, 71460.017 ) Col: 3, Row: 1 = ( 319214.89, 163.61342, 72044.971 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 298530.75, 164.24104, 76196.789 ) Forward (first) = ( 322802.27, 163.39312, 77941.935 ) Aft (second) = ( 297619.76, 164.05108, 87433.872 ) Forward (second) = ( 321902.50, 163.21541, 89144.815 ) Boresight = ( 310221.60, 163.72954, 82687.299 ) Col: 1, Row: 1 = ( 302125.30, 164.01001, 82108.497 ) Col: 2, Row: 1 = ( 310221.60, 163.72954, 82687.299 ) Col: 3, Row: 1 = ( 318310.33, 163.44857, 83260.578 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 297619.76, 164.05108, 87433.872 ) Forward (first) = ( 321902.50, 163.21541, 89144.815 ) Aft (second) = ( 296715.08, 163.82927, 98656.014 ) Forward (second) = ( 321009.93, 163.00838, 100332.67 ) Boresight = ( 309319.28, 163.53070, 93900.715 ) Col: 1, Row: 1 = ( 301219.12, 163.80655, 93333.041 ) Col: 2, Row: 1 = ( 309319.28, 163.53070, 93900.715 ) Col: 3, Row: 1 = ( 317411.94, 163.25411, 94462.291 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 296715.08, 163.82927, 98656.014 ) Forward (first) = ( 321009.93, 163.00838, 100332.67 ) Aft (second) = ( 295818.77, 163.57537, 109860.98 ) Forward (second) = ( 320126.48, 162.77186, 111503.27 ) Boresight = ( 308424.67, 163.30122, 105098.03 ) Col: 1, Row: 1 = ( 300320.39, 163.57158, 104541.51 ) Col: 2, Row: 1 = ( 308424.67, 163.30122, 105098.03 ) Col: 3, Row: 1 = ( 316521.55, 163.02985, 105647.88 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 295818.77, 163.57537, 109860.98 ) Forward (first) = ( 320126.48, 162.77186, 111503.27 ) Aft (second) = ( 294933.18, 163.28916, 121046.54 ) Forward (second) = ( 319254.35, 162.50564, 122654.38 ) Boresight = ( 307539.91, 163.04089, 116277.01 ) Col: 1, Row: 1 = ( 299431.27, 163.30487, 115731.68 ) Col: 2, Row: 1 = ( 307539.91, 163.04089, 116277.01 ) Col: 3, Row: 1 = ( 315641.22, 162.77558, 116815.10 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 294933.18, 163.28916, 121046.54 ) Forward (first) = ( 319254.35, 162.50564, 122654.38 ) Aft (second) = ( 294060.92, 162.97043, 132210.48 ) Forward (second) = ( 318395.97, 162.20959, 133783.78 ) Boresight = ( 306667.38, 162.74952, 127435.43 ) Col: 1, Row: 1 = ( 298554.22, 163.00621, 126901.31 ) Col: 2, Row: 1 = ( 306667.38, 162.74952, 127435.43 ) Col: 3, Row: 1 = ( 314773.30, 162.49114, 127961.74 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 294060.92, 162.97043, 132210.48 ) Forward (first) = ( 318395.97, 162.20959, 133783.78 ) Aft (second) = ( 293204.88, 162.61900, 143350.55 ) Forward (second) = ( 317554.01, 161.88353, 144889.24 ) Boresight = ( 305809.73, 162.42695, 138571.07 ) Col: 1, Row: 1 = ( 297691.96, 162.67543, 138048.19 ) Col: 2, Row: 1 = ( 305809.73, 162.42695, 138571.07 ) Col: 3, Row: 1 = ( 313920.38, 162.17635, 139085.56 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 293204.88, 162.61900, 143350.55 ) Forward (first) = ( 317554.01, 161.88353, 144889.24 ) Aft (second) = ( 292368.23, 162.23469, 154464.55 ) Forward (second) = ( 316731.41, 161.52735, 155968.55 ) Boresight = ( 304969.87, 162.07300, 149681.70 ) Col: 1, Row: 1 = ( 296847.47, 162.31234, 149170.09 ) Col: 2, Row: 1 = ( 304969.87, 162.07300, 149681.70 ) Col: 3, Row: 1 = ( 313085.29, 161.83108, 150184.36 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 292368.23, 162.23469, 154464.55 ) Forward (first) = ( 316731.41, 161.52735, 155968.55 ) Aft (second) = ( 291554.41, 161.81738, 165550.27 ) Forward (second) = ( 315931.35, 161.14094, 167019.51 ) Boresight = ( 304150.99, 161.68755, 160765.11 ) Col: 1, Row: 1 = ( 296024.02, 161.91680, 160264.79 ) Col: 2, Row: 1 = ( 304150.99, 161.68755, 160765.11 ) Col: 3, Row: 1 = ( 312271.13, 161.45519, 161255.91 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 291554.41, 161.81738, 165550.27 ) Forward (first) = ( 315931.35, 161.14094, 167019.51 ) Aft (second) = ( 290767.14, 161.36694, 176605.49 ) Forward (second) = ( 315157.27, 160.72422, 178039.90 ) Boresight = ( 303356.52, 161.27048, 171819.10 ) Col: 1, Row: 1 = ( 295225.13, 161.48868, 171330.09 ) Col: 2, Row: 1 = ( 303356.52, 161.27048, 171819.10 ) Col: 3, Row: 1 = ( 311481.26, 161.04860, 172298.01 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 290767.14, 161.36694, 176605.49 ) Forward (first) = ( 315157.27, 160.72422, 178039.90 ) Aft (second) = ( 290010.40, 160.88331, 187628.03 ) Forward (second) = ( 314412.84, 160.27713, 189027.52 ) Boresight = ( 302590.16, 160.82172, 182841.45 ) Col: 1, Row: 1 = ( 294454.60, 161.02791, 182363.78 ) Col: 2, Row: 1 = ( 302590.16, 160.82172, 182841.45 ) Col: 3, Row: 1 = ( 310719.27, 160.61122, 183308.46 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 290010.40, 160.88331, 187628.03 ) Forward (first) = ( 314412.84, 160.27713, 189027.52 ) Aft (second) = ( 289288.44, 160.36645, 198615.67 ) Forward (second) = ( 313701.98, 159.79966, 199980.19 ) Boresight = ( 301855.86, 160.34122, 193829.97 ) Col: 1, Row: 1 = ( 293716.51, 160.53443, 193363.67 ) Col: 2, Row: 1 = ( 301855.86, 160.34122, 193829.97 ) Col: 3, Row: 1 = ( 309989.01, 160.14303, 194285.05 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 289288.44, 160.36645, 198615.67 ) Forward (first) = ( 313701.98, 159.79966, 199980.19 ) Aft (second) = ( 288605.79, 159.81637, 209566.24 ) Forward (second) = ( 313028.84, 159.29183, 210895.71 ) Boresight = ( 301157.83, 159.82898, 204782.48 ) Col: 1, Row: 1 = ( 293015.16, 160.00823, 204327.57 ) Col: 2, Row: 1 = ( 301157.83, 159.82898, 204782.48 ) Col: 3, Row: 1 = ( 309294.57, 159.64402, 205225.60 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 288605.79, 159.81637, 209566.24 ) Forward (first) = ( 313028.84, 159.29183, 210895.71 ) Aft (second) = ( 287967.20, 159.23314, 220477.55 ) Forward (second) = ( 312397.81, 158.75369, 221771.91 ) Boresight = ( 300500.51, 159.28503, 215696.78 ) Col: 1, Row: 1 = ( 292355.15, 159.44935, 215253.28 ) Col: 2, Row: 1 = ( 300500.51, 159.28503, 215696.78 ) Col: 3, Row: 1 = ( 308640.29, 159.11422, 216127.93 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 287967.20, 159.23314, 220477.55 ) Forward (first) = ( 312397.81, 158.75369, 221771.91 ) Aft (second) = ( 287377.70, 158.61687, 231347.43 ) Forward (second) = ( 311813.51, 158.18535, 232606.62 ) Boresight = ( 299888.60, 158.70946, 226570.70 ) Col: 1, Row: 1 = ( 291741.28, 158.85787, 226138.64 ) Col: 2, Row: 1 = ( 299888.60, 158.70946, 226570.70 ) Col: 3, Row: 1 = ( 308030.72, 158.55372, 226989.86 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 287377.70, 158.61687, 231347.43 ) Forward (first) = ( 311813.51, 158.18535, 232606.62 ) Aft (second) = ( 286842.54, 157.96775, 242173.72 ) Forward (second) = ( 311280.75, 157.58697, 243397.67 ) Boresight = ( 299327.01, 158.10241, 237402.08 ) Col: 1, Row: 1 = ( 291178.63, 158.23394, 236981.48 ) Col: 2, Row: 1 = ( 299327.01, 158.10241, 237402.08 ) Col: 3, Row: 1 = ( 307470.65, 157.96266, 237809.23 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 286842.54, 157.96775, 242173.72 ) Forward (first) = ( 311280.75, 157.58697, 243397.67 ) Aft (second) = ( 286367.20, 157.28602, 252954.27 ) Forward (second) = ( 310804.57, 156.95876, 254142.92 ) Boresight = ( 298820.88, 157.46408, 248188.75 ) Col: 1, Row: 1 = ( 290672.48, 157.57777, 247779.64 ) Col: 2, Row: 1 = ( 298820.88, 157.46408, 248188.75 ) Col: 3, Row: 1 = ( 306965.08, 157.34122, 248583.87 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 286367.20, 157.28602, 252954.27 ) Forward (first) = ( 310804.57, 156.95876, 254142.92 ) Aft (second) = ( 285957.36, 156.57201, 263686.92 ) Forward (second) = ( 310390.18, 156.30100, 264840.21 ) Boresight = ( 298375.56, 156.79472, 258928.57 ) Col: 1, Row: 1 = ( 290228.33, 156.88964, 258530.96 ) Col: 2, Row: 1 = ( 298375.56, 156.79472, 258928.57 ) Col: 3, Row: 1 = ( 306519.20, 156.68965, 259311.64 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:06:00 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1631770.0 km Body center Ra : 110.38171 deg Body Center Dec : 23.778460 deg w: 1 = ( 304870.73, 164.43364, 48360.801 ) Col: 2, Row: 1 = ( 312957.48, 164.14443, 48972.810 ) Col: 3, Row: 1 = ( 321036.45, 163.85515, 49581.025 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 300364.75, 164.52638, 53686.755 ) Forward (firsti24_nans01_13.look_lbl000077505166050166273000000317321166151707100173610ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_13.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_13.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_13" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T14:14:05.905Z SPACECRAFT_CLOCK_START_COUNT = 1/05209930:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END = 80 DESCRIPTIOi24_nans01_13.look_new_1000077505166050166273000000414121166151707100176150ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 14:14:05.905 SCLK Time : 1/05209930:00:0:0 Spacecraft position = (-551392.19, 1422093.8, 668041.57) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 315471.87, 191.99012, -273558.77 ) Forward (first) = ( 340173.83, 191.87998, -270798.55 ) Aft (second) = ( 313988.11, 192.67806, -262717.55 ) Forward (second) = ( 338715.79, 192.51723, -259986.41 ) Boresight = ( 327083.86, 192.28272, -266786.28 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 313988.11, 192.67806, -262717.55 ) Forward (first) = ( 338715.79, 192.51723, -259986.41 ) Aft (second) = ( 312566.59, 193.34439, -251821.67 ) Forward (second) = ( 337315.89, 193.13393, -249119.75 ) Boresight = ( 325644.38, 192.93399, -255931.41 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 312566.59, 193.34439, -251821.67 ) Forward (first) = ( 337315.89, 193.13393, -249119.75 ) Aft (second) = ( 311202.81, 193.98836, -240873.31 ) Forward (second) = ( 335969.95, 193.72947, -238200.75 ) Boresight = ( 324262.83, 193.56385, -245023.04 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 311202.81, 193.98836, -240873.31 ) Forward (first) = ( 335969.95, 193.72947, -238200.75 ) Aft (second) = ( 309892.36, 194.60931, -229874.65 ) Forward (second) = ( 334673.87, 194.30326, -227231.57 ) Boresight = ( 322934.91, 194.17164, -234063.33 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 309892.36, 194.60931, -229874.65 ) Forward (first) = ( 334673.87, 194.30326, -227231.57 ) Aft (second) = ( 308630.93, 195.20657, -218827.87 ) Forward (second) = ( 333423.66, 194.85475, -216214.41 ) Boresight = ( 321656.42, 194.75676, -223054.47 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 308630.93, 195.20657, -218827.87 ) Forward (first) = ( 333423.66, 194.85475, -216214.41 ) Aft (second) = ( 307414.31, 195.77952, -207735.18 ) Forward (second) = ( 332215.40, 195.38340, -205151.46 ) Boresight = ( 320423.26, 195.31860, -211998.67 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 307414.31, 195.77952, -207735.18 ) Forward (first) = ( 332215.40, 195.38340, -205151.46 ) Aft (second) = ( 306238.40, 196.32758, -196598.78 ) Forward (second) = ( 331045.34, 195.88872, -194044.93 ) Boresight = ( 319231.43, 195.85661, -200898.11 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 306238.40, 196.32758, -196598.78 ) Forward (first) = ( 331045.34, 195.88872, -194044.93 ) Aft (second) = ( 305099.24, 196.85020, -185420.89 ) Forward (second) = ( 329909.81, 196.37022, -182897.05 ) Boresight = ( 318077.07, 196.37027, -189755.01 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 305099.24, 196.85020, -185420.89 ) Forward (first) = ( 329909.81, 196.37022, -182897.05 ) Aft (second) = ( 303993.03, 197.34683, -174203.74 ) Forward (second) = ( 328805.32, 196.82745, -171710.03 ) Boresight = ( 316956.46, 196.85908, -178571.60 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 303993.03, 197.34683, -174203.74 ) Forward (first) = ( 328805.32, 196.82745, -171710.03 ) Aft (second) = ( 302916.10, 197.81699, -162949.56 ) Forward (second) = ( 327728.50, 197.25999, -160486.10 ) Boresight = ( 315866.00, 197.32256, -167350.11 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 302916.10, 197.81699, -162949.56 ) Forward (first) = ( 327728.50, 197.25999, -160486.10 ) Aft (second) = ( 301864.98, 198.26020, -151660.59 ) Forward (second) = ( 326676.15, 197.66741, -149227.50 ) Boresight = ( 314802.28, 197.76025, -156092.76 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 301864.98, 198.26020, -151660.59 ) Forward (first) = ( 326676.15, 197.66741, -149227.50 ) Aft (second) = ( 300836.34, 198.67601, -140339.08 ) Forward (second) = ( 325645.25, 198.04934, -137936.49 ) Boresight = ( 313762.05, 198.17173, -144801.81 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 300836.34, 198.67601, -140339.08 ) Forward (first) = ( 325645.25, 198.04934, -137936.49 ) Aft (second) = ( 299827.08, 199.06398, -128987.28 ) Forward (second) = ( 324632.94, 198.40539, -126615.31 ) Boresight = ( 312742.24, 198.55659, -133479.50 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 299827.08, 199.06398, -128987.28 ) Forward (first) = ( 324632.94, 198.40539, -126615.31 ) Aft (second) = ( 298834.26, 199.42372, -117607.46 ) Forward (second) = ( 323636.55, 198.73522, -115266.22 ) Boresight = ( 311739.94, 198.91444, -122128.09 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 298834.26, 199.42372, -117607.46 ) Forward (first) = ( 323636.55, 198.73522, -115266.22 ) Aft (second) = ( 297855.17, 199.75481, -106201.88 ) Forward (second) = ( 322653.60, 199.03847, -103891.49 ) Boresight = ( 310752.48, 199.24490, -110749.84 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 297855.17, 199.75481, -106201.88 ) Forward (first) = ( 322653.60, 199.03847, -103891.49 ) Aft (second) = ( 296887.31, 200.05688, -94772.810 ) Forward (second) = ( 321681.82, 199.31481, -92493.391 ) Boresight = ( 309777.35, 199.54761, -99347.032 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 296887.31, 200.05688, -94772.810 ) Forward (first) = ( 321681.82, 199.31481, -92493.391 ) Aft (second) = ( 295928.37, 200.32957, -83322.527 ) Forward (second) = ( 320719.13, 199.56393, -81074.188 ) Boresight = ( 308812.28, 199.82223, -87921.924 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 295928.37, 200.32957, -83322.527 ) Forward (first) = ( 320719.13, 199.56393, -81074.188 ) Aft (second) = ( 294976.32, 200.57251, -71853.311 ) Forward (second) = ( 319763.66, 199.78552, -69636.164 ) Boresight = ( 307855.19, 200.06842, -76476.798 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 294976.32, 200.57251, -71853.311 ) Forward (first) = ( 319763.66, 199.78552, -69636.164 ) Aft (second) = ( 294029.31, 200.78536, -60367.446 ) Forward (second) = ( 318813.78, 199.97928, -58181.602 ) Boresight = ( 306904.25, 200.28584, -65013.935 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 294029.31, 200.78536, -60367.446 ) Forward (first) = ( 318813.78, 199.97928, -58181.602 ) Aft (second) = ( 293085.78, 200.96777, -48867.219 ) Forward (second) = ( 317868.05, 200.14490, -46712.786 ) Boresight = ( 305957.82, 200.47418, -53535.620 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 293085.78, 200.96777, -48867.219 ) Forward (first) = ( 317868.05, 200.14490, -46712.786 ) Aft (second) = ( 292144.37, 201.11942, -37354.920 ) Forward (second) = ( 316925.28, 200.28210, -35232.005 ) Boresight = ( 305014.54, 200.63313, -42044.140 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 292144.37, 201.11942, -37354.920 ) Forward (first) = ( 316925.28, 200.28210, -35232.005 ) Aft (second) = ( 291204.01, 201.23997, -25832.841 ) Forward (second) = ( 315984.50, 200.39060, -23741.551 ) Boresight = ( 304073.25, 200.76238, -30541.787 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 291204.01, 201.23997, -25832.841 ) Forward (first) = ( 315984.50, 200.39060, -23741.551 ) Aft (second) = ( 290263.86, 201.32910, -14303.276 ) Forward (second) = ( 315045.00, 200.47011, -12243.715 ) Boresight = ( 303133.06, 200.86162, -19030.853 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 290263.86, 201.32910, -14303.276 ) Forward (first) = ( 315045.00, 200.47011, -12243.715 ) Aft (second) = ( 289323.36, 201.38648, -2768.5211 ) Forward (second) = ( 314106.28, 200.52036, -740.79157 ) Boresight = ( 302193.31, 200.93055, -7513.6330 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 289323.36, 201.38648, -2768.5211 ) Forward (first) = ( 314106.28, 200.52036, -740.79157 ) Aft (second) = ( 288382.20, 201.41178, 8769.1267 ) Forward (second) = ( 313168.10, 200.54108, 10764.924 ) Boresight = ( 301253.61, 200.96888, 4007.5784 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 288382.20, 201.41178, 8769.1267 ) Forward (first) = ( 313168.10, 200.54108, 10764.924 ) Aft (second) = ( 287440.37, 201.40470, 20307.370 ) Forward (second) = ( 312230.49, 200.53199, 22271.135 ) Boresight = ( 300313.82, 200.97631, 15530.484 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 287440.37, 201.40470, 20307.370 ) Forward (first) = ( 312230.49, 200.53199, 22271.135 ) Aft (second) = ( 286498.09, 201.36491, 31843.912 ) Forward (second) = ( 311293.69, 200.49283, 33775.547 ) Boresight = ( 299374.06, 200.95255, 27052.788 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 286498.09, 201.36491, 31843.912 ) Forward (first) = ( 311293.69, 200.49283, 33775.547 ) Aft (second) = ( 285555.91, 201.29209, 43376.455 ) Forward (second) = ( 310358.24, 200.42334, 45275.864 ) Boresight = ( 298434.72, 200.89730, 38572.192 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 285555.91, 201.29209, 43376.455 ) Forward (first) = ( 310358.24, 200.42334, 45275.864 ) Aft (second) = ( 284614.65, 201.18594, 54902.703 ) Forward (second) = ( 309424.92, 200.32324, 56769.792 ) Boresight = ( 297496.47, 200.81029, 50086.402 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 284614.65, 201.18594, 54902.703 ) Forward (first) = ( 309424.92, 200.32324, 56769.792 ) Aft (second) = ( 283675.40, 201.04614, 66420.361 ) Forward (second) = ( 308494.77, 200.19230, 68255.036 ) Boresight = ( 296560.24, 200.69123, 61593.121 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 283675.40, 201.04614, 66420.361 ) Forward (first) = ( 308494.77, 200.19230, 68255.036 ) Aft (second) = ( 282739.56, 200.87239, 77927.136 ) Forward (second) = ( 307569.12, 200.03025, 79729.305 ) Boresight = ( 295627.26, 200.53983, 73090.057 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 282739.56, 200.87239, 77927.136 ) Forward (first) = ( 307569.12, 200.03025, 79729.305 ) Aft (second) = ( 281808.83, 200.66439, 89420.736 ) Forward (second) = ( 306649.56, 199.83686, 91190.310 ) Boresight = ( 294699.00, 200.35584, 84574.917 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 281808.83, 200.66439, 89420.736 ) Forward (first) = ( 306649.56, 199.83686, 91190.310 ) Aft (second) = ( 280885.20, 200.42186, 100898.87 ) Forward (second) = ( 305737.93, 199.61189, 102635.76 ) Boresight = ( 293777.27, 200.13898, 96045.413 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 280885.20, 200.42186, 100898.87 ) Forward (first) = ( 305737.93, 199.61189, 102635.76 ) Aft (second) = ( 279970.98, 200.14451, 112359.26 ) Forward (second) = ( 304836.37, 199.35513, 114063.38 ) Boresight = ( 292864.12, 199.88901, 107499.26 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 279970.98, 200.14451, 112359.26 ) Forward (first) = ( 304836.37, 199.35513, 114063.38 ) Aft (second) = ( 279068.75, 199.83209, 123799.62 ) Forward (second) = ( 303947.31, 199.06636, 125470.89 ) Boresight = ( 291961.91, 199.60568, 118934.17 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 279068.75, 199.83209, 123799.62 ) Forward (first) = ( 303947.31, 199.06636, 125470.89 ) Aft (second) = ( 278181.44, 199.48436, 135217.67 ) Forward (second) = ( 303073.41, 198.74539, 136856.00 ) Boresight = ( 291073.29, 199.28876, 130347.87 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 278181.44, 199.48436, 135217.67 ) Forward (first) = ( 303073.41, 198.74539, 136856.00 ) Aft (second) = ( 277312.25, 199.10109, 146611.14 ) Forward (second) = ( 302217.65, 198.39205, 148216.45 ) Boresight = ( 290201.20, 198.93806, 141738.08 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 277312.25, 199.10109, 146611.14 ) Forward (first) = ( 302217.65, 198.39205, 148216.45 ) Aft (second) = ( 276464.72, 198.68210, 157977.75 ) Forward (second) = ( 301383.27, 198.00619, 159549.96 ) Boresight = ( 289348.87, 198.55339, 153102.53 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 276464.72, 198.68210, 157977.75 ) Forward (first) = ( 301383.27, 198.00619, 159549.96 ) Aft (second) = ( 275642.67, 198.22721, 169315.26 ) Forward (second) = ( 300573.80, 197.58770, 170854.29 ) Boresight = ( 288519.82, 198.13460, 164438.95 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 275642.67, 198.22721, 169315.26 ) Forward (first) = ( 300573.80, 197.58770, 170854.29 ) Aft (second) = ( 274850.23, 197.73632, 180621.39 ) Forward (second) = ( 299793.02, 197.13647, 182127.17 ) Boresight = ( 287717.88, 197.68155, 175745.10 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 274850.23, 197.73632, 180621.39 ) Forward (first) = ( 299793.02, 197.13647, 182127.17 ) Aft (second) = ( 274091.85, 197.20933, 191893.90 ) Forward (second) = ( 299044.99, 196.65246, 193366.35 ) Boresight = ( 286947.13, 197.19418, 187018.71 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 274091.85, 197.20933, 191893.90 ) Forward (first) = ( 299044.99, 196.65246, 193366.35 ) Aft (second) = ( 273372.26, 196.64623, 203130.55 ) Forward (second) = ( 298334.06, 196.13565, 204569.59 ) Boresight = ( 286211.96, 196.67242, 198257.53 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 273372.26, 196.64623, 203130.55 ) Forward (first) = ( 298334.06, 196.13565, 204569.59 ) Aft (second) = ( 272696.47, 196.04704, 214329.09 ) Forward (second) = ( 297664.81, 195.58607, 215734.66 ) Boresight = ( 285517.04, 196.11629, 209459.33 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 272696.47, 196.04704, 214329.09 ) Forward (first) = ( 297664.81, 195.58607, 215734.66 ) Aft (second) = ( 272069.80, 195.41185, 225487.30 ) Forward (second) = ( 297042.08, 195.00380, 226859.33 ) Boresight = ( 284867.29, 195.52584, 220621.87 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 272069.80, 195.41185, 225487.30 ) Forward (first) = ( 297042.08, 195.00380, 226859.33 ) Aft (second) = ( 271497.82, 194.74082, 236602.96 ) Forward (second) = ( 296470.98, 194.38899, 237941.37 ) Boresight = ( 284267.91, 194.90119, 231742.93 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 271497.82, 194.74082, 236602.96 ) Forward (first) = ( 296470.98, 194.38899, 237941.37 ) Aft (second) = ( 270986.35, 194.03421, 247673.84 ) Forward (second) = ( 295956.82, 193.74184, 248978.57 ) Boresight = ( 283724.36, 194.24252, 242820.29 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 270986.35, 194.03421, 247673.84 ) Forward (first) = ( 295956.82, 193.74184, 248978.57 ) Aft (second) = ( 270541.49, 193.29233, 258697.76 ) Forward (second) = ( 295505.15, 193.06261, 259968.74 ) Boresight = ( 283242.30, 193.55010, 253851.75 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 270541.49, 193.29233, 258697.76 ) Forward (first) = ( 295505.15, 193.06261, 259968.74 ) Aft (second) = ( 270169.52, 192.51562, 269672.51 ) Forward (second) = ( 295121.72, 192.35165, 270909.68 ) Boresight = ( 282827.66, 192.82426, 264835.10 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:07:07 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1665131.7 km Body center Ra : 111.19293 deg Body Center Dec : 23.652868 deg 94029.31, 200.78536, -60367.446 ) Forward (first) = ( 318813.78, 199.97928, -58181.602 ) Aft (second) = ( 293085.78, 200.96777, -48867.219 ) Forward (second) = ( 317868.05, 200.14490, -46712.786 ) Boresight = ( 305957.82, 200.47418, -53535.620i24_nans01_13.look_new_2000077505166050166273000000613221166151707100176200ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 14:14:05.905 SCLK Time : 1/05209930:00:0:0 Spacecraft position = (-551392.19, 1422093.8, 668041.57) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 315471.87, 191.99012, -273558.77 ) Forward (first) = ( 340173.83, 191.87998, -270798.55 ) Aft (second) = ( 313988.11, 192.67806, -262717.55 ) Forward (second) = ( 338715.79, 192.51723, -259986.41 ) Boresight = ( 327083.86, 192.28272, -266786.28 ) Col: 1, Row: 1 = ( 318843.24, 192.32200, -267695.32 ) Col: 2, Row: 1 = ( 327083.86, 192.28272, -266786.28 ) Col: 3, Row: 1 = ( 335320.69, 192.23120, -265864.79 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 313988.11, 192.67806, -262717.55 ) Forward (first) = ( 338715.79, 192.51723, -259986.41 ) Aft (second) = ( 312566.59, 193.34439, -251821.67 ) Forward (second) = ( 337315.89, 193.13393, -249119.75 ) Boresight = ( 325644.38, 192.93399, -255931.41 ) Col: 1, Row: 1 = ( 317395.55, 192.99037, -256831.01 ) Col: 2, Row: 1 = ( 325644.38, 192.93399, -255931.41 ) Col: 3, Row: 1 = ( 333888.74, 192.86614, -255019.92 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 312566.59, 193.34439, -251821.67 ) Forward (first) = ( 337315.89, 193.13393, -249119.75 ) Aft (second) = ( 311202.81, 193.98836, -240873.31 ) Forward (second) = ( 335969.95, 193.72947, -238200.75 ) Boresight = ( 324262.83, 193.56385, -245023.04 ) Col: 1, Row: 1 = ( 316007.13, 193.63695, -245913.16 ) Col: 2, Row: 1 = ( 324262.83, 193.56385, -245023.04 ) Col: 3, Row: 1 = ( 332513.43, 193.48005, -244121.58 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 311202.81, 193.98836, -240873.31 ) Forward (first) = ( 335969.95, 193.72947, -238200.75 ) Aft (second) = ( 309892.36, 194.60931, -229874.65 ) Forward (second) = ( 334673.87, 194.30326, -227231.57 ) Boresight = ( 322934.91, 194.17164, -234063.33 ) Col: 1, Row: 1 = ( 314673.60, 194.26104, -234943.92 ) Col: 2, Row: 1 = ( 322934.91, 194.17164, -234063.33 ) Col: 3, Row: 1 = ( 331190.58, 194.07229, -233171.96 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 309892.36, 194.60931, -229874.65 ) Forward (first) = ( 334673.87, 194.30326, -227231.57 ) Aft (second) = ( 308630.93, 195.20657, -218827.87 ) Forward (second) = ( 333423.66, 194.85475, -216214.41 ) Boresight = ( 321656.42, 194.75676, -223054.47 ) Col: 1, Row: 1 = ( 313390.63, 194.86200, -223925.50 ) Col: 2, Row: 1 = ( 321656.42, 194.75676, -223054.47 ) Col: 3, Row: 1 = ( 329916.09, 194.64229, -222173.24 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 308630.93, 195.20657, -218827.87 ) Forward (first) = ( 333423.66, 194.85475, -216214.41 ) Aft (second) = ( 307414.31, 195.77952, -207735.18 ) Forward (second) = ( 332215.40, 195.38340, -205151.46 ) Boresight = ( 320423.26, 195.31860, -211998.67 ) Col: 1, Row: 1 = ( 312154.01, 195.43921, -212860.08 ) Col: 2, Row: 1 = ( 320423.26, 195.31860, -211998.67 ) Col: 3, Row: 1 = ( 328685.96, 195.18950, -211127.61 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 307414.31, 195.77952, -207735.18 ) Forward (first) = ( 332215.40, 195.38340, -205151.46 ) Aft (second) = ( 306238.40, 196.32758, -196598.78 ) Forward (second) = ( 331045.34, 195.88872, -194044.93 ) Boresight = ( 319231.43, 195.85661, -200898.11 ) Col: 1, Row: 1 = ( 310959.66, 195.99208, -201749.87 ) Col: 2, Row: 1 = ( 319231.43, 195.85661, -200898.11 ) Col: 3, Row: 1 = ( 327496.31, 195.71336, -200037.27 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 306238.40, 196.32758, -196598.78 ) Forward (first) = ( 331045.34, 195.88872, -194044.93 ) Aft (second) = ( 305099.24, 196.85020, -185420.89 ) Forward (second) = ( 329909.81, 196.37022, -182897.05 ) Boresight = ( 318077.07, 196.37027, -189755.01 ) Col: 1, Row: 1 = ( 309803.59, 196.52006, -190597.08 ) Col: 2, Row: 1 = ( 318077.07, 196.37027, -189755.01 ) Col: 3, Row: 1 = ( 326343.36, 196.21340, -188904.45 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 305099.24, 196.85020, -185420.89 ) Forward (first) = ( 329909.81, 196.37022, -182897.05 ) Aft (second) = ( 303993.03, 197.34683, -174203.74 ) Forward (second) = ( 328805.32, 196.82745, -171710.03 ) Boresight = ( 316956.46, 196.85908, -178571.60 ) Col: 1, Row: 1 = ( 308681.97, 197.02261, -179403.94 ) Col: 2, Row: 1 = ( 316956.46, 196.85908, -178571.60 ) Col: 3, Row: 1 = ( 325223.49, 196.68913, -177731.34 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 303993.03, 197.34683, -174203.74 ) Forward (first) = ( 328805.32, 196.82745, -171710.03 ) Aft (second) = ( 302916.10, 197.81699, -162949.56 ) Forward (second) = ( 327728.50, 197.25999, -160486.10 ) Boresight = ( 315866.00, 197.32256, -167350.11 ) Col: 1, Row: 1 = ( 307591.13, 197.49923, -168172.66 ) Col: 2, Row: 1 = ( 315866.00, 197.32256, -167350.11 ) Col: 3, Row: 1 = ( 324133.22, 197.14009, -166520.20 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 302916.10, 197.81699, -162949.56 ) Forward (first) = ( 327728.50, 197.25999, -160486.10 ) Aft (second) = ( 301864.98, 198.26020, -151660.59 ) Forward (second) = ( 326676.15, 197.66741, -149227.50 ) Boresight = ( 314802.28, 197.76025, -156092.76 ) Col: 1, Row: 1 = ( 306527.53, 197.94946, -156905.50 ) Col: 2, Row: 1 = ( 314802.28, 197.76025, -156092.76 ) Col: 3, Row: 1 = ( 323069.22, 197.56587, -155273.24 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 301864.98, 198.26020, -151660.59 ) Forward (first) = ( 326676.15, 197.66741, -149227.50 ) Aft (second) = ( 300836.34, 198.67601, -140339.08 ) Forward (second) = ( 325645.25, 198.04934, -137936.49 ) Boresight = ( 313762.05, 198.17173, -144801.81 ) Col: 1, Row: 1 = ( 305487.84, 198.37284, -145604.69 ) Col: 2, Row: 1 = ( 313762.05, 198.17173, -144801.81 ) Col: 3, Row: 1 = ( 322028.33, 197.96604, -143992.73 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 300836.34, 198.67601, -140339.08 ) Forward (first) = ( 325645.25, 198.04934, -137936.49 ) Aft (second) = ( 299827.08, 199.06398, -128987.28 ) Forward (second) = ( 324632.94, 198.40539, -126615.31 ) Boresight = ( 312742.24, 198.55659, -133479.50 ) Col: 1, Row: 1 = ( 304468.88, 198.76894, -134272.48 ) Col: 2, Row: 1 = ( 312742.24, 198.55659, -133479.50 ) Col: 3, Row: 1 = ( 321007.57, 198.34022, -132680.89 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 299827.08, 199.06398, -128987.28 ) Forward (first) = ( 324632.94, 198.40539, -126615.31 ) Aft (second) = ( 298834.26, 199.42372, -117607.46 ) Forward (second) = ( 323636.55, 198.73522, -115266.22 ) Boresight = ( 311739.94, 198.91444, -122128.09 ) Col: 1, Row: 1 = ( 303467.67, 199.13735, -122911.14 ) Col: 2, Row: 1 = ( 311739.94, 198.91444, -122128.09 ) Col: 3, Row: 1 = ( 320004.13, 198.68803, -121340.00 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 298834.26, 199.42372, -117607.46 ) Forward (first) = ( 323636.55, 198.73522, -115266.22 ) Aft (second) = ( 297855.17, 199.75481, -106201.88 ) Forward (second) = ( 322653.60, 199.03847, -103891.49 ) Boresight = ( 310752.48, 199.24490, -110749.84 ) Col: 1, Row: 1 = ( 302481.44, 199.47768, -111522.92 ) Col: 2, Row: 1 = ( 310752.48, 199.24490, -110749.84 ) Col: 3, Row: 1 = ( 319015.41, 199.00912, -109972.31 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 297855.17, 199.75481, -106201.88 ) Forward (first) = ( 322653.60, 199.03847, -103891.49 ) Aft (second) = ( 296887.31, 200.05688, -94772.810 ) Forward (second) = ( 321681.82, 199.31481, -92493.391 ) Boresight = ( 309777.35, 199.54761, -99347.032 ) Col: 1, Row: 1 = ( 301507.62, 199.78955, -100110.10 ) Col: 2, Row: 1 = ( 309777.35, 199.54761, -99347.032 ) Col: 3, Row: 1 = ( 318038.97, 199.30314, -98580.097 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 296887.31, 200.05688, -94772.810 ) Forward (first) = ( 321681.82, 199.31481, -92493.391 ) Aft (second) = ( 295928.37, 200.32957, -83322.527 ) Forward (second) = ( 320719.13, 199.56393, -81074.188 ) Boresight = ( 308812.28, 199.82223, -87921.924 ) Col: 1, Row: 1 = ( 300543.84, 200.07259, -88674.943 ) Col: 2, Row: 1 = ( 308812.28, 199.82223, -87921.924 ) Col: 3, Row: 1 = ( 317072.61, 199.56976, -87165.623 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 295928.37, 200.32957, -83322.527 ) Forward (first) = ( 320719.13, 199.56393, -81074.188 ) Aft (second) = ( 294976.32, 200.57251, -71853.311 ) Forward (second) = ( 319763.66, 199.78552, -69636.164 ) Boresight = ( 307855.19, 200.06842, -76476.798 ) Col: 1, Row: 1 = ( 299587.97, 200.32645, -77219.731 ) Col: 2, Row: 1 = ( 307855.19, 200.06842, -76476.798 ) Col: 3, Row: 1 = ( 316114.34, 199.80866, -75731.169 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 294976.32, 200.57251, -71853.311 ) Forward (first) = ( 319763.66, 199.78552, -69636.164 ) Aft (second) = ( 294029.31, 200.78536, -60367.446 ) Forward (second) = ( 318813.78, 199.97928, -58181.602 ) Boresight = ( 306904.25, 200.28584, -65013.935 ) Col: 1, Row: 1 = ( 298638.10, 200.55079, -65746.745 ) Col: 2, Row: 1 = ( 306904.25, 200.28584, -65013.935 ) Col: 3, Row: 1 = ( 315162.35, 200.01953, -64279.016 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 294029.31, 200.78536, -60367.446 ) Forward (first) = ( 318813.78, 199.97928, -58181.602 ) Aft (second) = ( 293085.78, 200.96777, -48867.219 ) Forward (second) = ( 317868.05, 200.14490, -46712.786 ) Boresight = ( 305957.82, 200.47418, -53535.620 ) Col: 1, Row: 1 = ( 297692.56, 200.74527, -54258.271 ) Col: 2, Row: 1 = ( 305957.82, 200.47418, -53535.620 ) Col: 3, Row: 1 = ( 314215.10, 200.20205, -52811.447 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 293085.78, 200.96777, -48867.219 ) Forward (first) = ( 317868.05, 200.14490, -46712.786 ) Aft (second) = ( 292144.37, 201.11942, -37354.920 ) Forward (second) = ( 316925.28, 200.28210, -35232.005 ) Boresight = ( 305014.54, 200.63313, -42044.140 ) Col: 1, Row: 1 = ( 296749.90, 200.90956, -42756.597 ) Col: 2, Row: 1 = ( 305014.54, 200.63313, -42044.140 ) Col: 3, Row: 1 = ( 313271.25, 200.35593, -41330.751 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 292144.37, 201.11942, -37354.920 ) Forward (first) = ( 316925.28, 200.28210, -35232.005 ) Aft (second) = ( 291204.01, 201.23997, -25832.841 ) Forward (second) = ( 315984.50, 200.39060, -23741.551 ) Boresight = ( 304073.25, 200.76238, -30541.787 ) Col: 1, Row: 1 = ( 295808.95, 201.04334, -31244.015 ) Col: 2, Row: 1 = ( 304073.25, 200.76238, -30541.787 ) Col: 3, Row: 1 = ( 312329.69, 200.48088, -29839.217 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 291204.01, 201.23997, -25832.841 ) Forward (first) = ( 315984.50, 200.39060, -23741.551 ) Aft (second) = ( 290263.86, 201.32910, -14303.276 ) Forward (second) = ( 315045.00, 200.47011, -12243.715 ) Boresight = ( 303133.06, 200.86162, -19030.853 ) Col: 1, Row: 1 = ( 294868.75, 201.14629, -19722.816 ) Col: 2, Row: 1 = ( 303133.06, 200.86162, -19030.853 ) Col: 3, Row: 1 = ( 311389.57, 200.57661, -18339.138 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 290263.86, 201.32910, -14303.276 ) Forward (first) = ( 315045.00, 200.47011, -12243.715 ) Aft (second) = ( 289323.36, 201.38648, -2768.5211 ) Forward (second) = ( 314106.28, 200.52036, -740.79157 ) Boresight = ( 302193.31, 200.93055, -7513.6330 ) Col: 1, Row: 1 = ( 293928.64, 201.21809, -8195.2969 ) Col: 2, Row: 1 = ( 302193.31, 200.93055, -7513.6330 ) Col: 3, Row: 1 = ( 310450.26, 200.64283, -6832.8061 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 289323.36, 201.38648, -2768.5211 ) Forward (first) = ( 314106.28, 200.52036, -740.79157 ) Aft (second) = ( 288382.20, 201.41178, 8769.1267 ) Forward (second) = ( 313168.10, 200.54108, 10764.924 ) Boresight = ( 301253.61, 200.96888, 4007.5784 ) Col: 1, Row: 1 = ( 292988.18, 201.25842, 3336.2471 ) Col: 2, Row: 1 = ( 301253.61, 200.96888, 4007.5784 ) Col: 3, Row: 1 = ( 309511.38, 200.67926, 4677.4823 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 288382.20, 201.41178, 8769.1267 ) Forward (first) = ( 313168.10, 200.54108, 10764.924 ) Aft (second) = ( 287440.37, 201.40470, 20307.370 ) Forward (second) = ( 312230.49, 200.53199, 22271.135 ) Boresight = ( 300313.82, 200.97631, 15530.484 ) Col: 1, Row: 1 = ( 292047.23, 201.26698, 14869.519 ) Col: 2, Row: 1 = ( 300313.82, 200.97631, 15530.484 ) Col: 3, Row: 1 = ( 308572.83, 200.68562, 16189.432 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 287440.37, 201.40470, 20307.370 ) Forward (first) = ( 312230.49, 200.53199, 22271.135 ) Aft (second) = ( 286498.09, 201.36491, 31843.912 ) Forward (second) = ( 311293.69, 200.49283, 33775.547 ) Boresight = ( 299374.06, 200.95255, 27052.788 ) Col: 1, Row: 1 = ( 291105.88, 201.24346, 26402.221 ) Col: 2, Row: 1 = ( 299374.06, 200.95255, 27052.788 ) Col: 3, Row: 1 = ( 307634.72, 200.66164, 27700.746 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 286498.09, 201.36491, 31843.912 ) Forward (first) = ( 311293.69, 200.49283, 33775.547 ) Aft (second) = ( 285555.91, 201.29209, 43376.455 ) Forward (second) = ( 310358.24, 200.42334, 45275.864 ) Boresight = ( 298434.72, 200.89730, 38572.192 ) Col: 1, Row: 1 = ( 290164.55, 201.18754, 37932.057 ) Col: 2, Row: 1 = ( 298434.72, 200.89730, 38572.192 ) Col: 3, Row: 1 = ( 306697.45, 200.60703, 39209.129 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 285555.91, 201.29209, 43376.455 ) Forward (first) = ( 310358.24, 200.42334, 45275.864 ) Aft (second) = ( 284614.65, 201.18594, 54902.703 ) Forward (second) = ( 309424.92, 200.32324, 56769.792 ) Boresight = ( 297496.47, 200.81029, 50086.402 ) Col: 1, Row: 1 = ( 289223.89, 201.09893, 49456.730 ) Col: 2, Row: 1 = ( 297496.47, 200.81029, 50086.402 ) Col: 3, Row: 1 = ( 305761.68, 200.52154, 50712.285 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 284614.65, 201.18594, 54902.703 ) Forward (first) = ( 309424.92, 200.32324, 56769.792 ) Aft (second) = ( 283675.40, 201.04614, 66420.361 ) Forward (second) = ( 308494.77, 200.19230, 68255.036 ) Boresight = ( 296560.24, 200.69123, 61593.121 ) Col: 1, Row: 1 = ( 288284.85, 200.97732, 60973.944 ) Col: 2, Row: 1 = ( 296560.24, 200.69123, 61593.121 ) Col: 3, Row: 1 = ( 304828.34, 200.40489, 62207.920 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 283675.40, 201.04614, 66420.361 ) Forward (first) = ( 308494.77, 200.19230, 68255.036 ) Aft (second) = ( 282739.56, 200.87239, 77927.136 ) Forward (second) = ( 307569.12, 200.03025, 79729.305 ) Boresight = ( 295627.26, 200.53983, 73090.057 ) Col: 1, Row: 1 = ( 287348.68, 200.82242, 72481.405 ) Col: 2, Row: 1 = ( 295627.26, 200.53983, 73090.057 ) Col: 3, Row: 1 = ( 303898.61, 200.25682, 73693.741 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 282739.56, 200.87239, 77927.136 ) Forward (first) = ( 307569.12, 200.03025, 79729.305 ) Aft (second) = ( 281808.83, 200.66439, 89420.736 ) Forward (second) = ( 306649.56, 199.83686, 91190.310 ) Boresight = ( 294699.00, 200.35584, 84574.917 ) Col: 1, Row: 1 = ( 286416.90, 200.63392, 83976.822 ) Col: 2, Row: 1 = ( 294699.00, 200.35584, 84574.917 ) Col: 3, Row: 1 = ( 302973.95, 200.07709, 85167.456 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 281808.83, 200.66439, 89420.736 ) Forward (first) = ( 306649.56, 199.83686, 91190.310 ) Aft (second) = ( 280885.20, 200.42186, 100898.87 ) Forward (second) = ( 305737.93, 199.61189, 102635.76 ) Boresight = ( 293777.27, 200.13898, 96045.413 ) Col: 1, Row: 1 = ( 285491.34, 200.41156, 95457.904 ) Col: 2, Row: 1 = ( 293777.27, 200.13898, 96045.413 ) Col: 3, Row: 1 = ( 302056.12, 199.86544, 96626.778 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 280885.20, 200.42186, 100898.87 ) Forward (first) = ( 305737.93, 199.61189, 102635.76 ) Aft (second) = ( 279970.98, 200.14451, 112359.26 ) Forward (second) = ( 304836.37, 199.35513, 114063.38 ) Boresight = ( 292864.12, 199.88901, 107499.26 ) Col: 1, Row: 1 = ( 284574.11, 200.15506, 106922.36 ) Col: 2, Row: 1 = ( 292864.12, 199.88901, 107499.26 ) Col: 3, Row: 1 = ( 301147.14, 199.62164, 108069.42 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 279970.98, 200.14451, 112359.26 ) Forward (first) = ( 304836.37, 199.35513, 114063.38 ) Aft (second) = ( 279068.75, 199.83209, 123799.62 ) Forward (second) = ( 303947.31, 199.06636, 125470.89 ) Boresight = ( 291961.91, 199.60568, 118934.17 ) Col: 1, Row: 1 = ( 283667.63, 199.86416, 118367.92 ) Col: 2, Row: 1 = ( 291961.91, 199.60568, 118934.17 ) Col: 3, Row: 1 = ( 300249.29, 199.34546, 119493.10 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 279068.75, 199.83209, 123799.62 ) Forward (first) = ( 303947.31, 199.06636, 125470.89 ) Aft (second) = ( 278181.44, 199.48436, 135217.67 ) Forward (second) = ( 303073.41, 198.74539, 136856.00 ) Boresight = ( 291073.29, 199.28876, 130347.87 ) Col: 1, Row: 1 = ( 282774.63, 199.53862, 129792.29 ) Col: 2, Row: 1 = ( 291073.29, 199.28876, 130347.87 ) Col: 3, Row: 1 = ( 299365.17, 199.03670, 130895.54 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 278181.44, 199.48436, 135217.67 ) Forward (first) = ( 303073.41, 198.74539, 136856.00 ) Aft (second) = ( 277312.25, 199.10109, 146611.14 ) Forward (second) = ( 302217.65, 198.39205, 148216.45 ) Boresight = ( 290201.20, 198.93806, 141738.08 ) Col: 1, Row: 1 = ( 281898.12, 199.17822, 141193.20 ) Col: 2, Row: 1 = ( 290201.20, 198.93806, 141738.08 ) Col: 3, Row: 1 = ( 298497.63, 198.69517, 142274.46 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 277312.25, 199.10109, 146611.14 ) Forward (first) = ( 302217.65, 198.39205, 148216.45 ) Aft (second) = ( 276464.72, 198.68210, 157977.75 ) Forward (second) = ( 301383.27, 198.00619, 159549.96 ) Boresight = ( 289348.87, 198.55339, 153102.53 ) Col: 1, Row: 1 = ( 281041.42, 198.78275, 152568.38 ) Col: 2, Row: 1 = ( 289348.87, 198.55339, 153102.53 ) Col: 3, Row: 1 = ( 297649.82, 198.32070, 153627.60 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 276464.72, 198.68210, 157977.75 ) Forward (first) = ( 301383.27, 198.00619, 159549.96 ) Aft (second) = ( 275642.67, 198.22721, 169315.26 ) Forward (second) = ( 300573.80, 197.58770, 170854.29 ) Boresight = ( 288519.82, 198.13460, 164438.95 ) Col: 1, Row: 1 = ( 280208.16, 198.35205, 163915.57 ) Col: 2, Row: 1 = ( 288519.82, 198.13460, 164438.95 ) Col: 3, Row: 1 = ( 296825.17, 197.91315, 164952.69 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 275642.67, 198.22721, 169315.26 ) Forward (first) = ( 300573.80, 197.58770, 170854.29 ) Aft (second) = ( 274850.23, 197.73632, 180621.39 ) Forward (second) = ( 299793.02, 197.13647, 182127.17 ) Boresight = ( 287717.88, 197.68155, 175745.10 ) Col: 1, Row: 1 = ( 279402.27, 197.88598, 175232.49 ) Col: 2, Row: 1 = ( 287717.88, 197.68155, 175745.10 ) Col: 3, Row: 1 = ( 296027.39, 197.47240, 176247.48 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 274850.23, 197.73632, 180621.39 ) Forward (first) = ( 299793.02, 197.13647, 182127.17 ) Aft (second) = ( 274091.85, 197.20933, 191893.90 ) Forward (second) = ( 299044.99, 196.65246, 193366.35 ) Boresight = ( 286947.13, 197.19418, 187018.71 ) Col: 1, Row: 1 = ( 278627.96, 197.38444, 186516.91 ) Col: 2, Row: 1 = ( 286947.13, 197.19418, 187018.71 ) Col: 3, Row: 1 = ( 295260.46, 196.99838, 187509.70 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 274091.85, 197.20933, 191893.90 ) Forward (first) = ( 299044.99, 196.65246, 193366.35 ) Aft (second) = ( 273372.26, 196.64623, 203130.55 ) Forward (second) = ( 298334.06, 196.13565, 204569.59 ) Boresight = ( 286211.96, 196.67242, 198257.53 ) Col: 1, Row: 1 = ( 277889.76, 196.84740, 197766.57 ) Col: 2, Row: 1 = ( 286211.96, 196.67242, 198257.53 ) Col: 3, Row: 1 = ( 294528.64, 196.49106, 198737.11 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 273372.26, 196.64623, 203130.55 ) Forward (first) = ( 298334.06, 196.13565, 204569.59 ) Aft (second) = ( 272696.47, 196.04704, 214329.09 ) Forward (second) = ( 297664.81, 195.58607, 215734.66 ) Boresight = ( 285517.04, 196.11629, 209459.33 ) Col: 1, Row: 1 = ( 277192.46, 196.27483, 208979.23 ) Col: 2, Row: 1 = ( 285517.04, 196.11629, 209459.33 ) Col: 3, Row: 1 = ( 293836.46, 195.95043, 209927.48 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 272696.47, 196.04704, 214329.09 ) Forward (first) = ( 297664.81, 195.58607, 215734.66 ) Aft (second) = ( 272069.80, 195.41185, 225487.30 ) Forward (second) = ( 297042.08, 195.00380, 226859.33 ) Boresight = ( 284867.29, 195.52584, 220621.87 ) Col: 1, Row: 1 = ( 276541.16, 195.66681, 220152.66 ) Col: 2, Row: 1 = ( 284867.29, 195.52584, 220621.87 ) Col: 3, Row: 1 = ( 293188.71, 195.37655, 221078.56 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 272069.80, 195.41185, 225487.30 ) Forward (first) = ( 297042.08, 195.00380, 226859.33 ) Aft (second) = ( 271497.82, 194.74082, 236602.96 ) Forward (second) = ( 296470.98, 194.38899, 237941.37 ) Boresight = ( 284267.91, 194.90119, 231742.93 ) Col: 1, Row: 1 = ( 275941.20, 195.02346, 231284.62 ) Col: 2, Row: 1 = ( 284267.91, 194.90119, 231742.93 ) Col: 3, Row: 1 = ( 292590.42, 194.76954, 232188.14 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 271497.82, 194.74082, 236602.96 ) Forward (first) = ( 296470.98, 194.38899, 237941.37 ) Aft (second) = ( 270986.35, 194.03421, 247673.84 ) Forward (second) = ( 295956.82, 193.74184, 248978.57 ) Boresight = ( 283724.36, 194.24252, 242820.29 ) Col: 1, Row: 1 = ( 275398.21, 194.34497, 242372.92 ) Col: 2, Row: 1 = ( 283724.36, 194.24252, 242820.29 ) Col: 3, Row: 1 = ( 292046.88, 194.12957, 243254.01 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 270986.35, 194.03421, 247673.84 ) Forward (first) = ( 295956.82, 193.74184, 248978.57 ) Aft (second) = ( 270541.49, 193.29233, 258697.76 ) Forward (second) = ( 295505.15, 193.06261, 259968.74 ) Boresight = ( 283242.30, 193.55010, 253851.75 ) Col: 1, Row: 1 = ( 274918.05, 193.63162, 253415.33 ) Col: 2, Row: 1 = ( 283242.30, 193.55010, 253851.75 ) Col: 3, Row: 1 = ( 291563.62, 193.45689, 254273.94 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 270541.49, 193.29233, 258697.76 ) Forward (first) = ( 295505.15, 193.06261, 259968.74 ) Aft (second) = ( 270169.52, 192.51562, 269672.51 ) Forward (second) = ( 295121.72, 192.35165, 270909.68 ) Boresight = ( 282827.66, 192.82426, 264835.10 ) Col: 1, Row: 1 = ( 274506.81, 192.88377, 264409.66 ) Col: 2, Row: 1 = ( 282827.66, 192.82426, 264835.10 ) Col: 3, Row: 1 = ( 291146.37, 192.75181, 265245.75 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 16:46:39 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1665131.7 km Body center Ra : 111.19293 deg Body Center Dec : 23.652868 deg w: 1 = ( 289223.89, 201.09893, 49456.730 ) Col: 2, Row: 1 = ( 297496.47, 200.81029, 50086.402 ) Col: 3, Row: 1 = ( 305761.68, 200.52154, 50712.285 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 284614.65, 201.18594, 54902.703 ) Forward (firsti24_nans01_14.look_lbl000077505166050166273000000317321166151707100173620ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_14.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_14.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_14" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T15:14:45.903Z SPACECRAFT_CLOCK_START_COUNT = 1/05209990:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_14.look_new_1000077505166050166273000000613221166151707100176200ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 15:14:45.903 SCLK Time : 1/05209990:00:0:0 Spacecraft position = (-582525.19, 1443907.2, 677908.53) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 300937.92, 228.04190, -279636.25 ) Forward (first) = ( 326146.71, 228.02897, -276872.59 ) Aft (second) = ( 299383.85, 228.77386, -268552.10 ) Forward (second) = ( 324624.86, 228.70409, -265815.89 ) Boresight = ( 312767.29, 228.40651, -272740.72 ) Col: 1, Row: 1 = ( 304357.40, 228.41321, -273650.99 ) Col: 2, Row: 1 = ( 312767.29, 228.40651, -272740.72 ) Col: 3, Row: 1 = ( 321175.02, 228.38506, -271817.62 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 299383.85, 228.77386, -268552.10 ) Forward (first) = ( 324624.86, 228.70409, -265815.89 ) Aft (second) = ( 297897.53, 229.48328, -257412.25 ) Forward (second) = ( 323165.98, 229.35777, -254703.64 ) Boresight = ( 311263.57, 229.09812, -261641.56 ) Col: 1, Row: 1 = ( 302843.33, 229.12404, -262542.95 ) Col: 2, Row: 1 = ( 311263.57, 229.09812, -261641.56 ) Col: 3, Row: 1 = ( 319680.79, 229.05837, -260727.93 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 297897.53, 229.48328, -257412.25 ) Forward (first) = ( 323165.98, 229.35777, -254703.64 ) Aft (second) = ( 296474.13, 230.16931, -246218.93 ) Forward (second) = ( 321765.57, 229.98931, -243538.05 ) Boresight = ( 309822.76, 229.76736, -250487.89 ) Col: 1, Row: 1 = ( 301393.76, 229.81209, -251380.34 ) Col: 2, Row: 1 = ( 309822.76, 229.76736, -250487.89 ) Col: 3, Row: 1 = ( 318247.98, 229.70971, -249583.77 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 296474.13, 230.16931, -246218.93 ) Forward (first) = ( 321765.57, 229.98931, -243538.05 ) Aft (second) = ( 295108.88, 230.83116, -234974.36 ) Forward (second) = ( 320419.24, 230.59804, -232321.35 ) Boresight = ( 308440.26, 230.41347, -239281.92 ) Col: 1, Row: 1 = ( 300003.96, 230.47658, -240165.39 ) Col: 2, Row: 1 = ( 308440.26, 230.41347, -239281.92 ) Col: 3, Row: 1 = ( 316872.08, 230.33834, -238387.35 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 295108.88, 230.83116, -234974.36 ) Forward (first) = ( 320419.24, 230.59804, -232321.35 ) Aft (second) = ( 293797.12, 231.46806, -223680.79 ) Forward (second) = ( 319122.64, 231.18332, -221055.77 ) Boresight = ( 307111.51, 231.03575, -228025.88 ) Col: 1, Row: 1 = ( 298669.25, 231.11675, -228900.33 ) Col: 2, Row: 1 = ( 307111.51, 231.03575, -228025.88 ) Col: 3, Row: 1 = ( 315548.68, 230.94361, -227140.91 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 293797.12, 231.46806, -223680.79 ) Forward (first) = ( 319122.64, 231.18332, -221055.77 ) Aft (second) = ( 292534.28, 232.07931, -212340.45 ) Forward (second) = ( 317871.59, 231.74454, -209743.56 ) Boresight = ( 305832.08, 231.63351, -216722.03 ) Col: 1, Row: 1 = ( 297385.10, 231.73188, -217587.41 ) Col: 2, Row: 1 = ( 305832.08, 231.63351, -216722.03 ) Col: 3, Row: 1 = ( 314273.46, 231.52488, -215846.70 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 292534.28, 232.07931, -212340.45 ) Forward (first) = ( 317871.59, 231.74454, -209743.56 ) Aft (second) = ( 291315.93, 232.66421, -200955.62 ) Forward (second) = ( 316661.99, 232.28113, -198386.99 ) Boresight = ( 304597.66, 232.20611, -205372.60 ) Col: 1, Row: 1 = ( 296147.04, 232.32129, -206228.88 ) Col: 2, Row: 1 = ( 304597.66, 232.20611, -205372.60 ) Col: 3, Row: 1 = ( 313042.21, 232.08153, -204506.96 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 291315.93, 232.66421, -200955.62 ) Forward (first) = ( 316661.99, 232.28113, -198386.99 ) Aft (second) = ( 290137.76, 233.22212, -189528.55 ) Forward (second) = ( 315489.90, 232.79254, -186988.31 ) Boresight = ( 303404.05, 232.75295, -193979.87 ) Col: 1, Row: 1 = ( 294950.79, 232.88434, -194827.00 ) Col: 2, Row: 1 = ( 303404.05, 232.75295, -193979.87 ) Col: 3, Row: 1 = ( 311850.85, 232.61299, -193123.97 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 290137.76, 233.22212, -189528.55 ) Forward (first) = ( 315489.90, 232.79254, -186988.31 ) Aft (second) = ( 288995.62, 233.75244, -178061.53 ) Forward (second) = ( 314351.51, 233.27825, -175549.79 ) Boresight = ( 302247.20, 233.27346, -182546.11 ) Col: 1, Row: 1 = ( 293792.16, 233.42042, -183384.05 ) Col: 2, Row: 1 = ( 302247.20, 233.27346, -182546.11 ) Col: 3, Row: 1 = ( 310695.46, 233.11872, -181699.98 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 288995.62, 233.75244, -178061.53 ) Forward (first) = ( 314351.51, 233.27825, -175549.79 ) Aft (second) = ( 287885.54, 234.25459, -166556.83 ) Forward (second) = ( 313243.19, 233.73778, -164073.73 ) Boresight = ( 301123.23, 233.76707, -171073.59 ) Col: 1, Row: 1 = ( 292667.17, 233.92895, -171902.30 ) Col: 2, Row: 1 = ( 301123.23, 233.76707, -171073.59 ) Col: 3, Row: 1 = ( 309572.26, 233.59820, -170237.28 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 287885.54, 234.25459, -166556.83 ) Forward (first) = ( 313243.19, 233.73778, -164073.73 ) Aft (second) = ( 286803.71, 234.72801, -155016.76 ) Forward (second) = ( 312161.45, 234.17066, -152562.41 ) Boresight = ( 300028.43, 234.23329, -159564.60 ) Col: 1, Row: 1 = ( 291571.96, 234.40939, -160384.04 ) Col: 2, Row: 1 = ( 300028.43, 234.23329, -159564.60 ) Col: 3, Row: 1 = ( 308477.63, 234.05093, -158738.15 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 286803.71, 234.72801, -155016.76 ) Forward (first) = ( 312161.45, 234.17066, -152562.41 ) Aft (second) = ( 285746.53, 235.17220, -143443.59 ) Forward (second) = ( 311103.02, 234.57644, -141018.13 ) Boresight = ( 298959.24, 234.67161, -148021.44 ) Col: 1, Row: 1 = ( 290502.90, 234.86122, -148831.56 ) Col: 2, Row: 1 = ( 298959.24, 234.67161, -148021.44 ) Col: 3, Row: 1 = ( 307408.15, 234.47646, -147204.89 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 285746.53, 235.17220, -143443.59 ) Forward (first) = ( 311103.02, 234.57644, -141018.13 ) Aft (second) = ( 284710.59, 235.58664, -131839.65 ) Forward (second) = ( 310064.78, 234.95470, -129443.19 ) Boresight = ( 297912.32, 235.08157, -136446.40 ) Col: 1, Row: 1 = ( 289456.53, 235.28394, -137247.17 ) Col: 2, Row: 1 = ( 297912.32, 235.08157, -136446.40 ) Col: 3, Row: 1 = ( 306360.56, 234.87434, -135639.79 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 284710.59, 235.58664, -131839.65 ) Forward (first) = ( 310064.78, 234.95470, -129443.19 ) Aft (second) = ( 283692.68, 235.97088, -120207.23 ) Forward (second) = ( 309043.83, 235.30503, -117839.90 ) Boresight = ( 296884.52, 235.46272, -124841.79 ) Col: 1, Row: 1 = ( 288429.60, 235.67709, -125633.17 ) Col: 2, Row: 1 = ( 296884.52, 235.46272, -124841.79 ) Col: 3, Row: 1 = ( 305331.82, 235.24414, -124045.17 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 283692.68, 235.97088, -120207.23 ) Forward (first) = ( 309043.83, 235.30503, -117839.90 ) Aft (second) = ( 282689.85, 236.32445, -108548.67 ) Forward (second) = ( 308037.48, 235.62705, -106210.57 ) Boresight = ( 295872.92, 235.81463, -113209.93 ) Col: 1, Row: 1 = ( 287419.07, 236.04020, -113991.88 ) Col: 2, Row: 1 = ( 295872.92, 235.81463, -113209.93 ) Col: 3, Row: 1 = ( 304319.08, 235.58545, -112423.34 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 282689.85, 236.32445, -108548.67 ) Forward (first) = ( 308037.48, 235.62705, -106210.57 ) Aft (second) = ( 281699.35, 236.64693, -96866.270 ) Forward (second) = ( 307043.24, 235.92038, -94557.534 ) Boresight = ( 294874.78, 236.13690, -101553.14 ) Col: 1, Row: 1 = ( 286422.14, 236.37286, -102325.62 ) Col: 2, Row: 1 = ( 294874.78, 236.13690, -101553.14 ) Col: 3, Row: 1 = ( 303319.70, 235.89789, -100776.61 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 281699.35, 236.64693, -96866.270 ) Forward (first) = ( 307043.24, 235.92038, -94557.534 ) Aft (second) = ( 280718.67, 236.93788, -85162.368 ) Forward (second) = ( 306058.86, 236.18465, -82883.104 ) Boresight = ( 293887.61, 236.42912, -89873.732 ) Col: 1, Row: 1 = ( 285436.22, 236.67464, -90636.709 ) Col: 2, Row: 1 = ( 293887.61, 236.42912, -89873.732 ) Col: 3, Row: 1 = ( 302331.29, 236.18107, -89107.308 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 280718.67, 236.93788, -85162.368 ) Forward (first) = ( 306058.86, 236.18465, -82883.104 ) Aft (second) = ( 279745.56, 237.19690, -73439.292 ) Forward (second) = ( 305082.32, 236.41952, -71189.614 ) Boresight = ( 292909.16, 236.69091, -78174.042 ) Col: 1, Row: 1 = ( 284458.99, 236.94513, -78927.475 ) Col: 2, Row: 1 = ( 292909.16, 236.69091, -78174.042 ) Col: 3, Row: 1 = ( 301351.65, 236.43463, -77417.761 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 279745.56, 237.19690, -73439.292 ) Forward (first) = ( 305082.32, 236.41952, -71189.614 ) Aft (second) = ( 278778.04, 237.42359, -61699.376 ) Forward (second) = ( 304111.80, 236.62465, -59479.396 ) Boresight = ( 291937.42, 236.92190, -66456.399 ) Col: 1, Row: 1 = ( 283488.34, 237.18395, -67200.252 ) Col: 2, Row: 1 = ( 291937.42, 236.92190, -66456.399 ) Col: 3, Row: 1 = ( 300378.85, 236.65822, -65710.300 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 278778.04, 237.42359, -61699.376 ) Forward (first) = ( 304111.80, 236.62465, -59479.396 ) Aft (second) = ( 277814.35, 237.61756, -49944.958 ) Forward (second) = ( 303145.78, 236.79969, -47754.787 ) Boresight = ( 290970.62, 237.12172, -54723.141 ) Col: 1, Row: 1 = ( 282522.46, 237.39070, -55457.376 ) Col: 2, Row: 1 = ( 290970.62, 237.12172, -54723.141 ) Col: 3, Row: 1 = ( 299411.17, 236.85149, -53987.260 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 277814.35, 237.61756, -49944.958 ) Forward (first) = ( 303145.78, 236.79969, -47754.787 ) Aft (second) = ( 276853.04, 237.77842, -38178.380 ) Forward (second) = ( 302182.93, 236.94432, -36018.125 ) Boresight = ( 290007.24, 237.29001, -42976.604 ) Col: 1, Row: 1 = ( 281559.77, 237.56502, -43701.185 ) Col: 2, Row: 1 = ( 290007.24, 237.29001, -42976.604 ) Col: 3, Row: 1 = ( 298447.17, 237.01409, -42250.979 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 276853.04, 237.77842, -38178.380 ) Forward (first) = ( 302182.93, 236.94432, -36018.125 ) Aft (second) = ( 275892.92, 237.90580, -26401.983 ) Forward (second) = ( 301222.22, 237.05822, -24271.754 ) Boresight = ( 289046.05, 237.42642, -31219.132 ) Col: 1, Row: 1 = ( 280598.97, 237.70653, -31934.023 ) Col: 2, Row: 1 = ( 289046.05, 237.42642, -31219.132 ) Col: 3, Row: 1 = ( 297485.65, 237.14570, -30503.798 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 275892.92, 237.90580, -26401.983 ) Forward (first) = ( 301222.22, 237.05822, -24271.754 ) Aft (second) = ( 274933.09, 237.99931, -14618.114 ) Forward (second) = ( 300262.86, 237.14107, -12518.016 ) Boresight = ( 288086.05, 237.53061, -19453.066 ) Col: 1, Row: 1 = ( 279639.03, 237.81485, -20158.233 ) Col: 2, Row: 1 = ( 288086.05, 237.53061, -19453.066 ) Col: 3, Row: 1 = ( 296525.67, 237.24599, -18748.061 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 274933.09, 237.99931, -14618.114 ) Forward (first) = ( 300262.86, 237.14107, -12518.016 ) Aft (second) = ( 273972.91, 238.05858, -2829.1177 ) Forward (second) = ( 299304.32, 237.19255, -759.25601 ) Boresight = ( 287126.55, 237.60223, -7680.7538 ) Col: 1, Row: 1 = ( 278679.21, 237.88964, -8376.1600 ) Col: 2, Row: 1 = ( 287126.55, 237.60223, -7680.7538 ) Col: 3, Row: 1 = ( 295566.54, 237.31462, -6986.1117 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 273972.91, 238.05858, -2829.1177 ) Forward (first) = ( 299304.32, 237.19255, -759.25601 ) Aft (second) = ( 273012.08, 238.08325, 8962.6570 ) Forward (second) = ( 298346.34, 237.21234, 11002.180 ) Boresight = ( 286167.10, 237.64093, 4095.4599 ) Col: 1, Row: 1 = ( 277719.06, 237.93051, 3409.8483 ) Col: 2, Row: 1 = ( 286167.10, 237.64093, 4095.4599 ) Col: 3, Row: 1 = ( 294607.88, 237.35127, 4779.7040 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 273012.08, 238.08325, 8962.6570 ) Forward (first) = ( 298346.34, 237.21234, 11002.180 ) Aft (second) = ( 272050.57, 238.07293, 20754.862 ) Forward (second) = ( 297388.96, 237.20015, 22763.944 ) Boresight = ( 285207.58, 237.64638, 15873.227 ) Col: 1, Row: 1 = ( 276758.40, 237.93712, 15197.444 ) Col: 2, Row: 1 = ( 285207.58, 237.64638, 15873.227 ) Col: 3, Row: 1 = ( 293649.56, 237.35563, 16547.039 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 272050.57, 238.07293, 20754.862 ) Forward (first) = ( 297388.96, 237.20015, 22763.944 ) Aft (second) = ( 271088.66, 238.02725, 32545.150 ) Forward (second) = ( 296432.45, 237.15565, 34523.691 ) Boresight = ( 284248.11, 237.61824, 27650.201 ) Col: 1, Row: 1 = ( 275797.39, 237.90911, 26984.280 ) Col: 2, Row: 1 = ( 284248.11, 237.61824, 27650.201 ) Col: 3, Row: 1 = ( 292691.71, 237.32738, 28313.547 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 271088.66, 238.02725, 32545.150 ) Forward (first) = ( 296432.45, 237.15565, 34523.691 ) Aft (second) = ( 270126.94, 237.94586, 44331.173 ) Forward (second) = ( 295477.41, 237.07855, 46279.074 ) Boresight = ( 283289.14, 237.55618, 39424.033 ) Col: 1, Row: 1 = ( 274836.44, 237.84611, 38768.008 ) Col: 2, Row: 1 = ( 283289.14, 237.55618, 39424.033 ) Col: 3, Row: 1 = ( 291734.80, 237.26619, 40076.880 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 270126.94, 237.94586, 44331.173 ) Forward (first) = ( 295477.41, 237.07855, 46279.074 ) Aft (second) = ( 269166.32, 237.82838, 56110.583 ) Forward (second) = ( 294524.71, 236.96855, 58027.748 ) Boresight = ( 282331.41, 237.45985, 51192.377 ) Col: 1, Row: 1 = ( 273876.31, 237.74777, 50546.280 ) Col: 2, Row: 1 = ( 282331.41, 237.45985, 51192.377 ) Col: 3, Row: 1 = ( 290779.54, 237.17177, 51834.693 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 269166.32, 237.82838, 56110.583 ) Forward (first) = ( 294524.71, 236.96855, 58027.748 ) Aft (second) = ( 268208.03, 237.67445, 67881.036 ) Forward (second) = ( 293575.50, 236.82534, 69767.368 ) Boresight = ( 281375.96, 237.32893, 62952.887 ) Col: 1, Row: 1 = ( 272918.06, 237.61374, 62316.751 ) Col: 2, Row: 1 = ( 281375.96, 237.32893, 62952.887 ) Col: 3, Row: 1 = ( 289826.96, 237.04379, 63584.640 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 268208.03, 237.67445, 67881.036 ) Forward (first) = ( 293575.50, 236.82534, 69767.368 ) Aft (second) = ( 267253.64, 237.48371, 79640.186 ) Forward (second) = ( 292631.24, 236.64865, 81495.593 ) Boresight = ( 280424.13, 237.16311, 74703.219 ) Col: 1, Row: 1 = ( 271963.06, 237.44367, 74077.075 ) Col: 2, Row: 1 = ( 280424.13, 237.16311, 74703.219 ) Col: 3, Row: 1 = ( 288878.37, 236.88197, 75324.377 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 267253.64, 237.48371, 79640.186 ) Forward (first) = ( 292631.24, 236.64865, 81495.593 ) Aft (second) = ( 266305.01, 237.25582, 91385.694 ) Forward (second) = ( 291693.68, 236.43819, 93210.082 ) Boresight = ( 279477.58, 236.96205, 86441.031 ) Col: 1, Row: 1 = ( 271013.01, 237.23722, 85824.911 ) Col: 2, Row: 1 = ( 279477.58, 236.96205, 86441.031 ) Col: 3, Row: 1 = ( 287935.40, 236.68599, 87051.564 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 266305.01, 237.25582, 91385.694 ) Forward (first) = ( 291693.68, 236.43819, 93210.082 ) Aft (second) = ( 265364.37, 236.99044, 103115.22 ) Forward (second) = ( 290764.87, 236.19369, 104908.50 ) Boresight = ( 278538.29, 236.72546, 98163.983 ) Col: 1, Row: 1 = ( 270069.94, 236.99406, 97557.918 ) Col: 2, Row: 1 = ( 278538.29, 236.72546, 98163.983 ) Col: 3, Row: 1 = ( 286999.98, 236.45558, 98763.860 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 265364.37, 236.99044, 103115.22 ) Forward (first) = ( 290764.87, 236.19369, 104908.50 ) Aft (second) = ( 264434.29, 236.68723, 114826.43 ) Forward (second) = ( 289847.18, 235.91489, 116588.51 ) Boresight = ( 277608.55, 236.45303, 109869.74 ) Col: 1, Row: 1 = ( 269136.20, 236.71387, 109273.76 ) Col: 2, Row: 1 = ( 277608.55, 236.45303, 109869.74 ) Col: 3, Row: 1 = ( 286074.34, 236.19047, 110458.93 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 264434.29, 236.68723, 114826.43 ) Forward (first) = ( 289847.18, 235.91489, 116588.51 ) Aft (second) = ( 263517.64, 236.34590, 126516.98 ) Forward (second) = ( 288943.27, 235.60155, 128247.78 ) Boresight = ( 276690.97, 236.14450, 121555.96 ) Col: 1, Row: 1 = ( 268214.47, 236.39635, 120970.10 ) Col: 2, Row: 1 = ( 276690.97, 236.14450, 121555.96 ) Col: 3, Row: 1 = ( 285161.01, 235.89039, 122134.44 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 263517.64, 236.34590, 126516.98 ) Forward (first) = ( 288943.27, 235.60155, 128247.78 ) Aft (second) = ( 262617.67, 235.96616, 138184.57 ) Forward (second) = ( 288056.10, 235.25346, 139883.99 ) Boresight = ( 275788.49, 235.79958, 133220.33 ) Col: 1, Row: 1 = ( 267307.79, 236.04121, 132644.61 ) Col: 2, Row: 1 = ( 275788.49, 235.79958, 133220.33 ) Col: 3, Row: 1 = ( 284262.87, 235.55510, 133788.07 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 262617.67, 235.96616, 138184.57 ) Forward (first) = ( 288056.10, 235.25346, 139883.99 ) Aft (second) = ( 261737.96, 235.54775, 149826.84 ) Forward (second) = ( 287188.96, 234.87040, 151494.81 ) Boresight = ( 274904.37, 235.41806, 144860.52 ) Col: 1, Row: 1 = ( 266419.50, 235.64819, 144294.97 ) Col: 2, Row: 1 = ( 274904.37, 235.41806, 144860.52 ) Col: 3, Row: 1 = ( 283383.07, 235.18438, 145417.48 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 261737.96, 235.54775, 149826.84 ) Forward (first) = ( 287188.96, 234.87040, 151494.81 ) Aft (second) = ( 260882.44, 235.09046, 161441.50 ) Forward (second) = ( 286345.43, 234.45222, 163077.93 ) Boresight = ( 274042.19, 234.99971, 156474.19 ) Col: 1, Row: 1 = ( 265553.31, 235.21706, 155918.85 ) Col: 2, Row: 1 = ( 274042.19, 234.99971, 156474.19 ) Col: 3, Row: 1 = ( 282525.10, 234.77804, 157020.36 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 260882.44, 235.09046, 161441.50 ) Forward (first) = ( 286345.43, 234.45222, 163077.93 ) Aft (second) = ( 260055.36, 234.59410, 173026.23 ) Forward (second) = ( 285529.40, 233.99877, 174631.03 ) Boresight = ( 273205.86, 234.54436, 168059.05 ) Col: 1, Row: 1 = ( 264713.23, 234.74763, 167513.94 ) Col: 2, Row: 1 = ( 273205.86, 234.54436, 168059.05 ) Col: 3, Row: 1 = ( 281692.74, 234.33592, 168594.40 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 260055.36, 234.59410, 173026.23 ) Forward (first) = ( 285529.40, 233.99877, 174631.03 ) Aft (second) = ( 259261.33, 234.05853, 184578.72 ) Forward (second) = ( 284745.05, 233.50995, 186151.82 ) Boresight = ( 272399.61, 234.05187, 179612.79 ) Col: 1, Row: 1 = ( 263903.64, 234.23975, 179077.93 ) Col: 2, Row: 1 = ( 272399.61, 234.05187, 179612.79 ) Col: 3, Row: 1 = ( 280890.10, 233.85789, 180137.28 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 259261.33, 234.05853, 184578.72 ) Forward (first) = ( 284745.05, 233.50995, 186151.82 ) Aft (second) = ( 258505.29, 233.48367, 196096.67 ) Forward (second) = ( 283996.90, 232.98571, 197637.99 ) Boresight = ( 271627.99, 233.52215, 191133.09 ) Col: 1, Row: 1 = ( 263129.23, 233.69332, 190608.52 ) Col: 2, Row: 1 = ( 271627.99, 233.52215, 191133.09 ) Col: 3, Row: 1 = ( 280121.60, 233.34387, 191646.70 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 258505.29, 233.48367, 196096.67 ) Forward (first) = ( 283996.90, 232.98571, 197637.99 ) Aft (second) = ( 257792.52, 232.86951, 207577.79 ) Forward (second) = ( 283289.71, 232.42605, 209087.25 ) Boresight = ( 270895.85, 232.95516, 202617.66 ) Col: 1, Row: 1 = ( 262395.02, 233.10828, 202103.41 ) Col: 2, Row: 1 = ( 270895.85, 232.95516, 202617.66 ) Col: 3, Row: 1 = ( 279391.94, 232.79382, 203120.38 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 257792.52, 232.86951, 207577.79 ) Forward (first) = ( 283289.71, 232.42605, 209087.25 ) Aft (second) = ( 257128.59, 232.21611, 219019.79 ) Forward (second) = ( 282628.57, 231.83101, 220497.32 ) Boresight = ( 270208.38, 232.35091, 214064.22 ) Col: 1, Row: 1 = ( 261706.35, 232.48466, 213560.30 ) Col: 2, Row: 1 = ( 270208.38, 232.35091, 214064.22 ) Col: 3, Row: 1 = ( 278706.12, 232.20777, 214556.01 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 257128.59, 232.21611, 219019.79 ) Forward (first) = ( 282628.57, 231.83101, 220497.32 ) Aft (second) = ( 256519.41, 231.52359, 230420.40 ) Forward (second) = ( 282018.83, 231.20072, 231865.92 ) Boresight = ( 269571.02, 231.70951, 225470.48 ) Col: 1, Row: 1 = ( 261068.88, 231.82254, 224976.93 ) Col: 2, Row: 1 = ( 269571.02, 231.70951, 225470.48 ) Col: 3, Row: 1 = ( 278069.46, 231.58581, 225951.32 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 256519.41, 231.52359, 230420.40 ) Forward (first) = ( 282018.83, 231.20072, 231865.92 ) Aft (second) = ( 255971.17, 230.79220, 241777.33 ) Forward (second) = ( 281466.10, 230.53534, 243190.78 ) Boresight = ( 268989.55, 231.03110, 236834.16 ) Col: 1, Row: 1 = ( 260488.54, 231.12211, 236351.00 ) Col: 2, Row: 1 = ( 268989.55, 231.03110, 236834.16 ) Col: 3, Row: 1 = ( 277487.51, 230.92807, 237304.03 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 255971.17, 230.79220, 241777.33 ) Forward (first) = ( 281466.10, 230.53534, 243190.78 ) Aft (second) = ( 255490.35, 230.02225, 253088.34 ) Forward (second) = ( 280976.25, 229.83516, 254469.64 ) Boresight = ( 268469.99, 230.31594, 248153.02 ) Col: 1, Row: 1 = ( 259971.57, 230.38363, 247680.27 ) Col: 2, Row: 1 = ( 268469.99, 230.31594, 248153.02 ) Col: 3, Row: 1 = ( 276966.12, 230.23481, 248611.89 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 255490.35, 230.02225, 253088.34 ) Forward (first) = ( 280976.25, 229.83516, 254469.64 ) Aft (second) = ( 255083.68, 229.21418, 264351.17 ) Forward (second) = ( 280555.41, 229.10051, 265700.25 ) Boresight = ( 268018.62, 229.56436, 259424.77 ) Col: 1, Row: 1 = ( 259524.47, 229.60747, 258962.47 ) Col: 2, Row: 1 = ( 268018.62, 229.56436, 259424.77 ) Col: 3, Row: 1 = ( 276511.37, 229.50632, 259872.63 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 255083.68, 229.21418, 264351.17 ) Forward (first) = ( 280555.41, 229.10051, 265700.25 ) Aft (second) = ( 254758.14, 228.36856, 275563.58 ) Forward (second) = ( 280209.89, 228.33183, 276880.37 ) Boresight = ( 267641.97, 228.77681, 270647.19 ) Col: 1, Row: 1 = ( 259153.98, 228.79410, 270195.35 ) Col: 2, Row: 1 = ( 267641.97, 228.77681, 270647.19 ) Col: 3, Row: 1 = ( 276129.60, 228.74301, 271084.01 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:08:50 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1698164.8 km Body center Ra : 111.97095 deg Body Center Dec : 23.528217 deg w: 1 = ( 273876.31, 237.74777, 50546.280 ) Col: 2, Row: 1 = ( 282331.41, 237.45985, 51192.377 ) Col: 3, Row: 1 = ( 290779.54, 237.17177, 51834.693 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 269166.32, 237.82838, 56110.583 ) Forward (firsti24_nans01_15.look_lbl000077505166050166273000000317321166151707100173630ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_15.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_15.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_15" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T16:15:25.901Z SPACECRAFT_CLOCK_START_COUNT = 1/05210050:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_15.look_new_1000077505166050166273000000613221166151707100176210ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 16:15:25.901 SCLK Time : 1/05210050:00:0:0 Spacecraft position = (-613458.79, 1465226.0, 687543.23) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 286307.20, 264.03038, -285619.98 ) Forward (first) = ( 312004.64, 264.13097, -282851.80 ) Aft (second) = ( 284676.75, 264.81029, -274296.76 ) Forward (second) = ( 310414.16, 264.84701, -271554.40 ) Boresight = ( 298341.71, 264.47758, -278602.79 ) Col: 1, Row: 1 = ( 289768.54, 264.44613, -279514.66 ) Col: 2, Row: 1 = ( 298341.71, 264.47758, -278602.79 ) Col: 3, Row: 1 = ( 306914.67, 264.49117, -277677.73 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 284676.75, 264.81029, -274296.76 ) Forward (first) = ( 310414.16, 264.84701, -271554.40 ) Aft (second) = ( 283120.10, 265.56677, -262916.83 ) Forward (second) = ( 308891.89, 265.54074, -260200.42 ) Boresight = ( 296768.58, 265.21302, -267263.22 ) Col: 1, Row: 1 = ( 288182.53, 265.20320, -268166.76 ) Col: 2, Row: 1 = ( 296768.58, 265.21302, -267263.22 ) Col: 3, Row: 1 = ( 305353.37, 265.20605, -266347.08 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 283120.10, 265.56677, -262916.83 ) Forward (first) = ( 308891.89, 265.54074, -260200.42 ) Aft (second) = ( 281632.03, 266.29884, -251482.45 ) Forward (second) = ( 307433.01, 266.21134, -248792.13 ) Boresight = ( 295263.82, 265.92512, -255868.13 ) Col: 1, Row: 1 = ( 286666.72, 265.93654, -256763.29 ) Col: 2, Row: 1 = ( 295263.82, 265.92512, -255868.13 ) Col: 3, Row: 1 = ( 303858.69, 265.89801, -254960.96 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 281632.03, 266.29884, -251482.45 ) Forward (first) = ( 307433.01, 266.21134, -248792.13 ) Aft (second) = ( 280207.42, 267.00555, -239995.90 ) Forward (second) = ( 306032.77, 266.85804, -237331.80 ) Boresight = ( 293822.46, 266.61303, -244419.80 ) Col: 1, Row: 1 = ( 285216.03, 266.64522, -245306.53 ) Col: 2, Row: 1 = ( 293822.46, 266.61303, -244419.80 ) Col: 3, Row: 1 = ( 302425.79, 266.56622, -243521.64 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 280207.42, 267.00555, -239995.90 ) Forward (first) = ( 306032.77, 266.85804, -237331.80 ) Aft (second) = ( 278841.21, 267.68603, -228459.46 ) Forward (second) = ( 304686.52, 267.48010, -225821.72 ) Boresight = ( 292439.59, 267.27591, -232920.50 ) Col: 1, Row: 1 = ( 283825.43, 267.32837, -233798.75 ) Col: 2, Row: 1 = ( 292439.59, 267.27591, -232920.50 ) Col: 3, Row: 1 = ( 301049.89, 267.20991, -232031.40 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 278841.21, 267.68603, -228459.46 ) Forward (first) = ( 304686.52, 267.48010, -225821.72 ) Aft (second) = ( 277528.47, 268.33943, -216875.43 ) Forward (second) = ( 303389.72, 268.07683, -214264.18 ) Boresight = ( 291110.42, 267.91299, -221372.52 ) Col: 1, Row: 1 = ( 282489.98, 267.98514, -222242.27 ) Col: 2, Row: 1 = ( 291110.42, 267.91299, -221372.52 ) Col: 3, Row: 1 = ( 299726.34, 267.82834, -220492.53 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 277528.47, 268.33943, -216875.43 ) Forward (first) = ( 303389.72, 268.07683, -214264.18 ) Aft (second) = ( 276264.38, 268.96497, -205246.12 ) Forward (second) = ( 302137.94, 268.64756, -202661.49 ) Boresight = ( 289830.29, 268.52351, -209778.17 ) Col: 1, Row: 1 = ( 281204.88, 268.61475, -210639.36 ) Col: 2, Row: 1 = ( 289830.29, 268.52351, -209778.17 ) Col: 3, Row: 1 = ( 298450.60, 268.42082, -208907.33 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 276264.38, 268.96497, -205246.12 ) Forward (first) = ( 302137.94, 268.64756, -202661.49 ) Aft (second) = ( 275044.27, 269.56188, -193573.84 ) Forward (second) = ( 300926.92, 269.19167, -191015.96 ) Boresight = ( 288594.65, 269.10678, -198139.76 ) Col: 1, Row: 1 = ( 279965.45, 269.21644, -198992.36 ) Col: 2, Row: 1 = ( 288594.65, 269.10678, -198139.76 ) Col: 3, Row: 1 = ( 297218.25, 268.98667, -197278.11 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 275044.27, 269.56188, -193573.84 ) Forward (first) = ( 300926.92, 269.19167, -191015.96 ) Aft (second) = ( 273863.63, 270.12947, -181860.93 ) Forward (second) = ( 299752.54, 269.70856, -179329.92 ) Boresight = ( 287399.11, 269.66213, -186459.61 ) Col: 1, Row: 1 = ( 278767.17, 269.78952, -187303.56 ) Col: 2, Row: 1 = ( 287399.11, 269.66213, -186459.61 ) Col: 3, Row: 1 = ( 296025.04, 269.52527, -185607.19 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 273863.63, 270.12947, -181860.93 ) Forward (first) = ( 299752.54, 269.70856, -179329.92 ) Aft (second) = ( 272718.12, 270.66705, -170109.71 ) Forward (second) = ( 298610.83, 270.19767, -167605.70 ) Boresight = ( 286239.44, 270.18893, -174740.04 ) Col: 1, Row: 1 = ( 277605.67, 270.33331, -175575.32 ) Col: 2, Row: 1 = ( 286239.44, 270.18893, -174740.04 ) Col: 3, Row: 1 = ( 294866.85, 270.03603, -173896.91 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 272718.12, 270.66705, -170109.71 ) Forward (first) = ( 298610.83, 270.19767, -167605.70 ) Aft (second) = ( 271603.59, 271.17400, -158322.52 ) Forward (second) = ( 297498.05, 270.65847, -155845.64 ) Boresight = ( 285111.61, 270.68659, -162983.40 ) Col: 1, Row: 1 = ( 276476.80, 270.84718, -163809.95 ) Col: 2, Row: 1 = ( 285111.61, 270.68659, -162983.40 ) Col: 3, Row: 1 = ( 293739.78, 270.51838, -162149.59 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 271603.59, 271.17400, -158322.52 ) Forward (first) = ( 297498.05, 270.65847, -155845.64 ) Aft (second) = ( 270516.10, 271.64970, -146501.71 ) Forward (second) = ( 296410.59, 271.09045, -144052.08 ) Boresight = ( 284011.75, 271.15453, -151192.02 ) Col: 1, Row: 1 = ( 275376.55, 271.33053, -152009.81 ) Col: 2, Row: 1 = ( 284011.75, 271.15453, -151192.02 ) Col: 3, Row: 1 = ( 292640.09, 270.97180, -150367.57 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 270516.10, 271.64970, -146501.71 ) Forward (first) = ( 296410.59, 271.09045, -144052.08 ) Aft (second) = ( 269451.93, 272.09359, -134649.63 ) Forward (second) = ( 295345.10, 271.49312, -132227.38 ) Boresight = ( 282936.22, 271.59222, -139368.26 ) Col: 1, Row: 1 = ( 274301.17, 271.78278, -140177.25 ) Col: 2, Row: 1 = ( 282936.22, 271.59222, -139368.26 ) Col: 3, Row: 1 = ( 291564.24, 271.39576, -138553.22 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 269451.93, 272.09359, -134649.63 ) Forward (first) = ( 295345.10, 271.49312, -132227.38 ) Aft (second) = ( 268407.58, 272.50512, -122768.65 ) Forward (second) = ( 294298.42, 271.86603, -120373.89 ) Boresight = ( 281881.59, 271.99915, -127514.47 ) Col: 1, Row: 1 = ( 273247.10, 272.20339, -128314.62 ) Col: 2, Row: 1 = ( 281881.59, 271.99915, -127514.47 ) Col: 3, Row: 1 = ( 290508.92, 271.78978, -126708.87 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 268407.58, 272.50512, -122768.65 ) Forward (first) = ( 294298.42, 271.86603, -120373.89 ) Aft (second) = ( 267379.80, 272.88376, -110861.13 ) Forward (second) = ( 293267.60, 272.20872, -108493.98 ) Boresight = ( 280844.64, 272.37482, -115633.01 ) Col: 1, Row: 1 = ( 272211.03, 272.59185, -116424.28 ) Col: 2, Row: 1 = ( 280844.64, 272.37482, -115633.01 ) Col: 3, Row: 1 = ( 289471.02, 272.15340, -114836.91 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 267379.80, 272.88376, -110861.13 ) Forward (first) = ( 293267.60, 272.20872, -108493.98 ) Aft (second) = ( 266365.59, 273.22900, -98929.445 ) Forward (second) = ( 292249.95, 272.52078, -96590.021 ) Boresight = ( 279822.42, 272.71876, -103726.26 ) Col: 1, Row: 1 = ( 271189.88, 272.94765, -104508.61 ) Col: 2, Row: 1 = ( 279822.42, 272.71876, -103726.26 ) Col: 3, Row: 1 = ( 288447.68, 272.48617, -102939.68 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 266365.59, 273.22900, -98929.445 ) Forward (first) = ( 292249.95, 272.52078, -96590.021 ) Aft (second) = ( 265362.20, 273.54037, -86975.965 ) Forward (second) = ( 291243.00, 272.80178, -84664.387 ) Boresight = ( 278812.20, 273.03051, -91796.583 ) Col: 1, Row: 1 = ( 270180.83, 273.27030, -92569.980 ) Col: 2, Row: 1 = ( 278812.20, 273.03051, -91796.583 ) Col: 3, Row: 1 = ( 287436.27, 272.78767, -91019.577 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 265362.20, 273.54037, -86975.965 ) Forward (first) = ( 291243.00, 272.80178, -84664.387 ) Aft (second) = ( 264367.17, 273.81738, -75003.074 ) Forward (second) = ( 290244.55, 273.05133, -72719.457 ) Boresight = ( 277811.51, 273.30964, -79846.363 ) Col: 1, Row: 1 = ( 269181.32, 273.55935, -80610.764 ) Col: 2, Row: 1 = ( 277811.51, 273.30964, -79846.363 ) Col: 3, Row: 1 = ( 286434.41, 273.05746, -79078.964 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 264367.17, 273.81738, -75003.074 ) Forward (first) = ( 290244.55, 273.05133, -72719.457 ) Aft (second) = ( 263378.31, 274.05958, -63013.156 ) Forward (second) = ( 289252.63, 273.26904, -60757.614 ) Boresight = ( 276818.16, 273.55572, -67877.979 ) Col: 1, Row: 1 = ( 268189.07, 273.81434, -68633.348 ) Col: 2, Row: 1 = ( 276818.16, 273.55572, -67877.979 ) Col: 3, Row: 1 = ( 285439.98, 273.29515, -67120.227 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 263378.31, 274.05958, -63013.156 ) Forward (first) = ( 289252.63, 273.26904, -60757.614 ) Aft (second) = ( 262393.70, 274.26651, -51008.599 ) Forward (second) = ( 288265.56, 273.45453, -48781.245 ) Boresight = ( 275830.20, 273.76833, -55893.818 ) Col: 1, Row: 1 = ( 267202.07, 274.03483, -56640.116 ) Col: 2, Row: 1 = ( 275830.20, 273.76833, -55893.818 ) Col: 3, Row: 1 = ( 284451.12, 273.50034, -55145.750 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 262393.70, 274.26651, -51008.599 ) Forward (first) = ( 288265.56, 273.45453, -48781.245 ) Aft (second) = ( 261411.76, 274.43773, -38991.793 ) Forward (second) = ( 287281.92, 273.60741, -36792.737 ) Boresight = ( 274846.00, 273.94705, -43896.268 ) Col: 1, Row: 1 = ( 266218.59, 274.22038, -44633.458 ) Col: 2, Row: 1 = ( 274846.00, 273.94705, -43896.268 ) Col: 3, Row: 1 = ( 283466.24, 273.67264, -43157.922 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 261411.76, 274.43773, -38991.793 ) Forward (first) = ( 287281.92, 273.60741, -36792.737 ) Aft (second) = ( 260431.16, 274.57279, -26965.132 ) Forward (second) = ( 286300.57, 273.72732, -24794.485 ) Boresight = ( 273864.18, 274.09148, -31887.720 ) Col: 1, Row: 1 = ( 265237.21, 274.37057, -32615.766 ) Col: 2, Row: 1 = ( 273864.18, 274.09148, -31887.720 ) Col: 3, Row: 1 = ( 282484.04, 273.81166, -31159.133 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 260431.16, 274.57279, -26965.132 ) Forward (first) = ( 286300.57, 273.72732, -24794.485 ) Aft (second) = ( 259450.93, 274.67127, -14931.011 ) Forward (second) = ( 285320.64, 273.81390, -12788.880 ) Boresight = ( 272883.67, 274.20122, -19870.568 ) Col: 1, Row: 1 = ( 264256.82, 274.48495, -20589.434 ) Col: 2, Row: 1 = ( 272883.67, 274.20122, -19870.568 ) Col: 3, Row: 1 = ( 281503.48, 273.91704, -19151.777 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 259450.93, 274.67127, -14931.011 ) Forward (first) = ( 285320.64, 273.81390, -12788.880 ) Aft (second) = ( 258470.38, 274.73272, -2891.8260 ) Forward (second) = ( 284341.58, 273.86677, -778.31762 ) Boresight = ( 271903.70, 274.27587, -7847.2067 ) Col: 1, Row: 1 = ( 263276.60, 274.56312, -8556.8575 ) Col: 2, Row: 1 = ( 271903.70, 274.27587, -7847.2067 ) Col: 3, Row: 1 = ( 280523.85, 273.98839, -7138.2478 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 258470.38, 274.73272, -2891.8260 ) Forward (first) = ( 284341.58, 273.86677, -778.31762 ) Aft (second) = ( 257489.17, 274.75671, 9150.0251 ) Forward (second) = ( 283363.10, 273.88559, 11234.805 ) Boresight = ( 270923.81, 274.31504, 4179.9664 ) Col: 1, Row: 1 = ( 262296.05, 274.60466, 3479.5665 ) Col: 2, Row: 1 = ( 270923.81, 274.31504, 4179.9664 ) Col: 3, Row: 1 = ( 279544.70, 274.02533, 4879.0582 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 257489.17, 274.75671, 9150.0251 ) Forward (first) = ( 283363.10, 273.88559, 11234.805 ) Aft (second) = ( 256507.28, 274.74280, 21192.144 ) Forward (second) = ( 282385.24, 273.86999, 23248.092 ) Boresight = ( 269943.85, 274.31833, 16208.554 ) Col: 1, Row: 1 = ( 261314.99, 274.60913, 15517.440 ) Col: 2, Row: 1 = ( 269943.85, 274.31833, 16208.554 ) Col: 3, Row: 1 = ( 278565.90, 274.02751, 16897.744 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 256507.28, 274.74280, 21192.144 ) Forward (first) = ( 282385.24, 273.86999, 23248.092 ) Aft (second) = ( 255525.03, 274.69057, 33232.133 ) Forward (second) = ( 281408.34, 273.81961, 35259.146 ) Boresight = ( 268963.98, 274.28534, 28236.160 ) Col: 1, Row: 1 = ( 260333.60, 274.57612, 27554.366 ) Col: 2, Row: 1 = ( 268963.98, 274.28534, 28236.160 ) Col: 3, Row: 1 = ( 277587.62, 273.99456, 28915.413 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 255525.03, 274.69057, 33232.133 ) Forward (first) = ( 281408.34, 273.81961, 35259.146 ) Aft (second) = ( 254543.09, 274.59957, 45267.595 ) Forward (second) = ( 280433.02, 273.73411, 47265.572 ) Boresight = ( 267984.69, 274.21570, 40260.385 ) Col: 1, Row: 1 = ( 259352.35, 274.50522, 39587.945 ) Col: 2, Row: 1 = ( 267984.69, 274.21570, 40260.385 ) Col: 3, Row: 1 = ( 276610.37, 273.92610, 40929.668 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 254543.09, 274.59957, 45267.595 ) Forward (first) = ( 280433.02, 273.73411, 47265.572 ) Aft (second) = ( 253562.46, 274.46937, 57296.131 ) Forward (second) = ( 279460.27, 273.61314, 59264.974 ) Boresight = ( 267006.80, 274.10900, 52278.833 ) Col: 1, Row: 1 = ( 258372.08, 274.39600, 51615.781 ) Col: 2, Row: 1 = ( 267006.80, 274.10900, 52278.833 ) Col: 3, Row: 1 = ( 275634.94, 273.82177, 52938.113 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 253562.46, 274.46937, 57296.131 ) Forward (first) = ( 279460.27, 273.61314, 59264.974 ) Aft (second) = ( 252584.53, 274.29956, 69315.348 ) Forward (second) = ( 278491.37, 273.45634, 71254.957 ) Boresight = ( 266031.48, 273.96487, 64289.110 ) Col: 1, Row: 1 = ( 257393.97, 274.24805, 63635.478 ) Col: 2, Row: 1 = ( 266031.48, 273.96487, 64289.110 ) Col: 3, Row: 1 = ( 274662.48, 273.68122, 64938.353 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 252584.53, 274.29956, 69315.348 ) Forward (first) = ( 278491.37, 273.45634, 71254.957 ) Aft (second) = ( 251611.03, 274.08970, 81322.852 ) Forward (second) = ( 277527.92, 273.26339, 83233.130 ) Boresight = ( 265060.21, 273.78292, 76288.820 ) Col: 1, Row: 1 = ( 256419.56, 274.06096, 75644.642 ) Col: 2, Row: 1 = ( 265060.21, 273.78292, 76288.820 ) Col: 3, Row: 1 = ( 273694.44, 273.50409, 76927.995 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 251611.03, 274.08970, 81322.852 ) Forward (first) = ( 277527.92, 273.26339, 83233.130 ) Aft (second) = ( 250644.05, 273.83938, 93316.250 ) Forward (second) = ( 276571.87, 273.03396, 95197.104 ) Boresight = ( 264094.84, 273.56278, 88275.571 ) Col: 1, Row: 1 = ( 255450.73, 273.83433, 87640.879 ) Col: 2, Row: 1 = ( 264094.84, 273.56278, 88275.571 ) Col: 3, Row: 1 = ( 272732.62, 273.29004, 88904.646 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 250644.05, 273.83938, 93316.250 ) Forward (first) = ( 276571.87, 273.03396, 95197.104 ) Aft (second) = ( 249686.08, 273.54820, 105293.16 ) Forward (second) = ( 275625.48, 272.76773, 107144.49 ) Boresight = ( 263137.57, 273.30409, 100246.98 ) Col: 1, Row: 1 = ( 254489.74, 273.56777, 99621.802 ) Col: 2, Row: 1 = ( 263137.57, 273.30409, 100246.98 ) Col: 3, Row: 1 = ( 271779.15, 273.03872, 100865.92 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 249686.08, 273.54820, 105293.16 ) Forward (first) = ( 275625.48, 272.76773, 107144.49 ) Aft (second) = ( 248739.96, 273.21578, 117251.18 ) Forward (second) = ( 274691.38, 272.46440, 119072.91 ) Boresight = ( 262190.94, 273.00651, 112200.65 ) Col: 1, Row: 1 = ( 253539.21, 273.26091, 111585.02 ) Col: 2, Row: 1 = ( 262190.94, 273.00651, 112200.65 ) Col: 3, Row: 1 = ( 270836.52, 272.74983, 112809.43 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 248739.96, 273.21578, 117251.18 ) Forward (first) = ( 274691.38, 272.46440, 119072.91 ) Aft (second) = ( 247808.92, 272.84175, 129187.95 ) Forward (second) = ( 273772.50, 272.12368, 130979.97 ) Boresight = ( 261257.85, 272.66970, 124134.20 ) Col: 1, Row: 1 = ( 252602.15, 272.91337, 123528.16 ) Col: 2, Row: 1 = ( 261257.85, 272.66970, 124134.20 ) Col: 3, Row: 1 = ( 269907.54, 272.42306, 124732.79 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 247808.92, 272.84175, 129187.95 ) Forward (first) = ( 273772.50, 272.12368, 130979.97 ) Aft (second) = ( 246896.58, 272.42578, 141101.08 ) Forward (second) = ( 272872.13, 271.74533, 142863.31 ) Boresight = ( 260341.56, 272.29335, 136045.26 ) Col: 1, Row: 1 = ( 251681.90, 272.52483, 135448.83 ) Col: 2, Row: 1 = ( 260341.56, 272.29335, 136045.26 ) Col: 3, Row: 1 = ( 268995.37, 272.05812, 136633.63 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 246896.58, 272.42578, 141101.08 ) Forward (first) = ( 272872.13, 271.74533, 142863.31 ) Aft (second) = ( 246006.93, 271.96758, 152988.21 ) Forward (second) = ( 271993.91, 271.32911, 154720.56 ) Boresight = ( 259445.70, 271.87719, 147931.45 ) Col: 1, Row: 1 = ( 250782.21, 272.09498, 147344.66 ) Col: 2, Row: 1 = ( 259445.70, 271.87719, 147931.45 ) Col: 3, Row: 1 = ( 268103.52, 271.65477, 148509.57 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 246006.93, 271.96758, 152988.21 ) Forward (first) = ( 271993.91, 271.32911, 154720.56 ) Aft (second) = ( 245144.35, 271.46687, 164846.95 ) Forward (second) = ( 271141.80, 270.87482, 166549.34 ) Boresight = ( 258574.25, 271.42097, 159790.41 ) Col: 1, Row: 1 = ( 249907.21, 271.62356, 159213.28 ) Col: 2, Row: 1 = ( 258574.25, 271.42097, 159790.41 ) Col: 3, Row: 1 = ( 267235.86, 271.21277, 160358.25 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 245144.35, 271.46687, 164846.95 ) Forward (first) = ( 271141.80, 270.87482, 166549.34 ) Aft (second) = ( 244313.61, 270.92346, 176674.96 ) Forward (second) = ( 270320.11, 270.38232, 178347.30 ) Boresight = ( 257731.56, 270.92450, 171619.76 ) Col: 1, Row: 1 = ( 249061.38, 271.11034, 171052.33 ) Col: 2, Row: 1 = ( 257731.56, 270.92450, 171619.76 ) Col: 3, Row: 1 = ( 266396.59, 270.73194, 172177.29 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 244313.61, 270.92346, 176674.96 ) Forward (first) = ( 270320.11, 270.38232, 178347.30 ) Aft (second) = ( 243519.85, 270.33720, 188469.88 ) Forward (second) = ( 269533.50, 269.85149, 190112.08 ) Boresight = ( 256922.32, 270.38761, 183417.15 ) Col: 1, Row: 1 = ( 248249.60, 270.55515, 182859.45 ) Col: 2, Row: 1 = ( 256922.32, 270.38761, 183417.15 ) Col: 3, Row: 1 = ( 265590.26, 270.21215, 183964.35 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 243519.85, 270.33720, 188469.88 ) Forward (first) = ( 269533.50, 269.85149, 190112.08 ) Aft (second) = ( 242768.59, 269.70800, 200229.36 ) Forward (second) = ( 268786.92, 269.28227, 201841.34 ) Boresight = ( 256151.61, 269.81021, 195180.23 ) Col: 1, Row: 1 = ( 247477.10, 269.95790, 194632.29 ) Col: 2, Row: 1 = ( 256151.61, 269.81021, 195180.23 ) Col: 3, Row: 1 = ( 264821.77, 269.65330, 195717.07 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 242768.59, 269.70800, 200229.36 ) Forward (first) = ( 268786.92, 269.28227, 201841.34 ) Aft (second) = ( 242065.69, 269.03589, 211951.05 ) Forward (second) = ( 268085.69, 268.67469, 213532.74 ) Boresight = ( 255424.82, 269.19227, 206906.65 ) Col: 1, Row: 1 = ( 246749.47, 269.31853, 206368.50 ) Col: 2, Row: 1 = ( 255424.82, 269.19227, 206906.65 ) Col: 3, Row: 1 = ( 264096.33, 269.05538, 207433.11 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 242065.69, 269.03589, 211951.05 ) Forward (first) = ( 268085.69, 268.67469, 213532.74 ) Aft (second) = ( 241417.42, 268.32095, 223632.62 ) Forward (second) = ( 267435.41, 268.02882, 225183.94 ) Boresight = ( 254747.69, 268.53384, 218594.08 ) Col: 1, Row: 1 = ( 246072.67, 268.63710, 218065.75 ) Col: 2, Row: 1 = ( 254747.69, 268.53384, 218594.08 ) Col: 3, Row: 1 = ( 263419.49, 268.41843, 219110.13 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 241417.42, 268.32095, 223632.62 ) Forward (first) = ( 267435.41, 268.02882, 225183.94 ) Aft (second) = ( 240830.33, 267.56339, 235271.75 ) Forward (second) = ( 266842.02, 267.34482, 236792.62 ) Boresight = ( 254126.30, 267.83505, 230240.19 ) Col: 1, Row: 1 = ( 245452.99, 267.91376, 229721.69 ) Col: 2, Row: 1 = ( 254126.30, 267.83505, 230240.19 ) Col: 3, Row: 1 = ( 262797.13, 267.74256, 230745.80 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 240830.33, 267.56339, 235271.75 ) Forward (first) = ( 266842.02, 267.34482, 236792.62 ) Aft (second) = ( 240311.32, 266.76352, 246866.12 ) Forward (second) = ( 266311.71, 266.62293, 248356.46 ) Boresight = ( 253567.04, 267.09612, 241842.65 ) Col: 1, Row: 1 = ( 244897.05, 267.14874, 241334.02 ) Col: 2, Row: 1 = ( 253567.04, 267.09612, 241842.65 ) Col: 3, Row: 1 = ( 262235.42, 267.02799, 242337.80 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 240311.32, 266.76352, 246866.12 ) Forward (first) = ( 266311.71, 266.62293, 248356.46 ) Aft (second) = ( 239867.62, 265.92179, 258413.43 ) Forward (second) = ( 265850.98, 265.86350, 259873.16 ) Boresight = ( 253076.59, 266.31739, 253399.16 ) Col: 1, Row: 1 = ( 244411.78, 266.34242, 252900.42 ) Col: 2, Row: 1 = ( 253076.59, 266.31739, 253399.16 ) Col: 3, Row: 1 = ( 261740.80, 266.27503, 253883.82 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 239867.62, 265.92179, 258413.43 ) Forward (first) = ( 265850.98, 265.86350, 259873.16 ) Aft (second) = ( 239506.68, 265.03879, 269911.36 ) Forward (second) = ( 265466.57, 265.06697, 271340.42 ) Boresight = ( 252661.92, 265.49930, 264907.41 ) Col: 1, Row: 1 = ( 244004.38, 265.49528, 264418.59 ) Col: 2, Row: 1 = ( 252661.92, 265.49930, 264907.41 ) Col: 3, Row: 1 = ( 261320.02, 265.48408, 265381.56 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 239506.68, 265.03879, 269911.36 ) Forward (first) = ( 265466.57, 265.06697, 271340.42 ) Aft (second) = ( 239236.25, 264.11526, 281357.63 ) Forward (second) = ( 265165.43, 264.23392, 282755.94 ) Boresight = ( 252330.24, 264.64243, 276365.10 ) Col: 1, Row: 1 = ( 243682.35, 264.60796, 275886.22 ) Col: 2, Row: 1 = ( 252330.24, 264.64243, 276365.10 ) Col: 3, Row: 1 = ( 260980.04, 264.65567, 276828.72 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:10:00 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1730876.8 km Body center Ra : 112.71801 deg Body Center Dec : 23.404657 deg w: 1 = ( 258372.08, 274.39600, 51615.781 ) Col: 2, Row: 1 = ( 267006.80, 274.10900, 52278.833 ) Col: 3, Row: 1 = ( 275634.94, 273.82177, 52938.113 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 253562.46, 274.46937, 57296.131 ) Forward (firsti24_nans01_16.look_lbl000077505166050166273000000317321166151707100173640ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_16.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_16.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_16" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T17:16:05.899Z SPACECRAFT_CLOCK_START_COUNT = 1/05210110:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_16.look_new_1000077505166050166273000000613221166151707100176220ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 17:16:05.899 SCLK Time : 1/05210110:00:0:0 Spacecraft position = (-644194.13, 1486070.7, 696955.47) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 271629.08, 299.94486, -291511.32 ) Forward (first) = ( 297795.51, 300.17848, -288739.51 ) Aft (second) = ( 269916.47, 300.77710, -279952.70 ) Forward (second) = ( 296132.09, 300.93882, -277205.06 ) Boresight = ( 283855.82, 300.48722, -284374.73 ) Col: 1, Row: 1 = ( 275125.89, 300.41091, -285287.91 ) Col: 2, Row: 1 = ( 283855.82, 300.48722, -284374.73 ) Col: 3, Row: 1 = ( 292587.94, 300.54178, -283448.01 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 269916.47, 300.77710, -279952.70 ) Forward (first) = ( 296132.09, 300.93882, -277205.06 ) Aft (second) = ( 268284.28, 301.58506, -268336.36 ) Forward (second) = ( 294542.58, 301.67598, -265613.03 ) Boresight = ( 282208.57, 301.27032, -272798.42 ) Col: 1, Row: 1 = ( 273462.71, 301.21843, -273703.81 ) Col: 2, Row: 1 = ( 282208.57, 301.27032, -272798.42 ) Col: 3, Row: 1 = ( 290955.29, 301.30175, -271880.07 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 268284.28, 301.58506, -268336.36 ) Forward (first) = ( 294542.58, 301.67598, -265613.03 ) Aft (second) = ( 266726.90, 302.36761, -256664.62 ) Forward (second) = ( 293021.80, 302.38902, -253965.73 ) Boresight = ( 280635.63, 302.02917, -261165.60 ) Col: 1, Row: 1 = ( 271875.99, 302.00130, -262063.17 ) Col: 2, Row: 1 = ( 280635.63, 302.02917, -261165.60 ) Col: 3, Row: 1 = ( 289394.92, 302.03787, -260255.68 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 266726.90, 302.36761, -256664.62 ) Forward (first) = ( 293021.80, 302.38902, -253965.73 ) Aft (second) = ( 265238.81, 303.12365, -244939.79 ) Forward (second) = ( 291564.67, 303.07706, -242265.48 ) Boresight = ( 279131.67, 302.76274, -249478.61 ) Col: 1, Row: 1 = ( 270360.27, 302.75843, -250368.31 ) Col: 2, Row: 1 = ( 279131.67, 302.76274, -249478.61 ) Col: 3, Row: 1 = ( 287901.64, 302.74919, -248577.16 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 265238.81, 303.12365, -244939.79 ) Forward (first) = ( 291564.67, 303.07706, -242265.48 ) Aft (second) = ( 263814.57, 303.85214, -233164.22 ) Forward (second) = ( 290166.16, 303.73923, -230514.62 ) Boresight = ( 277691.40, 303.47009, -237739.76 ) Col: 1, Row: 1 = ( 268910.12, 303.48879, -238621.54 ) Col: 2, Row: 1 = ( 277691.40, 303.47009, -237739.76 ) Col: 3, Row: 1 = ( 286470.30, 303.43481, -236846.83 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 263814.57, 303.85214, -233164.22 ) Forward (first) = ( 290166.16, 303.73923, -230514.62 ) Aft (second) = ( 262448.82, 304.55209, -221340.24 ) Forward (second) = ( 288821.37, 304.37473, -218715.48 ) Boresight = ( 276309.66, 304.15029, -225951.40 ) Col: 1, Row: 1 = ( 267520.21, 304.19140, -226825.23 ) Col: 2, Row: 1 = ( 276309.66, 304.15029, -225951.40 ) Col: 3, Row: 1 = ( 285095.89, 304.09387, -225067.03 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 262448.82, 304.55209, -221340.24 ) Forward (first) = ( 288821.37, 304.37473, -218715.48 ) Aft (second) = ( 261136.34, 305.22257, -209470.22 ) Forward (second) = ( 287525.53, 304.98281, -206870.43 ) Boresight = ( 274981.39, 304.80248, -214115.88 ) Col: 1, Row: 1 = ( 266185.34, 304.86535, -214981.71 ) Col: 2, Row: 1 = ( 274981.39, 304.80248, -214115.88 ) Col: 3, Row: 1 = ( 283773.48, 304.72556, -213240.11 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 261136.34, 305.22257, -209470.22 ) Forward (first) = ( 287525.53, 304.98281, -206870.43 ) Aft (second) = ( 259872.06, 305.86269, -197556.52 ) Forward (second) = ( 286274.02, 305.56272, -194981.83 ) Boresight = ( 273701.67, 305.42584, -202235.55 ) Col: 1, Row: 1 = ( 264900.44, 305.50974, -203093.34 ) Col: 2, Row: 1 = ( 273701.67, 305.42584, -202235.55 ) Col: 3, Row: 1 = ( 282498.31, 305.32912, -201368.44 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 259872.06, 305.86269, -197556.52 ) Forward (first) = ( 286274.02, 305.56272, -194981.83 ) Aft (second) = ( 258651.06, 306.47163, -185601.50 ) Forward (second) = ( 285062.36, 306.11380, -183052.04 ) Boresight = ( 272465.74, 306.01960, -190312.79 ) Col: 1, Row: 1 = ( 263660.58, 306.12376, -191162.49 ) Col: 2, Row: 1 = ( 272465.74, 306.01960, -190312.79 ) Col: 3, Row: 1 = ( 281265.76, 305.90382, -189454.37 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 258651.06, 306.47163, -185601.50 ) Forward (first) = ( 285062.36, 306.11380, -183052.04 ) Aft (second) = ( 257468.62, 307.04860, -173607.55 ) Forward (second) = ( 283886.27, 306.63540, -171083.46 ) Boresight = ( 271269.00, 306.58303, -178349.97 ) Col: 1, Row: 1 = ( 262461.02, 306.70662, -179191.54 ) Col: 2, Row: 1 = ( 271269.00, 306.58303, -178349.97 ) Col: 3, Row: 1 = ( 280071.39, 306.44897, -177500.28 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 257468.62, 307.04860, -173607.55 ) Forward (first) = ( 283886.27, 306.63540, -171083.46 ) Aft (second) = ( 256320.20, 307.59285, -161577.07 ) Forward (second) = ( 282741.66, 307.12689, -159078.45 ) Boresight = ( 270107.04, 307.11542, -166349.47 ) Col: 1, Row: 1 = ( 261297.22, 307.25759, -167182.88 ) Col: 2, Row: 1 = ( 270107.04, 307.11542, -166349.47 ) Col: 3, Row: 1 = ( 278910.92, 306.96392, -165508.57 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 256320.20, 307.59285, -161577.07 ) Forward (first) = ( 282741.66, 307.12689, -159078.45 ) Aft (second) = ( 255201.51, 308.10367, -149512.44 ) Forward (second) = ( 281624.62, 307.58769, -147039.43 ) Boresight = ( 268975.68, 307.61614, -154313.69 ) Col: 1, Row: 1 = ( 260164.83, 307.77595, -155138.89 ) Col: 2, Row: 1 = ( 268975.68, 307.61614, -154313.69 ) Col: 3, Row: 1 = ( 277780.29, 307.44806, -153481.61 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 255201.51, 308.10367, -149512.44 ) Forward (first) = ( 281624.62, 307.58769, -147039.43 ) Aft (second) = ( 254108.46, 308.58041, -137416.06 ) Forward (second) = ( 280531.51, 308.01725, -134968.79 ) Boresight = ( 267870.94, 308.08454, -142245.03 ) Col: 1, Row: 1 = ( 259059.73, 308.26105, -143061.98 ) Col: 2, Row: 1 = ( 267870.94, 308.08454, -142245.03 ) Col: 3, Row: 1 = ( 276675.68, 307.90079, -141421.82 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 254108.46, 308.58041, -137416.06 ) Forward (first) = ( 280531.51, 308.01725, -134968.79 ) Aft (second) = ( 253037.22, 309.02241, -125290.36 ) Forward (second) = ( 279458.86, 308.41504, -122868.94 ) Boresight = ( 266789.06, 308.52004, -130145.89 ) Col: 1, Row: 1 = ( 257978.03, 308.71225, -130954.56 ) Col: 2, Row: 1 = ( 266789.06, 308.52004, -130145.89 ) Col: 3, Row: 1 = ( 275593.44, 308.32156, -129331.58 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 253037.22, 309.02241, -125290.36 ) Forward (first) = ( 279458.86, 308.41504, -122868.94 ) Aft (second) = ( 251984.24, 309.42906, -113137.74 ) Forward (second) = ( 278403.48, 308.78055, -110742.29 ) Boresight = ( 265726.54, 308.92208, -118018.68 ) Col: 1, Row: 1 = ( 256916.11, 309.12895, -118819.02 ) Col: 2, Row: 1 = ( 265726.54, 308.92208, -118018.68 ) Col: 3, Row: 1 = ( 274530.21, 308.70983, -117213.32 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 251984.24, 309.42906, -113137.74 ) Forward (first) = ( 278403.48, 308.78055, -110742.29 ) Aft (second) = ( 250946.22, 309.79979, -100960.62 ) Forward (second) = ( 277362.43, 309.11329, -98591.262 ) Boresight = ( 264680.14, 309.29009, -105865.82 ) Col: 1, Row: 1 = ( 255870.59, 309.51056, -106657.80 ) Col: 2, Row: 1 = ( 264680.14, 309.29009, -105865.82 ) Col: 3, Row: 1 = ( 273482.85, 309.06510, -105069.46 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 250946.22, 309.79979, -100960.62 ) Forward (first) = ( 277362.43, 309.11329, -98591.262 ) Aft (second) = ( 249920.14, 310.13402, -88761.428 ) Forward (second) = ( 276333.02, 309.41278, -86418.283 ) Boresight = ( 263646.88, 309.62357, -93689.739 ) Col: 1, Row: 1 = ( 254838.39, 309.85654, -94473.306 ) Col: 2, Row: 1 = ( 263646.88, 309.62357, -93689.739 ) Col: 3, Row: 1 = ( 272448.50, 309.38685, -92902.402 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 249920.14, 310.13402, -88761.428 ) Forward (first) = ( 276333.02, 309.41278, -86418.283 ) Aft (second) = ( 248903.30, 310.43120, -76542.594 ) Forward (second) = ( 275312.84, 309.67857, -74225.777 ) Boresight = ( 262624.06, 309.92199, -81492.855 ) Col: 1, Row: 1 = ( 253816.69, 310.16634, -82267.977 ) Col: 2, Row: 1 = ( 262624.06, 309.92199, -81492.855 ) Col: 3, Row: 1 = ( 271424.55, 309.67463, -80714.587 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 248903.30, 310.43120, -76542.594 ) Forward (first) = ( 275312.84, 309.67857, -74225.777 ) Aft (second) = ( 247893.29, 310.69080, -64306.553 ) Forward (second) = ( 274299.75, 309.91020, -62016.179 ) Boresight = ( 261609.28, 310.18487, -69277.602 ) Col: 1, Row: 1 = ( 252803.00, 310.43943, -70044.241 ) Col: 2, Row: 1 = ( 261609.28, 310.18487, -69277.602 ) Col: 3, Row: 1 = ( 270408.70, 309.92795, -68508.443 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 247893.29, 310.69080, -64306.553 ) Forward (first) = ( 274299.75, 309.91020, -62016.179 ) Aft (second) = ( 246888.01, 310.91230, -52055.739 ) Forward (second) = ( 273291.91, 310.10725, -49791.923 ) Boresight = ( 260600.41, 310.41173, -57046.415 ) Col: 1, Row: 1 = ( 251795.10, 310.67530, -57804.534 ) Col: 2, Row: 1 = ( 260600.41, 310.41173, -57046.415 ) Col: 3, Row: 1 = ( 269398.89, 310.14637, -56286.403 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 246888.01, 310.91230, -52055.739 ) Forward (first) = ( 273291.91, 310.10725, -49791.923 ) Aft (second) = ( 245885.71, 311.09516, -39792.594 ) Forward (second) = ( 272287.77, 310.26928, -37555.448 ) Boresight = ( 259595.65, 310.60208, -44801.732 ) Col: 1, Row: 1 = ( 250791.10, 310.87344, -45551.292 ) Col: 2, Row: 1 = ( 259595.65, 310.60208, -44801.732 ) Col: 3, Row: 1 = ( 268393.41, 310.32943, -44050.905 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 245885.71, 311.09516, -39792.594 ) Forward (first) = ( 272287.77, 310.26928, -37555.448 ) Aft (second) = ( 244884.94, 311.23888, -27519.559 ) Forward (second) = ( 271286.08, 310.39586, -25309.195 ) Boresight = ( 258593.50, 310.75546, -32545.993 ) Col: 1, Row: 1 = ( 249789.45, 311.03336, -33286.959 ) Col: 2, Row: 1 = ( 258593.50, 310.75546, -32545.993 ) Col: 3, Row: 1 = ( 267390.83, 310.47670, -31804.389 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 244884.94, 311.23888, -27519.559 ) Forward (first) = ( 271286.08, 310.39586, -25309.195 ) Aft (second) = ( 243884.62, 311.34295, -15239.079 ) Forward (second) = ( 270285.91, 310.48658, -13055.607 ) Boresight = ( 257592.79, 310.87140, -20281.641 ) Col: 1, Row: 1 = ( 248788.91, 311.15455, -21013.975 ) Col: 2, Row: 1 = ( 257592.79, 310.87140, -20281.641 ) Col: 3, Row: 1 = ( 266390.02, 310.58774, -19549.298 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 243884.62, 311.34295, -15239.079 ) Forward (first) = ( 270285.91, 310.48658, -13055.607 ) Aft (second) = ( 242884.02, 311.40685, -2953.5996 ) Forward (second) = ( 269286.64, 310.54101, -797.12820 ) Boresight = ( 256592.67, 310.94945, -8011.1218 ) Col: 1, Row: 1 = ( 247788.60, 311.23653, -8734.7876 ) Col: 2, Row: 1 = ( 256592.67, 310.94945, -8011.1218 ) Col: 3, Row: 1 = ( 265390.19, 310.66211, -7288.0754 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 242884.02, 311.40685, -2953.5996 ) Forward (first) = ( 269286.64, 310.54101, -797.12820 ) Aft (second) = ( 241882.75, 311.43008, 9334.4324 ) Forward (second) = ( 268287.98, 310.55874, 11463.796 ) Boresight = ( 255592.66, 310.98913, 4263.1200 ) Col: 1, Row: 1 = ( 246787.96, 311.27880, 3548.1582 ) Col: 2, Row: 1 = ( 255592.66, 310.98913, 4263.1200 ) Col: 3, Row: 1 = ( 264390.86, 310.69939, 4976.8333 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 241882.75, 311.43008, 9334.4324 ) Forward (first) = ( 268287.98, 310.55874, 11463.796 ) Aft (second) = ( 240880.80, 311.41212, 21622.570 ) Forward (second) = ( 267289.96, 310.53935, 23724.719 ) Boresight = ( 254592.57, 310.99000, 16538.637 ) Col: 1, Row: 1 = ( 245786.83, 311.28086, 15832.415 ) Col: 2, Row: 1 = ( 254592.57, 310.99000, 16538.637 ) Col: 3, Row: 1 = ( 263391.91, 310.69914, 17242.982 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 240880.80, 311.41212, 21622.570 ) Forward (first) = ( 267289.96, 310.53935, 23724.719 ) Aft (second) = ( 239878.54, 311.35247, 33908.365 ) Forward (second) = ( 266292.97, 310.48243, 35983.195 ) Boresight = ( 253592.62, 310.95159, 28812.984 ) Col: 1, Row: 1 = ( 244785.38, 311.24223, 28115.537 ) Col: 2, Row: 1 = ( 253592.62, 310.95159, 28812.984 ) Col: 3, Row: 1 = ( 262393.52, 310.66093, 29507.925 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 239878.54, 311.35247, 33908.365 ) Forward (first) = ( 266292.97, 310.48243, 35983.195 ) Aft (second) = ( 238876.72, 311.25060, 46189.372 ) Forward (second) = ( 265297.73, 310.38756, 48236.779 ) Boresight = ( 252593.34, 310.87344, 41083.712 ) Col: 1, Row: 1 = ( 243784.16, 311.16241, 40395.075 ) Col: 2, Row: 1 = ( 252593.34, 310.87344, 41083.712 ) Col: 3, Row: 1 = ( 261396.26, 310.58435, 41769.215 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 238876.72, 311.25060, 46189.372 ) Forward (first) = ( 265297.73, 310.38756, 48236.779 ) Aft (second) = ( 237876.46, 311.10600, 58463.144 ) Forward (second) = ( 264305.30, 310.25435, 60483.027 ) Boresight = ( 251595.65, 310.75510, 53348.378 ) Col: 1, Row: 1 = ( 242784.11, 311.04091, 52668.584 ) Col: 2, Row: 1 = ( 251595.65, 310.75510, 53348.378 ) Col: 3, Row: 1 = ( 260401.01, 310.46895, 54024.408 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 237876.46, 311.10600, 58463.144 ) Forward (first) = ( 264305.30, 310.25435, 60483.027 ) Aft (second) = ( 236879.31, 310.91817, 70727.237 ) Forward (second) = ( 263317.11, 310.08239, 72719.495 ) Boresight = ( 250600.85, 310.59611, 65604.535 ) Col: 1, Row: 1 = ( 241786.54, 310.87723, 64933.619 ) Col: 2, Row: 1 = ( 250600.85, 310.59611, 65604.535 ) Col: 3, Row: 1 = ( 259409.05, 310.31434, 66271.059 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 236879.31, 310.91817, 70727.237 ) Forward (first) = ( 263317.11, 310.08239, 72719.495 ) Aft (second) = ( 235887.21, 310.68661, 82979.209 ) Forward (second) = ( 262334.94, 309.87128, 84943.742 ) Boresight = ( 249610.60, 310.39602, 77849.741 ) Col: 1, Row: 1 = ( 240793.17, 310.67090, 77187.737 ) Col: 2, Row: 1 = ( 249610.60, 310.39602, 77849.741 ) Col: 3, Row: 1 = ( 258422.00, 310.12008, 78506.726 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 235887.21, 310.68661, 82979.209 ) Forward (first) = ( 262334.94, 309.87128, 84943.742 ) Aft (second) = ( 234902.50, 310.41082, 95216.619 ) Forward (second) = ( 261360.95, 309.62063, 97153.330 ) Boresight = ( 248626.94, 310.15440, 90081.555 ) Col: 1, Row: 1 = ( 239806.11, 310.42142, 89428.496 ) Col: 2, Row: 1 = ( 248626.94, 310.15440, 90081.555 ) Col: 3, Row: 1 = ( 257441.84, 309.88577, 90728.968 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 234902.50, 310.41082, 95216.619 ) Forward (first) = ( 261360.95, 309.62063, 97153.330 ) Aft (second) = ( 233927.96, 310.09032, 107437.03 ) Forward (second) = ( 260397.65, 309.33009, 109345.82 ) Boresight = ( 247652.33, 309.87082, 102297.54 ) Col: 1, Row: 1 = ( 238827.88, 310.12835, 101653.46 ) Col: 2, Row: 1 = ( 247652.33, 309.87082, 102297.54 ) Col: 3, Row: 1 = ( 256470.96, 309.61103, 102935.35 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 233927.96, 310.09032, 107437.03 ) Forward (first) = ( 260397.65, 309.33009, 109345.82 ) Aft (second) = ( 232966.77, 309.72466, 119638.01 ) Forward (second) = ( 259447.94, 308.99930, 121518.79 ) Boresight = ( 246689.60, 309.54486, 114495.26 ) Col: 1, Row: 1 = ( 237861.41, 309.79122, 113860.19 ) Col: 2, Row: 1 = ( 246689.60, 309.54486, 114495.26 ) Col: 3, Row: 1 = ( 255512.09, 309.29547, 115123.43 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 232966.77, 309.72466, 119638.01 ) Forward (first) = ( 259447.94, 308.99930, 121518.79 ) Aft (second) = ( 232022.54, 309.31340, 131817.13 ) Forward (second) = ( 258515.10, 308.62792, 133669.80 ) Boresight = ( 245741.97, 309.17613, 126672.28 ) Col: 1, Row: 1 = ( 236910.04, 309.40962, 126046.25 ) Col: 2, Row: 1 = ( 245741.97, 309.17613, 126672.28 ) Col: 3, Row: 1 = ( 254568.37, 308.93873, 127290.79 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 232022.54, 309.31340, 131817.13 ) Forward (first) = ( 258515.10, 308.62792, 133669.80 ) Aft (second) = ( 231099.33, 308.85615, 143971.96 ) Forward (second) = ( 257602.76, 308.21565, 145796.43 ) Boresight = ( 244813.09, 308.76429, 138826.18 ) Col: 1, Row: 1 = ( 235977.52, 308.98315, 138209.23 ) Col: 2, Row: 1 = ( 244813.09, 308.76429, 138826.18 ) Col: 3, Row: 1 = ( 253643.32, 308.54049, 139434.99 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 231099.33, 308.85615, 143971.96 ) Forward (first) = ( 257602.76, 308.21565, 145796.43 ) Aft (second) = ( 230201.61, 308.35255, 156100.08 ) Forward (second) = ( 256714.95, 307.76224, 157896.26 ) Boresight = ( 243907.00, 308.30899, 150954.53 ) Col: 1, Row: 1 = ( 235068.06, 308.51144, 150346.68 ) Col: 2, Row: 1 = ( 243907.00, 308.30899, 150954.53 ) Col: 3, Row: 1 = ( 252740.83, 308.10045, 151553.62 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 230201.61, 308.35255, 156100.08 ) Forward (first) = ( 256714.95, 307.76224, 157896.26 ) Aft (second) = ( 229334.28, 307.80232, 168199.08 ) Forward (second) = ( 255856.09, 307.26745, 169966.87 ) Boresight = ( 243028.12, 307.80996, 163054.93 ) Col: 1, Row: 1 = ( 234186.24, 307.99420, 162456.21 ) Col: 2, Row: 1 = ( 243028.12, 307.80996, 163054.93 ) Col: 3, Row: 1 = ( 251865.20, 307.61835, 163644.26 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 229334.28, 307.80232, 168199.08 ) Forward (first) = ( 255856.09, 307.26745, 169966.87 ) Aft (second) = ( 228502.69, 307.20521, 180266.54 ) Forward (second) = ( 255030.96, 306.73111, 182005.87 ) Boresight = ( 242181.32, 307.26696, 175124.94 ) Col: 1, Row: 1 = ( 233337.10, 307.43116, 174535.39 ) Col: 2, Row: 1 = ( 242181.32, 307.26696, 175124.94 ) Col: 3, Row: 1 = ( 251021.10, 307.09398, 175704.49 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 228502.69, 307.20521, 180266.54 ) Forward (first) = ( 255030.96, 306.73111, 182005.87 ) Aft (second) = ( 227712.59, 306.56107, 192300.07 ) Forward (second) = ( 254244.70, 306.15311, 194010.84 ) Boresight = ( 241371.82, 306.67984, 187162.17 ) Col: 1, Row: 1 = ( 232526.09, 306.82213, 186581.82 ) Col: 2, Row: 1 = ( 241371.82, 306.67984, 187162.17 ) Col: 3, Row: 1 = ( 250213.59, 306.52719, 187731.91 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 227712.59, 306.56107, 192300.07 ) Forward (first) = ( 254244.70, 306.15311, 194010.84 ) Aft (second) = ( 226970.17, 305.86983, 204297.26 ) Forward (second) = ( 253502.86, 305.53341, 205979.40 ) Boresight = ( 240605.28, 306.04848, 199164.23 ) Col: 1, Row: 1 = ( 231759.05, 306.16703, 198593.10 ) Col: 2, Row: 1 = ( 240605.28, 306.04848, 199164.23 ) Col: 3, Row: 1 = ( 249448.10, 305.91789, 199724.12 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 226970.17, 305.86983, 204297.26 ) Forward (first) = ( 253502.86, 305.53341, 205979.40 ) Aft (second) = ( 226282.01, 305.13155, 216255.74 ) Forward (second) = ( 252811.29, 304.87203, 217909.15 ) Boresight = ( 239887.72, 305.37289, 211128.71 ) Col: 1, Row: 1 = ( 231042.25, 305.46582, 210566.84 ) Col: 2, Row: 1 = ( 239887.72, 305.37289, 211128.71 ) Col: 3, Row: 1 = ( 248730.45, 305.26608, 211678.74 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 226282.01, 305.13155, 216255.74 ) Forward (first) = ( 252811.29, 304.87203, 217909.15 ) Aft (second) = ( 225655.09, 304.34638, 228173.11 ) Forward (second) = ( 252176.25, 304.16910, 229797.71 ) Boresight = ( 239225.53, 304.65314, 223053.23 ) Col: 1, Row: 1 = ( 230382.34, 304.71861, 222500.64 ) Col: 2, Row: 1 = ( 239225.53, 304.65314, 223053.23 ) Col: 3, Row: 1 = ( 248066.80, 304.57182, 223593.36 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 225655.09, 304.34638, 228173.11 ) Forward (first) = ( 252176.25, 304.16910, 229797.71 ) Aft (second) = ( 225096.77, 303.51461, 240047.00 ) Forward (second) = ( 251604.27, 303.42483, 241642.72 ) Boresight = ( 238625.48, 303.88944, 234935.42 ) Col: 1, Row: 1 = ( 229786.35, 303.92560, 234392.14 ) Col: 2, Row: 1 = ( 238625.48, 303.88944, 234935.42 ) Col: 3, Row: 1 = ( 247463.66, 303.83531, 235465.63 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 225096.77, 303.51461, 240047.00 ) Forward (first) = ( 251604.27, 303.42483, 241642.72 ) Aft (second) = ( 224614.74, 302.63671, 251875.05 ) Forward (second) = ( 251102.25, 302.63957, 253441.80 ) Boresight = ( 238094.67, 303.08209, 246772.91 ) Col: 1, Row: 1 = ( 229261.66, 303.08717, 246238.97 ) Col: 2, Row: 1 = ( 238094.67, 303.08209, 246772.91 ) Col: 3, Row: 1 = ( 246927.88, 303.05683, 247293.17 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 224614.74, 302.63671, 251875.05 ) Forward (first) = ( 251102.25, 302.63957, 253441.80 ) Aft (second) = ( 224217.04, 301.71327, 263654.91 ) Forward (second) = ( 250677.36, 301.81377, 265192.61 ) Boresight = ( 237640.54, 302.23155, 258563.33 ) Col: 1, Row: 1 = ( 228815.99, 302.20379, 258038.76 ) Col: 2, Row: 1 = ( 237640.54, 302.23155, 258563.33 ) Col: 3, Row: 1 = ( 246466.61, 302.23679, 259073.63 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 224217.04, 301.71327, 263654.91 ) Forward (first) = ( 250677.36, 301.81377, 265192.61 ) Aft (second) = ( 223911.99, 300.74511, 275384.22 ) Forward (second) = ( 250337.02, 300.94801, 276892.81 ) Boresight = ( 237270.79, 301.33843, 270304.35 ) Col: 1, Row: 1 = ( 228457.36, 301.27615, 269789.17 ) Col: 2, Row: 1 = ( 237270.79, 301.33843, 270304.35 ) Col: 3, Row: 1 = ( 246087.30, 301.37573, 270804.64 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 223911.99, 300.74511, 275384.22 ) Forward (first) = ( 250337.02, 300.94801, 276892.81 ) Aft (second) = ( 223708.16, 299.73321, 287060.66 ) Forward (second) = ( 250088.94, 300.04302, 288540.04 ) Boresight = ( 236993.42, 300.40348, 281993.61 ) Col: 1, Row: 1 = ( 228194.07, 300.30508, 281487.85 ) Col: 2, Row: 1 = ( 236993.42, 300.40348, 281993.61 ) Col: 3, Row: 1 = ( 245797.65, 300.47435, 282483.88 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:15:35 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1763275.1 km Body center Ra : 113.43616 deg Body Center Dec : 23.282308 deg w: 1 = ( 242784.11, 311.04091, 52668.584 ) Col: 2, Row: 1 = ( 251595.65, 310.75510, 53348.378 ) Col: 3, Row: 1 = ( 260401.01, 310.46895, 54024.408 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 237876.46, 311.10600, 58463.144 ) Forward (firsti24_nans01_17.look_lbl000077505166050166273000000317321166151707100173650ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_17.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_17.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_17" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T18:16:45.896Z SPACECRAFT_CLOCK_START_COUNT = 1/05210170:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_17.look_new_1000077505166050166273000000613221166151707100176230ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 18:16:45.896 SCLK Time : 1/05210170:00:0:0 Spacecraft position = (-674732.58, 1506460.5, 706154.39) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 257049.18, 335.77447, -297306.55 ) Forward (first) = ( 283662.38, 336.16415, -294528.48 ) Aft (second) = ( 255246.51, 336.66352, -285516.35 ) Forward (second) = ( 281919.84, 336.97219, -282760.79 ) Boresight = ( 269452.85, 336.42658, -290051.15 ) Col: 1, Row: 1 = ( 260573.52, 336.29744, -290966.52 ) Col: 2, Row: 1 = ( 269452.85, 336.42658, -290051.15 ) Col: 3, Row: 1 = ( 278337.30, 336.52906, -289121.89 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 255246.51, 336.66352, -285516.35 ) Forward (first) = ( 281919.84, 336.97219, -282760.79 ) Aft (second) = ( 253531.46, 337.52760, -273667.43 ) Forward (second) = ( 280257.38, 337.75625, -270934.54 ) Boresight = ( 267724.77, 337.26131, -278241.91 ) Col: 1, Row: 1 = ( 258825.88, 337.15977, -279150.05 ) Col: 2, Row: 1 = ( 267724.77, 337.26131, -278241.91 ) Col: 3, Row: 1 = ( 276627.12, 337.33774, -277320.48 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 253531.46, 337.52760, -273667.43 ) Forward (first) = ( 280257.38, 337.75625, -270934.54 ) Aft (second) = ( 251898.06, 338.36536, -261762.17 ) Forward (second) = ( 278669.47, 338.51524, -259052.06 ) Boresight = ( 266077.49, 338.07092, -266375.20 ) Col: 1, Row: 1 = ( 257161.54, 337.99661, -267276.07 ) Col: 2, Row: 1 = ( 266077.49, 338.07092, -266375.20 ) Col: 3, Row: 1 = ( 274995.37, 338.12169, -265461.66 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 251898.06, 338.36536, -261762.17 ) Forward (first) = ( 278669.47, 338.51524, -259052.06 ) Aft (second) = ( 250340.36, 339.17548, -249802.93 ) Forward (second) = ( 277150.62, 339.24813, -247115.75 ) Boresight = ( 264505.26, 338.85424, -254453.40 ) Col: 1, Row: 1 = ( 255574.63, 338.80670, -255346.95 ) Col: 2, Row: 1 = ( 264505.26, 338.85424, -254453.40 ) Col: 3, Row: 1 = ( 273436.48, 338.87981, -253547.77 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 250340.36, 339.17548, -249802.93 ) Forward (first) = ( 277150.62, 339.24813, -247115.75 ) Aft (second) = ( 248852.49, 339.95675, -237792.09 ) Forward (second) = ( 275695.45, 339.95392, -235127.97 ) Boresight = ( 263002.43, 339.61014, -242478.87 ) Col: 1, Row: 1 = ( 254059.31, 339.58881, -243365.06 ) Col: 2, Row: 1 = ( 263002.43, 339.61014, -242478.87 ) Col: 3, Row: 1 = ( 271944.92, 339.61105, -241581.21 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 248852.49, 339.95675, -237792.09 ) Forward (first) = ( 275695.45, 339.95392, -235127.97 ) Aft (second) = ( 247428.66, 340.70801, -225732.05 ) Forward (second) = ( 274298.68, 340.63168, -223091.12 ) Boresight = ( 261563.40, 340.33754, -230454.00 ) Col: 1, Row: 1 = ( 252609.84, 340.34179, -231332.79 ) Col: 2, Row: 1 = ( 261563.40, 340.33754, -230454.00 ) Col: 3, Row: 1 = ( 270515.27, 340.31442, -229564.36 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 247428.66, 340.70801, -225732.05 ) Forward (first) = ( 274298.68, 340.63168, -223091.12 ) Aft (second) = ( 246063.22, 341.42814, -213625.21 ) Forward (second) = ( 272955.14, 341.28051, -211007.60 ) Boresight = ( 260182.73, 341.03543, -218381.19 ) Col: 1, Row: 1 = ( 251220.58, 341.06456, -219252.54 ) Col: 2, Row: 1 = ( 260182.73, 341.03543, -218381.19 ) Col: 3, Row: 1 = ( 269142.25, 340.98896, -217499.61 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 246063.22, 341.42814, -213625.21 ) Forward (first) = ( 272955.14, 341.28051, -211007.60 ) Aft (second) = ( 244750.65, 342.11610, -201473.97 ) Forward (second) = ( 271659.84, 341.89959, -198879.82 ) Boresight = ( 258855.07, 341.70285, -206262.84 ) Col: 1, Row: 1 = ( 249886.03, 341.75607, -207126.71 ) Col: 2, Row: 1 = ( 258855.07, 341.70285, -206262.84 ) Col: 3, Row: 1 = ( 267820.68, 341.63379, -205389.38 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 244750.65, 342.11610, -201473.97 ) Forward (first) = ( 271659.84, 341.89959, -198879.82 ) Aft (second) = ( 243485.61, 342.77092, -189280.77 ) Forward (second) = ( 270407.92, 342.48811, -186710.20 ) Boresight = ( 257575.26, 342.33890, -194101.38 ) Col: 1, Row: 1 = ( 248600.85, 342.41537, -194957.71 ) Col: 2, Row: 1 = ( 257575.26, 342.33890, -194101.38 ) Col: 3, Row: 1 = ( 266545.55, 342.24807, -193236.07 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 243485.61, 342.77092, -189280.77 ) Forward (first) = ( 270407.92, 342.48811, -186710.20 ) Aft (second) = ( 242262.94, 343.39166, -177048.02 ) Forward (second) = ( 269194.75, 343.04533, -174501.17 ) Boresight = ( 256338.31, 342.94272, -181899.22 ) Col: 1, Row: 1 = ( 247359.88, 343.04151, -182747.99 ) Col: 2, Row: 1 = ( 256338.31, 342.94272, -181899.22 ) Col: 3, Row: 1 = ( 265312.05, 342.83099, -181042.10 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 242262.94, 343.39166, -177048.02 ) Forward (first) = ( 269194.75, 343.04533, -174501.17 ) Aft (second) = ( 241077.69, 343.97744, -164778.17 ) Forward (second) = ( 268015.87, 343.57054, -162255.16 ) Boresight = ( 255139.43, 343.51350, -169658.80 ) Col: 1, Row: 1 = ( 246158.15, 343.63364, -170499.95 ) Col: 2, Row: 1 = ( 255139.43, 343.51350, -169658.80 ) Col: 3, Row: 1 = ( 264115.54, 343.38180, -168809.92 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 241077.69, 343.97744, -164778.17 ) Forward (first) = ( 268015.87, 343.57054, -162255.16 ) Aft (second) = ( 239925.16, 344.52744, -152473.66 ) Forward (second) = ( 266867.05, 344.06305, -149974.61 ) Boresight = ( 253974.04, 344.05047, -157382.56 ) Col: 1, Row: 1 = ( 244990.92, 344.19093, -158216.06 ) Col: 2, Row: 1 = ( 253974.04, 344.05047, -157382.56 ) Col: 3, Row: 1 = ( 262951.61, 343.89977, -156541.96 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 239925.16, 344.52744, -152473.66 ) Forward (first) = ( 266867.05, 344.06305, -149974.61 ) Aft (second) = ( 238800.88, 345.04085, -140136.94 ) Forward (second) = ( 265744.29, 344.52222, -137661.98 ) Boresight = ( 252837.80, 344.55290, -145072.94 ) Col: 1, Row: 1 = ( 243853.68, 344.71260, -145898.74 ) Col: 2, Row: 1 = ( 252837.80, 344.55290, -145072.94 ) Col: 3, Row: 1 = ( 261816.06, 344.38424, -144240.67 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 238800.88, 345.04085, -140136.94 ) Forward (first) = ( 265744.29, 344.52222, -137661.98 ) Aft (second) = ( 237700.66, 345.51694, -127770.46 ) Forward (second) = ( 264643.84, 344.94745, -125319.72 ) Boresight = ( 251726.61, 345.02011, -132732.40 ) Col: 1, Row: 1 = ( 242742.19, 345.19790, -133550.47 ) Col: 2, Row: 1 = ( 251726.61, 345.02011, -132732.40 ) Col: 3, Row: 1 = ( 260704.95, 344.83455, -131908.49 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 237700.66, 345.51694, -127770.46 ) Forward (first) = ( 264643.84, 344.94745, -125319.72 ) Aft (second) = ( 236620.58, 345.95499, -115376.70 ) Forward (second) = ( 263562.22, 345.33814, -112950.29 ) Boresight = ( 250636.65, 345.45143, -120363.39 ) Col: 1, Row: 1 = ( 241652.46, 345.64614, -121173.69 ) Col: 2, Row: 1 = ( 250636.65, 345.45143, -120363.39 ) Col: 3, Row: 1 = ( 259614.58, 345.25009, -119547.90 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 236620.58, 345.95499, -115376.70 ) Forward (first) = ( 263562.22, 345.33814, -112950.29 ) Aft (second) = ( 235557.01, 346.35430, -102958.11 ) Forward (second) = ( 262496.20, 345.69374, -100556.16 ) Boresight = ( 249564.37, 345.84623, -107968.39 ) Col: 1, Row: 1 = ( 240580.80, 346.05663, -108770.87 ) Col: 2, Row: 1 = ( 249564.37, 345.84623, -107968.39 ) Col: 3, Row: 1 = ( 258541.56, 345.63026, -107161.35 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 235557.01, 346.35430, -102958.11 ) Forward (first) = ( 262496.20, 345.69374, -100556.16 ) Aft (second) = ( 234506.66, 346.71422, -90517.177 ) Forward (second) = ( 261442.86, 346.01369, -88139.800 ) Boresight = ( 248506.49, 346.20390, -95549.863 ) Col: 1, Row: 1 = ( 239523.82, 346.42872, -96344.489 ) Col: 2, Row: 1 = ( 248506.49, 346.20390, -95549.863 ) Col: 3, Row: 1 = ( 257482.73, 345.97448, -94751.308 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 234506.66, 346.71422, -90517.177 ) Forward (first) = ( 261442.86, 346.01369, -88139.800 ) Aft (second) = ( 233466.53, 347.03410, -78056.373 ) Forward (second) = ( 260399.56, 346.29747, -75703.690 ) Boresight = ( 247460.08, 346.52384, -83110.284 ) Col: 1, Row: 1 = ( 238478.43, 346.76177, -83897.017 ) Col: 2, Row: 1 = ( 247460.08, 346.52384, -83110.284 ) Col: 3, Row: 1 = ( 256435.25, 346.28221, -82320.260 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 233466.53, 347.03410, -78056.373 ) Forward (first) = ( 260399.56, 346.29747, -75703.690 ) Aft (second) = ( 232433.98, 347.31332, -65578.180 ) Forward (second) = ( 259363.97, 346.54456, -63250.309 ) Boresight = ( 246422.47, 346.80550, -70652.133 ) Col: 1, Row: 1 = ( 237441.88, 347.05518, -71430.934 ) Col: 2, Row: 1 = ( 246422.47, 346.80550, -70652.133 ) Col: 3, Row: 1 = ( 255396.60, 346.55291, -69870.680 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 232433.98, 347.31332, -65578.180 ) Forward (first) = ( 259363.97, 346.54456, -63250.309 ) Aft (second) = ( 231406.70, 347.55124, -53085.085 ) Forward (second) = ( 258334.06, 346.75446, -50782.141 ) Boresight = ( 245391.35, 347.04829, -58177.894 ) Col: 1, Row: 1 = ( 236411.73, 347.30835, -58948.724 ) Col: 2, Row: 1 = ( 245391.35, 347.04829, -58177.894 ) Col: 3, Row: 1 = ( 254364.54, 346.78605, -57405.050 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 231406.70, 347.55124, -53085.085 ) Forward (first) = ( 258334.06, 346.75446, -50782.141 ) Aft (second) = ( 230382.75, 347.74727, -40579.575 ) Forward (second) = ( 257308.15, 346.92667, -38301.673 ) Boresight = ( 244364.74, 347.25167, -45690.053 ) Col: 1, Row: 1 = ( 235385.92, 347.52068, -46452.874 ) Col: 2, Row: 1 = ( 244364.74, 347.25167, -45690.053 ) Col: 3, Row: 1 = ( 253337.18, 346.98111, -44925.857 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 230382.75, 347.74727, -40579.575 ) Forward (first) = ( 257308.15, 346.92667, -38301.673 ) Aft (second) = ( 229360.55, 347.90081, -28064.141 ) Forward (second) = ( 256284.88, 347.06070, -25811.395 ) Boresight = ( 243341.00, 347.41510, -33191.098 ) Col: 1, Row: 1 = ( 234362.73, 347.69158, -33945.873 ) Col: 2, Row: 1 = ( 243341.00, 347.41510, -33191.098 ) Col: 3, Row: 1 = ( 252312.95, 347.13759, -32435.590 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 229360.55, 347.90081, -28064.141 ) Forward (first) = ( 256284.88, 347.06070, -25811.395 ) Aft (second) = ( 228338.90, 348.01124, -15541.277 ) Forward (second) = ( 255263.22, 347.15605, -13313.798 ) Boresight = ( 242318.84, 347.53803, -20683.523 ) Col: 1, Row: 1 = ( 233340.79, 347.82048, -21430.214 ) Col: 2, Row: 1 = ( 242318.84, 347.53803, -20683.523 ) Col: 3, Row: 1 = ( 251290.64, 347.25497, -19936.739 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 228338.90, 348.01124, -15541.277 ) Forward (first) = ( 255263.22, 347.15605, -13313.798 ) Aft (second) = ( 227317.00, 348.07796, -3013.4752 ) Forward (second) = ( 254242.50, 347.21225, -811.37587 ) Boresight = ( 241297.34, 347.61992, -8169.8183 ) Col: 1, Row: 1 = ( 232319.14, 347.90679, -8908.3885 ) Col: 2, Row: 1 = ( 241297.34, 347.61992, -8169.8183 ) Col: 3, Row: 1 = ( 250269.37, 347.33275, -7431.7970 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 227317.00, 348.07796, -3013.4752 ) Forward (first) = ( 254242.50, 347.21225, -811.37587 ) Aft (second) = ( 226294.43, 348.10038, 9516.7678 ) Forward (second) = ( 253222.41, 347.22880, 11693.378 ) Boresight = ( 240275.96, 347.66023, 4347.5203 ) Col: 1, Row: 1 = ( 231297.18, 347.94994, 3617.1078 ) Col: 2, Row: 1 = ( 240275.96, 347.66023, 4347.5203 ) Col: 3, Row: 1 = ( 249248.63, 347.37043, 5076.7427 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 226294.43, 348.10038, 9516.7678 ) Forward (first) = ( 253222.41, 347.22880, 11693.378 ) Aft (second) = ( 225271.18, 348.07787, 22046.957 ) Forward (second) = ( 252203.01, 347.20522, 24197.970 ) Boresight = ( 239254.51, 347.65842, 16865.998 ) Col: 1, Row: 1 = ( 230274.72, 347.94933, 16143.780 ) Col: 2, Row: 1 = ( 239254.51, 347.65842, 16865.998 ) Col: 3, Row: 1 = ( 248228.28, 347.36750, 17586.385 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 225271.18, 348.07787, 22046.957 ) Forward (first) = ( 252203.01, 347.20522, 24197.970 ) Aft (second) = ( 224247.68, 348.00984, 34574.596 ) Forward (second) = ( 251184.71, 347.14103, 36699.905 ) Boresight = ( 238233.23, 347.61394, 29383.120 ) Col: 1, Row: 1 = ( 229251.98, 347.90438, 28669.132 ) Col: 2, Row: 1 = ( 238233.23, 347.61394, 29383.120 ) Col: 3, Row: 1 = ( 247208.55, 347.32347, 30094.636 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 224247.68, 348.00984, 34574.596 ) Forward (first) = ( 251184.71, 347.14103, 36699.905 ) Aft (second) = ( 223224.76, 347.89566, 47097.190 ) Forward (second) = ( 250168.31, 347.03575, 49196.689 ) Boresight = ( 237212.74, 347.52627, 41896.391 ) Col: 1, Row: 1 = ( 228229.56, 347.81452, 41190.668 ) Col: 2, Row: 1 = ( 237212.74, 347.52627, 41896.391 ) Col: 3, Row: 1 = ( 246190.05, 347.23783, 42599.000 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 223224.76, 347.89566, 47097.190 ) Forward (first) = ( 250168.31, 347.03575, 49196.689 ) Aft (second) = ( 222203.70, 347.73474, 59612.245 ) Forward (second) = ( 249155.01, 346.88889, 61685.829 ) Boresight = ( 236194.05, 347.39485, 54403.317 ) Col: 1, Row: 1 = ( 227208.53, 347.67914, 53705.895 ) Col: 2, Row: 1 = ( 236194.05, 347.39485, 54403.317 ) Col: 3, Row: 1 = ( 245173.79, 347.11008, 55096.984 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 222203.70, 347.73474, 59612.245 ) Forward (first) = ( 249155.01, 346.88889, 61685.829 ) Aft (second) = ( 221186.22, 347.52645, 72117.269 ) Forward (second) = ( 248146.40, 346.69999, 74164.835 ) Boresight = ( 235178.61, 347.21914, 66901.405 ) Col: 1, Row: 1 = ( 226190.35, 347.49766, 66212.319 ) Col: 2, Row: 1 = ( 235178.61, 347.21914, 66901.405 ) Col: 3, Row: 1 = ( 244161.17, 346.93973, 67586.096 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 221186.22, 347.52645, 72117.269 ) Forward (first) = ( 248146.40, 346.69999, 74164.835 ) Aft (second) = ( 220174.50, 347.27019, 84609.770 ) Forward (second) = ( 247144.44, 346.46858, 86631.216 ) Boresight = ( 234168.28, 346.99862, 79388.164 ) Col: 1, Row: 1 = ( 225176.95, 347.26951, 78707.448 ) Col: 2, Row: 1 = ( 234168.28, 346.99862, 79388.164 ) Col: 3, Row: 1 = ( 243154.00, 346.72628, 80063.845 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 220174.50, 347.27019, 84609.770 ) Forward (first) = ( 247144.44, 346.46858, 86631.216 ) Aft (second) = ( 219171.17, 346.96536, 97087.261 ) Forward (second) = ( 246151.54, 346.19420, 99082.486 ) Boresight = ( 233165.35, 346.73276, 91861.105 ) Col: 1, Row: 1 = ( 224170.69, 346.99411, 91188.793 ) Col: 2, Row: 1 = ( 233165.35, 346.73276, 91861.105 ) Col: 3, Row: 1 = ( 242154.49, 346.46926, 92527.742 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 219171.17, 346.96536, 97087.261 ) Forward (first) = ( 246151.54, 346.19420, 99082.486 ) Aft (second) = ( 218179.34, 346.61141, 109547.26 ) Forward (second) = ( 245170.50, 345.87641, 111516.16 ) Boresight = ( 232172.54, 346.42106, 104317.74 ) Col: 1, Row: 1 = ( 223174.39, 346.67090, 103653.87 ) Col: 2, Row: 1 = ( 232172.54, 346.42106, 104317.74 ) Col: 3, Row: 1 = ( 241165.29, 346.16820, 104975.30 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218179.34, 346.61141, 109547.26 ) Forward (first) = ( 245170.50, 345.87641, 111516.16 ) Aft (second) = ( 217202.59, 346.20776, 121987.28 ) Forward (second) = ( 244204.52, 345.51481, 123929.76 ) Boresight = ( 231193.01, 346.06301, 116755.59 ) Col: 1, Row: 1 = ( 222191.33, 346.29934, 116100.19 ) Col: 2, Row: 1 = ( 231193.01, 346.06301, 116755.59 ) Col: 3, Row: 1 = ( 240189.46, 345.82265, 117404.04 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 217202.59, 346.20776, 121987.28 ) Forward (first) = ( 244204.52, 345.51481, 123929.76 ) Aft (second) = ( 216244.98, 345.75391, 134404.84 ) Forward (second) = ( 243257.25, 345.10899, 136320.81 ) Boresight = ( 230230.39, 345.65816, 129172.17 ) Col: 1, Row: 1 = ( 221225.26, 345.87892, 128525.28 ) Col: 2, Row: 1 = ( 230230.39, 345.65816, 129172.17 ) Col: 3, Row: 1 = ( 239230.47, 345.43220, 129811.49 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 216244.98, 345.75391, 134404.84 ) Forward (first) = ( 243257.25, 345.10899, 136320.81 ) Aft (second) = ( 215311.06, 345.24939, 146797.48 ) Forward (second) = ( 242332.75, 344.65862, 148686.84 ) Boresight = ( 229288.72, 345.20608, 141565.02 ) Col: 1, Row: 1 = ( 220280.40, 345.40918, 140926.65 ) Col: 2, Row: 1 = ( 229288.72, 345.20608, 141565.02 ) Col: 3, Row: 1 = ( 238292.24, 344.99644, 142195.15 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 215311.06, 345.24939, 146797.48 ) Forward (first) = ( 242332.75, 344.65862, 148686.84 ) Aft (second) = ( 214405.86, 344.69378, 159162.72 ) Forward (second) = ( 241435.49, 344.16337, 161025.37 ) Boresight = ( 228372.53, 344.70639, 153931.65 ) Col: 1, Row: 1 = ( 219361.44, 344.88969, 153301.85 ) Col: 2, Row: 1 = ( 228372.53, 344.70639, 153931.65 ) Col: 3, Row: 1 = ( 237379.13, 344.51503, 154552.58 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 214405.86, 344.69378, 159162.72 ) Forward (first) = ( 241435.49, 344.16337, 161025.37 ) Aft (second) = ( 213534.89, 344.08673, 171498.10 ) Forward (second) = ( 240570.38, 343.62300, 173333.96 ) Boresight = ( 227486.78, 344.15876, 166269.60 ) Col: 1, Row: 1 = ( 218473.54, 344.32009, 165648.41 ) Col: 2, Row: 1 = ( 227486.78, 344.15876, 166269.60 ) Col: 3, Row: 1 = ( 236495.91, 343.98768, 166881.30 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213534.89, 344.08673, 171498.10 ) Forward (first) = ( 240570.38, 343.62300, 173333.96 ) Aft (second) = ( 212704.17, 343.42799, 183801.17 ) Forward (second) = ( 239742.75, 343.03730, 185610.13 ) Boresight = ( 226636.88, 343.56292, 178576.42 ) Col: 1, Row: 1 = ( 217622.36, 343.70008, 177963.86 ) Col: 2, Row: 1 = ( 226636.88, 343.56292, 178576.42 ) Col: 3, Row: 1 = ( 235647.79, 343.41415, 179178.86 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 212704.17, 343.42799, 183801.17 ) Forward (first) = ( 239742.75, 343.03730, 185610.13 ) Aft (second) = ( 211920.18, 342.71740, 196069.47 ) Forward (second) = ( 238958.33, 342.40617, 197851.45 ) Boresight = ( 225828.72, 342.91870, 190849.65 ) Col: 1, Row: 1 = ( 216814.01, 343.02947, 190245.76 ) Col: 2, Row: 1 = ( 225828.72, 342.91870, 190849.65 ) Col: 3, Row: 1 = ( 234840.41, 342.79427, 191442.79 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 211920.18, 342.71740, 196069.47 ) Forward (first) = ( 238958.33, 342.40617, 197851.45 ) Aft (second) = ( 211189.85, 341.95493, 208300.56 ) Forward (second) = ( 238223.26, 341.72957, 210055.48 ) Boresight = ( 225068.58, 342.22601, 203086.84 ) Col: 1, Row: 1 = ( 216055.05, 342.30816, 202491.64 ) Col: 2, Row: 1 = ( 225068.58, 342.22601, 203086.84 ) Col: 3, Row: 1 = ( 234079.84, 342.12797, 203670.67 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 211189.85, 341.95493, 208300.56 ) Forward (first) = ( 238223.26, 341.72957, 210055.48 ) Aft (second) = ( 210520.60, 341.14066, 220492.01 ) Forward (second) = ( 237544.09, 341.00757, 222219.77 ) Boresight = ( 224363.21, 341.48486, 215285.56 ) Col: 1, Row: 1 = ( 215352.52, 341.53618, 214699.09 ) Col: 2, Row: 1 = ( 224363.21, 341.48486, 215285.56 ) Col: 3, Row: 1 = ( 233372.54, 341.41525, 215860.04 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 210520.60, 341.14066, 220492.01 ) Forward (first) = ( 237544.09, 341.00757, 222219.77 ) Aft (second) = ( 209920.26, 340.27487, 232641.38 ) Forward (second) = ( 236927.75, 340.24036, 234341.90 ) Boresight = ( 223719.76, 340.69541, 227443.38 ) Col: 1, Row: 1 = ( 214713.87, 340.71370, 226865.66 ) Col: 2, Row: 1 = ( 223719.76, 340.69541, 227443.38 ) Col: 3, Row: 1 = ( 232725.38, 340.65626, 228008.47 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 209920.26, 340.27487, 232641.38 ) Forward (first) = ( 236927.75, 340.24036, 234341.90 ) Aft (second) = ( 209397.07, 339.35799, 244746.26 ) Forward (second) = ( 236381.51, 339.42823, 246419.46 ) Boresight = ( 223145.78, 339.85794, 239557.86 ) Col: 1, Row: 1 = ( 214146.97, 339.84103, 238988.93 ) Col: 2, Row: 1 = ( 223145.78, 339.85794, 239557.86 ) Col: 3, Row: 1 = ( 232145.61, 339.85124, 240113.55 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 209397.07, 339.35799, 244746.26 ) Forward (first) = ( 236381.51, 339.42823, 246419.46 ) Aft (second) = ( 208959.67, 338.39066, 256804.24 ) Forward (second) = ( 235913.01, 338.57165, 258450.03 ) Boresight = ( 222649.19, 338.97289, 251626.61 ) Col: 1, Row: 1 = ( 213660.09, 338.91869, 251066.49 ) Col: 2, Row: 1 = ( 222649.19, 338.97289, 251626.61 ) Col: 3, Row: 1 = ( 231640.84, 339.00060, 252172.86 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 208959.67, 338.39066, 256804.24 ) Forward (first) = ( 235913.01, 338.57165, 258450.03 ) Aft (second) = ( 208617.01, 337.37374, 268812.91 ) Forward (second) = ( 235530.19, 337.67122, 270431.21 ) Boresight = ( 222238.25, 338.04090, 263647.20 ) Col: 1, Row: 1 = ( 213261.83, 337.94737, 263095.92 ) Col: 2, Row: 1 = ( 222238.25, 338.04090, 263647.20 ) Col: 3, Row: 1 = ( 231219.00, 338.10490, 264184.00 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 208617.01, 337.37374, 268812.91 ) Forward (first) = ( 235530.19, 337.67122, 270431.21 ) Aft (second) = ( 208378.37, 336.30832, 280769.89 ) Forward (second) = ( 235241.26, 336.72772, 282360.61 ) Boresight = ( 221921.54, 337.06277, 275617.25 ) Col: 1, Row: 1 = ( 212961.14, 336.92798, 275074.84 ) Col: 2, Row: 1 = ( 221921.54, 337.06277, 275617.25 ) Col: 3, Row: 1 = ( 230888.35, 337.16486, 276144.56 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 208378.37, 336.30832, 280769.89 ) Forward (first) = ( 235241.26, 336.72772, 282360.61 ) Aft (second) = ( 208253.26, 335.19575, 292672.79 ) Forward (second) = ( 235054.71, 335.74209, 294235.86 ) Boresight = ( 221707.91, 336.03951, 287534.36 ) Col: 1, Row: 1 = ( 212767.22, 335.86167, 287000.86 ) Col: 2, Row: 1 = ( 221707.91, 336.03951, 287534.36 ) Col: 3, Row: 1 = ( 230657.39, 336.18139, 288052.17 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:16:29 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1795366.6 km Body center Ra : 114.12725 deg Body Center Dec : 23.161264 deg w: 1 = ( 227208.53, 347.67914, 53705.895 ) Col: 2, Row: 1 = ( 236194.05, 347.39485, 54403.317 ) Col: 3, Row: 1 = ( 245173.79, 347.11008, 55096.984 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 222203.70, 347.73474, 59612.245 ) Forward (firsti24_nans01_18.look_lbl000077505166050166273000000317321166151707100173660ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_18.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_18.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_18" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T19:17:25.894Z SPACECRAFT_CLOCK_START_COUNT = 1/05210230:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END = FORWARD_FIRST i24_nans01_18.look_new_1000077505166050166273000000613221166151707100176240ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 19:17:25.894 SCLK Time : 1/05210230:00:0:0 Spacecraft position = (-705075.72, 1526413.5, 715148.54) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 242331.03, 11.500189, -303022.62 ) Forward (first) = ( 269366.14, 12.076335, -300242.51 ) Aft (second) = ( 240431.46, 12.452024, -291003.97 ) Forward (second) = ( 267539.89, 12.936637, -288244.71 ) Boresight = ( 254895.40, 12.281395, -295652.08 ) Col: 1, Row: 1 = ( 245874.93, 12.088905, -296568.23 ) Col: 2, Row: 1 = ( 254895.40, 12.281395, -295652.08 ) Col: 3, Row: 1 = ( 263924.67, 12.440999, -294721.69 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 240431.46, 12.452024, -291003.97 ) Forward (first) = ( 267539.89, 12.936637, -288244.71 ) Aft (second) = ( 238627.52, 13.378334, -278925.63 ) Forward (second) = ( 265800.50, 13.772225, -276187.37 ) Boresight = ( 253081.23, 13.173020, -283613.05 ) Col: 1, Row: 1 = ( 244036.81, 13.011807, -284522.53 ) Col: 2, Row: 1 = ( 253081.23, 13.173020, -283613.05 ) Col: 3, Row: 1 = ( 262132.38, 13.303184, -282689.94 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 238627.52, 13.378334, -278925.63 ) Forward (first) = ( 265800.50, 13.772225, -276187.37 ) Aft (second) = ( 236912.80, 14.277507, -266790.02 ) Forward (second) = ( 264142.05, 14.581825, -264072.88 ) Boresight = ( 251355.02, 14.038758, -271515.61 ) Col: 1, Row: 1 = ( 242289.57, 13.908509, -272418.38 ) Col: 2, Row: 1 = ( 251355.02, 14.038758, -271515.61 ) Col: 3, Row: 1 = ( 260425.29, 14.139828, -270599.83 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 236912.80, 14.277507, -266790.02 ) Forward (first) = ( 264142.05, 14.581825, -264072.88 ) Aft (second) = ( 235280.95, 15.148007, -254599.56 ) Forward (second) = ( 262558.67, 15.364222, -251903.68 ) Boresight = ( 249710.62, 14.877214, -259362.17 ) Col: 1, Row: 1 = ( 240626.91, 14.777501, -260258.18 ) Col: 2, Row: 1 = ( 249710.62, 14.877214, -259362.17 ) Col: 3, Row: 1 = ( 258797.42, 14.949639, -258453.77 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 235280.95, 15.148007, -254599.56 ) Forward (first) = ( 262558.67, 15.364222, -251903.68 ) Aft (second) = ( 233725.62, 15.988370, -242356.66 ) Forward (second) = ( 261044.56, 16.118263, -239682.19 ) Boresight = ( 248141.93, 15.687059, -247155.15 ) Col: 1, Row: 1 = ( 239042.57, 15.617342, -248044.36 ) Col: 2, Row: 1 = ( 248141.93, 15.687059, -247155.15 ) Col: 3, Row: 1 = ( 257242.86, 15.731388, -246254.17 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 233725.62, 15.988370, -242356.66 ) Forward (first) = ( 261044.56, 16.118263, -239682.19 ) Aft (second) = ( 232240.56, 16.797206, -230063.78 ) Forward (second) = ( 259594.02, 16.842852, -227410.84 ) Boresight = ( 246642.94, 16.467032, -234896.98 ) Col: 1, Row: 1 = ( 237530.33, 16.426665, -235779.35 ) Col: 2, Row: 1 = ( 246642.94, 16.467032, -234896.98 ) Col: 3, Row: 1 = ( 255755.76, 16.483907, -234003.47 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 232240.56, 16.797206, -230063.78 ) Forward (first) = ( 259594.02, 16.842852, -227410.84 ) Aft (second) = ( 230819.65, 17.573199, -217723.36 ) Forward (second) = ( 258201.49, 17.536951, -215092.08 ) Boresight = ( 245207.75, 17.215935, -222590.11 ) Col: 1, Row: 1 = ( 236084.12, 17.204171, -223465.60 ) Col: 2, Row: 1 = ( 245207.75, 17.215935, -222590.11 ) Col: 3, Row: 1 = ( 254330.40, 17.206088, -221704.12 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 230819.65, 17.573199, -217723.36 ) Forward (first) = ( 258201.49, 17.536951, -215092.08 ) Aft (second) = ( 229456.89, 18.315106, -205337.85 ) Forward (second) = ( 256861.54, 18.199580, -202728.37 ) Boresight = ( 243830.58, 17.932637, -210236.99 ) Col: 1, Row: 1 = ( 234697.95, 17.948634, -211105.56 ) Col: 2, Row: 1 = ( 243830.58, 17.932637, -210236.99 ) Col: 3, Row: 1 = ( 252961.20, 17.896885, -209358.56 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 229456.89, 18.315106, -205337.85 ) Forward (first) = ( 256861.54, 18.199580, -202728.37 ) Aft (second) = ( 228146.45, 19.021754, -192909.73 ) Forward (second) = ( 255568.93, 18.829810, -190322.18 ) Boresight = ( 242505.81, 18.616068, -197840.09 ) Col: 1, Row: 1 = ( 233366.01, 18.658895, -198701.68 ) Col: 2, Row: 1 = ( 242505.81, 18.616068, -197840.09 ) Col: 3, Row: 1 = ( 251642.72, 18.555306, -196969.26 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 228146.45, 19.021754, -192909.73 ) Forward (first) = ( 255568.93, 18.829810, -190322.18 ) Aft (second) = ( 226882.70, 19.692033, -180441.47 ) Forward (second) = ( 254318.59, 19.426765, -177875.97 ) Boresight = ( 241228.03, 19.265219, -185401.86 ) Col: 1, Row: 1 = ( 232082.69, 19.333859, -186256.45 ) Col: 2, Row: 1 = ( 241228.03, 19.265219, -185401.86 ) Col: 3, Row: 1 = ( 250369.72, 19.180416, -184538.68 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 226882.70, 19.692033, -180441.47 ) Forward (first) = ( 254318.59, 19.426765, -177875.97 ) Aft (second) = ( 225660.23, 20.324899, -167935.56 ) Forward (second) = ( 253105.70, 19.989614, -165392.24 ) Boresight = ( 239992.00, 19.879134, -172924.81 ) Col: 1, Row: 1 = ( 230842.55, 19.972494, -173772.34 ) Col: 2, Row: 1 = ( 239992.00, 19.879134, -172924.81 ) Col: 3, Row: 1 = ( 249137.17, 19.771330, -172069.32 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 225660.23, 20.324899, -167935.56 ) Forward (first) = ( 253105.70, 19.989614, -165392.24 ) Aft (second) = ( 224473.89, 20.919363, -155394.48 ) Forward (second) = ( 251925.64, 20.517571, -152873.47 ) Boresight = ( 238792.72, 20.456912, -160411.40 ) Col: 1, Row: 1 = ( 229640.42, 20.573824, -161251.83 ) Col: 2, Row: 1 = ( 238792.72, 20.456912, -160411.40 ) Col: 3, Row: 1 = ( 247940.24, 20.327210, -159563.65 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 224473.89, 20.919363, -155394.48 ) Forward (first) = ( 251925.64, 20.517571, -152873.47 ) Aft (second) = ( 223318.76, 21.474490, -142820.73 ) Forward (second) = ( 250774.04, 21.009888, -140322.15 ) Boresight = ( 237625.46, 20.997696, -147864.13 ) Col: 1, Row: 1 = ( 228471.35, 21.136924, -148697.43 ) Col: 2, Row: 1 = ( 237625.46, 20.997696, -147864.13 ) Col: 3, Row: 1 = ( 246774.38, 20.847262, -147024.16 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 223318.76, 21.474490, -142820.73 ) Forward (first) = ( 250774.04, 21.009888, -140322.15 ) Aft (second) = ( 222190.24, 21.989388, -130216.82 ) Forward (second) = ( 249646.83, 21.465853, -127740.80 ) Boresight = ( 236485.72, 21.500675, -135285.52 ) Col: 1, Row: 1 = ( 227330.68, 21.660918, -136111.64 ) Col: 2, Row: 1 = ( 236485.72, 21.500675, -135285.52 ) Col: 3, Row: 1 = ( 245635.27, 21.330730, -134453.37 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 222190.24, 21.989388, -130216.82 ) Forward (first) = ( 249646.83, 21.465853, -127740.80 ) Aft (second) = ( 221084.02, 22.463211, -117585.26 ) Forward (second) = ( 248540.18, 21.884785, -115131.93 ) Boresight = ( 235369.32, 21.965074, -122678.05 ) Col: 1, Row: 1 = ( 226214.05, 22.144970, -123496.95 ) Col: 2, Row: 1 = ( 235369.32, 21.965074, -122678.05 ) Col: 3, Row: 1 = ( 244518.87, 21.776894, -121853.76 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 221084.02, 22.463211, -117585.26 ) Forward (first) = ( 248540.18, 21.884785, -115131.93 ) Aft (second) = ( 219996.10, 22.895143, -104928.56 ) Forward (second) = ( 247450.58, 22.266030, -102498.03 ) Boresight = ( 234272.35, 22.390151, -110044.25 ) Col: 1, Row: 1 = ( 225117.37, 22.588282, -110855.90 ) Col: 2, Row: 1 = ( 234272.35, 22.390151, -110044.25 ) Col: 3, Row: 1 = ( 243421.44, 22.185064, -109227.87 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 219996.10, 22.895143, -104928.56 ) Forward (first) = ( 247450.58, 22.266030, -102498.03 ) Aft (second) = ( 218922.84, 23.284400, -92249.254 ) Forward (second) = ( 246374.82, 22.608957, -89841.648 ) Boresight = ( 233191.24, 22.775194, -97386.634 ) Col: 1, Row: 1 = ( 224036.93, 22.990086, -98190.983 ) Col: 2, Row: 1 = ( 233191.24, 22.775194, -97386.634 ) Col: 3, Row: 1 = ( 242339.56, 22.554574, -96578.199 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218922.84, 23.284400, -92249.254 ) Forward (first) = ( 246374.82, 22.608957, -89841.648 ) Aft (second) = ( 217860.94, 23.630223, -79549.853 ) Forward (second) = ( 245310.01, 22.912952, -77165.294 ) Boresight = ( 232122.73, 23.119511, -84707.725 ) Col: 1, Row: 1 = ( 222969.32, 23.349638, -85504.736 ) Col: 2, Row: 1 = ( 232122.73, 23.119511, -84707.725 ) Col: 3, Row: 1 = ( 241270.11, 22.884782, -83907.277 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 217860.94, 23.630223, -79549.853 ) Forward (first) = ( 245310.01, 22.912952, -77165.294 ) Aft (second) = ( 216807.48, 23.931867, -66832.894 ) Forward (second) = ( 244253.60, 23.177418, -64471.499 ) Boresight = ( 231063.92, 23.422431, -72010.049 ) Col: 1, Row: 1 = ( 221911.49, 23.666214, -72799.684 ) Col: 2, Row: 1 = ( 231063.92, 23.422431, -72010.049 ) Col: 3, Row: 1 = ( 240210.29, 23.175061, -71217.628 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 216807.48, 23.931867, -66832.894 ) Forward (first) = ( 244253.60, 23.177418, -64471.499 ) Aft (second) = ( 215759.90, 24.188604, -54100.908 ) Forward (second) = ( 243203.37, 23.401769, -51762.795 ) Boresight = ( 230012.25, 23.683296, -59296.139 ) Col: 1, Row: 1 = ( 220860.79, 23.939109, -60078.357 ) Col: 2, Row: 1 = ( 230012.25, 23.683296, -59296.139 ) Col: 3, Row: 1 = ( 239157.69, 23.424799, -58511.785 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 215759.90, 24.188604, -54100.908 ) Forward (first) = ( 243203.37, 23.401769, -51762.795 ) Aft (second) = ( 214716.07, 24.399713, -41356.432 ) Forward (second) = ( 242157.47, 23.585426, -39041.718 ) Boresight = ( 228965.55, 23.901460, -46568.527 ) Col: 1, Row: 1 = ( 219814.90, 24.167623, -47343.291 ) Col: 2, Row: 1 = ( 228965.55, 23.901460, -46568.527 ) Col: 3, Row: 1 = ( 238110.20, 23.633394, -45792.280 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 214716.07, 24.399713, -41356.432 ) Forward (first) = ( 242157.47, 23.585426, -39041.718 ) Aft (second) = ( 213674.23, 24.564476, -28602.004 ) Forward (second) = ( 241114.41, 23.727816, -26310.804 ) Boresight = ( 227922.00, 24.076282, -33829.752 ) Col: 1, Row: 1 = ( 218771.94, 24.351066, -34597.023 ) Col: 2, Row: 1 = ( 227922.00, 24.076282, -33829.752 ) Col: 3, Row: 1 = ( 237066.12, 23.800249, -33061.650 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213674.23, 24.564476, -28602.004 ) Forward (first) = ( 241114.41, 23.727816, -26310.804 ) Aft (second) = ( 212633.05, 24.682178, -15840.164 ) Forward (second) = ( 240073.06, 23.828370, -13572.593 ) Boresight = ( 226880.19, 24.207124, -21082.351 ) Col: 1, Row: 1 = ( 217730.41, 24.488750, -21842.092 ) Col: 2, Row: 1 = ( 226880.19, 24.207124, -21082.351 ) Col: 3, Row: 1 = ( 236024.11, 23.924773, -20322.433 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 212633.05, 24.682178, -15840.164 ) Forward (first) = ( 240073.06, 23.828370, -13572.593 ) Aft (second) = ( 211591.66, 24.752100, -3073.4558 ) Forward (second) = ( 239032.71, 23.886519, -829.62530 ) Boresight = ( 225839.12, 24.293350, -8328.8668 ) Col: 1, Row: 1 = ( 216689.23, 24.579986, -9081.0386 ) Col: 2, Row: 1 = ( 225839.12, 24.293350, -8328.8668 ) Col: 3, Row: 1 = ( 234983.22, 24.006375, -7577.1710 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 211591.66, 24.752100, -3073.4558 ) Forward (first) = ( 239032.71, 23.886519, -829.62530 ) Aft (second) = ( 210549.60, 24.773520, 9695.5792 ) Forward (second) = ( 237993.01, 23.901696, 11915.557 ) Boresight = ( 224798.17, 24.334322, 4428.1596 ) Col: 1, Row: 1 = ( 215647.77, 24.624084, 3683.5937 ) Col: 2, Row: 1 = ( 224798.17, 24.334322, 4428.1596 ) Col: 3, Row: 1 = ( 233942.88, 24.044467, 5171.5958 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 210549.60, 24.773520, 9695.5792 ) Forward (first) = ( 237993.01, 23.901696, 11915.557 ) Aft (second) = ( 209506.87, 24.745709, 22464.397 ) Forward (second) = ( 236954.02, 23.873330, 24660.411 ) Boresight = ( 223757.18, 24.329401, 17186.185 ) Col: 1, Row: 1 = ( 214605.80, 24.620347, 16449.262 ) Col: 2, Row: 1 = ( 223757.18, 24.329401, 17186.185 ) Col: 3, Row: 1 = ( 232902.94, 24.038456, 17921.325 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 209506.87, 24.745709, 22464.397 ) Forward (first) = ( 236954.02, 23.873330, 24660.411 ) Aft (second) = ( 208463.96, 24.667935, 35230.455 ) Forward (second) = ( 235916.23, 23.800853, 37402.395 ) Boresight = ( 222716.40, 24.277944, 29942.667 ) Col: 1, Row: 1 = ( 213563.58, 24.568078, 29213.424 ) Col: 2, Row: 1 = ( 222716.40, 24.277944, 29942.667 ) Col: 3, Row: 1 = ( 231863.68, 23.987750, 30669.473 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 208463.96, 24.667935, 35230.455 ) Forward (first) = ( 235916.23, 23.800853, 37402.395 ) Aft (second) = ( 207421.80, 24.539460, 47991.209 ) Forward (second) = ( 234880.53, 23.683697, 50138.969 ) Boresight = ( 221676.53, 24.179306, 42695.062 ) Col: 1, Row: 1 = ( 212521.81, 24.466573, 41973.535 ) Col: 2, Row: 1 = ( 221676.53, 24.179306, 42695.062 ) Col: 3, Row: 1 = ( 230825.78, 23.891757, 43413.499 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 207421.80, 24.539460, 47991.209 ) Forward (first) = ( 234880.53, 23.683697, 50138.969 ) Aft (second) = ( 206381.84, 24.359544, 60744.119 ) Forward (second) = ( 233848.25, 23.521294, 62867.590 ) Boresight = ( 220638.71, 24.032842, 55440.829 ) Col: 1, Row: 1 = ( 211481.67, 24.315125, 54727.054 ) Col: 2, Row: 1 = ( 220638.71, 24.032842, 55440.829 ) Col: 3, Row: 1 = ( 229790.36, 23.749885, 56150.861 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 206381.84, 24.359544, 60744.119 ) Forward (first) = ( 233848.25, 23.521294, 62867.590 ) Aft (second) = ( 205346.02, 24.127449, 73486.644 ) Forward (second) = ( 232821.15, 23.313084, 75585.720 ) Boresight = ( 219604.56, 23.837909, 68177.427 ) Col: 1, Row: 1 = ( 210444.82, 24.113030, 67471.440 ) Col: 2, Row: 1 = ( 219604.56, 23.837909, 68177.427 ) Col: 3, Row: 1 = ( 228759.00, 23.561545, 68879.018 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 205346.02, 24.127449, 73486.644 ) Forward (first) = ( 232821.15, 23.313084, 75585.720 ) Aft (second) = ( 204316.80, 23.842441, 86216.245 ) Forward (second) = ( 231801.45, 23.058514, 88290.823 ) Boresight = ( 218576.17, 23.593867, 80902.317 ) Col: 1, Row: 1 = ( 209413.43, 23.859585, 80204.153 ) Col: 2, Row: 1 = ( 218576.17, 23.593867, 80902.317 ) Col: 3, Row: 1 = ( 227733.71, 23.326153, 81595.433 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 204316.80, 23.842441, 86216.245 ) Forward (first) = ( 231801.45, 23.058514, 88290.823 ) Aft (second) = ( 203297.14, 23.503802, 98930.388 ) Forward (second) = ( 230791.80, 22.757045, 100980.36 ) Boresight = ( 217556.09, 23.300090, 93612.964 ) Col: 1, Row: 1 = ( 208390.14, 23.554100, 92922.658 ) Col: 2, Row: 1 = ( 217556.09, 23.300090, 93612.964 ) Col: 3, Row: 1 = ( 226716.96, 23.043137, 94297.570 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 203297.14, 23.503802, 98930.388 ) Forward (first) = ( 230791.80, 22.757045, 100980.36 ) Aft (second) = ( 202290.54, 23.110835, 111626.54 ) Forward (second) = ( 229795.34, 22.408156, 113651.81 ) Boresight = ( 216547.39, 22.955965, 106306.83 ) Col: 1, Row: 1 = ( 207378.13, 23.195899, 105624.42 ) Col: 2, Row: 1 = ( 216547.39, 22.955965, 106306.83 ) Col: 3, Row: 1 = ( 225711.71, 22.711943, 106982.90 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 202290.54, 23.110835, 111626.54 ) Forward (first) = ( 229795.34, 22.408156, 113651.81 ) Aft (second) = ( 201301.05, 22.662873, 124302.17 ) Forward (second) = ( 228815.65, 22.011354, 126302.64 ) Boresight = ( 215553.61, 22.560906, 118981.39 ) Col: 1, Row: 1 = ( 206381.10, 22.784334, 118306.91 ) Col: 2, Row: 1 = ( 215553.61, 22.560906, 118981.39 ) Col: 3, Row: 1 = ( 224721.37, 22.332037, 119648.88 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 201301.05, 22.662873, 124302.17 ) Forward (first) = ( 228815.65, 22.011354, 126302.64 ) Aft (second) = ( 200333.25, 22.159295, 136954.76 ) Forward (second) = ( 227856.78, 21.566180, 138930.32 ) Boresight = ( 214578.80, 22.114361, 131634.12 ) Col: 1, Row: 1 = ( 205403.26, 22.318793, 130967.60 ) Col: 2, Row: 1 = ( 214578.80, 22.114361, 131634.12 ) Col: 3, Row: 1 = ( 223749.83, 21.902919, 132293.00 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 200333.25, 22.159295, 136954.76 ) Forward (first) = ( 227856.78, 21.566180, 138930.32 ) Aft (second) = ( 199392.28, 21.599537, 149581.79 ) Forward (second) = ( 226923.26, 21.072219, 151532.34 ) Boresight = ( 213627.52, 21.615819, 144262.49 ) Col: 1, Row: 1 = ( 204449.38, 21.798710, 143603.96 ) Col: 2, Row: 1 = ( 213627.52, 21.615819, 144262.49 ) Col: 3, Row: 1 = ( 222801.47, 21.424128, 144912.73 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 199392.28, 21.599537, 149581.79 ) Forward (first) = ( 226923.26, 21.072219, 151532.34 ) Aft (second) = ( 198483.84, 20.983111, 162180.73 ) Forward (second) = ( 226020.11, 20.529113, 164106.19 ) Boresight = ( 212704.85, 21.064829, 156863.99 ) Col: 1, Row: 1 = ( 203524.74, 21.223586, 156213.49 ) Col: 2, Row: 1 = ( 212704.85, 21.064829, 156863.99 ) Col: 3, Row: 1 = ( 221881.17, 20.895255, 157505.55 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 198483.84, 20.983111, 162180.73 ) Forward (first) = ( 226020.11, 20.529113, 164106.19 ) Aft (second) = ( 197614.15, 20.309621, 174749.08 ) Forward (second) = ( 225152.80, 19.936570, 176649.35 ) Boresight = ( 211816.35, 20.461012, 169436.10 ) Col: 1, Row: 1 = ( 202635.18, 20.592999, 168793.66 ) Col: 2, Row: 1 = ( 211816.35, 20.461012, 169436.10 ) Col: 3, Row: 1 = ( 220994.25, 20.315959, 170068.96 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 197614.15, 20.309621, 174749.08 ) Forward (first) = ( 225152.80, 19.936570, 176649.35 ) Aft (second) = ( 196790.01, 19.578786, 187284.35 ) Forward (second) = ( 224327.27, 19.294380, 189159.32 ) Boresight = ( 210968.12, 19.804073, 181976.33 ) Col: 1, Row: 1 = ( 201787.06, 19.906624, 181341.98 ) Col: 2, Row: 1 = ( 210968.12, 19.804073, 181976.33 ) Col: 3, Row: 1 = ( 220146.57, 19.685972, 182600.45 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 196790.01, 19.578786, 187284.35 ) Forward (first) = ( 224327.27, 19.294380, 189159.32 ) Aft (second) = ( 196018.74, 18.790462, 199784.02 ) Forward (second) = ( 223549.93, 18.602428, 201633.61 ) Boresight = ( 210166.75, 19.093824, 194482.16 ) Col: 1, Row: 1 = ( 200987.27, 19.164254, 193855.94 ) Col: 2, Row: 1 = ( 210166.75, 19.093824, 194482.16 ) Col: 3, Row: 1 = ( 219344.42, 19.005123, 195097.51 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 196018.74, 18.790462, 199784.02 ) Forward (first) = ( 223549.93, 18.602428, 201633.61 ) Aft (second) = ( 195308.21, 17.944663, 212245.62 ) Forward (second) = ( 222827.65, 17.860713, 214069.73 ) Boresight = ( 209419.31, 18.330198, 206951.11 ) Col: 1, Row: 1 = ( 200243.24, 18.365822, 206333.05 ) Col: 2, Row: 1 = ( 209419.31, 18.330198, 206951.11 ) Col: 3, Row: 1 = ( 218594.58, 18.273349, 207557.66 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 195308.21, 17.944663, 212245.62 ) Forward (first) = ( 222827.65, 17.860713, 214069.73 ) Aft (second) = ( 194666.76, 17.041593, 224666.65 ) Forward (second) = ( 222167.73, 17.069363, 226465.19 ) Boresight = ( 208733.38, 17.513274, 219380.69 ) Col: 1, Row: 1 = ( 199562.88, 17.511422, 218770.82 ) Col: 2, Row: 1 = ( 208733.38, 17.513274, 219380.69 ) Col: 3, Row: 1 = ( 217904.30, 17.490717, 219978.42 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 194666.76, 17.041593, 224666.65 ) Forward (first) = ( 222167.73, 17.069363, 226465.19 ) Aft (second) = ( 194103.23, 16.081666, 237044.65 ) Forward (second) = ( 221577.87, 16.228650, 238817.54 ) Boresight = ( 208116.97, 16.643294, 231768.42 ) Col: 1, Row: 1 = ( 198954.58, 16.601337, 231166.77 ) Col: 2, Row: 1 = ( 208116.97, 16.643294, 231768.42 ) Col: 3, Row: 1 = ( 217281.25, 16.657436, 232357.30 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 194103.23, 16.081666, 237044.65 ) Forward (first) = ( 221577.87, 16.228650, 238817.54 ) Aft (second) = ( 193626.91, 15.065538, 249377.16 ) Forward (second) = ( 221066.21, 15.339013, 251124.29 ) Boresight = ( 207578.53, 15.720687, 244111.84 ) Col: 1, Row: 1 = ( 198427.20, 15.636060, 243518.44 ) Col: 2, Row: 1 = ( 207578.53, 15.720687, 244111.84 ) Col: 3, Row: 1 = ( 216733.51, 15.773884, 244691.83 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 193626.91, 15.065538, 249377.16 ) Forward (first) = ( 221066.21, 15.339013, 251124.29 ) Aft (second) = ( 193247.47, 13.994128, 261661.70 ) Forward (second) = ( 220641.21, 14.401073, 263383.01 ) Boresight = ( 207126.93, 14.746088, 256408.49 ) Col: 1, Row: 1 = ( 197990.02, 14.616320, 255823.37 ) Col: 2, Row: 1 = ( 207126.93, 14.746088, 256408.49 ) Col: 3, Row: 1 = ( 216269.57, 14.840621, 256979.57 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 193247.47, 13.994128, 261661.70 ) Forward (first) = ( 220641.21, 14.401073, 263383.01 ) Aft (second) = ( 192974.97, 12.868648, 273895.85 ) Forward (second) = ( 220311.70, 13.415650, 275591.23 ) Boresight = ( 206771.38, 13.720364, 268655.91 ) Col: 1, Row: 1 = ( 197652.66, 13.543108, 268079.10 ) Col: 2, Row: 1 = ( 206771.38, 13.720364, 268655.91 ) Col: 3, Row: 1 = ( 215898.26, 13.858409, 269218.04 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 192974.97, 12.868648, 273895.85 ) Forward (first) = ( 220311.70, 13.415650, 275591.23 ) Aft (second) = ( 192819.73, 11.690624, 286077.15 ) Forward (second) = ( 220086.75, 12.383779, 287746.53 ) Boresight = ( 206521.44, 12.644630, 280851.66 ) Col: 1, Row: 1 = ( 197425.11, 12.417699, 280283.19 ) Col: 2, Row: 1 = ( 206521.44, 12.644630, 280851.66 ) Col: 3, Row: 1 = ( 215628.72, 12.828232, 281404.83 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 192819.73, 11.690624, 286077.15 ) Forward (first) = ( 220086.75, 12.383779, 287746.53 ) Aft (second) = ( 192792.31, 10.461913, 298203.19 ) Forward (second) = ( 219975.73, 11.306729, 299846.48 ) Boresight = ( 206386.90, 11.520269, 292993.31 ) Col: 1, Row: 1 = ( 197317.59, 11.241670, 292433.21 ) Col: 2, Row: 1 = ( 206386.90, 11.520269, 292993.31 ) Col: 3, Row: 1 = ( 215470.38, 11.751310, 293537.49 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:17:23 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1827158.3 km Body center Ra : 114.79299 deg Body Center Dec : 23.041597 deg w: 1 = ( 211481.67, 24.315125, 54727.054 ) Col: 2, Row: 1 = ( 220638.71, 24.032842, 55440.829 ) Col: 3, Row: 1 = ( 229790.36, 23.749885, 56150.861 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 206381.84, 24.359544, 60744.119 ) Forward (firsti24_nans01_19.look_lbl000077505166050166273000000317321166151707100173670ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_19.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_19.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_19" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T20:18:05.892Z SPACECRAFT_CLOCK_START_COUNT = 1/05210290:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END UNIT = "KM" i24_nans01_19.look_new_1000077505166050166273000000613221166151707100176250ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 20:18:05.892 SCLK Time : 1/05210290:00:0:0 Spacecraft position = (-735225.26, 1545946.6, 723945.94) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 227657.06, 47.104396, -308653.50 ) Forward (first) = ( 255085.20, 47.903489, -305874.40 ) Aft (second) = ( 225652.43, 48.125209, -296409.61 ) Forward (second) = ( 253169.74, 48.820735, -293649.70 ) Boresight = ( 240363.06, 48.037621, -301170.95 ) Col: 1, Row: 1 = ( 231211.09, 47.769045, -302086.86 ) Col: 2, Row: 1 = ( 240363.06, 48.037621, -301170.95 ) Col: 3, Row: 1 = ( 249528.52, 48.265310, -300240.44 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 225652.43, 48.125209, -296409.61 ) Forward (first) = ( 253169.74, 48.820735, -293649.70 ) Aft (second) = ( 223752.26, 49.120201, -284105.09 ) Forward (second) = ( 251348.55, 49.712648, -281364.52 ) Boresight = ( 238456.48, 48.991619, -288905.36 ) Col: 1, Row: 1 = ( 229275.25, 48.758557, -289815.17 ) Col: 2, Row: 1 = ( 238456.48, 48.991619, -288905.36 ) Col: 3, Row: 1 = ( 247648.57, 49.185980, -287981.59 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 223752.26, 49.120201, -284105.09 ) Forward (first) = ( 251348.55, 49.712648, -281364.52 ) Aft (second) = ( 221949.71, 50.087451, -271742.39 ) Forward (second) = ( 249615.33, 50.577736, -269021.29 ) Boresight = ( 236645.73, 49.919110, -276580.43 ) Col: 1, Row: 1 = ( 227438.65, 49.721353, -277484.09 ) Col: 2, Row: 1 = ( 236645.73, 49.919110, -276580.43 ) Col: 3, Row: 1 = ( 245861.26, 50.080411, -275663.44 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 221949.71, 50.087451, -271742.39 ) Forward (first) = ( 249615.33, 50.577736, -269021.29 ) Aft (second) = ( 220237.98, 51.025121, -259323.97 ) Forward (second) = ( 247963.78, 51.414573, -256622.47 ) Boresight = ( 234924.24, 50.818442, -264198.62 ) Col: 1, Row: 1 = ( 225694.56, 50.655634, -265096.08 ) Col: 2, Row: 1 = ( 234924.24, 50.818442, -264198.62 ) Col: 3, Row: 1 = ( 244160.19, 50.947084, -263288.46 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 220237.98, 51.025121, -259323.97 ) Forward (first) = ( 247963.78, 51.414573, -256622.47 ) Aft (second) = ( 218610.25, 51.931455, -246852.31 ) Forward (second) = ( 246387.67, 52.221802, -244170.55 ) Boresight = ( 233285.46, 51.688039, -251762.39 ) Col: 1, Row: 1 = ( 224036.26, 51.559681, -252653.61 ) Col: 2, Row: 1 = ( 233285.46, 51.688039, -251762.39 ) Col: 3, Row: 1 = ( 242539.00, 51.784548, -250859.11 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218610.25, 51.931455, -246852.31 ) Forward (first) = ( 246387.67, 52.221802, -244170.55 ) Aft (second) = ( 217059.78, 52.804783, -234329.89 ) Forward (second) = ( 244880.87, 52.998135, -231668.01 ) Boresight = ( 231722.94, 52.526403, -239274.22 ) Col: 1, Row: 1 = ( 222457.06, 52.431858, -240159.16 ) Col: 2, Row: 1 = ( 231722.94, 52.526403, -239274.22 ) Col: 3, Row: 1 = ( 240991.42, 52.591427, -238377.87 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 217059.78, 52.804783, -234329.89 ) Forward (first) = ( 244880.87, 52.998135, -231668.01 ) Aft (second) = ( 215579.92, 53.643524, -221759.21 ) Forward (second) = ( 243437.35, 53.742351, -219117.33 ) Boresight = ( 230230.28, 53.332110, -226736.61 ) Col: 1, Row: 1 = ( 220950.36, 53.270611, -227615.22 ) Col: 2, Row: 1 = ( 230230.28, 53.332110, -226736.61 ) Col: 3, Row: 1 = ( 239511.27, 53.366412, -225847.22 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 215579.92, 53.643524, -221759.21 ) Forward (first) = ( 243437.35, 53.742351, -219117.33 ) Aft (second) = ( 214164.15, 54.446181, -209142.76 ) Forward (second) = ( 242051.25, 54.453295, -206521.03 ) Boresight = ( 228801.24, 54.103816, -214152.04 ) Col: 1, Row: 1 = ( 219509.71, 54.074469, -215024.28 ) Col: 2, Row: 1 = ( 228801.24, 54.103816, -214152.04 ) Col: 3, Row: 1 = ( 238092.50, 54.108268, -213269.67 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 214164.15, 54.446181, -209142.76 ) Forward (first) = ( 242051.25, 54.453295, -206521.03 ) Aft (second) = ( 212806.13, 55.211342, -196483.07 ) Forward (second) = ( 240716.87, 55.129875, -193881.61 ) Boresight = ( 227429.70, 54.840248, -201523.03 ) Col: 1, Row: 1 = ( 218128.78, 54.842045, -202388.86 ) Col: 2, Row: 1 = ( 227429.70, 54.840248, -201523.03 ) Col: 3, Row: 1 = ( 236729.22, 54.815824, -200647.72 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 212806.13, 55.211342, -196483.07 ) Forward (first) = ( 240716.87, 55.129875, -193881.61 ) Aft (second) = ( 211499.69, 55.937674, -183782.66 ) Forward (second) = ( 239428.72, 55.771061, -181201.59 ) Boresight = ( 226109.76, 55.540205, -188852.10 ) Col: 1, Row: 1 = ( 216801.42, 55.572025, -189711.48 ) Col: 2, Row: 1 = ( 226109.76, 55.540205, -188852.10 ) Col: 3, Row: 1 = ( 235415.73, 55.487977, -187983.89 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 211499.69, 55.937674, -183782.66 ) Forward (first) = ( 239428.72, 55.771061, -181201.59 ) Aft (second) = ( 210238.91, 56.623920, -171044.05 ) Forward (second) = ( 238181.53, 56.375878, -168483.51 ) Boresight = ( 224835.73, 56.202554, -176141.77 ) Col: 1, Row: 1 = ( 215521.71, 56.263175, -176994.65 ) Col: 2, Row: 1 = ( 224835.73, 56.202554, -176141.77 ) Col: 3, Row: 1 = ( 234146.55, 56.123683, -175280.70 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 210238.91, 56.623920, -171044.05 ) Forward (first) = ( 238181.53, 56.375878, -168483.51 ) Aft (second) = ( 209018.13, 57.268894, -158269.78 ) Forward (second) = ( 236970.27, 56.943403, -155729.90 ) Boresight = ( 223602.13, 56.826224, -163394.58 ) Col: 1, Row: 1 = ( 214283.97, 56.914326, -164240.92 ) Col: 2, Row: 1 = ( 223602.13, 56.826224, -163394.58 ) Col: 3, Row: 1 = ( 232916.42, 56.721956, -162540.70 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 209018.13, 57.268894, -158269.78 ) Forward (first) = ( 236970.27, 56.943403, -155729.90 ) Aft (second) = ( 207831.94, 57.871473, -145462.40 ) Forward (second) = ( 235790.18, 57.472762, -142943.30 ) Boresight = ( 222403.77, 57.410202, -150613.06 ) Col: 1, Row: 1 = ( 213082.78, 57.524375, -151452.82 ) Col: 2, Row: 1 = ( 222403.77, 57.410202, -150613.06 ) Col: 3, Row: 1 = ( 231720.35, 57.281861, -149766.41 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 207831.94, 57.871473, -145462.40 ) Forward (first) = ( 235790.18, 57.472762, -142943.30 ) Aft (second) = ( 206675.27, 58.430593, -132624.46 ) Forward (second) = ( 234636.77, 57.963121, -130126.26 ) Boresight = ( 221235.73, 57.953526, -137799.76 ) Col: 1, Row: 1 = ( 211913.02, 58.092276, -138632.90 ) Col: 2, Row: 1 = ( 221235.73, 57.953526, -137799.76 ) Col: 3, Row: 1 = ( 230553.63, 57.802512, -136960.39 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 206675.27, 58.430593, -132624.46 ) Forward (first) = ( 234636.77, 57.963121, -130126.26 ) Aft (second) = ( 205543.37, 58.945239, -119758.51 ) Forward (second) = ( 233505.89, 58.413685, -117281.35 ) Boresight = ( 220093.41, 58.455281, -124957.24 ) Col: 1, Row: 1 = ( 210769.86, 58.617034, -125783.72 ) Col: 2, Row: 1 = ( 220093.41, 58.455281, -124957.24 ) Col: 3, Row: 1 = ( 229411.83, 58.283063, -124125.19 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 205543.37, 58.945239, -119758.51 ) Forward (first) = ( 233505.89, 58.413685, -117281.35 ) Aft (second) = ( 204431.81, 59.414441, -106867.13 ) Forward (second) = ( 232393.67, 58.823690, -104411.12 ) Boresight = ( 218972.52, 58.914592, -112088.06 ) Col: 1, Row: 1 = ( 209648.82, 59.097699, -112907.84 ) Col: 2, Row: 1 = ( 218972.52, 58.914592, -112088.06 ) Col: 3, Row: 1 = ( 228290.86, 58.722705, -111263.37 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 204431.81, 59.414441, -106867.13 ) Forward (first) = ( 232393.67, 58.823690, -104411.12 ) Aft (second) = ( 203336.58, 59.837262, -93952.865 ) Forward (second) = ( 231296.60, 59.192401, -91518.137 ) Boresight = ( 217869.12, 59.330619, -99194.778 ) Col: 1, Row: 1 = ( 208545.79, 59.533358, -100007.81 ) Col: 2, Row: 1 = ( 217869.12, 59.330619, -99194.778 ) Col: 3, Row: 1 = ( 227186.94, 59.120660, -98377.497 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 203336.58, 59.837262, -93952.865 ) Forward (first) = ( 231296.60, 59.192401, -91518.137 ) Aft (second) = ( 202254.01, 60.212797, -81018.304 ) Forward (second) = ( 230211.50, 59.519101, -78604.975 ) Boresight = ( 216779.62, 59.702547, -86279.971 ) Col: 1, Row: 1 = ( 207457.01, 59.923130, -87086.224 ) Col: 2, Row: 1 = ( 216779.62, 59.702547, -86279.971 ) Col: 3, Row: 1 = ( 226096.65, 59.476176, -85470.134 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 202254.01, 60.212797, -81018.304 ) Forward (first) = ( 230211.50, 59.519101, -78604.975 ) Aft (second) = ( 201180.86, 60.540160, -68066.019 ) Forward (second) = ( 229135.58, 59.803095, -65674.210 ) Boresight = ( 215700.83, 60.029587, -73346.210 ) Col: 1, Row: 1 = ( 206379.10, 60.266157, -74145.641 ) Col: 2, Row: 1 = ( 215700.83, 60.029587, -73346.210 ) Col: 3, Row: 1 = ( 225016.93, 59.788521, -72543.857 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 201180.86, 60.540160, -68066.019 ) Forward (first) = ( 229135.58, 59.803095, -65674.210 ) Aft (second) = ( 200114.31, 60.818483, -55098.590 ) Forward (second) = ( 228066.39, 60.043697, -52728.420 ) Boresight = ( 214629.93, 60.310963, -60396.073 ) Col: 1, Row: 1 = ( 205309.12, 60.561597, -61188.643 ) Col: 2, Row: 1 = ( 214629.93, 60.310963, -60396.073 ) Col: 3, Row: 1 = ( 223945.11, 60.056977, -59601.246 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 200114.31, 60.818483, -55098.590 ) Forward (first) = ( 228066.39, 60.043697, -52728.420 ) Aft (second) = ( 199051.97, 61.046904, -42118.600 ) Forward (second) = ( 227001.91, 60.240233, -39770.186 ) Boresight = ( 213564.50, 60.545912, -47432.142 ) Col: 1, Row: 1 = ( 204244.52, 60.808624, -48217.811 ) Col: 2, Row: 1 = ( 213564.50, 60.545912, -47432.142 ) Col: 3, Row: 1 = ( 222878.89, 60.280839, -46644.880 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 199051.97, 61.046904, -42118.600 ) Forward (first) = ( 227001.91, 60.240233, -39770.186 ) Aft (second) = ( 197991.91, 61.224567, -29128.634 ) Forward (second) = ( 225940.49, 60.392032, -26802.095 ) Boresight = ( 212502.56, 60.733677, -34457.001 ) Col: 1, Row: 1 = ( 203183.21, 61.006414, -35235.730 ) Col: 2, Row: 1 = ( 212502.56, 60.733677, -34457.001 ) Col: 3, Row: 1 = ( 221816.38, 60.459409, -33677.344 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 197991.91, 61.224567, -29128.634 ) Forward (first) = ( 225940.49, 60.392032, -26802.095 ) Aft (second) = ( 196932.66, 61.350613, -16131.281 ) Forward (second) = ( 224880.91, 60.498426, -13826.732 ) Boresight = ( 211442.55, 60.873505, -21473.236 ) Col: 1, Row: 1 = ( 202123.51, 61.154148, -22244.987 ) Col: 2, Row: 1 = ( 211442.55, 60.873505, -21473.236 ) Col: 3, Row: 1 = ( 220756.11, 60.591990, -20701.222 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 196932.66, 61.350613, -16131.281 ) Forward (first) = ( 224880.91, 60.498426, -13826.732 ) Aft (second) = ( 195873.23, 61.424181, -3129.1293 ) Forward (second) = ( 223822.37, 60.558747, -846.68445 ) Boresight = ( 210383.34, 60.964641, -8483.4347 ) Col: 1, Row: 1 = ( 201064.26, 61.251002, -9248.1690 ) Col: 2, Row: 1 = ( 210383.34, 60.964641, -8483.4347 ) Col: 3, Row: 1 = ( 219697.03, 60.677888, -7719.1029 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 195873.23, 61.424181, -3129.1293 ) Forward (first) = ( 223822.37, 60.558747, -846.68445 ) Aft (second) = ( 194813.12, 61.444399, 9875.2313 ) Forward (second) = ( 222764.50, 60.572326, 12135.458 ) Boresight = ( 209324.29, 61.006327, 4509.8133 ) Col: 1, Row: 1 = ( 200004.73, 61.296150, 3752.1337 ) Col: 2, Row: 1 = ( 209324.29, 61.006327, 4509.8133 ) Col: 3, Row: 1 = ( 218638.53, 60.716407, 5266.4248 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 194813.12, 61.444399, 9875.2313 ) Forward (first) = ( 222764.50, 60.572326, 12135.458 ) Aft (second) = ( 193752.37, 61.410387, 22879.210 ) Forward (second) = ( 221707.38, 60.538491, 25117.106 ) Boresight = ( 208265.20, 60.997800, 17503.918 ) Col: 1, Row: 1 = ( 198944.71, 61.288756, 16753.331 ) Col: 2, Row: 1 = ( 208265.20, 60.997800, 17503.918 ) Col: 3, Row: 1 = ( 217580.46, 60.706846, 18252.772 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 193752.37, 61.410387, 22879.210 ) Forward (first) = ( 221707.38, 60.538491, 25117.106 ) Aft (second) = ( 192691.50, 61.321258, 35880.217 ) Forward (second) = ( 220651.56, 60.456567, 38095.670 ) Boresight = ( 207206.37, 60.938292, 30496.291 ) Col: 1, Row: 1 = ( 197884.47, 61.227977, 29752.833 ) Col: 2, Row: 1 = ( 207206.37, 60.938292, 30496.291 ) Col: 3, Row: 1 = ( 216523.12, 60.648504, 31237.348 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 192691.50, 61.321258, 35880.217 ) Forward (first) = ( 220651.56, 60.456567, 38095.670 ) Aft (second) = ( 191631.61, 61.176114, 48875.662 ) Forward (second) = ( 219598.04, 60.325880, 51068.562 ) Boresight = ( 206148.59, 60.827030, 43484.340 ) Col: 1, Row: 1 = ( 196824.82, 61.112963, 42748.049 ) Col: 2, Row: 1 = ( 206148.59, 60.827030, 43484.340 ) Col: 3, Row: 1 = ( 215467.29, 60.540674, 44217.565 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 191631.61, 61.176114, 48875.662 ) Forward (first) = ( 219598.04, 60.325880, 51068.562 ) Aft (second) = ( 190574.31, 60.974053, 61862.957 ) Forward (second) = ( 218548.30, 60.145755, 64033.195 ) Boresight = ( 205093.15, 60.663238, 56465.478 ) Col: 1, Row: 1 = ( 195767.10, 60.942859, 55736.391 ) Col: 2, Row: 1 = ( 205093.15, 60.663238, 56465.478 ) Col: 3, Row: 1 = ( 214414.23, 60.382650, 57190.835 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 190574.31, 60.974053, 61862.957 ) Forward (first) = ( 218548.30, 60.145755, 64033.195 ) Aft (second) = ( 189521.81, 60.714173, 74839.515 ) Forward (second) = ( 217504.33, 59.915523, 76986.982 ) Boresight = ( 204041.88, 60.446141, 69437.117 ) Col: 1, Row: 1 = ( 194713.18, 60.716807, 68715.270 ) Col: 2, Row: 1 = ( 204041.88, 60.446141, 69437.117 ) Col: 3, Row: 1 = ( 213365.69, 60.173728, 70154.569 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 189521.81, 60.714173, 74839.515 ) Forward (first) = ( 217504.33, 59.915523, 76986.982 ) Aft (second) = ( 188476.89, 60.395578, 87802.750 ) Forward (second) = ( 216468.58, 59.634525, 89927.340 ) Boresight = ( 202997.10, 60.174969, 82396.671 ) Col: 1, Row: 1 = ( 193665.49, 60.433954, 81682.100 ) Col: 2, Row: 1 = ( 202997.10, 60.174969, 82396.671 ) Col: 3, Row: 1 = ( 212323.94, 59.913210, 83106.183 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 188476.89, 60.395578, 87802.750 ) Forward (first) = ( 216468.58, 59.634525, 89927.340 ) Aft (second) = ( 187442.91, 60.017388, 100750.08 ) Forward (second) = ( 215444.05, 59.302115, 102851.69 ) Boresight = ( 201961.72, 59.848962, 95341.558 ) Col: 1, Row: 1 = ( 192627.05, 60.093456, 94634.299 ) Col: 2, Row: 1 = ( 201961.72, 59.848962, 95341.558 ) Col: 3, Row: 1 = ( 211291.75, 59.600411, 96043.094 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 187442.91, 60.017388, 100750.08 ) Forward (first) = ( 215444.05, 59.302115, 102851.69 ) Aft (second) = ( 186423.84, 59.578749, 113678.93 ) Forward (second) = ( 214434.22, 58.917674, 115757.45 ) Boresight = ( 200939.16, 59.467383, 108269.20 ) Col: 1, Row: 1 = ( 191601.44, 59.694494, 107569.29 ) Col: 2, Row: 1 = ( 200939.16, 59.467383, 108269.20 ) Col: 3, Row: 1 = ( 210272.42, 59.234664, 108962.72 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 186423.84, 59.578749, 113678.93 ) Forward (first) = ( 214434.22, 58.917674, 115757.45 ) Aft (second) = ( 185424.27, 59.078852, 126586.72 ) Forward (second) = ( 213443.11, 58.480614, 128642.04 ) Boresight = ( 199933.43, 59.029524, 121177.01 ) Col: 1, Row: 1 = ( 190592.85, 59.236277, 120484.48 ) Col: 2, Row: 1 = ( 199933.43, 59.029524, 121177.01 ) Col: 3, Row: 1 = ( 209269.78, 58.815331, 121862.49 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 185424.27, 59.078852, 126586.72 ) Forward (first) = ( 213443.11, 58.480614, 128642.04 ) Aft (second) = ( 184449.41, 58.516941, 139470.88 ) Forward (second) = ( 212475.27, 57.990389, 141502.91 ) Boresight = ( 198949.08, 58.534720, 134062.43 ) Col: 1, Row: 1 = ( 189606.04, 58.718064, 133377.32 ) Col: 2, Row: 1 = ( 198949.08, 58.534720, 134062.43 ) Col: 3, Row: 1 = ( 208288.21, 58.341816, 134739.83 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 184449.41, 58.516941, 139470.88 ) Forward (first) = ( 212475.27, 57.990389, 141502.91 ) Aft (second) = ( 183505.09, 57.892342, 152328.84 ) Forward (second) = ( 211535.77, 57.446514, 154337.48 ) Boresight = ( 197991.26, 57.982365, 146922.88 ) Col: 1, Row: 1 = ( 188646.42, 58.139178, 146245.22 ) Col: 2, Row: 1 = ( 197991.26, 57.982365, 146922.88 ) Col: 3, Row: 1 = ( 207332.62, 57.813573, 147592.17 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 183505.09, 57.892342, 152328.84 ) Forward (first) = ( 211535.77, 57.446514, 154337.48 ) Aft (second) = ( 182597.79, 57.204481, 165158.05 ) Forward (second) = ( 210630.22, 56.848572, 167143.19 ) Boresight = ( 197065.70, 57.371927, 159755.80 ) Col: 1, Row: 1 = ( 187719.97, 57.499025, 159085.63 ) Col: 2, Row: 1 = ( 197065.70, 57.371927, 159755.80 ) Col: 3, Row: 1 = ( 206408.47, 57.230124, 160416.95 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 182597.79, 57.204481, 165158.05 ) Forward (first) = ( 210630.22, 56.848572, 167143.19 ) Aft (second) = ( 181734.60, 56.452910, 177955.94 ) Forward (second) = ( 209764.76, 56.196234, 179917.49 ) Boresight = ( 196178.67, 56.702968, 172558.63 ) Col: 1, Row: 1 = ( 186833.32, 56.797118, 171895.98 ) Col: 2, Row: 1 = ( 196178.67, 56.702968, 172558.63 ) Col: 3, Row: 1 = ( 205521.77, 56.591074, 173211.61 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 181734.60, 56.452910, 177955.94 ) Forward (first) = ( 209764.76, 56.196234, 179917.49 ) Aft (second) = ( 180923.23, 55.637338, 190719.97 ) Forward (second) = ( 208946.06, 55.489277, 192657.83 ) Boresight = ( 195337.06, 55.975164, 185328.83 ) Col: 1, Row: 1 = ( 185993.68, 56.033100, 184673.73 ) Col: 2, Row: 1 = ( 195337.06, 55.975164, 185328.83 ) Col: 3, Row: 1 = ( 204679.07, 55.896132, 185973.59 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 180923.23, 55.637338, 190719.97 ) Forward (first) = ( 208946.06, 55.489277, 192657.83 ) Aft (second) = ( 180172.03, 54.757658, 203447.60 ) Forward (second) = ( 208181.30, 54.727606, 205361.67 ) Boresight = ( 194548.29, 55.188334, 198063.84 ) Col: 1, Row: 1 = ( 185208.87, 55.206776, 197416.33 ) Col: 2, Row: 1 = ( 194548.29, 55.188334, 198063.84 ) Col: 3, Row: 1 = ( 203887.46, 55.145128, 198700.36 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 180172.03, 54.757658, 203447.60 ) Forward (first) = ( 208181.30, 54.727606, 205361.67 ) Aft (second) = ( 179489.90, 53.813985, 216136.29 ) Forward (second) = ( 207478.17, 53.911269, 218026.47 ) Boresight = ( 193820.36, 54.342458, 210761.13 ) Col: 1, Row: 1 = ( 184487.29, 54.318138, 210121.24 ) Col: 2, Row: 1 = ( 193820.36, 54.342458, 210761.13 ) Col: 3, Row: 1 = ( 203154.55, 54.338038, 211389.38 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 179489.90, 53.813985, 216136.29 ) Forward (first) = ( 207478.17, 53.911269, 218026.47 ) Aft (second) = ( 178886.33, 52.806690, 228783.51 ) Forward (second) = ( 206844.84, 53.040486, 230649.71 ) Boresight = ( 193161.79, 53.437709, 223418.16 ) Col: 1, Row: 1 = ( 183837.91, 53.367398, 222785.93 ) Col: 2, Row: 1 = ( 193161.79, 53.437709, 223418.16 ) Col: 3, Row: 1 = ( 202488.46, 53.475004, 224038.11 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 178886.33, 52.806690, 228783.51 ) Forward (first) = ( 206844.84, 53.040486, 230649.71 ) Aft (second) = ( 178371.32, 51.736432, 241386.74 ) Forward (second) = ( 206289.93, 52.115666, 243228.88 ) Boresight = ( 192581.60, 52.474481, 236032.42 ) Col: 1, Row: 1 = ( 183270.23, 52.355023, 235407.87 ) Col: 2, Row: 1 = ( 192581.60, 52.474481, 236032.42 ) Col: 3, Row: 1 = ( 201897.80, 52.556363, 236644.04 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 178371.32, 51.736432, 241386.74 ) Forward (first) = ( 206289.93, 52.115666, 243228.88 ) Aft (second) = ( 177955.36, 50.604200, 253943.48 ) Forward (second) = ( 205822.52, 51.137437, 255761.45 ) Boresight = ( 192089.31, 51.453415, 248601.39 ) Col: 1, Row: 1 = ( 182794.24, 51.281767, 247984.55 ) Col: 2, Row: 1 = ( 192089.31, 51.453415, 248601.39 ) Col: 3, Row: 1 = ( 201391.62, 51.582668, 249204.64 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177955.36, 50.604200, 253943.48 ) Forward (first) = ( 205822.52, 51.137437, 255761.45 ) Aft (second) = ( 177649.36, 49.411341, 266451.23 ) Forward (second) = ( 205452.03, 50.106661, 268244.94 ) Boresight = ( 191694.83, 50.375431, 261122.56 ) Col: 1, Row: 1 = ( 182420.36, 50.148702, 260513.47 ) Col: 2, Row: 1 = ( 191694.83, 50.375431, 261122.56 ) Col: 3, Row: 1 = ( 200979.39, 50.554713, 261717.42 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177649.36, 49.411341, 266451.23 ) Forward (first) = ( 205452.03, 50.106661, 268244.94 ) Aft (second) = ( 177464.55, 48.159595, 278907.48 ) Forward (second) = ( 205188.27, 49.024461, 280676.85 ) Boresight = ( 191408.48, 49.241751, 273593.43 ) Col: 1, Row: 1 = ( 182159.42, 48.957250, 272992.13 ) Col: 2, Row: 1 = ( 191408.48, 49.241751, 273593.43 ) Col: 3, Row: 1 = ( 200670.96, 49.473559, 274179.88 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177464.55, 48.159595, 278907.48 ) Forward (first) = ( 205188.27, 49.024461, 280676.85 ) Aft (second) = ( 177412.48, 46.851120, 291309.76 ) Forward (second) = ( 205041.29, 47.892239, 293054.71 ) Boresight = ( 191240.87, 48.053925, 286011.53 ) Col: 1, Row: 1 = ( 182022.55, 47.709213, 285418.04 ) Col: 2, Row: 1 = ( 191240.87, 48.053925, 286011.53 ) Col: 3, Row: 1 = ( 200476.47, 48.340554, 286589.53 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177412.48, 46.851120, 291309.76 ) Forward (first) = ( 205041.29, 47.892239, 293054.71 ) Aft (second) = ( 177504.82, 45.488512, 303655.61 ) Forward (second) = ( 205021.40, 46.711694, 305376.03 ) Boresight = ( 191202.89, 46.813855, 298374.38 ) Col: 1, Row: 1 = ( 182021.10, 46.406790, 297788.73 ) Col: 2, Row: 1 = ( 191202.89, 46.813855, 298374.38 ) Col: 3, Row: 1 = ( 200406.34, 47.157352, 298943.91 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:18:37 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1858656.7 km Body center Ra : 115.43494 deg Body Center Dec : 22.923362 deg w: 1 = ( 195767.10, 60.942859, 55736.391 ) Col: 2, Row: 1 = ( 205093.15, 60.663238, 56465.478 ) Col: 3, Row: 1 = ( 214414.23, 60.382650, 57190.835 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 190574.31, 60.974053, 61862.957 ) Forward (firsti24_nans01_20.look_lbl000077505166050166273000000317321166151707100173570ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_20.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_20.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_20" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T21:18:45.890Z SPACECRAFT_CLOCK_START_COUNT = 1/05210350:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END three box-centered derivati24_nans01_20.look_new_1000077505166050166273000000613221166151707100176150ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 21:18:45.890 SCLK Time : 1/05210350:00:0:0 Spacecraft position = (-765183.03, 1565075.6, 732554.10) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 212978.09, 82.559964, -314205.63 ) Forward (first) = ( 240763.52, 83.629561, -311426.02 ) Aft (second) = ( 210855.82, 83.656936, -301739.79 ) Forward (second) = ( 238749.67, 84.609204, -298977.70 ) Boresight = ( 225800.76, 83.674835, -306611.93 ) Col: 1, Row: 1 = ( 216529.25, 83.313485, -307528.12 ) Col: 2, Row: 1 = ( 225800.76, 83.674835, -306611.93 ) Col: 3, Row: 1 = ( 235091.80, 83.984879, -305680.80 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 210855.82, 83.656936, -301739.79 ) Forward (first) = ( 238749.67, 84.609204, -298977.70 ) Aft (second) = ( 208847.76, 84.728206, -289212.38 ) Forward (second) = ( 236838.24, 85.563096, -286467.95 ) Boresight = ( 223791.46, 84.697624, -294123.07 ) Col: 1, Row: 1 = ( 214484.22, 84.376664, -295033.72 ) Col: 2, Row: 1 = ( 223791.46, 84.697624, -294123.07 ) Col: 3, Row: 1 = ( 233114.93, 84.969867, -293198.13 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 208847.76, 84.728206, -289212.38 ) Forward (first) = ( 236838.24, 85.563096, -286467.95 ) Aft (second) = ( 206946.69, 85.771470, -276625.90 ) Forward (second) = ( 235022.51, 86.489479, -273899.26 ) Boresight = ( 221886.70, 85.693543, -281573.95 ) Col: 1, Row: 1 = ( 212547.70, 85.412943, -282479.01 ) Col: 2, Row: 1 = ( 221886.70, 85.693543, -281573.95 ) Col: 3, Row: 1 = ( 231238.87, 85.928118, -280655.24 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 206946.69, 85.771470, -276625.90 ) Forward (first) = ( 235022.51, 86.489479, -273899.26 ) Aft (second) = ( 205145.33, 86.784511, -263982.85 ) Forward (second) = ( 233295.75, 87.386666, -261274.15 ) Boresight = ( 220079.47, 86.660624, -268967.08 ) Col: 1, Row: 1 = ( 210712.52, 86.420167, -269866.50 ) Col: 2, Row: 1 = ( 220079.47, 86.660624, -268967.08 ) Col: 3, Row: 1 = ( 229456.82, 86.857832, -268054.65 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 205145.33, 86.784511, -263982.85 ) Forward (first) = ( 233295.75, 87.386666, -261274.15 ) Aft (second) = ( 203436.37, 87.765208, -251285.76 ) Forward (second) = ( 231651.29, 88.253053, -248595.13 ) Boresight = ( 218362.78, 87.596986, -256304.96 ) Col: 1, Row: 1 = ( 208971.49, 87.396268, -257198.71 ) Col: 2, Row: 1 = ( 218362.78, 87.596986, -256304.96 ) Col: 3, Row: 1 = ( 227761.97, 87.757291, -255398.86 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 203436.37, 87.765208, -251285.76 ) Forward (first) = ( 231651.29, 88.253053, -248595.13 ) Aft (second) = ( 201812.55, 88.711536, -238537.14 ) Forward (second) = ( 230082.52, 89.087110, -235864.72 ) Boresight = ( 216729.65, 88.500834, -243590.13 ) Col: 1, Row: 1 = ( 207317.41, 88.339271, -244478.16 ) Col: 2, Row: 1 = ( 216729.65, 88.500834, -243590.13 ) Col: 3, Row: 1 = ( 226147.56, 88.624855, -242690.39 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 201812.55, 88.711536, -238537.14 ) Forward (first) = ( 230082.52, 89.087110, -235864.72 ) Aft (second) = ( 200266.67, 89.621574, -225739.56 ) Forward (second) = ( 228582.93, 89.887390, -223085.47 ) Boresight = ( 215173.22, 89.370462, -230825.11 ) Col: 1, Row: 1 = ( 205743.18, 89.247299, -231707.38 ) Col: 2, Row: 1 = ( 215173.22, 89.370462, -230825.11 ) Col: 3, Row: 1 = ( 224606.94, 89.458970, -229931.79 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 200266.67, 89.621574, -225739.56 ) Forward (first) = ( 228582.93, 89.887390, -223085.47 ) Aft (second) = ( 198791.65, 90.493499, -212895.54 ) Forward (second) = ( 227146.18, 90.652521, -210259.92 ) Boresight = ( 213686.68, 90.204254, -218012.45 ) Col: 1, Row: 1 = ( 204241.77, 90.118571, -218888.91 ) Col: 2, Row: 1 = ( 213686.68, 90.204254, -218012.45 ) Col: 3, Row: 1 = ( 223133.56, 90.258161, -217125.60 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 198791.65, 90.493499, -212895.54 ) Forward (first) = ( 227146.18, 90.652521, -210259.92 ) Aft (second) = ( 197380.55, 91.325592, -200007.66 ) Forward (second) = ( 225766.07, 91.381208, -197390.63 ) Boresight = ( 212263.43, 91.000682, -205154.71 ) Col: 1, Row: 1 = ( 202806.30, 90.951404, -206025.32 ) Col: 2, Row: 1 = ( 212263.43, 91.000682, -205154.71 ) Col: 3, Row: 1 = ( 221721.03, 91.021036, -204274.36 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 197380.55, 91.325592, -200007.66 ) Forward (first) = ( 225766.07, 91.381208, -197390.63 ) Aft (second) = ( 196026.66, 92.116232, -187078.47 ) Forward (second) = ( 224436.64, 92.072229, -184480.18 ) Boresight = ( 210897.02, 91.758304, -192254.44 ) Col: 1, Row: 1 = ( 201430.08, 91.744210, -193119.16 ) Col: 2, Row: 1 = ( 210897.02, 91.758304, -192254.44 ) Col: 3, Row: 1 = ( 220363.15, 91.746278, -191380.64 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 196026.66, 92.116232, -187078.47 ) Forward (first) = ( 224436.64, 92.072229, -184480.18 ) Aft (second) = ( 194723.45, 92.863887, -174110.56 ) Forward (second) = ( 223152.13, 92.724428, -171531.13 ) Boresight = ( 209581.22, 92.475759, -179314.22 ) Col: 1, Row: 1 = ( 200106.61, 92.495490, -180173.01 ) Col: 2, Row: 1 = ( 209581.22, 92.475759, -179314.22 ) Col: 3, Row: 1 = ( 219053.94, 92.432645, -178447.02 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 194723.45, 92.863887, -174110.56 ) Forward (first) = ( 223152.13, 92.724428, -171531.13 ) Aft (second) = ( 193464.70, 93.567115, -161106.51 ) Forward (second) = ( 221907.05, 93.336712, -158546.06 ) Boresight = ( 208310.04, 93.151762, -166336.63 ) Col: 1, Row: 1 = ( 198829.66, 93.203831, -167189.44 ) Col: 2, Row: 1 = ( 208310.04, 93.151762, -166336.63 ) Col: 3, Row: 1 = ( 217787.66, 93.078965, -165476.07 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 193464.70, 93.567115, -161106.51 ) Forward (first) = ( 221907.05, 93.336712, -158546.06 ) Aft (second) = ( 192244.45, 94.224553, -148068.90 ) Forward (second) = ( 220696.19, 93.908046, -145527.57 ) Boresight = ( 207077.79, 93.785098, -153324.25 ) Col: 1, Row: 1 = ( 197593.26, 93.867897, -154171.05 ) Col: 2, Row: 1 = ( 207077.79, 93.785098, -153324.25 ) Col: 3, Row: 1 = ( 216558.85, 93.684127, -152470.38 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 192244.45, 94.224553, -148068.90 ) Forward (first) = ( 220696.19, 93.908046, -145527.57 ) Aft (second) = ( 191057.09, 94.834909, -135000.34 ) Forward (second) = ( 219514.65, 94.437447, -132478.25 ) Boresight = ( 205879.06, 94.374618, -140279.68 ) Col: 1, Row: 1 = ( 196391.76, 94.486425, -141120.42 ) Col: 2, Row: 1 = ( 205879.06, 94.374618, -140279.68 ) Col: 3, Row: 1 = ( 215362.32, 94.247078, -139432.53 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 191057.09, 94.834909, -135000.34 ) Forward (first) = ( 219514.65, 94.437447, -132478.25 ) Aft (second) = ( 189897.36, 95.396956, -121903.43 ) Forward (second) = ( 218357.84, 94.923976, -119400.71 ) Boresight = ( 204708.78, 94.919228, -127205.52 ) Col: 1, Row: 1 = ( 195219.85, 95.058217, -128040.15 ) Col: 2, Row: 1 = ( 204708.78, 94.919228, -127205.52 ) Col: 3, Row: 1 = ( 214193.24, 94.766817, -126365.14 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 189897.36, 95.396956, -121903.43 ) Forward (first) = ( 218357.84, 94.923976, -119400.71 ) Aft (second) = ( 188760.35, 95.909517, -108780.78 ) Forward (second) = ( 217221.53, 95.366734, -106297.55 ) Boresight = ( 203562.21, 95.417884, -114104.37 ) Col: 1, Row: 1 = ( 194072.56, 95.582127, -114932.86 ) Col: 2, Row: 1 = ( 203562.21, 95.417884, -114104.37 ) Col: 3, Row: 1 = ( 213047.08, 95.242386, -113270.81 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 188760.35, 95.909517, -108780.78 ) Forward (first) = ( 217221.53, 95.366734, -106297.55 ) Aft (second) = ( 187641.60, 96.371465, -95634.999 ) Forward (second) = ( 216101.86, 95.764852, -93171.385 ) Boresight = ( 202435.02, 95.869583, -100978.85 ) Col: 1, Row: 1 = ( 192945.33, 96.057058, -101801.16 ) Col: 2, Row: 1 = ( 202435.02, 95.869583, -100978.85 ) Col: 3, Row: 1 = ( 211919.71, 95.672865, -100152.14 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 187641.60, 96.371465, -95634.999 ) Forward (first) = ( 216101.86, 95.764852, -93171.385 ) Aft (second) = ( 186537.03, 96.781703, -82468.710 ) Forward (second) = ( 214995.32, 96.117490, -80024.835 ) Boresight = ( 201323.23, 96.273356, -87831.569 ) Col: 1, Row: 1 = ( 191833.99, 96.481950, -88647.656 ) Col: 2, Row: 1 = ( 201323.23, 96.273356, -87831.569 ) Col: 3, Row: 1 = ( 210807.35, 96.057365, -87011.753 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 186537.03, 96.781703, -82468.710 ) Forward (first) = ( 214995.32, 96.117490, -80024.835 ) Aft (second) = ( 185443.04, 97.139165, -69284.534 ) Forward (second) = ( 213898.84, 96.423827, -66860.521 ) Boresight = ( 200223.31, 96.628261, -74665.149 ) Col: 1, Row: 1 = ( 190734.80, 96.855771, -75474.973 ) Col: 2, Row: 1 = ( 200223.31, 96.628261, -74665.149 ) Col: 3, Row: 1 = ( 209706.62, 96.395021, -73852.272 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 185443.04, 97.139165, -69284.534 ) Forward (first) = ( 213898.84, 96.423827, -66860.521 ) Aft (second) = ( 184356.49, 97.442801, -56085.099 ) Forward (second) = ( 212809.74, 96.683057, -53681.067 ) Boresight = ( 199132.13, 96.933376, -61482.216 ) Col: 1, Row: 1 = ( 189644.48, 97.177513, -62285.737 ) Col: 2, Row: 1 = ( 199132.13, 96.933376, -61482.216 ) Col: 3, Row: 1 = ( 208614.57, 96.684986, -60676.317 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 184356.49, 97.442801, -56085.099 ) Forward (first) = ( 212809.74, 96.683057, -53681.067 ) Aft (second) = ( 183274.70, 97.691569, -42873.034 ) Forward (second) = ( 211725.76, 96.894383, -40489.103 ) Boresight = ( 198047.03, 97.187789, -48285.398 ) Col: 1, Row: 1 = ( 188560.19, 97.446179, -49082.576 ) Col: 2, Row: 1 = ( 198047.03, 97.187789, -48285.398 ) Col: 3, Row: 1 = ( 207528.67, 96.926424, -47486.517 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 183274.70, 97.691569, -42873.034 ) Forward (first) = ( 211725.76, 96.894383, -40489.103 ) Aft (second) = ( 182195.52, 97.884432, -29650.971 ) Forward (second) = ( 210645.10, 97.057013, -27287.260 ) Boresight = ( 196965.79, 97.390598, -35077.323 ) Col: 1, Row: 1 = ( 187479.60, 97.660779, -35868.120 ) Col: 2, Row: 1 = ( 196965.79, 97.390598, -35077.323 ) Col: 3, Row: 1 = ( 206446.83, 97.118508, -34285.502 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 182195.52, 97.884432, -29650.971 ) Forward (first) = ( 210645.10, 97.057013, -27287.260 ) Aft (second) = ( 181117.31, 98.020348, -16421.544 ) Forward (second) = ( 209566.41, 97.170155, -14078.171 ) Boresight = ( 195886.68, 97.540900, -21860.626 ) Col: 1, Row: 1 = ( 186400.87, 97.820322, -22645.001 ) Col: 2, Row: 1 = ( 195886.68, 97.540900, -21860.626 ) Col: 3, Row: 1 = ( 205367.42, 97.260412, -21075.904 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 181117.31, 98.020348, -16421.544 ) Forward (first) = ( 209566.41, 97.170155, -14078.171 ) Aft (second) = ( 180038.97, 98.098266, -3187.3872 ) Forward (second) = ( 208488.82, 97.233018, -864.46885 ) Boresight = ( 194808.48, 97.637791, -8637.9411 ) Col: 1, Row: 1 = ( 185322.67, 97.923814, -9415.8556 ) Col: 2, Row: 1 = ( 194808.48, 97.637791, -8637.9411 ) Col: 3, Row: 1 = ( 204289.30, 97.351308, -7860.3559 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 180038.97, 98.098266, -3187.3872 ) Forward (first) = ( 208488.82, 97.233018, -864.46885 ) Aft (second) = ( 178959.96, 98.117122, 10048.862 ) Forward (second) = ( 207411.92, 97.244803, 12351.210 ) Boresight = ( 193730.45, 97.680357, 4588.0971 ) Col: 1, Row: 1 = ( 184244.21, 97.970248, 3816.6816 ) Col: 2, Row: 1 = ( 193730.45, 97.680357, 4588.0971 ) Col: 3, Row: 1 = ( 203211.78, 97.390366, 5358.5056 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 178959.96, 98.117122, 10048.862 ) Forward (first) = ( 207411.92, 97.244803, 12351.210 ) Aft (second) = ( 177880.32, 98.075839, 23284.566 ) Forward (second) = ( 206335.81, 97.204709, 25566.229 ) Boresight = ( 192652.40, 97.667679, 17814.852 ) Col: 1, Row: 1 = ( 183165.26, 97.958609, 17049.974 ) Col: 2, Row: 1 = ( 192652.40, 97.667679, 17814.852 ) Col: 3, Row: 1 = ( 202134.71, 97.376749, 18578.045 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177880.32, 98.075839, 23284.566 ) Forward (first) = ( 206335.81, 97.204709, 25566.229 ) Aft (second) = ( 176800.66, 97.973323, 36517.090 ) Forward (second) = ( 205261.11, 97.111928, 38777.954 ) Boresight = ( 191574.67, 97.598826, 31039.687 ) Col: 1, Row: 1 = ( 182086.15, 97.887866, 30281.384 ) Col: 2, Row: 1 = ( 191574.67, 97.598826, 31039.687 ) Col: 3, Row: 1 = ( 201058.44, 97.309612, 31795.627 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 176800.66, 97.973323, 36517.090 ) Forward (first) = ( 205261.11, 97.111928, 38777.954 ) Aft (second) = ( 175722.22, 97.808467, 49743.796 ) Forward (second) = ( 204188.95, 96.965650, 51983.749 ) Boresight = ( 190498.16, 97.472861, 44259.965 ) Col: 1, Row: 1 = ( 181007.80, 97.756977, 43508.276 ) Col: 2, Row: 1 = ( 190498.16, 97.472861, 44259.965 ) Col: 3, Row: 1 = ( 199983.84, 97.188107, 45008.615 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 175722.22, 97.808467, 49743.796 ) Forward (first) = ( 204188.95, 96.965650, 51983.749 ) Aft (second) = ( 174646.87, 97.580153, 62962.051 ) Forward (second) = ( 203121.01, 96.765064, 65180.980 ) Boresight = ( 189424.32, 97.288837, 57473.053 ) Col: 1, Row: 1 = ( 179931.72, 97.564890, 56728.015 ) Col: 2, Row: 1 = ( 189424.32, 97.288837, 57473.053 ) Col: 3, Row: 1 = ( 198912.35, 97.011381, 58214.375 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 174646.87, 97.580153, 62962.051 ) Forward (first) = ( 203121.01, 96.765064, 65180.980 ) Aft (second) = ( 173577.09, 97.287263, 76169.221 ) Forward (second) = ( 202059.48, 96.509362, 78367.017 ) Boresight = ( 188355.22, 97.045809, 70676.317 ) Col: 1, Row: 1 = ( 178860.04, 97.310548, 69937.966 ) Col: 2, Row: 1 = ( 188355.22, 97.045809, 70676.317 ) Col: 3, Row: 1 = ( 197845.92, 96.778582, 71410.273 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 173577.09, 97.287263, 76169.221 ) Forward (first) = ( 202059.48, 96.509362, 78367.017 ) Aft (second) = ( 172516.07, 96.928684, 89362.675 ) Forward (second) = ( 201007.16, 96.197748, 91539.228 ) Boresight = ( 187293.50, 96.742834, 83867.123 ) Col: 1, Row: 1 = ( 177795.55, 96.992896, 83135.498 ) Col: 2, Row: 1 = ( 187293.50, 96.742834, 83867.123 ) Col: 3, Row: 1 = ( 196787.12, 96.488863, 84593.679 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 172516.07, 96.928684, 89362.675 ) Forward (first) = ( 201007.16, 96.197748, 91539.228 ) Aft (second) = ( 171467.64, 96.503321, 102539.79 ) Forward (second) = ( 199967.40, 95.829444, 104694.99 ) Boresight = ( 186242.44, 96.378984, 97042.844 ) Col: 1, Row: 1 = ( 176741.65, 96.610894, 96317.981 ) Col: 2, Row: 1 = ( 186242.44, 96.378984, 97042.844 ) Col: 3, Row: 1 = ( 195739.06, 96.141394, 97761.963 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 171467.64, 96.503321, 102539.79 ) Forward (first) = ( 199967.40, 95.829444, 104694.99 ) Aft (second) = ( 170436.35, 96.010117, 115697.93 ) Forward (second) = ( 198944.11, 95.403700, 117831.67 ) Boresight = ( 185205.92, 95.953355, 110200.85 ) Col: 1, Row: 1 = ( 175702.43, 96.163525, 109482.79 ) Col: 2, Row: 1 = ( 185205.92, 95.953355, 110200.85 ) Col: 3, Row: 1 = ( 194705.46, 95.735367, 110912.50 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 170436.35, 96.010117, 115697.93 ) Forward (first) = ( 198944.11, 95.403700, 117831.67 ) Aft (second) = ( 169427.43, 95.448068, 128834.48 ) Forward (second) = ( 197941.82, 94.919810, 130946.65 ) Boresight = ( 184188.47, 95.465085, 123338.53 ) Col: 1, Row: 1 = ( 174682.66, 95.649819, 122627.30 ) Col: 2, Row: 1 = ( 184188.47, 95.465085, 123338.53 ) Col: 3, Row: 1 = ( 193690.65, 95.270010, 124042.67 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 169427.43, 95.448068, 128834.48 ) Forward (first) = ( 197941.82, 94.919810, 130946.65 ) Aft (second) = ( 168446.86, 94.816251, 141946.82 ) Forward (second) = ( 196965.66, 94.377122, 144037.33 ) Boresight = ( 183195.27, 94.913366, 136453.25 ) Col: 1, Row: 1 = ( 173687.79, 95.068865, 135748.89 ) Col: 2, Row: 1 = ( 183195.27, 94.913366, 136453.25 ) Col: 3, Row: 1 = ( 192699.55, 94.744604, 137149.85 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 168446.86, 94.816251, 141946.82 ) Forward (first) = ( 196965.66, 94.377122, 144037.33 ) Aft (second) = ( 167501.31, 94.113850, 155032.35 ) Forward (second) = ( 196021.33, 93.775060, 157101.08 ) Boresight = ( 182232.17, 94.297467, 149542.40 ) Col: 1, Row: 1 = ( 172723.96, 94.419842, 148844.95 ) Col: 2, Row: 1 = ( 182232.17, 94.297467, 149542.40 ) Col: 3, Row: 1 = ( 191737.72, 94.158496, 150231.42 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 167501.31, 94.113850, 155032.35 ) Forward (first) = ( 196021.33, 93.775060, 157101.08 ) Aft (second) = ( 166598.21, 93.340189, 168088.45 ) Forward (second) = ( 195115.16, 93.113141, 170135.30 ) Boresight = ( 181305.64, 93.616759, 162603.38 ) Col: 1, Row: 1 = ( 171798.04, 93.702042, 161912.87 ) Col: 2, Row: 1 = ( 181305.64, 93.616759, 162603.38 ) Col: 3, Row: 1 = ( 190811.33, 93.511125, 163284.79 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 166598.21, 93.340189, 168088.45 ) Forward (first) = ( 195115.16, 93.113141, 170135.30 ) Aft (second) = ( 165745.67, 92.494770, 181112.52 ) Forward (second) = ( 194254.06, 92.390996, 183137.39 ) Boresight = ( 180422.83, 92.870739, 175633.58 ) Col: 1, Row: 1 = ( 170917.58, 92.914906, 174950.04 ) Col: 2, Row: 1 = ( 180422.83, 92.870739, 175633.58 ) Col: 3, Row: 1 = ( 189927.16, 92.802038, 176307.35 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 165745.67, 92.494770, 181112.52 ) Forward (first) = ( 194254.06, 92.390996, 183137.39 ) Aft (second) = ( 164952.57, 91.577312, 194101.97 ) Forward (second) = ( 193445.56, 91.608400, 196104.77 ) Boresight = ( 179591.57, 92.059060, 188630.40 ) Col: 1, Row: 1 = ( 170090.83, 92.058055, 187953.88 ) Col: 2, Row: 1 = ( 179591.57, 92.059060, 188630.40 ) Col: 3, Row: 1 = ( 189092.62, 92.030920, 189296.49 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 164952.57, 91.577312, 194101.97 ) Forward (first) = ( 193445.56, 91.608400, 196104.77 ) Aft (second) = ( 164228.42, 90.587797, 207054.22 ) Forward (second) = ( 192697.76, 90.765293, 209034.83 ) Boresight = ( 178820.28, 91.181568, 201591.25 ) Col: 1, Row: 1 = ( 169326.71, 91.131332, 200921.77 ) Col: 2, Row: 1 = ( 178820.28, 91.181568, 201591.25 ) Col: 3, Row: 1 = ( 188315.71, 91.197622, 202249.63 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 164228.42, 90.587797, 207054.22 ) Forward (first) = ( 192697.76, 90.765293, 209034.83 ) Aft (second) = ( 163583.45, 89.526516, 219966.68 ) Forward (second) = ( 192019.29, 89.861811, 221925.01 ) Boresight = ( 178118.04, 90.238331, 214513.56 ) Col: 1, Row: 1 = ( 168634.83, 90.134842, 213851.16 ) Col: 2, Row: 1 = ( 178118.04, 90.238331, 214513.56 ) Col: 3, Row: 1 = ( 187605.04, 90.302187, 215164.20 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 163583.45, 89.526516, 219966.68 ) Forward (first) = ( 192019.29, 89.861811, 221925.01 ) Aft (second) = ( 163028.47, 88.394118, 232836.77 ) Forward (second) = ( 191419.36, 88.898317, 234772.73 ) Boresight = ( 177494.51, 89.229680, 227394.73 ) Col: 1, Row: 1 = ( 168025.40, 89.069000, 226739.45 ) Col: 2, Row: 1 = ( 177494.51, 89.229680, 227394.73 ) Col: 3, Row: 1 = ( 186969.76, 89.344885, 228037.60 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 163028.47, 88.394118, 232836.77 ) Forward (first) = ( 191419.36, 88.898317, 234772.73 ) Aft (second) = ( 162574.89, 87.191659, 245661.95 ) Forward (second) = ( 190907.66, 87.875427, 247575.43 ) Boresight = ( 176959.90, 88.156248, 240232.22 ) Col: 1, Row: 1 = ( 167509.23, 87.934569, 239584.07 ) Col: 2, Row: 1 = ( 176959.90, 88.156248, 240232.22 ) Col: 3, Row: 1 = ( 186419.56, 88.326246, 240867.28 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 162574.89, 87.191659, 245661.95 ) Forward (first) = ( 190907.66, 87.875427, 247575.43 ) Aft (second) = ( 162234.60, 85.920652, 258439.64 ) Forward (second) = ( 190494.33, 86.794045, 260330.55 ) Boresight = ( 176524.94, 87.019005, 253023.45 ) Col: 1, Row: 1 = ( 167097.64, 86.732714, 252382.48 ) Col: 2, Row: 1 = ( 176524.94, 87.019005, 253023.45 ) Col: 3, Row: 1 = ( 185964.62, 87.247088, 253650.67 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 162234.60, 85.920652, 258439.64 ) Forward (first) = ( 190494.33, 86.794045, 260330.55 ) Aft (second) = ( 162019.92, 84.583106, 271167.31 ) Forward (second) = ( 190189.93, 85.655390, 273035.56 ) Boresight = ( 176200.81, 85.819296, 265765.87 ) Col: 1, Row: 1 = ( 166802.43, 85.465035, 265132.12 ) Col: 2, Row: 1 = ( 176200.81, 85.819296, 265765.87 ) Col: 3, Row: 1 = ( 185615.56, 86.108555, 266385.23 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 162019.92, 84.583106, 271167.31 ) Forward (first) = ( 190189.93, 85.655390, 273035.56 ) Aft (second) = ( 161943.48, 83.181566, 283842.42 ) Forward (second) = ( 190005.34, 84.461022, 285687.92 ) Boresight = ( 175999.06, 84.558876, 278456.96 ) Col: 1, Row: 1 = ( 166635.75, 84.133613, 277830.45 ) Col: 2, Row: 1 = ( 175999.06, 84.558876, 278456.96 ) Col: 3, Row: 1 = ( 185383.38, 84.912142, 279068.42 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 161943.48, 83.181566, 283842.42 ) Forward (first) = ( 190005.34, 84.461022, 285687.92 ) Aft (second) = ( 162018.13, 81.719141, 296462.45 ) Forward (second) = ( 189951.73, 83.212865, 298285.10 ) Boresight = ( 175931.53, 83.239938, 291094.17 ) Col: 1, Row: 1 = ( 166610.05, 82.741036, 290474.94 ) Col: 2, Row: 1 = ( 175931.53, 83.239938, 291094.17 ) Col: 3, Row: 1 = ( 185279.36, 83.659725, 291697.71 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 162018.13, 81.719141, 296462.45 ) Forward (first) = ( 189951.73, 83.212865, 298285.10 ) Aft (second) = ( 162256.78, 80.199518, 309024.88 ) Forward (second) = ( 190040.45, 81.913225, 310824.59 ) Boresight = ( 176010.28, 81.865133, 303674.99 ) Col: 1, Row: 1 = ( 166737.94, 81.290425, 303063.07 ) Col: 2, Row: 1 = ( 176010.28, 81.865133, 303674.99 ) Col: 3, Row: 1 = ( 185315.02, 82.353578, 304270.58 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:19:47 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1889868.3 km Body center Ra : 116.05452 deg Body Center Dec : 22.806599 deg w: 1 = ( 179931.72, 97.564890, 56728.015 ) Col: 2, Row: 1 = ( 189424.32, 97.288837, 57473.053 ) Col: 3, Row: 1 = ( 198912.35, 97.011381, 58214.375 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 174646.87, 97.580153, 62962.051 ) Forward (firsti24_nans01_21.look_lbl000077505166050166273000000317321166151707100173600ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_21.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_21.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_21" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T22:19:25.888Z SPACECRAFT_CLOCK_START_COUNT = 1/05210410:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_21.look_new_1000077505166050166273000000613221166151707100176160ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 22:19:25.888 SCLK Time : 1/05210410:00:0:0 Spacecraft position = (-794950.96, 1583815.3, 740980.08) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 198356.39, 117.83545, -319679.66 ) Forward (first) = ( 226455.87, 119.23573, -316900.23 ) Aft (second) = ( 196102.88, 119.01645, -306994.96 ) Forward (second) = ( 224334.26, 120.28379, -304231.38 ) Boresight = ( 211266.09, 119.16918, -311976.70 ) Col: 1, Row: 1 = ( 201889.62, 118.69379, -312892.94 ) Col: 2, Row: 1 = ( 211266.09, 119.16918, -311976.70 ) Col: 3, Row: 1 = ( 220670.06, 119.57957, -311045.19 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 196102.88, 119.01645, -306994.96 ) Forward (first) = ( 224334.26, 120.28379, -304231.38 ) Aft (second) = ( 193974.39, 120.17248, -294247.78 ) Forward (second) = ( 222324.01, 121.30597, -291500.18 ) Boresight = ( 209143.29, 120.26789, -299267.67 ) Col: 1, Row: 1 = ( 199723.15, 119.83845, -300178.93 ) Col: 2, Row: 1 = ( 209143.29, 120.26789, -299267.67 ) Col: 3, Row: 1 = ( 218586.72, 120.63535, -298341.79 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 193974.39, 120.17248, -294247.78 ) Forward (first) = ( 222324.01, 121.30597, -291500.18 ) Aft (second) = ( 191963.30, 121.30076, -281440.64 ) Forward (second) = ( 220418.01, 122.30020, -278709.16 ) Boresight = ( 207134.65, 121.33974, -286497.48 ) Col: 1, Row: 1 = ( 197675.46, 120.95654, -287403.72 ) Col: 2, Row: 1 = ( 207134.65, 121.33974, -286497.48 ) Col: 3, Row: 1 = ( 216613.23, 121.66419, -285577.28 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 191963.30, 121.30076, -281440.64 ) Forward (first) = ( 220418.01, 122.30020, -278709.16 ) Aft (second) = ( 190061.89, 122.39861, -268576.11 ) Forward (second) = ( 218609.08, 123.26446, -265860.88 ) Boresight = ( 205232.73, 122.38240, -273668.68 ) Col: 1, Row: 1 = ( 195738.96, 122.04545, -274569.85 ) Col: 2, Row: 1 = ( 205232.73, 122.38240, -273668.68 ) Col: 3, Row: 1 = ( 214742.34, 122.66397, -272754.20 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 190061.89, 122.39861, -268576.11 ) Forward (first) = ( 218609.08, 123.26446, -265860.88 ) Aft (second) = ( 188262.35, 123.46344, -255656.74 ) Forward (second) = ( 216890.07, 124.19684, -252957.90 ) Boresight = ( 203430.09, 123.39359, -260783.83 ) Col: 1, Row: 1 = ( 193905.98, 123.10266, -261679.89 ) Col: 2, Row: 1 = ( 203430.09, 123.39359, -260783.83 ) Col: 3, Row: 1 = ( 212966.80, 123.63260, -259875.12 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 188262.35, 123.46344, -255656.74 ) Forward (first) = ( 216890.07, 124.19684, -252957.90 ) Aft (second) = ( 186556.88, 124.49278, -242685.11 ) Forward (second) = ( 215253.88, 125.09552, -240002.80 ) Boresight = ( 201719.23, 124.37115, -247845.49 ) Col: 1, Row: 1 = ( 192168.83, 124.12580, -248736.39 ) Col: 2, Row: 1 = ( 201719.23, 124.37115, -247845.49 ) Col: 3, Row: 1 = ( 211279.35, 124.56815, -246942.60 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 186556.88, 124.49278, -242685.11 ) Forward (first) = ( 215253.88, 125.09552, -240002.80 ) Aft (second) = ( 184937.70, 125.48425, -229663.79 ) Forward (second) = ( 213693.50, 125.95876, -226998.15 ) Boresight = ( 200092.75, 125.31302, -234856.24 ) Col: 1, Row: 1 = ( 190519.82, 125.11255, -235741.95 ) Col: 2, Row: 1 = ( 200092.75, 125.31302, -234856.24 ) Col: 3, Row: 1 = ( 209672.82, 125.46873, -233959.21 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 184937.70, 125.48425, -229663.79 ) Forward (first) = ( 213693.50, 125.95876, -226998.15 ) Aft (second) = ( 183397.12, 126.43562, -216595.40 ) Forward (second) = ( 212202.05, 126.78492, -213946.55 ) Boresight = ( 198543.31, 126.21723, -221818.68 ) Col: 1, Row: 1 = ( 188951.36, 126.06074, -222699.14 ) Col: 2, Row: 1 = ( 198543.31, 126.21723, -221818.68 ) Col: 3, Row: 1 = ( 208140.13, 126.33259, -220927.56 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 183397.12, 126.43562, -216595.40 ) Forward (first) = ( 212202.05, 126.78492, -213946.55 ) Aft (second) = ( 181927.57, 127.34478, -203482.53 ) Forward (second) = ( 210772.80, 127.57245, -200850.60 ) Boresight = ( 197063.70, 127.08193, -208735.39 ) Col: 1, Row: 1 = ( 187455.95, 126.96832, -209610.57 ) Col: 2, Row: 1 = ( 197063.70, 127.08193, -208735.39 ) Col: 3, Row: 1 = ( 206674.34, 127.15803, -207850.23 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 181927.57, 127.34478, -203482.53 ) Forward (first) = ( 210772.80, 127.57245, -200850.60 ) Aft (second) = ( 180521.69, 128.20972, -190327.78 ) Forward (second) = ( 209399.24, 128.31989, -187712.91 ) Boresight = ( 195646.89, 127.90537, -195609.00 ) Col: 1, Row: 1 = ( 186026.29, 127.83332, -196478.84 ) Col: 2, Row: 1 = ( 195646.89, 127.90537, -195609.00 ) Col: 3, Row: 1 = ( 205268.71, 127.94348, -194729.83 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 180521.69, 128.20972, -190327.78 ) Forward (first) = ( 209399.24, 128.31989, -187712.91 ) Aft (second) = ( 179172.31, 129.02854, -177133.80 ) Forward (second) = ( 208075.11, 129.02585, -174536.11 ) Boresight = ( 194286.08, 128.68590, -182442.10 ) Col: 1, Row: 1 = ( 184655.26, 128.65392, -183306.58 ) Col: 2, Row: 1 = ( 194286.08, 128.68590, -182442.10 ) Col: 3, Row: 1 = ( 203916.70, 128.68745, -181568.98 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 179172.31, 129.02854, -177133.80 ) Forward (first) = ( 208075.11, 129.02585, -174536.11 ) Aft (second) = ( 177872.57, 129.79949, -163903.19 ) Forward (second) = ( 206794.38, 129.68902, -161322.82 ) Boresight = ( 192974.71, 129.42195, -169237.34 ) Col: 1, Row: 1 = ( 183335.99, 129.42838, -170096.41 ) Col: 2, Row: 1 = ( 192974.71, 129.42195, -169237.34 ) Col: 3, Row: 1 = ( 202612.04, 129.38852, -168370.31 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177872.57, 129.79949, -163903.19 ) Forward (first) = ( 206794.38, 129.68902, -161322.82 ) Aft (second) = ( 176615.88, 130.52086, -150638.60 ) Forward (second) = ( 205551.34, 130.30817, -148075.67 ) Boresight = ( 191706.49, 130.11206, -155997.34 ) Col: 1, Row: 1 = ( 182061.92, 130.15506, -156850.95 ) Col: 2, Row: 1 = ( 191706.49, 130.11206, -155997.34 ) Col: 3, Row: 1 = ( 201348.72, 130.04536, -155136.44 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 176615.88, 130.52086, -150638.60 ) Forward (first) = ( 205551.34, 130.30817, -148075.67 ) Aft (second) = ( 175396.01, 131.19108, -137342.67 ) Forward (second) = ( 204340.61, 130.88213, -134797.31 ) Boresight = ( 190475.47, 130.75482, -142724.74 ) Col: 1, Row: 1 = ( 180826.78, 130.83242, -143572.86 ) Col: 2, Row: 1 = ( 190475.47, 130.75482, -142724.74 ) Col: 3, Row: 1 = ( 200121.06, 130.65671, -141870.02 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 175396.01, 131.19108, -137342.67 ) Forward (first) = ( 204340.61, 130.88213, -134797.31 ) Aft (second) = ( 174207.11, 131.80864, -124018.05 ) Forward (second) = ( 203157.15, 131.40977, -121490.39 ) Boresight = ( 189276.05, 131.34893, -129422.18 ) Col: 1, Row: 1 = ( 179624.69, 131.45899, -130264.76 ) Col: 2, Row: 1 = ( 189276.05, 131.34893, -129422.18 ) Col: 3, Row: 1 = ( 198923.72, 131.22137, -128573.68 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 174207.11, 131.80864, -124018.05 ) Forward (first) = ( 203157.15, 131.40977, -121490.39 ) Aft (second) = ( 173043.74, 132.37209, -110667.39 ) Forward (second) = ( 201996.30, 131.89003, -108157.56 ) Boresight = ( 188103.00, 131.89312, -116092.33 ) Col: 1, Row: 1 = ( 178450.15, 132.03337, -116929.33 ) Col: 2, Row: 1 = ( 188103.00, 131.89312, -116092.33 ) Col: 3, Row: 1 = ( 197751.73, 131.73820, -115250.09 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 173043.74, 132.37209, -110667.39 ) Forward (first) = ( 201996.30, 131.89003, -108157.56 ) Aft (second) = ( 171900.89, 132.88006, -97293.362 ) Forward (second) = ( 200853.77, 132.32188, -94801.476 ) Boresight = ( 186951.50, 132.38617, -102737.82 ) Col: 1, Row: 1 = ( 177298.06, 132.55422, -103569.20 ) Col: 2, Row: 1 = ( 186951.50, 132.38617, -102737.82 ) Col: 3, Row: 1 = ( 196600.51, 132.20608, -101901.89 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 171900.89, 132.88006, -97293.362 ) Forward (first) = ( 200853.77, 132.32188, -94801.476 ) Aft (second) = ( 170774.02, 133.33119, -83898.617 ) Forward (second) = ( 199725.73, 132.70430, -81424.804 ) Boresight = ( 185817.15, 132.82693, -89361.335 ) Col: 1, Row: 1 = ( 176163.79, 133.02026, -90187.053 ) Col: 2, Row: 1 = ( 185817.15, 132.82693, -89361.335 ) Col: 3, Row: 1 = ( 195465.88, 132.62397, -88531.746 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 170774.02, 133.33119, -83898.617 ) Forward (first) = ( 199725.73, 132.70430, -81424.804 ) Aft (second) = ( 169659.10, 133.72419, -70485.829 ) Forward (second) = ( 198608.75, 133.03634, -68030.213 ) Boresight = ( 184696.01, 133.21425, -75965.530 ) Col: 1, Row: 1 = ( 175043.17, 133.43024, -76785.546 ) Col: 2, Row: 1 = ( 184696.01, 133.21425, -75965.530 ) Col: 3, Row: 1 = ( 194344.11, 132.99083, -75142.329 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 169659.10, 133.72419, -70485.829 ) Forward (first) = ( 198608.75, 133.03634, -68030.213 ) Aft (second) = ( 168552.59, 134.05777, -57057.669 ) Forward (second) = ( 197499.87, 133.31702, -54620.372 ) Boresight = ( 183584.62, 133.54702, -62553.078 ) Col: 1, Row: 1 = ( 173932.51, 133.78291, -63367.351 ) Col: 2, Row: 1 = ( 183584.62, 133.54702, -62553.078 ) Col: 3, Row: 1 = ( 193231.93, 133.30565, -61736.307 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 168552.59, 134.05777, -57057.669 ) Forward (first) = ( 197499.87, 133.31702, -54620.372 ) Aft (second) = ( 167451.51, 134.33065, -43616.813 ) Forward (second) = ( 196396.60, 133.54540, -41197.957 ) Boresight = ( 182479.99, 133.82415, -49126.652 ) Col: 1, Row: 1 = ( 172828.67, 134.07707, -49935.141 ) Col: 2, Row: 1 = ( 182479.99, 133.82415, -49126.652 ) Col: 3, Row: 1 = ( 192126.52, 133.56742, -48316.352 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 167451.51, 134.33065, -43616.813 ) Forward (first) = ( 196396.60, 133.54540, -41197.957 ) Aft (second) = ( 166353.44, 134.54156, -30165.938 ) Forward (second) = ( 195296.95, 133.72054, -27765.643 ) Boresight = ( 181379.66, 134.04455, -35688.927 ) Col: 1, Row: 1 = ( 171729.01, 134.31150, -36491.594 ) Col: 2, Row: 1 = ( 181379.66, 134.04455, -35688.927 ) Col: 3, Row: 1 = ( 191025.57, 133.77517, -34885.139 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 166353.44, 134.54156, -30165.938 ) Forward (first) = ( 195296.95, 133.72054, -27765.643 ) Aft (second) = ( 165256.52, 134.68922, -16707.725 ) Forward (second) = ( 194199.42, 133.84149, -14326.111 ) Boresight = ( 180281.72, 134.20711, -22242.584 ) Col: 1, Row: 1 = ( 170631.48, 134.48501, -23039.388 ) Col: 2, Row: 1 = ( 180281.72, 134.20711, -22242.584 ) Col: 3, Row: 1 = ( 189927.28, 133.92789, -21445.347 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 165256.52, 134.68922, -16707.725 ) Forward (first) = ( 194199.42, 133.84149, -14326.111 ) Aft (second) = ( 164159.55, 134.77232, -3244.8535 ) Forward (second) = ( 193103.03, 133.90729, -882.03903 ) Boresight = ( 179184.78, 134.31075, -8790.3009 ) Col: 1, Row: 1 = ( 169534.60, 134.59636, -9581.2023 ) Col: 2, Row: 1 = ( 179184.78, 134.31075, -8790.3009 ) Col: 3, Row: 1 = ( 188830.37, 134.02460, -7999.6558 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 164159.55, 134.77232, -3244.8535 ) Forward (first) = ( 193103.03, 133.90729, -882.03903 ) Aft (second) = ( 163061.91, 134.78955, 10219.993 ) Forward (second) = ( 192007.37, 133.91700, 12563.891 ) Boresight = ( 178088.05, 134.35435, 4665.2398 ) Col: 1, Row: 1 = ( 168437.48, 134.64432, 3880.2801 ) Col: 2, Row: 1 = ( 178088.05, 134.35435, 4665.2398 ) Col: 3, Row: 1 = ( 187734.11, 134.06428, 5449.2537 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 163061.91, 134.78955, 10219.993 ) Forward (first) = ( 192007.37, 133.91700, 12563.891 ) Aft (second) = ( 161963.65, 134.73957, 23684.134 ) Forward (second) = ( 190912.55, 133.86963, 26008.997 ) Boresight = ( 176991.31, 134.33679, 18121.356 ) Col: 1, Row: 1 = ( 167339.88, 134.62763, 17342.377 ) Col: 2, Row: 1 = ( 176991.31, 134.33679, 18121.356 ) Col: 3, Row: 1 = ( 186638.31, 134.04593, 18898.700 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 161963.65, 134.73957, 23684.134 ) Forward (first) = ( 190912.55, 133.86963, 26008.997 ) Aft (second) = ( 160865.49, 134.62100, 37144.885 ) Forward (second) = ( 189819.26, 133.76422, 39450.598 ) Boresight = ( 175894.96, 134.25692, 31575.367 ) Col: 1, Row: 1 = ( 166242.18, 134.54502, 30802.407 ) Col: 2, Row: 1 = ( 175894.96, 134.25692, 31575.367 ) Col: 3, Row: 1 = ( 185543.38, 133.96853, 32346.001 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 160865.49, 134.62100, 37144.885 ) Forward (first) = ( 189819.26, 133.76422, 39450.598 ) Aft (second) = ( 159768.86, 134.43246, 50599.565 ) Forward (second) = ( 188728.79, 133.59978, 52886.013 ) Boresight = ( 174800.01, 134.11360, 45024.589 ) Col: 1, Row: 1 = ( 165145.44, 134.39519, 44257.688 ) Col: 2, Row: 1 = ( 174800.01, 134.11360, 45024.589 ) Col: 3, Row: 1 = ( 184450.33, 133.83103, 45788.476 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 159768.86, 134.43246, 50599.565 ) Forward (first) = ( 188728.79, 133.59978, 52886.013 ) Aft (second) = ( 158675.89, 134.17255, 64045.494 ) Forward (second) = ( 187643.03, 133.37532, 66312.564 ) Boresight = ( 173708.15, 133.90565, 58466.342 ) Col: 1, Row: 1 = ( 164051.38, 134.17683, 57705.538 ) Col: 2, Row: 1 = ( 173708.15, 133.90565, 58466.342 ) Col: 3, Row: 1 = ( 183360.76, 133.63240, 59223.445 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 158675.89, 134.17255, 64045.494 ) Forward (first) = ( 187643.03, 133.37532, 66312.564 ) Aft (second) = ( 157589.46, 133.83986, 77479.994 ) Forward (second) = ( 186564.47, 133.08987, 79727.572 ) Boresight = ( 172621.71, 133.63190, 71897.948 ) Col: 1, Row: 1 = ( 162962.46, 133.88860, 71143.278 ) Col: 2, Row: 1 = ( 172621.71, 133.63190, 71897.948 ) Col: 3, Row: 1 = ( 182276.91, 133.37160, 72648.227 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 157589.46, 133.83986, 77479.994 ) Forward (first) = ( 186564.47, 133.08987, 79727.572 ) Aft (second) = ( 156513.21, 133.43296, 90900.387 ) Forward (second) = ( 185496.25, 132.74243, 93128.361 ) Boresight = ( 171543.70, 133.29119, 85316.728 ) Col: 1, Row: 1 = ( 161881.86, 133.52920, 84568.231 ) Col: 2, Row: 1 = ( 171543.70, 133.29119, 85316.728 ) Col: 3, Row: 1 = ( 181201.65, 133.04758, 86060.148 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 156513.21, 133.43296, 90900.387 ) Forward (first) = ( 185496.25, 132.74243, 93128.361 ) Aft (second) = ( 155451.57, 132.95050, 104304.00 ) Forward (second) = ( 184442.16, 132.33208, 106512.26 ) Boresight = ( 170477.85, 132.88237, 98720.009 ) Col: 1, Row: 1 = ( 160813.48, 133.09731, 97977.721 ) Col: 2, Row: 1 = ( 170477.85, 132.88237, 98720.009 ) Col: 3, Row: 1 = ( 180138.54, 132.65933, 99456.532 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 155451.57, 132.95050, 104304.00 ) Forward (first) = ( 184442.16, 132.33208, 106512.26 ) Aft (second) = ( 154409.78, 132.39112, 117688.16 ) Forward (second) = ( 183406.65, 131.85788, 119876.60 ) Boresight = ( 169428.60, 132.40431, 112105.12 ) Col: 1, Row: 1 = ( 159762.03, 132.59165, 111369.08 ) Col: 2, Row: 1 = ( 169428.60, 132.40431, 112105.12 ) Col: 3, Row: 1 = ( 179091.79, 132.20585, 112834.71 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 154409.78, 132.39112, 117688.16 ) Forward (first) = ( 183406.65, 131.85788, 119876.60 ) Aft (second) = ( 153393.88, 131.75358, 131050.21 ) Forward (second) = ( 182394.82, 131.31899, 133218.71 ) Boresight = ( 168401.11, 131.85595, 125469.39 ) Col: 1, Row: 1 = ( 158732.98, 132.01103, 124739.63 ) Col: 2, Row: 1 = ( 168401.11, 131.85595, 125469.39 ) Col: 3, Row: 1 = ( 178066.30, 131.68621, 126192.01 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 153393.88, 131.75358, 131050.21 ) Forward (first) = ( 182394.82, 131.31899, 133218.71 ) Aft (second) = ( 152410.76, 131.03673, 144387.48 ) Forward (second) = ( 181412.48, 130.71462, 146535.94 ) Boresight = ( 167401.32, 131.23630, 138810.15 ) Col: 1, Row: 1 = ( 157732.60, 131.35430, 138086.72 ) Col: 2, Row: 1 = ( 167401.32, 131.23630, 138810.15 ) Col: 3, Row: 1 = ( 177067.67, 131.09952, 139525.77 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 152410.76, 131.03673, 144387.48 ) Forward (first) = ( 181412.48, 130.71462, 146535.94 ) Aft (second) = ( 151468.16, 130.23959, 157697.32 ) Forward (second) = ( 180466.11, 130.04408, 159825.63 ) Boresight = ( 166435.88, 130.54447, 152124.76 ) Col: 1, Row: 1 = ( 156767.97, 130.62046, 151407.68 ) Col: 2, Row: 1 = ( 166435.88, 130.54447, 152124.76 ) Col: 3, Row: 1 = ( 176102.21, 130.44501, 152833.33 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 151468.16, 130.23959, 157697.32 ) Forward (first) = ( 180466.11, 130.04408, 159825.63 ) Aft (second) = ( 150574.65, 129.36135, 170977.07 ) Forward (second) = ( 179562.88, 129.30682, 173085.12 ) Boresight = ( 165512.22, 129.77972, 165410.55 ) Col: 1, Row: 1 = ( 155847.00, 129.80867, 164699.86 ) Col: 2, Row: 1 = ( 165512.22, 129.77972, 165410.55 ) Col: 3, Row: 1 = ( 175176.94, 129.72201, 166112.05 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 150574.65, 129.36135, 170977.07 ) Forward (first) = ( 179562.88, 129.30682, 173085.12 ) Aft (second) = ( 149739.65, 128.40148, 184224.08 ) Forward (second) = ( 178710.64, 128.50243, 186311.78 ) Boresight = ( 164638.54, 128.94147, 178664.87 ) Col: 1, Row: 1 = ( 154978.38, 128.91830, 177960.62 ) Col: 2, Row: 1 = ( 164638.54, 128.94147, 178664.87 ) Col: 3, Row: 1 = ( 174299.57, 128.93000, 179359.26 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 149739.65, 128.40148, 184224.08 ) Forward (first) = ( 178710.64, 128.50243, 186311.78 ) Aft (second) = ( 148973.39, 127.35978, 197435.73 ) Forward (second) = ( 177917.90, 127.63070, 199502.96 ) Boresight = ( 163823.77, 128.02938, 191885.09 ) Col: 1, Row: 1 = ( 154171.64, 127.94897, 191187.30 ) Col: 2, Row: 1 = ( 163823.77, 128.02938, 191885.09 ) Col: 3, Row: 1 = ( 173478.53, 128.06867, 192572.33 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 148973.39, 127.35978, 197435.73 ) Forward (first) = ( 177917.90, 127.63070, 199502.96 ) Aft (second) = ( 148286.91, 126.23639, 210609.37 ) Forward (second) = ( 177193.85, 126.69164, 212656.04 ) Boresight = ( 163077.56, 127.04336, 205068.56 ) Col: 1, Row: 1 = ( 153437.06, 126.90062, 204377.27 ) Col: 2, Row: 1 = ( 163077.56, 127.04336, 205068.56 ) Col: 3, Row: 1 = ( 172722.92, 127.13791, 205748.63 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 148286.91, 126.23639, 210609.37 ) Forward (first) = ( 177193.85, 126.69164, 212656.04 ) Aft (second) = ( 147691.95, 125.03194, 223742.39 ) Forward (second) = ( 176548.28, 125.68554, 225768.38 ) Boresight = ( 162410.27, 125.98364, 218212.67 ) Col: 1, Row: 1 = ( 152785.67, 125.77358, 217527.92 ) Col: 2, Row: 1 = ( 162410.27, 125.98364, 218212.67 ) Col: 3, Row: 1 = ( 172042.51, 126.13790, 218885.53 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 147691.95, 125.03194, 223742.39 ) Forward (first) = ( 176548.28, 125.68554, 225768.38 ) Aft (second) = ( 147200.99, 123.74754, 236832.16 ) Forward (second) = ( 175991.58, 124.61299, 238837.39 ) Boresight = ( 161832.94, 124.85081, 231314.78 ) Col: 1, Row: 1 = ( 152229.21, 124.56859, 230636.60 ) Col: 2, Row: 1 = ( 161832.94, 124.85081, 231314.78 ) Col: 3, Row: 1 = ( 171447.69, 125.06910, 231980.40 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 147200.99, 123.74754, 236832.16 ) Forward (first) = ( 175991.58, 124.61299, 238837.39 ) Aft (second) = ( 146827.07, 122.38491, 249876.09 ) Forward (second) = ( 175534.68, 123.47492, 251860.44 ) Boresight = ( 161357.18, 123.64591, 244372.30 ) Col: 1, Row: 1 = ( 151780.04, 123.28693, 243700.73 ) Col: 2, Row: 1 = ( 161357.18, 123.64591, 244372.30 ) Col: 3, Row: 1 = ( 170949.43, 123.93237, 245030.64 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 146827.07, 122.38491, 249876.09 ) Forward (first) = ( 175534.68, 123.47492, 251860.44 ) Aft (second) = ( 146583.76, 120.94640, 262871.56 ) Forward (second) = ( 175189.00, 122.27266, 264834.94 ) Boresight = ( 160995.16, 122.37041, 257382.61 ) Col: 1, Row: 1 = ( 151451.07, 121.93041, 256717.68 ) Col: 2, Row: 1 = ( 160995.16, 122.37041, 257382.61 ) Col: 3, Row: 1 = ( 170559.21, 122.72891, 258033.65 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 146583.76, 120.94640, 262871.56 ) Forward (first) = ( 175189.00, 122.27266, 264834.94 ) Aft (second) = ( 146484.98, 119.43508, 275815.99 ) Forward (second) = ( 174966.34, 121.00795, 277758.31 ) Boresight = ( 160759.50, 121.02632, 270343.13 ) Col: 1, Row: 1 = ( 151255.66, 120.50148, 269684.87 ) Col: 2, Row: 1 = ( 160759.50, 121.02632, 270343.13 ) Col: 3, Row: 1 = ( 170288.97, 121.46041, 270986.83 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 146484.98, 119.43508, 275815.99 ) Forward (first) = ( 174966.34, 121.00795, 277758.31 ) Aft (second) = ( 146544.92, 117.85475, 288706.81 ) Forward (second) = ( 174878.84, 119.68300, 290627.97 ) Boresight = ( 160663.17, 119.61620, 283251.26 ) Col: 1, Row: 1 = ( 151207.52, 119.00323, 282599.71 ) Col: 2, Row: 1 = ( 160663.17, 119.61620, 283251.26 ) Col: 3, Row: 1 = ( 170151.03, 120.12901, 283887.59 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 146544.92, 117.85475, 288706.81 ) Forward (first) = ( 174878.84, 119.68300, 290627.97 ) Aft (second) = ( 146777.84, 116.20996, 301541.45 ) Forward (second) = ( 174938.86, 118.30048, 303441.35 ) Boresight = ( 160719.35, 118.14321, 296104.45 ) Col: 1, Row: 1 = ( 151320.51, 117.43946, 295459.64 ) Col: 2, Row: 1 = ( 160719.35, 118.14321, 296104.45 ) Col: 3, Row: 1 = ( 170157.92, 118.73736, 296733.38 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 146777.84, 116.20996, 301541.45 ) Forward (first) = ( 174938.86, 118.30048, 303441.35 ) Aft (second) = ( 147197.89, 114.50605, 314317.34 ) Forward (second) = ( 175158.87, 116.86357, 316195.89 ) Boresight = ( 160941.36, 116.61110, 308900.11 ) Col: 1, Row: 1 = ( 151608.56, 115.81466, 308262.08 ) Col: 2, Row: 1 = ( 160941.36, 116.61110, 308900.11 ) Col: 3, Row: 1 = ( 170322.38, 117.28863, 309521.62 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:20:50 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1920799.2 km Body center Ra : 116.65305 deg Body Center Dec : 22.691336 deg w: 1 = ( 164051.38, 134.17683, 57705.538 ) Col: 2, Row: 1 = ( 173708.15, 133.90565, 58466.342 ) Col: 3, Row: 1 = ( 183360.76, 133.63240, 59223.445 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 158675.89, 134.17255, 64045.494 ) Forward (firsti24_nans01_22.look_lbl000077505166050166273000000317321166151707100173610ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_22.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_22.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_22" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-285T23:20:05.886Z SPACECRAFT_CLOCK_START_COUNT = 1/05210470:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_22.look_new_1000077505166050166273000000613221166151707100176170ustar00meisnerplanetrestore00005460000003UTC Time : 1999-285 // 23:20:05.886 SCLK Time : 1/05210470:00:0:0 Spacecraft position = (-824531.04, 1602179.9, 749230.51) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 183997.84, 152.90171, -325069.93 ) Forward (first) = ( 212359.09, 154.70614, -322289.91 ) Aft (second) = ( 181597.46, 154.17427, -312169.53 ) Forward (second) = ( 210119.06, 155.82849, -309403.69 ) Boresight = ( 196958.84, 154.49921, -317258.91 ) Col: 1, Row: 1 = ( 187495.16, 153.88356, -318175.45 ) Col: 2, Row: 1 = ( 196958.84, 154.49921, -317258.91 ) Col: 3, Row: 1 = ( 206460.55, 155.03180, -316326.75 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 181597.46, 154.17427, -312169.53 ) Forward (first) = ( 210119.06, 155.82849, -309403.69 ) Aft (second) = ( 179333.90, 155.42350, -299205.73 ) Forward (second) = ( 208000.16, 156.92528, -296454.22 ) Boresight = ( 194710.13, 155.68086, -304332.87 ) Col: 1, Row: 1 = ( 185193.09, 155.11739, -305244.99 ) Col: 2, Row: 1 = ( 194710.13, 155.68086, -304332.87 ) Col: 3, Row: 1 = ( 204259.83, 156.16478, -303405.79 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 179333.90, 155.42350, -299205.73 ) Forward (first) = ( 208000.16, 156.92528, -296454.22 ) Aft (second) = ( 177199.23, 156.64605, -286181.12 ) Forward (second) = ( 205994.86, 157.99402, -283444.06 ) Boresight = ( 192586.12, 156.83628, -291344.78 ) Col: 1, Row: 1 = ( 183021.07, 156.32572, -292252.44 ) Col: 2, Row: 1 = ( 192586.12, 156.83628, -291344.78 ) Col: 3, Row: 1 = ( 202178.84, 157.27109, -290422.84 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177199.23, 156.64605, -286181.12 ) Forward (first) = ( 205994.86, 157.99402, -283444.06 ) Aft (second) = ( 175185.33, 157.83865, -273098.29 ) Forward (second) = ( 204095.57, 159.03233, -270375.82 ) Boresight = ( 190578.99, 157.96263, -278297.25 ) Col: 1, Row: 1 = ( 180971.15, 157.50539, -279200.40 ) Col: 2, Row: 1 = ( 190578.99, 157.96263, -278297.25 ) Col: 3, Row: 1 = ( 200209.93, 158.34815, -277380.48 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 175185.33, 157.83865, -273098.29 ) Forward (first) = ( 204095.57, 159.03233, -270375.82 ) Aft (second) = ( 173283.92, 158.99812, -259959.84 ) Forward (second) = ( 202294.64, 160.03790, -257252.10 ) Boresight = ( 188680.83, 159.05717, -265192.86 ) Col: 1, Row: 1 = ( 179035.20, 158.65336, -266091.46 ) Col: 2, Row: 1 = ( 188680.83, 159.05717, -265192.86 ) Col: 3, Row: 1 = ( 198345.37, 159.39351, -264281.31 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 173283.92, 158.99812, -259959.84 ) Forward (first) = ( 202294.64, 160.03790, -257252.10 ) Aft (second) = ( 171486.64, 160.12141, -246768.40 ) Forward (second) = ( 200584.46, 161.00855, -244075.52 ) Boresight = ( 186883.66, 160.11728, -252034.23 ) Col: 1, Row: 1 = ( 177205.01, 159.76669, -252928.23 ) Col: 2, Row: 1 = ( 186883.66, 160.11728, -252034.23 ) Col: 3, Row: 1 = ( 196577.41, 160.40480, -251127.95 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 171486.64, 160.12141, -246768.40 ) Forward (first) = ( 200584.46, 161.00855, -244075.52 ) Aft (second) = ( 169785.12, 161.20560, -233526.60 ) Forward (second) = ( 198957.48, 161.94219, -230848.71 ) Boresight = ( 185179.48, 161.14043, -238823.98 ) Col: 1, Row: 1 = ( 175472.34, 160.84255, -239713.35 ) Col: 2, Row: 1 = ( 185179.48, 161.14043, -238823.98 ) Col: 3, Row: 1 = ( 194898.34, 161.37977, -237923.01 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 169785.12, 161.20560, -233526.60 ) Forward (first) = ( 198957.48, 161.94219, -230848.71 ) Aft (second) = ( 168171.04, 162.24791, -220237.06 ) Forward (second) = ( 197406.26, 162.83683, -217574.31 ) Boresight = ( 183560.38, 162.12424, -225564.74 ) Col: 1, Row: 1 = ( 173828.99, 161.87826, -226449.43 ) Col: 2, Row: 1 = ( 183560.38, 162.12424, -225564.74 ) Col: 3, Row: 1 = ( 193300.51, 162.31626, -224669.14 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 168171.04, 162.24791, -220237.06 ) Forward (first) = ( 197406.26, 162.83683, -217574.31 ) Aft (second) = ( 166636.14, 163.24568, -206902.44 ) Forward (second) = ( 195923.49, 163.69060, -204254.95 ) Boresight = ( 182018.54, 163.06642, -212259.16 ) Col: 1, Row: 1 = ( 172266.80, 162.87127, -213139.13 ) Col: 2, Row: 1 = ( 182018.54, 163.06642, -212259.16 ) Col: 3, Row: 1 = ( 191776.40, 163.21224, -211368.97 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 166636.14, 163.24568, -206902.44 ) Forward (first) = ( 195923.49, 163.69060, -204254.95 ) Aft (second) = ( 165172.36, 164.19643, -193525.40 ) Forward (second) = ( 194502.08, 164.50173, -190893.31 ) Boresight = ( 180546.30, 163.96484, -198909.90 ) Col: 1, Row: 1 = ( 170777.81, 163.81916, -199785.09 ) Col: 2, Row: 1 = ( 180546.30, 163.96484, -198909.90 ) Col: 3, Row: 1 = ( 190318.67, 164.06580, -198025.15 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 165172.36, 164.19643, -193525.40 ) Forward (first) = ( 194502.08, 164.50173, -190893.31 ) Aft (second) = ( 163771.82, 165.09778, -180108.60 ) Forward (second) = ( 193135.18, 165.26855, -177492.03 ) Boresight = ( 179136.20, 164.81746, -185519.60 ) Col: 1, Row: 1 = ( 169354.19, 164.71963, -186389.99 ) Col: 2, Row: 1 = ( 179136.20, 164.81746, -185519.60 ) Col: 3, Row: 1 = ( 188920.18, 164.87511, -184640.35 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 163771.82, 165.09778, -180108.60 ) Forward (first) = ( 193135.18, 165.26855, -177492.03 ) Aft (second) = ( 162426.94, 165.94753, -166654.71 ) Forward (second) = ( 191816.19, 165.98947, -164053.80 ) Boresight = ( 177781.03, 165.62237, -172090.94 ) Col: 1, Row: 1 = ( 167988.41, 165.57055, -172956.48 ) Col: 2, Row: 1 = ( 177781.03, 165.62237, -172090.94 ) Col: 3, Row: 1 = ( 187574.04, 165.63847, -171217.24 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 162426.94, 165.94753, -166654.71 ) Forward (first) = ( 191816.19, 165.98947, -164053.80 ) Aft (second) = ( 161130.40, 166.74356, -153166.42 ) Forward (second) = ( 190538.85, 166.66302, -150581.29 ) Boresight = ( 176473.89, 166.37775, -158626.60 ) Col: 1, Row: 1 = ( 166673.19, 166.36987, -159487.24 ) Col: 2, Row: 1 = ( 176473.89, 166.37775, -158626.60 ) Col: 3, Row: 1 = ( 186273.68, 166.35426, -157758.48 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 161130.40, 166.74356, -153166.42 ) Forward (first) = ( 190538.85, 166.66302, -150581.29 ) Aft (second) = ( 159875.30, 167.48389, -139646.41 ) Forward (second) = ( 189297.23, 167.28777, -137077.19 ) Boresight = ( 175208.19, 167.08192, -145129.26 ) Col: 1, Row: 1 = ( 165401.61, 167.11568, -145984.96 ) Col: 2, Row: 1 = ( 175208.19, 167.08192, -145129.26 ) Col: 3, Row: 1 = ( 185012.83, 167.02094, -144266.77 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 159875.30, 167.48389, -139646.41 ) Forward (first) = ( 189297.23, 167.28777, -137077.19 ) Aft (second) = ( 158655.09, 168.16665, -126097.37 ) Forward (second) = ( 188085.76, 167.86237, -123544.20 ) Boresight = ( 173977.74, 167.73323, -131601.61 ) Col: 1, Row: 1 = ( 164167.11, 167.80617, -132452.33 ) Col: 2, Row: 1 = ( 173977.74, 167.73323, -131601.61 ) Col: 3, Row: 1 = ( 183785.60, 167.63707, -130744.79 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 158655.09, 168.16665, -126097.37 ) Forward (first) = ( 188085.76, 167.86237, -123544.20 ) Aft (second) = ( 157463.70, 168.79004, -112522.01 ) Forward (second) = ( 186899.30, 168.38555, -109985.01 ) Boresight = ( 172776.72, 168.33016, -118046.35 ) Col: 1, Row: 1 = ( 162963.57, 168.43960, -118892.04 ) Col: 2, Row: 1 = ( 172776.72, 168.33016, -118046.35 ) Col: 3, Row: 1 = ( 182586.49, 168.20126, -117195.24 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 157463.70, 168.79004, -112522.01 ) Forward (first) = ( 186899.30, 168.38555, -109985.01 ) Aft (second) = ( 156295.51, 169.35233, -98923.033 ) Forward (second) = ( 185733.12, 168.85605, -96402.325 ) Boresight = ( 171599.77, 168.87123, -104466.17 ) Col: 1, Row: 1 = ( 161785.31, 169.01431, -105306.80 ) Col: 2, Row: 1 = ( 171599.77, 168.87123, -104466.17 ) Col: 3, Row: 1 = ( 181410.43, 168.71218, -103620.83 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 156295.51, 169.35233, -98923.033 ) Forward (first) = ( 185733.12, 168.85605, -96402.325 ) Aft (second) = ( 155145.43, 169.85187, -85303.140 ) Forward (second) = ( 184582.96, 169.27269, -82798.854 ) Boresight = ( 170442.00, 169.35501, -90863.790 ) Col: 1, Row: 1 = ( 160627.12, 169.52872, -91699.319 ) Col: 2, Row: 1 = ( 170442.00, 169.35501, -90863.790 ) Col: 3, Row: 1 = ( 180252.79, 169.16855, -90024.246 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 155145.43, 169.85187, -85303.140 ) Forward (first) = ( 184582.96, 169.27269, -82798.854 ) Aft (second) = ( 154008.91, 170.28702, -71665.050 ) Forward (second) = ( 183445.02, 169.63428, -69177.311 ) Boresight = ( 169299.01, 169.78011, -77241.916 ) Col: 1, Row: 1 = ( 159484.33, 169.98128, -78072.299 ) Col: 2, Row: 1 = ( 169299.01, 169.78011, -77241.916 ) Col: 3, Row: 1 = ( 179109.42, 169.56912, -76408.217 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 154008.91, 170.28702, -71665.050 ) Forward (first) = ( 183445.02, 169.63428, -69177.311 ) Aft (second) = ( 152881.98, 170.65620, -58011.480 ) Forward (second) = ( 182316.01, 169.93969, -55540.411 ) Boresight = ( 168166.93, 170.14519, -63603.264 ) Col: 1, Row: 1 = ( 158352.82, 170.37047, -64428.461 ) Col: 2, Row: 1 = ( 168166.93, 170.14519, -63603.264 ) Col: 3, Row: 1 = ( 177976.68, 169.91268, -62775.451 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 152881.98, 170.65620, -58011.480 ) Forward (first) = ( 182316.01, 169.93969, -55540.411 ) Aft (second) = ( 151761.26, 170.95782, -44345.150 ) Forward (second) = ( 181193.18, 170.18775, -41890.874 ) Boresight = ( 167042.43, 170.44890, -49950.552 ) Col: 1, Row: 1 = ( 157229.04, 170.69479, -50770.521 ) Col: 2, Row: 1 = ( 167042.43, 170.44890, -49950.552 ) Col: 3, Row: 1 = ( 176851.44, 170.19802, -49128.666 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 151761.26, 170.95782, -44345.150 ) Forward (first) = ( 181193.18, 170.18775, -41890.874 ) Aft (second) = ( 150644.02, 171.19028, -30668.782 ) Forward (second) = ( 180074.30, 170.37735, -28231.422 ) Boresight = ( 165922.74, 170.68991, -36286.503 ) Col: 1, Row: 1 = ( 156110.02, 170.95275, -37101.203 ) Col: 2, Row: 1 = ( 165922.74, 170.68991, -36286.503 ) Col: 3, Row: 1 = ( 175731.13, 170.42393, -35470.585 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 150644.02, 171.19028, -30668.782 ) Forward (first) = ( 180074.30, 170.37735, -28231.422 ) Aft (second) = ( 149528.18, 171.35198, -16985.101 ) Forward (second) = ( 178957.70, 170.50732, -14564.778 ) Boresight = ( 164805.73, 170.86687, -22613.838 ) Col: 1, Row: 1 = ( 154993.45, 171.14284, -23423.230 ) Col: 2, Row: 1 = ( 164805.73, 170.86687, -22613.838 ) Col: 3, Row: 1 = ( 174613.73, 170.58922, -21803.930 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 149528.18, 171.35198, -16985.101 ) Forward (first) = ( 178957.70, 170.50732, -14564.778 ) Aft (second) = ( 148412.35, 171.44129, -3296.8343 ) Forward (second) = ( 177842.32, 170.57653, -893.66921 ) Boresight = ( 163689.84, 170.97844, -8935.2838 ) Col: 1, Row: 1 = ( 153877.67, 171.26354, -9739.3264 ) Col: 2, Row: 1 = ( 163689.84, 170.97844, -8935.2838 ) Col: 3, Row: 1 = ( 173497.82, 170.69268, -8131.4255 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 148412.35, 171.44129, -3296.8343 ) Forward (first) = ( 177842.32, 170.57653, -893.66921 ) Aft (second) = ( 147295.86, 171.45655, 10393.292 ) Forward (second) = ( 176727.68, 170.58380, 12779.179 ) Boresight = ( 162574.19, 171.02325, 4746.4335 ) Col: 1, Row: 1 = ( 152761.68, 171.31331, 3947.7799 ) Col: 2, Row: 1 = ( 162574.19, 171.02325, 4746.4335 ) Col: 3, Row: 1 = ( 172382.59, 170.73309, 5544.2017 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 147295.86, 171.45655, 10393.292 ) Forward (first) = ( 176727.68, 170.58380, 12779.179 ) Aft (second) = ( 146178.78, 171.39606, 24082.550 ) Forward (second) = ( 175613.93, 170.52796, 26451.041 ) Boresight = ( 161458.55, 170.99990, 18428.587 ) Col: 1, Row: 1 = ( 151645.21, 171.29057, 17635.362 ) Col: 2, Row: 1 = ( 161458.55, 170.99990, 18428.587 ) Col: 3, Row: 1 = ( 171267.85, 170.70920, 19220.225 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 146178.78, 171.39606, 24082.550 ) Forward (first) = ( 175613.93, 170.52796, 26451.041 ) Aft (second) = ( 145061.95, 171.25808, 37768.213 ) Forward (second) = ( 174501.87, 170.40781, 40119.189 ) Boresight = ( 160343.37, 170.90697, 32108.449 ) Col: 1, Row: 1 = ( 150528.73, 171.19372, 31320.692 ) Col: 2, Row: 1 = ( 160343.37, 170.90697, 32108.449 ) Col: 3, Row: 1 = ( 170154.07, 170.61975, 32893.918 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 145061.95, 171.25808, 37768.213 ) Forward (first) = ( 174501.87, 170.40781, 40119.189 ) Aft (second) = ( 143947.01, 171.04084, 51447.553 ) Forward (second) = ( 173392.95, 170.22213, 53780.898 ) Boresight = ( 159229.84, 170.74303, 45783.293 ) Col: 1, Row: 1 = ( 149413.43, 171.02110, 45001.044 ) Col: 2, Row: 1 = ( 159229.84, 170.74303, 45783.293 ) Col: 3, Row: 1 = ( 169042.40, 170.46348, 46562.554 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 143947.01, 171.04084, 51447.553 ) Forward (first) = ( 173392.95, 170.22213, 53780.898 ) Aft (second) = ( 142836.45, 170.74254, 65117.847 ) Forward (second) = ( 172289.31, 169.96972, 67433.444 ) Boresight = ( 158119.87, 170.50662, 59450.393 ) Col: 1, Row: 1 = ( 148301.34, 170.77107, 58673.691 ) Col: 2, Row: 1 = ( 158119.87, 170.50662, 59450.393 ) Col: 3, Row: 1 = ( 167934.65, 170.23909, 60223.407 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 142836.45, 170.74254, 65117.847 ) Forward (first) = ( 172289.31, 169.96972, 67433.444 ) Aft (second) = ( 141733.60, 170.36135, 78776.369 ) Forward (second) = ( 171193.80, 169.64936, 81074.103 ) Boresight = ( 157016.14, 170.19625, 73107.026 ) Col: 1, Row: 1 = ( 147195.27, 170.44192, 72335.909 ) Col: 2, Row: 1 = ( 157016.14, 170.19625, 73107.026 ) Col: 3, Row: 1 = ( 166833.39, 169.94529, 73873.754 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 141733.60, 170.36135, 78776.369 ) Forward (first) = ( 171193.80, 169.64936, 81074.103 ) Aft (second) = ( 140642.69, 169.89549, 92420.400 ) Forward (second) = ( 170109.97, 169.25984, 94700.156 ) Boresight = ( 155922.11, 169.81047, 86750.468 ) Col: 1, Row: 1 = ( 146098.90, 170.03198, 85984.976 ) Col: 2, Row: 1 = ( 155922.11, 169.81047, 86750.468 ) Col: 3, Row: 1 = ( 165741.90, 169.58078, 87510.873 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 140642.69, 169.89549, 92420.400 ) Forward (first) = ( 170109.97, 169.25984, 94700.156 ) Aft (second) = ( 139568.88, 169.34316, 106047.22 ) Forward (second) = ( 169042.14, 168.80000, 108308.88 ) Boresight = ( 154842.04, 169.34783, 100378.00 ) Col: 1, Row: 1 = ( 145016.75, 169.53957, 99618.172 ) Col: 2, Row: 1 = ( 154842.04, 169.34783, 100378.00 ) Col: 3, Row: 1 = ( 164664.20, 169.14431, 101132.05 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 139568.88, 169.34316, 106047.22 ) Forward (first) = ( 169042.14, 168.80000, 108308.88 ) Aft (second) = ( 138518.24, 168.70266, 119654.12 ) Forward (second) = ( 167995.36, 168.26872, 121897.58 ) Boresight = ( 153781.05, 168.80691, 113986.91 ) Col: 1, Row: 1 = ( 143954.27, 168.96307, 113232.78 ) Col: 2, Row: 1 = ( 153781.05, 168.80691, 113986.91 ) Col: 3, Row: 1 = ( 163605.12, 168.63465, 114734.56 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 138518.24, 168.70266, 119654.12 ) Forward (first) = ( 167995.36, 168.26872, 121897.58 ) Aft (second) = ( 137497.85, 167.97239, 133238.38 ) Forward (second) = ( 166975.45, 167.66492, 135463.52 ) Boresight = ( 152745.08, 168.18639, 127574.48 ) Col: 1, Row: 1 = ( 142917.80, 168.30094, 126826.09 ) Col: 2, Row: 1 = ( 152745.08, 168.18639, 127574.48 ) Col: 3, Row: 1 = ( 162570.25, 168.05062, 128315.69 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 137497.85, 167.97239, 133238.38 ) Forward (first) = ( 166975.45, 167.66492, 135463.52 ) Aft (second) = ( 136515.74, 167.15092, 146797.29 ) Forward (second) = ( 165989.04, 166.98767, 149004.01 ) Boresight = ( 151740.96, 167.48504, 141138.00 ) Col: 1, Row: 1 = ( 141914.64, 167.55178, 140395.39 ) Col: 2, Row: 1 = ( 151740.96, 167.48504, 141138.00 ) Col: 3, Row: 1 = ( 161566.01, 167.39115, 141872.74 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 136515.74, 167.15092, 146797.29 ) Forward (first) = ( 165989.04, 166.98767, 149004.01 ) Aft (second) = ( 135580.97, 166.23704, 160328.17 ) Forward (second) = ( 165043.51, 166.23615, 162516.35 ) Boresight = ( 150776.37, 166.70177, 154674.77 ) Col: 1, Row: 1 = ( 140953.02, 166.71433, 153937.97 ) Col: 2, Row: 1 = ( 150776.37, 166.70177, 154674.77 ) Col: 3, Row: 1 = ( 160599.60, 166.65530, 155403.01 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 135580.97, 166.23704, 160328.17 ) Forward (first) = ( 165043.51, 166.23615, 162516.35 ) Aft (second) = ( 134703.54, 165.22986, 173828.30 ) Forward (second) = ( 164147.05, 165.40971, 175997.84 ) Boresight = ( 149859.89, 165.83570, 168182.10 ) Col: 1, Row: 1 = ( 140042.13, 165.78760, 167451.15 ) Col: 2, Row: 1 = ( 149859.89, 165.83570, 168182.10 ) Col: 3, Row: 1 = ( 159679.07, 165.84229, 168903.79 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 134703.54, 165.22986, 173828.30 ) Forward (first) = ( 164147.05, 165.40971, 175997.84 ) Aft (second) = ( 133894.48, 164.12883, 187295.01 ) Forward (second) = ( 163308.62, 164.50794, 189445.79 ) Boresight = ( 149000.95, 164.88621, 181657.28 ) Col: 1, Row: 1 = ( 139192.10, 164.77090, 180932.22 ) Col: 2, Row: 1 = ( 149000.95, 164.88621, 181657.28 ) Col: 3, Row: 1 = ( 158813.25, 164.95154, 182372.39 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 133894.48, 164.12883, 187295.01 ) Forward (first) = ( 163308.62, 164.50794, 189445.79 ) Aft (second) = ( 133165.75, 162.93392, 200725.61 ) Forward (second) = ( 162537.94, 163.53066, 202857.53 ) Boresight = ( 148209.88, 163.85298, 195097.64 ) Col: 1, Row: 1 = ( 138414.01, 163.66392, 194378.51 ) Col: 2, Row: 1 = ( 148209.88, 163.85298, 195097.64 ) Col: 3, Row: 1 = ( 158011.79, 163.98275, 195806.14 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 133165.75, 162.93392, 200725.61 ) Forward (first) = ( 162537.94, 163.53066, 202857.53 ) Aft (second) = ( 132530.19, 161.64564, 214117.42 ) Forward (second) = ( 161845.47, 162.47803, 216230.37 ) Boresight = ( 147497.80, 162.73608, 208500.49 ) Col: 1, Row: 1 = ( 137719.81, 162.46681, 207787.32 ) Col: 2, Row: 1 = ( 147497.80, 162.73608, 208500.49 ) Col: 3, Row: 1 = ( 157285.12, 162.93593, 209202.34 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 132530.19, 161.64564, 214117.42 ) Forward (first) = ( 161845.47, 162.47803, 216230.37 ) Aft (second) = ( 132001.49, 160.26517, 227467.77 ) Forward (second) = ( 161242.37, 161.35058, 229561.65 ) Boresight = ( 146876.64, 161.53602, 221863.17 ) Col: 1, Row: 1 = ( 137122.29, 161.18029, 221155.99 ) Col: 2, Row: 1 = ( 146876.64, 161.53602, 221863.17 ) Col: 3, Row: 1 = ( 156644.38, 161.81147, 222558.33 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 132001.49, 160.26517, 227467.77 ) Forward (first) = ( 161242.37, 161.35058, 229561.65 ) Aft (second) = ( 131594.06, 158.79449, 240774.01 ) Forward (second) = ( 160740.42, 160.14927, 242848.71 ) Boresight = ( 146359.06, 160.25386, 235183.00 ) Col: 1, Row: 1 = ( 136635.03, 159.80572, 234481.86 ) Col: 2, Row: 1 = ( 146359.06, 160.25386, 235183.00 ) Col: 3, Row: 1 = ( 156101.44, 160.61019, 235871.45 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131594.06, 158.79449, 240774.01 ) Forward (first) = ( 160740.42, 160.14927, 242848.71 ) Aft (second) = ( 131322.94, 157.23640, 254033.48 ) Forward (second) = ( 160352.02, 158.87552, 256088.91 ) Boresight = ( 145958.34, 158.89125, 248457.34 ) Col: 1, Row: 1 = ( 136272.24, 158.34520, 247762.27 ) Col: 2, Row: 1 = ( 145958.34, 158.89125, 248457.34 ) Col: 3, Row: 1 = ( 155668.76, 159.33340, 249139.04 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131322.94, 157.23640, 254033.48 ) Forward (first) = ( 160352.02, 158.87552, 256088.91 ) Aft (second) = ( 131203.59, 155.59465, 267243.55 ) Forward (second) = ( 160090.01, 157.53130, 269279.59 ) Boresight = ( 145688.33, 157.45049, 261683.54 ) Col: 1, Row: 1 = ( 136048.69, 156.80163, 260994.57 ) Col: 2, Row: 1 = ( 145688.33, 157.45049, 261683.54 ) Col: 3, Row: 1 = ( 155359.36, 157.98299, 262358.45 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131203.59, 155.59465, 267243.55 ) Forward (first) = ( 160090.01, 157.53130, 269279.59 ) Aft (second) = ( 131251.77, 153.87400, 280401.58 ) Forward (second) = ( 159967.64, 156.11915, 282418.14 ) Boresight = ( 145563.29, 155.93464, 274858.96 ) Col: 1, Row: 1 = ( 135979.54, 155.17878, 274176.13 ) Col: 2, Row: 1 = ( 145563.29, 155.93464, 274858.96 ) Col: 3, Row: 1 = ( 155186.68, 156.56142, 275527.06 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131251.77, 153.87400, 280401.58 ) Forward (first) = ( 159967.64, 156.11915, 282418.14 ) Aft (second) = ( 131483.30, 152.08022, 293504.95 ) Forward (second) = ( 159998.42, 154.64221, 295501.92 ) Boresight = ( 145597.77, 154.34749, 287980.97 ) Col: 1, Row: 1 = ( 136080.18, 153.48138, 287304.32 ) Col: 2, Row: 1 = ( 145597.77, 154.34749, 287980.97 ) Col: 3, Row: 1 = ( 155164.48, 155.07181, 288642.22 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131483.30, 152.08022, 293504.95 ) Forward (first) = ( 159998.42, 154.64221, 295501.92 ) Aft (second) = ( 131913.85, 150.22011, 306551.05 ) Forward (second) = ( 160196.01, 153.10427, 308528.34 ) Boresight = ( 145806.41, 152.69365, 301046.97 ) Col: 1, Row: 1 = ( 136365.98, 151.71508, 300376.53 ) Col: 2, Row: 1 = ( 145806.41, 152.69365, 301046.97 ) Col: 3, Row: 1 = ( 155306.71, 153.51797, 301701.34 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131913.85, 150.22011, 306551.05 ) Forward (first) = ( 160196.01, 153.10427, 308528.34 ) Aft (second) = ( 132558.68, 148.30144, 319537.28 ) Forward (second) = ( 160574.01, 151.50974, 321494.79 ) Boresight = ( 146203.80, 150.97852, 314054.34 ) Col: 1, Row: 1 = ( 136852.16, 149.88644, 313390.15 ) Col: 2, Row: 1 = ( 146203.80, 150.97852, 314054.34 ) Col: 3, Row: 1 = ( 155627.31, 151.90438, 314701.80 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:21:49 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1951455.4 km Body center Ra : 117.23174 deg Body Center Dec : 22.577590 deg w: 1 = ( 148301.34, 170.77107, 58673.691 ) Col: 2, Row: 1 = ( 158119.87, 170.50662, 59450.393 ) Col: 3, Row: 1 = ( 167934.65, 170.23909, 60223.407 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 142836.45, 170.74254, 65117.847 ) Forward (firsti24_nans01_23.look_lbl000077505166050166273000000317321166151707100173620ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_23.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_23.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_23" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T00:20:45.884Z SPACECRAFT_CLOCK_START_COUNT = 1/05210530:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_23.look_new_1000077505166050166273000000613221166151707100176200ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 00:20:45.884 SCLK Time : 1/05210530:00:0:0 Spacecraft position = (-853925.32, 1620182.5, 757311.67) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 169073.96, 187.63252, -330418.73 ) Forward (first) = ( 197617.00, 189.96453, -327644.53 ) Aft (second) = ( 166503.03, 189.00990, -317304.98 ) Forward (second) = ( 195242.96, 191.17208, -314543.22 ) Boresight = ( 182031.22, 189.56980, -322504.00 ) Col: 1, Row: 1 = ( 172507.65, 188.76974, -323418.72 ) Col: 2, Row: 1 = ( 182031.22, 189.56980, -322504.00 ) Col: 3, Row: 1 = ( 191607.81, 190.26134, -321573.33 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 166503.03, 189.00990, -317304.98 ) Forward (first) = ( 195242.96, 191.17208, -314543.22 ) Aft (second) = ( 164082.40, 190.36710, -304126.94 ) Forward (second) = ( 193001.17, 192.35504, -301377.77 ) Boresight = ( 179638.17, 190.84708, -309363.28 ) Col: 1, Row: 1 = ( 170048.72, 190.10634, -310274.17 ) Col: 2, Row: 1 = ( 179638.17, 190.84708, -309363.28 ) Col: 3, Row: 1 = ( 189273.71, 191.48324, -308437.11 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 164082.40, 190.36710, -304126.94 ) Forward (first) = ( 193001.17, 192.35504, -301377.77 ) Aft (second) = ( 161803.94, 191.70001, -290887.24 ) Forward (second) = ( 190883.75, 193.51043, -288150.78 ) Boresight = ( 177381.95, 192.09966, -296159.64 ) Col: 1, Row: 1 = ( 167732.80, 191.41975, -297066.65 ) Col: 2, Row: 1 = ( 177381.95, 192.09966, -296159.64 ) Col: 3, Row: 1 = ( 187070.68, 192.67942, -295238.03 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 161803.94, 191.70001, -290887.24 ) Forward (first) = ( 190883.75, 193.51043, -288150.78 ) Aft (second) = ( 159659.17, 193.00461, -277588.50 ) Forward (second) = ( 188882.67, 194.63536, -274864.91 ) Boresight = ( 175254.37, 193.32411, -282895.72 ) Col: 1, Row: 1 = ( 165551.63, 192.70610, -283798.81 ) Col: 2, Row: 1 = ( 175254.37, 193.32411, -282895.72 ) Col: 3, Row: 1 = ( 184990.67, 193.84680, -281978.71 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 159659.17, 193.00461, -277588.50 ) Forward (first) = ( 188882.67, 194.63536, -274864.91 ) Aft (second) = ( 157639.39, 194.27696, -264233.40 ) Forward (second) = ( 186989.80, 195.72704, -261522.79 ) Boresight = ( 173247.08, 194.51707, -269574.17 ) Col: 1, Row: 1 = ( 163496.66, 193.96165, -270473.29 ) Col: 2, Row: 1 = ( 173247.08, 194.51707, -269574.17 ) Col: 3, Row: 1 = ( 183025.49, 194.98236, -268661.81 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 157639.39, 194.27696, -264233.40 ) Forward (first) = ( 186989.80, 195.72704, -261522.79 ) Aft (second) = ( 155735.71, 195.51322, -250824.58 ) Forward (second) = ( 185196.98, 196.78279, -248127.10 ) Boresight = ( 171351.56, 195.67528, -256197.63 ) Col: 1, Row: 1 = ( 161559.19, 195.18272, -257092.74 ) Col: 2, Row: 1 = ( 171351.56, 195.67528, -256197.63 ) Col: 3, Row: 1 = ( 181166.87, 196.08322, -255289.96 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 155735.71, 195.51322, -250824.58 ) Forward (first) = ( 185196.98, 196.78279, -248127.10 ) Aft (second) = ( 153939.13, 196.70970, -237364.71 ) Forward (second) = ( 183496.04, 197.80004, -234680.49 ) Boresight = ( 169559.27, 196.79564, -242768.77 ) Col: 1, Row: 1 = ( 159730.39, 196.36579, -243659.83 ) Col: 2, Row: 1 = ( 169559.27, 196.79564, -242768.77 ) Col: 3, Row: 1 = ( 179406.53, 197.14659, -241865.85 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 153939.13, 196.70970, -237364.71 ) Forward (first) = ( 183496.04, 197.80004, -234680.49 ) Aft (second) = ( 152240.64, 197.86286, -223856.48 ) Forward (second) = ( 181878.94, 198.77636, -221185.66 ) Boresight = ( 167861.62, 197.87514, -229290.28 ) Col: 1, Row: 1 = ( 158001.40, 197.50747, -230177.24 ) Col: 2, Row: 1 = ( 167861.62, 197.87514, -229290.28 ) Col: 3, Row: 1 = ( 177736.18, 198.16983, -228392.14 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 152240.64, 197.86286, -223856.48 ) Forward (first) = ( 181878.94, 198.77636, -221185.66 ) Aft (second) = ( 150631.24, 198.96931, -210302.58 ) Forward (second) = ( 180337.72, 199.70945, -207645.29 ) Boresight = ( 166250.13, 198.91095, -215764.83 ) Col: 1, Row: 1 = ( 156363.38, 198.60452, -216647.65 ) Col: 2, Row: 1 = ( 166250.13, 198.91095, -215764.83 ) Col: 3, Row: 1 = ( 176147.67, 199.15042, -214871.53 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 150631.24, 198.96931, -210302.58 ) Forward (first) = ( 180337.72, 199.70945, -207645.29 ) Aft (second) = ( 149102.06, 200.02587, -196705.72 ) Forward (second) = ( 178864.62, 200.59711, -194062.08 ) Boresight = ( 164716.41, 199.90038, -202195.12 ) Col: 1, Row: 1 = ( 154807.57, 199.65386, -203073.76 ) Col: 2, Row: 1 = ( 164716.41, 199.90038, -202195.12 ) Col: 3, Row: 1 = ( 174632.96, 200.08599, -201306.70 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 149102.06, 200.02587, -196705.72 ) Forward (first) = ( 178864.62, 200.59711, -194062.08 ) Aft (second) = ( 147644.40, 201.02949, -183068.59 ) Forward (second) = ( 177452.11, 201.43729, -180438.75 ) Boresight = ( 163252.26, 200.84086, -188583.86 ) Col: 1, Row: 1 = ( 153325.39, 200.65260, -189458.27 ) Col: 2, Row: 1 = ( 163252.26, 200.84086, -188583.86 ) Col: 3, Row: 1 = ( 173184.22, 200.97427, -187700.37 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 147644.40, 201.02949, -183068.59 ) Forward (first) = ( 177452.11, 201.43729, -180438.75 ) Aft (second) = ( 146249.82, 201.97732, -169393.92 ) Forward (second) = ( 176092.94, 202.22804, -166778.00 ) Boresight = ( 161849.74, 201.72999, -174933.77 ) Col: 1, Row: 1 = ( 151908.47, 201.59798, -175803.90 ) Col: 2, Row: 1 = ( 161849.74, 201.72999, -174933.77 ) Col: 3, Row: 1 = ( 171793.88, 201.81314, -174055.24 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 146249.82, 201.97732, -169393.92 ) Forward (first) = ( 176092.94, 202.22804, -166778.00 ) Aft (second) = ( 144910.17, 202.86666, -155684.43 ) Forward (second) = ( 174780.17, 202.96752, -153082.56 ) Boresight = ( 160501.16, 202.56551, -161247.55 ) Col: 1, Row: 1 = ( 150548.73, 202.48740, -162113.37 ) Col: 2, Row: 1 = ( 160501.16, 202.56551, -161247.55 ) Col: 3, Row: 1 = ( 170454.67, 202.60060, -160374.04 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 144910.17, 202.86666, -155684.43 ) Forward (first) = ( 174780.17, 202.96752, -153082.56 ) Aft (second) = ( 143617.69, 203.69495, -141942.85 ) Forward (second) = ( 173507.23, 203.65399, -139355.17 ) Boresight = ( 159199.23, 203.34527, -147527.94 ) Col: 1, Row: 1 = ( 149238.44, 203.31844, -148389.41 ) Col: 2, Row: 1 = ( 159199.23, 203.34527, -147527.94 ) Col: 3, Row: 1 = ( 169159.63, 203.33475, -146659.49 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 143617.69, 203.69495, -141942.85 ) Forward (first) = ( 173507.23, 203.65399, -139355.17 ) Aft (second) = ( 142365.03, 204.45979, -128171.92 ) Forward (second) = ( 172267.95, 204.28579, -125598.55 ) Boresight = ( 157937.00, 204.06724, -133777.68 ) Col: 1, Row: 1 = ( 147970.25, 204.08875, -134634.75 ) Col: 2, Row: 1 = ( 157937.00, 204.06724, -133777.68 ) Col: 3, Row: 1 = ( 167902.22, 204.01379, -132914.32 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 142365.03, 204.45979, -128171.92 ) Forward (first) = ( 172267.95, 204.28579, -125598.55 ) Aft (second) = ( 141145.31, 205.15887, -114374.39 ) Forward (second) = ( 171056.59, 204.86136, -111815.46 ) Boresight = ( 156707.98, 204.72948, -119999.50 ) Col: 1, Row: 1 = ( 146737.26, 204.79616, -120852.13 ) Col: 2, Row: 1 = ( 156707.98, 204.72948, -119999.50 ) Col: 3, Row: 1 = ( 166676.31, 204.63602, -119141.29 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 141145.31, 205.15887, -114374.39 ) Forward (first) = ( 171056.59, 204.86136, -111815.46 ) Aft (second) = ( 139952.18, 205.78999, -100553.00 ) Forward (second) = ( 169867.89, 205.37916, -98008.640 ) Boresight = ( 155506.16, 205.33016, -106196.15 ) Col: 1, Row: 1 = ( 145533.06, 205.43856, -107044.30 ) Col: 2, Row: 1 = ( 155506.16, 205.33016, -106196.15 ) Col: 3, Row: 1 = ( 165476.23, 205.19979, -105343.13 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 139952.18, 205.78999, -100553.00 ) Forward (first) = ( 169867.89, 205.37916, -98008.640 ) Aft (second) = ( 138779.84, 206.35102, -86710.511 ) Forward (second) = ( 168697.06, 205.83774, -84180.844 ) Boresight = ( 154326.03, 205.86748, -92370.386 ) Col: 1, Row: 1 = ( 144351.78, 206.01393, -93214.015 ) Col: 2, Row: 1 = ( 154326.03, 205.86748, -92370.386 ) Col: 3, Row: 1 = ( 164296.81, 205.70352, -91522.597 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 138779.84, 206.35102, -86710.511 ) Forward (first) = ( 168697.06, 205.83774, -84180.844 ) Aft (second) = ( 137623.12, 206.83990, -72849.675 ) Forward (second) = ( 167539.88, 206.23564, -70334.829 ) Boresight = ( 153162.63, 206.33973, -78524.958 ) Col: 1, Row: 1 = ( 143188.12, 206.52030, -79364.023 ) Col: 2, Row: 1 = ( 153162.63, 206.33973, -78524.958 ) Col: 3, Row: 1 = ( 163133.39, 206.14568, -77682.444 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 137623.12, 206.83990, -72849.675 ) Forward (first) = ( 167539.88, 206.23564, -70334.829 ) Aft (second) = ( 136477.48, 207.25457, -58973.257 ) Forward (second) = ( 166392.66, 206.57147, -56473.357 ) Boresight = ( 152011.57, 206.74521, -64662.629 ) Col: 1, Row: 1 = ( 142037.38, 206.95575, -65497.087 ) Col: 2, Row: 1 = ( 152011.57, 206.74521, -64662.629 ) Col: 3, Row: 1 = ( 161981.88, 206.52477, -63825.431 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 136477.48, 207.25457, -58973.257 ) Forward (first) = ( 166392.66, 206.57147, -56473.357 ) Aft (second) = ( 135339.06, 207.59300, -45084.021 ) Forward (second) = ( 165252.29, 206.84382, -42599.191 ) Boresight = ( 150869.11, 207.08224, -50786.160 ) Col: 1, Row: 1 = ( 140895.52, 207.31839, -51615.971 ) Col: 2, Row: 1 = ( 150869.11, 207.08224, -50786.160 ) Col: 3, Row: 1 = ( 160838.77, 206.83930, -49954.320 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 135339.06, 207.59300, -45084.021 ) Forward (first) = ( 165252.29, 206.84382, -42599.191 ) Aft (second) = ( 134204.72, 207.85317, -31184.734 ) Forward (second) = ( 164116.28, 207.05130, -28715.098 ) Boresight = ( 149732.12, 207.34915, -36898.318 ) Col: 1, Row: 1 = ( 139759.16, 207.60630, -37723.441 ) Col: 2, Row: 1 = ( 149732.12, 207.34915, -36898.318 ) Col: 3, Row: 1 = ( 159701.16, 207.08778, -36071.879 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 134204.72, 207.85317, -31184.734 ) Forward (first) = ( 164116.28, 207.05130, -28715.098 ) Aft (second) = ( 133072.09, 208.03299, -17278.166 ) Forward (second) = ( 162982.77, 207.19248, -14823.848 ) Boresight = ( 148598.16, 207.54427, -23001.871 ) Col: 1, Row: 1 = ( 138625.67, 207.81759, -23822.264 ) Col: 2, Row: 1 = ( 148598.16, 207.54427, -23001.871 ) Col: 3, Row: 1 = ( 158566.78, 207.26873, -22180.873 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 133072.09, 208.03299, -17278.166 ) Forward (first) = ( 162982.77, 207.19248, -14823.848 ) Aft (second) = ( 131939.57, 208.13036, -3367.0869 ) Forward (second) = ( 161850.54, 207.26596, -928.20853 ) Boresight = ( 147465.48, 207.66589, -9099.5895 ) Col: 1, Row: 1 = ( 137493.14, 207.95029, -9915.2121 ) Col: 2, Row: 1 = ( 147465.48, 207.66589, -9099.5895 ) Col: 3, Row: 1 = ( 157434.02, 207.38065, -8284.0741 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131939.57, 208.13036, -3367.0869 ) Forward (first) = ( 161850.54, 207.26596, -928.20853 ) Aft (second) = ( 130806.39, 208.14313, 10545.731 ) Forward (second) = ( 160719.08, 207.27027, 12969.048 ) Boresight = ( 146333.07, 207.71227, 4805.7565 ) Col: 1, Row: 1 = ( 136360.45, 208.00243, 3994.9447 ) Col: 2, Row: 1 = ( 146333.07, 207.71227, 4805.7565 ) Col: 3, Row: 1 = ( 156301.98, 207.42200, 5615.7486 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 130806.39, 208.14313, 10545.731 ) Forward (first) = ( 160719.08, 207.27027, 12969.048 ) Aft (second) = ( 129672.66, 208.06907, 24457.516 ) Forward (second) = ( 159588.57, 207.20395, 26865.151 ) Boresight = ( 145200.68, 207.68165, 18711.395 ) Col: 1, Row: 1 = ( 135227.28, 207.97197, 17905.434 ) Col: 2, Row: 1 = ( 145200.68, 207.68165, 18711.395 ) Col: 3, Row: 1 = ( 155170.47, 207.39125, 19515.823 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 129672.66, 208.06907, 24457.516 ) Forward (first) = ( 159588.57, 207.20395, 26865.151 ) Aft (second) = ( 128539.38, 207.90589, 38365.495 ) Forward (second) = ( 158459.93, 207.06550, 40757.328 ) Boresight = ( 144068.87, 207.57222, 32614.554 ) Col: 1, Row: 1 = ( 134094.20, 207.85683, 31813.485 ) Col: 2, Row: 1 = ( 144068.87, 207.57222, 32614.554 ) Col: 3, Row: 1 = ( 154040.01, 207.28680, 33413.379 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 128539.38, 207.90589, 38365.495 ) Forward (first) = ( 158459.93, 207.06550, 40757.328 ) Aft (second) = ( 127408.47, 207.65127, 52266.899 ) Forward (second) = ( 157334.83, 206.85340, 54642.811 ) Boresight = ( 142939.00, 207.38213, 46512.462 ) Col: 1, Row: 1 = ( 132962.61, 207.65486, 45716.325 ) Col: 2, Row: 1 = ( 142939.00, 207.38213, 46512.462 ) Col: 3, Row: 1 = ( 152911.95, 207.10704, 47305.643 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 127408.47, 207.65127, 52266.899 ) Forward (first) = ( 157334.83, 206.85340, 54642.811 ) Aft (second) = ( 126282.88, 207.30281, 66158.958 ) Forward (second) = ( 156215.72, 206.56613, 68518.830 ) Boresight = ( 141813.29, 207.10950, 60402.350 ) Col: 1, Row: 1 = ( 131834.89, 207.36388, 59611.183 ) Col: 2, Row: 1 = ( 141813.29, 207.10950, 60402.350 ) Col: 3, Row: 1 = ( 151788.37, 206.85034, 61189.848 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 126282.88, 207.30281, 66158.958 ) Forward (first) = ( 156215.72, 206.56613, 68518.830 ) Aft (second) = ( 125166.53, 206.85810, 80038.903 ) Forward (second) = ( 155105.88, 206.20215, 82382.618 ) Boresight = ( 140694.86, 206.75244, 74281.448 ) Col: 1, Row: 1 = ( 130714.35, 206.98168, 73495.293 ) Col: 2, Row: 1 = ( 140694.86, 206.75244, 74281.448 ) Col: 3, Row: 1 = ( 150672.24, 206.51507, 75063.225 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 125166.53, 206.85810, 80038.903 ) Forward (first) = ( 155105.88, 206.20215, 82382.618 ) Aft (second) = ( 124064.43, 206.31473, 93903.969 ) Forward (second) = ( 154009.41, 205.75993, 96231.410 ) Boresight = ( 139587.74, 206.30905, 88146.991 ) Col: 1, Row: 1 = ( 129605.29, 206.50603, 87365.885 ) Col: 2, Row: 1 = ( 139587.74, 206.30905, 88146.991 ) Col: 3, Row: 1 = ( 149567.32, 206.09957, 88923.007 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 124064.43, 206.31473, 93903.969 ) Forward (first) = ( 154009.41, 205.75993, 96231.410 ) Aft (second) = ( 122982.69, 205.67034, 107751.39 ) Forward (second) = ( 152931.25, 205.23801, 110062.45 ) Boresight = ( 138496.91, 205.77744, 101996.21 ) Col: 1, Row: 1 = ( 128513.06, 205.93474, 101220.20 ) Col: 2, Row: 1 = ( 138496.91, 205.77744, 101996.21 ) Col: 3, Row: 1 = ( 148478.30, 205.60224, 102766.43 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 122982.69, 205.67034, 107751.39 ) Forward (first) = ( 152931.25, 205.23801, 110062.45 ) Aft (second) = ( 121928.55, 204.92268, 121578.42 ) Forward (second) = ( 151877.26, 204.63496, 123872.97 ) Boresight = ( 137428.33, 205.15581, 115826.36 ) Col: 1, Row: 1 = ( 127444.07, 205.26567, 115055.47 ) Col: 2, Row: 1 = ( 137428.33, 205.15581, 115826.36 ) Col: 3, Row: 1 = ( 147410.73, 205.02152, 116590.74 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 121928.55, 204.92268, 121578.42 ) Forward (first) = ( 151877.26, 204.63496, 123872.97 ) Aft (second) = ( 120910.41, 204.06966, 135382.29 ) Forward (second) = ( 150854.15, 203.94947, 137660.22 ) Boresight = ( 136388.95, 204.44245, 129634.66 ) Col: 1, Row: 1 = ( 126405.84, 204.49682, 128868.94 ) Col: 2, Row: 1 = ( 136388.95, 204.44245, 129634.66 ) Col: 3, Row: 1 = ( 146371.12, 204.35592, 130393.17 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 120910.41, 204.06966, 135382.29 ) Forward (first) = ( 150854.15, 203.94947, 137660.22 ) Aft (second) = ( 119937.87, 203.10945, 149160.26 ) Forward (second) = ( 149869.57, 203.18036, 151421.45 ) Boresight = ( 135386.78, 203.63580, 143418.38 ) Col: 1, Row: 1 = ( 125406.99, 203.62638, 142657.87 ) Col: 2, Row: 1 = ( 135386.78, 203.63580, 143418.38 ) Col: 3, Row: 1 = ( 145366.89, 203.60413, 144170.97 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 119937.87, 203.10945, 149160.26 ) Forward (first) = ( 149869.57, 203.18036, 151421.45 ) Aft (second) = ( 119021.71, 202.04058, 162909.57 ) Forward (second) = ( 148932.08, 202.32667, 165153.92 ) Boresight = ( 134430.81, 202.73454, 157174.76 ) Col: 1, Row: 1 = ( 124457.29, 202.65280, 156419.49 ) Col: 2, Row: 1 = ( 134430.81, 202.73454, 157174.76 ) Col: 3, Row: 1 = ( 144406.42, 202.76496, 157921.41 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 119021.71, 202.04058, 162909.57 ) Forward (first) = ( 148932.08, 202.32667, 165153.92 ) Aft (second) = ( 118173.90, 200.86207, 176627.50 ) Forward (second) = ( 148051.13, 201.38765, 178854.89 ) Boresight = ( 133531.12, 201.73762, 170901.07 ) Col: 1, Row: 1 = ( 123567.64, 201.57491, 170151.08 ) Col: 2, Row: 1 = ( 133531.12, 201.73762, 170901.07 ) Col: 3, Row: 1 = ( 143499.06, 201.83752, 171641.72 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 118173.90, 200.86207, 176627.50 ) Forward (first) = ( 148051.13, 201.38765, 178854.89 ) Aft (second) = ( 117407.59, 199.57353, 190311.30 ) Forward (second) = ( 147237.10, 200.36291, 192521.62 ) Boresight = ( 132698.79, 200.64440, 184594.55 ) Col: 1, Row: 1 = ( 122750.07, 200.39203, 183849.89 ) Col: 2, Row: 1 = ( 132698.79, 200.64440, 184594.55 ) Col: 3, Row: 1 = ( 142655.07, 200.82119, 185329.19 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 117407.59, 199.57353, 190311.30 ) Forward (first) = ( 147237.10, 200.36291, 192521.62 ) Aft (second) = ( 116737.00, 198.17535, 203958.25 ) Forward (second) = ( 146501.23, 199.25240, 206151.40 ) Boresight = ( 131945.89, 199.45469, 198252.50 ) Col: 1, Row: 1 = ( 122017.69, 199.10406, 197513.19 ) Col: 2, Row: 1 = ( 131945.89, 199.45469, 198252.50 ) Col: 3, Row: 1 = ( 141885.66, 199.71576, 198981.08 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 116737.00, 198.17535, 203958.25 ) Forward (first) = ( 146501.23, 199.25240, 206151.40 ) Aft (second) = ( 116177.39, 196.66879, 217565.64 ) Forward (second) = ( 145855.59, 198.05657, 219741.50 ) Boresight = ( 131285.47, 198.16891, 211872.18 ) Col: 1, Row: 1 = ( 121384.64, 197.71165, 211138.26 ) Col: 2, Row: 1 = ( 131285.47, 198.16891, 211872.18 ) Col: 3, Row: 1 = ( 141202.93, 198.52148, 212594.66 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 116177.39, 196.66879, 217565.64 ) Forward (first) = ( 145855.59, 198.05657, 219741.50 ) Aft (second) = ( 115744.91, 195.05621, 231130.75 ) Forward (second) = ( 145313.03, 196.77639, 233289.21 ) Boresight = ( 130731.44, 196.78815, 225450.88 ) Col: 1, Row: 1 = ( 120866.00, 196.21631, 224722.40 ) Col: 2, Row: 1 = ( 130731.44, 196.78815, 225450.88 ) Col: 3, Row: 1 = ( 140619.78, 197.23914, 226167.23 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115744.91, 195.05621, 231130.75 ) Forward (first) = ( 145313.03, 196.77639, 233289.21 ) Aft (second) = ( 115456.47, 193.34114, 244650.88 ) Forward (second) = ( 144887.08, 195.41342, 246791.83 ) Boresight = ( 130298.50, 195.31427, 238985.89 ) Col: 1, Row: 1 = ( 120477.64, 194.62054, 238262.88 ) Col: 2, Row: 1 = ( 130298.50, 195.31427, 238985.89 ) Col: 3, Row: 1 = ( 140149.89, 195.87019, 239696.08 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115456.47, 193.34114, 244650.88 ) Forward (first) = ( 144887.08, 195.41342, 246791.83 ) Aft (second) = ( 115329.49, 191.52844, 258123.33 ) Forward (second) = ( 144591.87, 193.96995, 260246.68 ) Boresight = ( 130002.03, 193.75007, 252474.51 ) Col: 1, Row: 1 = ( 120236.12, 192.92799, 251757.01 ) Col: 2, Row: 1 = ( 130002.03, 193.75007, 252474.51 ) Col: 3, Row: 1 = ( 139807.58, 194.41679, 253178.50 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115329.49, 191.52844, 258123.33 ) Forward (first) = ( 144591.87, 193.96995, 260246.68 ) Aft (second) = ( 115381.70, 189.62439, 271545.43 ) Forward (second) = ( 144441.98, 192.44900, 273651.05 ) Boresight = ( 129857.88, 192.09928, 265914.06 ) Col: 1, Row: 1 = ( 120158.44, 191.14349, 265202.10 ) Col: 2, Row: 1 = ( 129857.88, 192.09928, 265914.06 ) Col: 3, Row: 1 = ( 139607.69, 192.88188, 266611.82 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115381.70, 189.62439, 271545.43 ) Forward (first) = ( 144441.98, 192.44900, 273651.05 ) Aft (second) = ( 115630.85, 187.63667, 284914.49 ) Forward (second) = ( 144452.33, 190.85438, 287002.29 ) Boresight = ( 129882.24, 190.36671, 279301.86 ) Col: 1, Row: 1 = ( 120261.82, 189.27319, 278595.48 ) Col: 2, Row: 1 = ( 129882.24, 190.36671, 279301.86 ) Col: 3, Row: 1 = ( 139565.45, 191.26928, 279993.36 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115630.85, 187.63667, 284914.49 ) Forward (first) = ( 144452.33, 190.85438, 287002.29 ) Aft (second) = ( 116094.41, 185.57444, 298227.85 ) Forward (second) = ( 144637.94, 189.19075, 300297.73 ) Boresight = ( 130091.40, 188.55822, 292635.24 ) Col: 1, Row: 1 = ( 120563.46, 187.32453, 291934.48 ) Col: 2, Row: 1 = ( 130091.40, 188.55822, 292635.24 ) Col: 3, Row: 1 = ( 139696.26, 189.58369, 293320.43 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 116094.41, 185.57444, 298227.85 ) Forward (first) = ( 144637.94, 189.19075, 300297.73 ) Aft (second) = ( 116789.22, 183.44814, 311482.87 ) Forward (second) = ( 145013.84, 187.46361, 313534.72 ) Boresight = ( 130501.52, 186.68078, 305911.54 ) Col: 1, Row: 1 = ( 121080.23, 185.30623, 305216.43 ) Col: 2, Row: 1 = ( 130501.52, 186.68078, 305911.54 ) Col: 3, Row: 1 = ( 140015.55, 187.83074, 306590.40 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 116789.22, 183.44814, 311482.87 ) Forward (first) = ( 145013.84, 187.46361, 313534.72 ) Aft (second) = ( 117731.21, 181.26942, 324676.90 ) Forward (second) = ( 145594.76, 185.67926, 326710.62 ) Boresight = ( 131128.38, 184.74239, 319128.11 ) Col: 1, Row: 1 = ( 121828.39, 183.22819, 318438.69 ) Col: 2, Row: 1 = ( 131128.38, 184.74239, 319128.11 ) Col: 3, Row: 1 = ( 140538.52, 186.01695, 319800.61 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:22:49 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 1981842.8 km Body center Ra : 117.79169 deg Body Center Dec : 22.465371 deg w: 1 = ( 131834.89, 207.36388, 59611.183 ) Col: 2, Row: 1 = ( 141813.29, 207.10950, 60402.350 ) Col: 3, Row: 1 = ( 151788.37, 206.85034, 61189.848 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 126282.88, 207.30281, 66158.958 ) Forward (firsti24_nans01_24.look_lbl000077505166050166273000000317321166151707100173630ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_24.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_24.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_24" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T01:21:25.882Z SPACECRAFT_CLOCK_START_COUNT = 1/05210590:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_24.look_new_1000077505166050166273000000613221166151707100176210ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 01:21:25.882 SCLK Time : 1/05210590:00:0:0 Spacecraft position = (-883135.88, 1637835.5, 765229.43) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 154992.29, 222.06604, -335666.05 ) Forward (first) = ( 183632.74, 225.04351, -332890.02 ) Aft (second) = ( 152228.37, 223.55253, -322342.44 ) Forward (second) = ( 181109.46, 226.34076, -319577.16 ) Boresight = ( 167888.22, 224.41339, -327645.53 ) Col: 1, Row: 1 = ( 158334.00, 223.38584, -328560.99 ) Col: 2, Row: 1 = ( 167888.22, 224.41339, -327645.53 ) Col: 3, Row: 1 = ( 177515.65, 225.29870, -326713.80 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 152228.37, 223.55253, -322342.44 ) Forward (first) = ( 181109.46, 226.34076, -319577.16 ) Aft (second) = ( 149628.94, 225.02396, -308953.65 ) Forward (second) = ( 178730.26, 227.61536, -306199.27 ) Boresight = ( 165332.79, 225.79171, -314293.64 ) Col: 1, Row: 1 = ( 155697.57, 224.83064, -315205.83 ) Col: 2, Row: 1 = ( 165332.79, 225.79171, -314293.64 ) Col: 3, Row: 1 = ( 175032.33, 226.61469, -313365.86 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 149628.94, 225.02396, -308953.65 ) Forward (first) = ( 178730.26, 227.61536, -306199.27 ) Aft (second) = ( 147185.82, 226.47541, -295502.36 ) Forward (second) = ( 176486.95, 228.86373, -292759.02 ) Boresight = ( 162927.10, 227.14820, -300877.98 ) Col: 1, Row: 1 = ( 153217.92, 226.25626, -301786.85 ) Col: 2, Row: 1 = ( 162927.10, 227.14820, -300877.98 ) Col: 3, Row: 1 = ( 172692.15, 227.90696, -299954.20 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 147185.82, 226.47541, -295502.36 ) Forward (first) = ( 176486.95, 228.86373, -292759.02 ) Aft (second) = ( 144890.38, 227.90198, -281991.25 ) Forward (second) = ( 174371.14, 230.08238, -279259.08 ) Boresight = ( 160662.71, 228.47871, -287401.22 ) Col: 1, Row: 1 = ( 150886.60, 227.65804, -288306.74 ) Col: 2, Row: 1 = ( 160662.71, 228.47871, -287401.22 ) Col: 3, Row: 1 = ( 170486.77, 229.17178, -286481.49 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 144890.38, 227.90198, -281991.25 ) Forward (first) = ( 174371.14, 230.08238, -279259.08 ) Aft (second) = ( 142733.62, 229.29876, -268423.00 ) Forward (second) = ( 172374.24, 231.26792, -265702.15 ) Boresight = ( 158530.92, 229.77913, -273866.05 ) Col: 1, Row: 1 = ( 148694.81, 229.03137, -274768.16 ) Col: 2, Row: 1 = ( 158530.92, 229.77913, -273866.05 ) Col: 3, Row: 1 = ( 168407.59, 230.40550, -272950.41 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 142733.62, 229.29876, -268423.00 ) Forward (first) = ( 172374.24, 231.26792, -265702.15 ) Aft (second) = ( 140706.21, 230.66097, -254800.34 ) Forward (second) = ( 170487.55, 232.41706, -252090.93 ) Boresight = ( 156522.75, 231.04546, -260275.16 ) Col: 1, Row: 1 = ( 146633.44, 230.37169, -261173.83 ) Col: 2, Row: 1 = ( 156522.75, 231.04546, -260275.16 ) Col: 3, Row: 1 = ( 166445.87, 231.60457, -259363.66 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 140706.21, 230.66097, -254800.34 ) Forward (first) = ( 170487.55, 232.41706, -252090.93 ) Aft (second) = ( 138798.61, 231.98393, -241125.96 ) Forward (second) = ( 168702.36, 233.52667, -238428.13 ) Boresight = ( 154629.12, 232.27382, -246631.27 ) Col: 1, Row: 1 = ( 144693.14, 231.67458, -247526.45 ) Col: 2, Row: 1 = ( 154629.12, 232.27382, -246631.27 ) Col: 3, Row: 1 = ( 164592.76, 232.76558, -245723.96 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 138798.61, 231.98393, -241125.96 ) Forward (first) = ( 168702.36, 233.52667, -238428.13 ) Aft (second) = ( 137001.14, 233.26310, -227402.59 ) Forward (second) = ( 167009.95, 234.59373, -224716.48 ) Boresight = ( 152840.82, 233.46045, -232937.09 ) Col: 1, Row: 1 = ( 142864.43, 232.93575, -233828.74 ) Col: 2, Row: 1 = ( 152840.82, 233.46045, -232937.09 ) Col: 3, Row: 1 = ( 162839.37, 233.88525, -232034.01 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 137001.14, 233.26310, -227402.59 ) Forward (first) = ( 167009.95, 234.59373, -224716.48 ) Aft (second) = ( 135304.06, 234.49416, -213632.97 ) Forward (second) = ( 165401.71, 235.61538, -210958.71 ) Boresight = ( 151148.67, 234.60180, -219195.35 ) Col: 1, Row: 1 = ( 141137.77, 234.15107, -220083.43 ) Col: 2, Row: 1 = ( 151148.67, 234.60180, -219195.35 ) Col: 3, Row: 1 = ( 161176.85, 234.96045, -218296.56 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 135304.06, 234.49416, -213632.97 ) Forward (first) = ( 165401.71, 235.61538, -210958.71 ) Aft (second) = ( 133697.68, 235.67296, -199819.84 ) Forward (second) = ( 163869.17, 236.58892, -197157.57 ) Boresight = ( 149543.53, 235.69444, -205408.80 ) Col: 1, Row: 1 = ( 139503.62, 235.31661, -206293.25 ) Col: 2, Row: 1 = ( 149543.53, 235.69444, -205408.80 ) Col: 3, Row: 1 = ( 159596.48, 235.98820, -204514.33 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 133697.68, 235.67296, -199819.84 ) Forward (first) = ( 163869.17, 236.58892, -197157.57 ) Aft (second) = ( 132172.41, 236.79555, -185965.96 ) Forward (second) = ( 162404.07, 237.51177, -183315.80 ) Boresight = ( 148016.43, 236.73515, -191580.18 ) Col: 1, Row: 1 = ( 137952.57, 236.42863, -192460.97 ) Col: 2, Row: 1 = ( 148016.43, 236.73515, -191580.18 ) Col: 3, Row: 1 = ( 158089.69, 236.96569, -190690.08 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 132172.41, 236.79555, -185965.96 ) Forward (first) = ( 162404.07, 237.51177, -183315.80 ) Aft (second) = ( 130718.89, 237.85820, -172074.08 ) Forward (second) = ( 160998.43, 238.38151, -169436.17 ) Boresight = ( 146558.61, 237.72088, -177712.24 ) Col: 1, Row: 1 = ( 136475.38, 237.48357, -178589.33 ) Col: 2, Row: 1 = ( 146558.61, 237.72088, -177712.24 ) Col: 3, Row: 1 = ( 156648.14, 237.89025, -176826.56 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 130718.89, 237.85820, -172074.08 ) Forward (first) = ( 160998.43, 238.38151, -169436.17 ) Aft (second) = ( 129328.03, 238.85740, -158146.98 ) Forward (second) = ( 159644.60, 239.19588, -155521.44 ) Boresight = ( 145161.56, 238.64872, -163807.76 ) Col: 1, Row: 1 = ( 135063.08, 238.47810, -164681.10 ) Col: 2, Row: 1 = ( 145161.56, 238.64872, -163807.76 ) Col: 3, Row: 1 = ( 155263.80, 238.75938, -162926.54 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 129328.03, 238.85740, -158146.98 ) Forward (first) = ( 159644.60, 239.19588, -155521.44 ) Aft (second) = ( 127991.12, 239.78981, -144187.42 ) Forward (second) = ( 158335.29, 239.95269, -141574.39 ) Boresight = ( 143817.14, 239.51597, -149869.50 ) Col: 1, Row: 1 = ( 133707.01, 239.40904, -150739.04 ) Col: 2, Row: 1 = ( 143817.14, 239.51597, -149869.50 ) Col: 3, Row: 1 = ( 153928.97, 239.57070, -148992.78 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 127991.12, 239.78981, -144187.42 ) Forward (first) = ( 158335.29, 239.95269, -141574.39 ) Aft (second) = ( 126699.87, 240.65229, -130198.19 ) Forward (second) = ( 157063.63, 240.64989, -127597.80 ) Boresight = ( 142517.63, 240.32003, -135900.24 ) Col: 1, Row: 1 = ( 132398.95, 240.27339, -136765.95 ) Col: 2, Row: 1 = ( 142517.63, 240.32003, -135900.24 ) Col: 3, Row: 1 = ( 152636.37, 240.32197, -135028.07 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 126699.87, 240.65229, -130198.19 ) Forward (first) = ( 157063.63, 240.64989, -127597.80 ) Aft (second) = ( 125446.48, 241.44182, -116182.07 ) Forward (second) = ( 155823.24, 241.28553, -113594.46 ) Boresight = ( 141255.72, 241.05846, -121902.76 ) Col: 1, Row: 1 = ( 131131.10, 241.06832, -122764.60 ) Col: 2, Row: 1 = ( 141255.72, 241.05846, -121902.76 ) Col: 3, Row: 1 = ( 151379.15, 241.01104, -121035.19 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 125446.48, 241.44182, -116182.07 ) Forward (first) = ( 155823.24, 241.28553, -113594.46 ) Aft (second) = ( 124223.73, 242.15554, -102141.87 ) Forward (second) = ( 154608.23, 241.85773, -99567.152 ) Boresight = ( 140024.66, 241.72890, -107879.86 ) Col: 1, Row: 1 = ( 129896.22, 241.79112, -108737.78 ) Col: 2, Row: 1 = ( 140024.66, 241.72890, -107879.86 ) Col: 3, Row: 1 = ( 150150.99, 241.63586, -107016.93 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 124223.73, 242.15554, -102141.87 ) Forward (first) = ( 154608.23, 241.85773, -99567.152 ) Aft (second) = ( 123025.01, 242.79067, -88080.371 ) Forward (second) = ( 153413.25, 242.36466, -85518.681 ) Boresight = ( 138818.23, 242.32912, -93834.332 ) Col: 1, Row: 1 = ( 128687.65, 242.43917, -94688.289 ) Col: 2, Row: 1 = ( 138818.23, 242.32912, -93834.332 ) Col: 3, Row: 1 = ( 148946.07, 242.19448, -92976.077 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 123025.01, 242.79067, -88080.371 ) Forward (first) = ( 153413.25, 242.36466, -85518.681 ) Aft (second) = ( 121844.39, 243.34453, -74000.382 ) Forward (second) = ( 152233.54, 242.80455, -71451.846 ) Boresight = ( 137630.82, 242.85691, -79768.973 ) Col: 1, Row: 1 = ( 127499.33, 243.00996, -80618.926 ) Col: 2, Row: 1 = ( 137630.82, 242.85691, -79768.973 ) Col: 3, Row: 1 = ( 147759.16, 242.68497, -78915.442 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 121844.39, 243.34453, -74000.382 ) Forward (first) = ( 152233.54, 242.80455, -71451.846 ) Aft (second) = ( 120676.66, 243.81444, -59904.707 ) Forward (second) = ( 151064.98, 243.17565, -57369.452 ) Boresight = ( 136457.48, 243.31013, -65686.588 ) Col: 1, Row: 1 = ( 126325.91, 243.50099, -66532.495 ) Col: 2, Row: 1 = ( 136457.48, 243.31013, -65686.588 ) Col: 3, Row: 1 = ( 146585.65, 243.10546, -64837.823 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 120676.66, 243.81444, -59904.707 ) Forward (first) = ( 151064.98, 243.17565, -57369.452 ) Aft (second) = ( 119517.38, 244.19776, -45796.155 ) Forward (second) = ( 149904.05, 243.47622, -43274.308 ) Boresight = ( 135293.92, 243.68667, -51589.982 ) Col: 1, Row: 1 = ( 125162.75, 243.90981, -52431.803 ) Col: 2, Row: 1 = ( 135293.92, 243.68667, -51589.982 ) Col: 3, Row: 1 = ( 145421.58, 243.45409, -50746.028 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 119517.38, 244.19776, -45796.155 ) Forward (first) = ( 149904.05, 243.47622, -43274.308 ) Aft (second) = ( 118362.92, 244.49181, -31677.536 ) Forward (second) = ( 148747.96, 243.70452, -29169.223 ) Boresight = ( 134136.60, 243.98439, -37481.968 ) Col: 1, Row: 1 = ( 124006.01, 244.23397, -38319.659 ) Col: 2, Row: 1 = ( 134136.60, 243.98439, -37481.968 ) Col: 3, Row: 1 = ( 144263.67, 243.72901, -36642.865 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 118362.92, 244.49181, -31677.536 ) Forward (first) = ( 148747.96, 243.70452, -29169.223 ) Aft (second) = ( 117210.54, 244.69389, -17551.665 ) Forward (second) = ( 147594.59, 243.85878, -15057.010 ) Boresight = ( 132982.73, 244.20116, -23365.355 ) Col: 1, Row: 1 = ( 122852.62, 244.47098, -24198.876 ) Col: 2, Row: 1 = ( 132982.73, 244.20116, -23365.355 ) Col: 3, Row: 1 = ( 143109.36, 243.92835, -22531.146 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 117210.54, 244.69389, -17551.665 ) Forward (first) = ( 147594.59, 243.85878, -15057.010 ) Aft (second) = ( 116058.39, 244.80120, -3421.3549 ) Forward (second) = ( 146442.60, 243.93723, -940.48261 ) Boresight = ( 131830.32, 244.33479, -9242.9591 ) Col: 1, Row: 1 = ( 121700.41, 244.61830, -10072.268 ) Col: 2, Row: 1 = ( 131830.32, 244.33479, -9242.9591 ) Col: 3, Row: 1 = ( 141956.83, 244.05021, -8413.6855 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 116058.39, 244.80120, -3421.3549 ) Forward (first) = ( 146442.60, 243.93723, -940.48261 ) Aft (second) = ( 114905.60, 244.81088, 10710.578 ) Forward (second) = ( 145291.41, 243.93805, 13177.544 ) Boresight = ( 130678.22, 244.38306, 4882.4060 ) Col: 1, Row: 1 = ( 120548.07, 244.67334, 4057.3499 ) Col: 2, Row: 1 = ( 130678.22, 244.38306, 4882.4060 ) Col: 3, Row: 1 = ( 140805.07, 244.09267, 5706.7027 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 114905.60, 244.81088, 10710.578 ) Forward (first) = ( 145291.41, 243.93805, 13177.544 ) Aft (second) = ( 113752.31, 244.71995, 24841.318 ) Forward (second) = ( 144141.22, 243.85936, 27294.254 ) Boresight = ( 129526.18, 244.34367, 19007.924 ) Col: 1, Row: 1 = ( 119395.29, 244.63340, 18187.163 ) Col: 2, Row: 1 = ( 129526.18, 244.34367, 19007.924 ) Col: 3, Row: 1 = ( 139653.85, 244.05376, 19827.203 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 113752.31, 244.71995, 24841.318 ) Forward (first) = ( 144141.22, 243.85936, 27294.254 ) Aft (second) = ( 112599.70, 244.52534, 38968.049 ) Forward (second) = ( 142993.12, 243.69928, 41406.834 ) Boresight = ( 128374.83, 244.21428, 33130.781 ) Col: 1, Row: 1 = ( 118242.70, 244.49572, 32314.354 ) Col: 2, Row: 1 = ( 128374.83, 244.21428, 33130.781 ) Col: 3, Row: 1 = ( 138503.82, 243.93145, 33945.001 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 112599.70, 244.52534, 38968.049 ) Forward (first) = ( 142993.12, 243.69928, 41406.834 ) Aft (second) = ( 111450.09, 244.22388, 53087.957 ) Forward (second) = ( 141849.03, 243.45587, 55512.469 ) Boresight = ( 127225.77, 243.99247, 47248.160 ) Col: 1, Row: 1 = ( 117092.01, 244.25745, 46436.109 ) Col: 2, Row: 1 = ( 127225.77, 243.99247, 47248.160 ) Col: 3, Row: 1 = ( 137356.52, 243.72368, 48057.280 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 111450.09, 244.22388, 53087.957 ) Forward (first) = ( 141849.03, 243.45587, 55512.469 ) Aft (second) = ( 110306.98, 243.81233, 67198.229 ) Forward (second) = ( 140711.80, 243.12717, 69608.347 ) Boresight = ( 126081.63, 243.67578, 61357.248 ) Col: 1, Row: 1 = ( 115946.01, 243.91564, 60549.614 ) Col: 2, Row: 1 = ( 126081.63, 243.67578, 61357.248 ) Col: 3, Row: 1 = ( 136214.39, 243.42835, 62161.229 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 110306.98, 243.81233, 67198.229 ) Forward (first) = ( 140711.80, 243.12717, 69608.347 ) Aft (second) = ( 109175.06, 243.28739, 81296.053 ) Forward (second) = ( 139585.20, 242.71121, 83691.657 ) Boresight = ( 124946.05, 243.26171, 75455.232 ) Col: 1, Row: 1 = ( 114808.62, 243.46733, 74652.055 ) Col: 2, Row: 1 = ( 124946.05, 243.26171, 75455.232 ) Col: 3, Row: 1 = ( 135080.84, 243.04333, 76254.034 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 109175.06, 243.28739, 81296.053 ) Forward (first) = ( 139585.20, 242.71121, 83691.657 ) Aft (second) = ( 108060.36, 242.64578, 95378.619 ) Forward (second) = ( 138473.98, 242.20604, 97759.591 ) Boresight = ( 123823.76, 242.74776, 89539.304 ) Col: 1, Row: 1 = ( 113684.98, 242.90952, 88740.624 ) Col: 2, Row: 1 = ( 123823.76, 242.74776, 89539.304 ) Col: 3, Row: 1 = ( 133960.29, 242.56650, 90332.887 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 108060.36, 242.64578, 95378.619 ) Forward (first) = ( 138473.98, 242.20604, 97759.591 ) Aft (second) = ( 106970.21, 241.88426, 109443.12 ) Forward (second) = ( 137383.90, 241.60977, 111809.34 ) Boresight = ( 122720.64, 242.13144, 103606.65 ) Col: 1, Row: 1 = ( 112581.47, 242.23923, 102812.51 ) Col: 2, Row: 1 = ( 122720.64, 242.13144, 103606.65 ) Col: 3, Row: 1 = ( 132858.16, 241.99577, 104394.98 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 106970.21, 241.88426, 109443.12 ) Forward (first) = ( 137383.90, 241.60977, 111809.34 ) Aft (second) = ( 105913.34, 240.99978, 123486.76 ) Forward (second) = ( 136321.73, 240.92059, 125838.11 ) Boresight = ( 121643.71, 241.41038, 117654.48 ) Col: 1, Row: 1 = ( 111505.74, 241.45361, 116864.91 ) Col: 2, Row: 1 = ( 121643.71, 241.41038, 117654.48 ) Col: 3, Row: 1 = ( 131780.96, 241.32914, 118437.51 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 105913.34, 240.99978, 123486.76 ) Forward (first) = ( 136321.73, 240.92059, 125838.11 ) Aft (second) = ( 104899.91, 239.98957, 137506.74 ) Forward (second) = ( 135295.31, 240.13683, 139843.10 ) Boresight = ( 120601.20, 240.58234, 131679.98 ) Col: 1, Row: 1 = ( 110466.81, 240.54998, 130895.03 ) Col: 2, Row: 1 = ( 120601.20, 240.58234, 131679.98 ) Col: 3, Row: 1 = ( 130736.28, 240.56470, 132457.67 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 104899.91, 239.98957, 137506.74 ) Forward (first) = ( 135295.31, 240.13683, 139843.10 ) Aft (second) = ( 103941.54, 238.85128, 151500.26 ) Forward (second) = ( 134313.55, 239.25706, 153821.52 ) Boresight = ( 119602.57, 239.64535, 145680.36 ) Col: 1, Row: 1 = ( 109475.02, 239.52600, 144900.07 ) Col: 2, Row: 1 = ( 119602.57, 239.64535, 145680.36 ) Col: 3, Row: 1 = ( 129732.82, 239.70078, 146452.68 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 103941.54, 238.85128, 151500.26 ) Forward (first) = ( 134313.55, 239.25706, 153821.52 ) Aft (second) = ( 103051.31, 237.58317, 165464.53 ) Forward (second) = ( 133386.41, 238.28008, 167770.57 ) Boresight = ( 118658.51, 238.59774, 159652.83 ) Col: 1, Row: 1 = ( 108542.12, 238.37974, 158877.24 ) Col: 2, Row: 1 = ( 118658.51, 238.59774, 159652.83 ) Col: 3, Row: 1 = ( 128780.39, 238.73595, 160419.74 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 103051.31, 237.58317, 165464.53 ) Forward (first) = ( 133386.41, 238.28008, 167770.57 ) Aft (second) = ( 102243.73, 236.18427, 179396.78 ) Forward (second) = ( 132524.94, 237.20513, 181687.48 ) Boresight = ( 117780.97, 237.43835, 173594.60 ) Col: 1, Row: 1 = ( 107681.23, 237.10989, 172823.74 ) Col: 2, Row: 1 = ( 117780.97, 237.43835, 173594.60 ) Col: 3, Row: 1 = ( 127889.94, 237.66916, 174356.06 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 102243.73, 236.18427, 179396.78 ) Forward (first) = ( 132524.94, 237.20513, 181687.48 ) Aft (second) = ( 101534.69, 234.65466, 193294.22 ) Forward (second) = ( 131741.24, 236.03185, 195569.48 ) Boresight = ( 116983.07, 236.16659, 187502.90 ) Col: 1, Row: 1 = ( 106906.80, 235.71592, 186736.82 ) Col: 2, Row: 1 = ( 116983.07, 236.16659, 187502.90 ) Col: 3, Row: 1 = ( 127073.53, 236.49983, 188258.87 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 101534.69, 234.65466, 193294.22 ) Forward (first) = ( 131741.24, 236.03185, 195569.48 ) Aft (second) = ( 100941.35, 232.99569, 207154.10 ) Forward (second) = ( 131048.38, 234.76051, 209413.79 ) Boresight = ( 116279.13, 234.78263, 201374.96 ) Col: 1, Row: 1 = ( 106234.56, 234.19829, 200613.68 ) Col: 2, Row: 1 = ( 116279.13, 234.78263, 201374.96 ) Col: 3, Row: 1 = ( 126344.28, 235.22795, 202125.40 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100941.35, 232.99569, 207154.10 ) Forward (first) = ( 131048.38, 234.76051, 209413.79 ) Aft (second) = ( 100482.00, 231.21018, 220973.64 ) Forward (second) = ( 130460.39, 233.39203, 223217.66 ) Boresight = ( 115684.55, 233.28753, 215207.99 ) Col: 1, Row: 1 = ( 105681.40, 232.55865, 214451.57 ) Col: 2, Row: 1 = ( 115684.55, 233.28753, 215207.99 ) Col: 3, Row: 1 = ( 125716.30, 233.85424, 215952.88 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100482.00, 231.21018, 220973.64 ) Forward (first) = ( 130460.39, 233.39203, 223217.66 ) Aft (second) = ( 100175.84, 229.30270, 234750.09 ) Forward (second) = ( 129992.14, 231.92813, 236978.33 ) Boresight = ( 115215.68, 231.68344, 228999.26 ) Col: 1, Row: 1 = ( 105265.22, 230.80003, 228247.73 ) Col: 2, Row: 1 = ( 115215.68, 231.68344, 228999.26 ) Col: 3, Row: 1 = ( 125204.66, 232.38022, 229738.55 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100175.84, 229.30270, 234750.09 ) Forward (first) = ( 129992.14, 231.92813, 236978.33 ) Aft (second) = ( 100042.70, 227.27975, 248480.71 ) Forward (second) = ( 129659.20, 230.37144, 250693.05 ) Boresight = ( 114889.70, 229.97371, 242746.02 ) Col: 1, Row: 1 = ( 105004.74, 228.92710, 241999.41 ) Col: 2, Row: 1 = ( 114889.70, 229.97371, 242746.02 ) Col: 3, Row: 1 = ( 124825.18, 230.80839, 243479.67 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100042.70, 227.27975, 248480.71 ) Forward (first) = ( 129659.20, 230.37144, 250693.05 ) Aft (second) = ( 100102.73, 225.14986, 262162.77 ) Forward (second) = ( 129477.73, 228.72558, 264359.10 ) Boresight = ( 114724.39, 228.16306, 256445.51 ) Col: 1, Row: 1 = ( 104919.18, 226.94622, 255703.87 ) Col: 2, Row: 1 = ( 114724.39, 228.16306, 256445.51 ) Col: 3, Row: 1 = ( 124594.34, 229.14230, 257173.50 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100102.73, 225.14986, 262162.77 ) Forward (first) = ( 129477.73, 228.72558, 264359.10 ) Aft (second) = ( 100375.98, 222.92367, 275793.53 ) Forward (second) = ( 129464.24, 226.99525, 277973.74 ) Boresight = ( 114737.88, 226.25766, 270095.01 ) Col: 1, Row: 1 = ( 105028.01, 224.86563, 269358.38 ) Col: 2, Row: 1 = ( 114737.88, 226.25766, 270095.01 ) Col: 3, Row: 1 = ( 124529.07, 227.38667, 270817.30 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100375.98, 222.92367, 275793.53 ) Forward (first) = ( 129464.24, 226.99525, 277973.74 ) Aft (second) = ( 100882.00, 220.61386, 289370.28 ) Forward (second) = ( 129635.41, 225.18625, 291534.27 ) Boresight = ( 114948.41, 224.26516, 283691.81 ) Col: 1, Row: 1 = ( 105350.56, 222.69544, 282960.22 ) Col: 2, Row: 1 = ( 114948.41, 224.26516, 283691.81 ) Col: 3, Row: 1 = ( 124646.52, 225.54743, 284408.35 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100882.00, 220.61386, 289370.28 ) Forward (first) = ( 129635.41, 225.18625, 291534.27 ) Aft (second) = ( 101639.42, 218.23493, 302890.32 ) Forward (second) = ( 130007.83, 223.30554, 305037.98 ) Boresight = ( 115373.96, 222.19474, 297233.18 ) Col: 1, Row: 1 = ( 105905.63, 220.44752, 296506.67 ) Col: 2, Row: 1 = ( 115373.96, 222.19474, 297233.18 ) Col: 3, Row: 1 = ( 124963.80, 223.63174, 297943.95 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 101639.42, 218.23493, 302890.32 ) Forward (first) = ( 130007.83, 223.30554, 305037.98 ) Aft (second) = ( 102665.44, 215.80294, 316350.95 ) Forward (second) = ( 130597.76, 221.36112, 318482.17 ) Boresight = ( 116031.98, 220.05696, 310716.44 ) Col: 1, Row: 1 = ( 106711.09, 218.13540, 309995.04 ) Col: 2, Row: 1 = ( 116031.98, 220.05696, 310716.44 ) Col: 3, Row: 1 = ( 125497.71, 221.64798, 311421.40 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 102665.44, 215.80294, 316350.95 ) Forward (first) = ( 130597.76, 221.36112, 318482.17 ) Aft (second) = ( 103975.52, 213.33505, 329749.49 ) Forward (second) = ( 131420.82, 219.36205, 331864.16 ) Boresight = ( 116938.96, 217.86367, 324138.89 ) Col: 1, Row: 1 = ( 107783.48, 215.77392, 323422.65 ) Col: 2, Row: 1 = ( 116938.96, 217.86367, 324138.89 ) Col: 3, Row: 1 = ( 126264.45, 219.60566, 324838.01 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:23:58 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2011966.8 km Body center Ra : 118.33394 deg Body Center Dec : 22.354681 deg w: 1 = ( 115946.01, 243.91564, 60549.614 ) Col: 2, Row: 1 = ( 126081.63, 243.67578, 61357.248 ) Col: 3, Row: 1 = ( 136214.39, 243.42835, 62161.229 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 110306.98, 243.81233, 67198.229 ) Forward (firsti24_nans01_25.look_lbl000077505166050166273000000317321166151707100173640ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_25.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_25.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_25" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T02:22:05.880Z SPACECRAFT_CLOCK_START_COUNT = 1/05210650:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_25.look_new_1000077505166050166273000000613221166151707100176220ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 02:22:05.880 SCLK Time : 1/05210650:00:0:0 Spacecraft position = (-912164.80, 1655150.8, 772989.38) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 141029.40, 256.03581, -340850.37 ) Forward (first) = ( 169639.41, 259.84789, -338076.97 ) Aft (second) = ( 138042.98, 257.63874, -327319.40 ) Forward (second) = ( 166948.29, 261.24378, -324555.07 ) Boresight = ( 153778.02, 258.90682, -332727.55 ) Col: 1, Row: 1 = ( 144237.82, 257.58236, -333642.24 ) Col: 2, Row: 1 = ( 153778.02, 258.90682, -332727.55 ) Col: 3, Row: 1 = ( 163420.35, 260.04187, -331796.25 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 138042.98, 257.63874, -327319.40 ) Forward (first) = ( 166948.29, 261.24378, -324555.07 ) Aft (second) = ( 135236.31, 259.23486, -313722.40 ) Forward (second) = ( 164414.27, 262.62034, -310967.28 ) Boresight = ( 151037.37, 260.39612, -319167.01 ) Col: 1, Row: 1 = ( 141397.11, 259.14484, -320079.01 ) Col: 2, Row: 1 = ( 151037.37, 260.39612, -319167.01 ) Col: 3, Row: 1 = ( 160768.30, 261.46178, -318239.11 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 135236.31, 259.23486, -313722.40 ) Forward (first) = ( 164414.27, 262.62034, -310967.28 ) Aft (second) = ( 132601.50, 260.81831, -300062.07 ) Forward (second) = ( 162029.00, 263.97329, -297316.29 ) Boresight = ( 148460.68, 261.86849, -305541.86 ) Col: 1, Row: 1 = ( 138728.21, 260.69483, -306451.11 ) Col: 2, Row: 1 = ( 148460.68, 261.86849, -305541.86 ) Col: 3, Row: 1 = ( 158272.78, 262.86150, -304617.40 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 132601.50, 260.81831, -300062.07 ) Forward (first) = ( 162029.00, 263.97329, -297316.29 ) Aft (second) = ( 130130.00, 262.38315, -286341.13 ) Forward (second) = ( 159783.77, 265.29840, -283604.84 ) Boresight = ( 146039.45, 263.31891, -291854.81 ) Col: 1, Row: 1 = ( 136222.78, 262.22672, -292761.27 ) Col: 2, Row: 1 = ( 146039.45, 263.31891, -291854.81 ) Col: 3, Row: 1 = ( 155925.23, 264.23653, -290933.83 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 130130.00, 262.38315, -286341.13 ) Forward (first) = ( 159783.77, 265.29840, -283604.84 ) Aft (second) = ( 127812.73, 263.92332, -272562.33 ) Forward (second) = ( 157669.60, 266.59151, -269835.66 ) Boresight = ( 143764.73, 264.74235, -278108.58 ) Col: 1, Row: 1 = ( 133871.92, 263.73486, -279012.21 ) Col: 2, Row: 1 = ( 143764.73, 264.74235, -278108.58 ) Col: 3, Row: 1 = ( 153716.75, 265.58241, -277191.14 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 127812.73, 263.92332, -272562.33 ) Forward (first) = ( 157669.60, 266.59151, -269835.66 ) Aft (second) = ( 125640.09, 265.43279, -258728.40 ) Forward (second) = ( 155677.32, 267.84858, -256011.49 ) Boresight = ( 141627.22, 266.13384, -264305.92 ) Col: 1, Row: 1 = ( 131666.28, 265.21357, -265206.67 ) Col: 2, Row: 1 = ( 141627.22, 266.13384, -264305.92 ) Col: 3, Row: 1 = ( 151638.18, 266.89477, -263392.06 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 125640.09, 265.43279, -258728.40 ) Forward (first) = ( 155677.32, 267.84858, -256011.49 ) Aft (second) = ( 123602.12, 266.90559, -244842.10 ) Forward (second) = ( 153797.62, 269.06569, -242135.08 ) Boresight = ( 139617.33, 267.48851, -250449.57 ) Col: 1, Row: 1 = ( 129596.10, 266.65725, -251347.41 ) Col: 2, Row: 1 = ( 139617.33, 267.48851, -250449.57 ) Col: 3, Row: 1 = ( 149680.14, 268.16935, -249539.35 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 123602.12, 266.90559, -244842.10 ) Forward (first) = ( 153797.62, 269.06569, -242135.08 ) Aft (second) = ( 121688.55, 268.33587, -230906.21 ) Forward (second) = ( 152021.11, 270.23908, -228209.21 ) Boresight = ( 137725.27, 268.80161, -236542.31 ) Col: 1, Row: 1 = ( 127651.36, 268.06041, -237437.18 ) Col: 2, Row: 1 = ( 137725.27, 268.80161, -236542.31 ) Col: 3, Row: 1 = ( 147833.12, 269.40205, -235635.76 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 121688.55, 268.33587, -230906.21 ) Forward (first) = ( 152021.11, 270.23908, -228209.21 ) Aft (second) = ( 119888.90, 269.71793, -216923.49 ) Forward (second) = ( 150338.47, 271.36515, -214236.66 ) Boresight = ( 135941.14, 270.06857, -222586.89 ) Col: 1, Row: 1 = ( 125821.82, 269.41772, -223478.76 ) Col: 2, Row: 1 = ( 135941.14, 270.06857, -222586.89 ) Col: 3, Row: 1 = ( 146087.58, 270.58890, -221684.07 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 119888.90, 269.71793, -216923.49 ) Forward (first) = ( 150338.47, 271.36515, -214236.66 ) Aft (second) = ( 118192.64, 271.04631, -202896.73 ) Forward (second) = ( 148740.46, 272.44047, -200220.19 ) Boresight = ( 134255.04, 271.28501, -208586.11 ) Col: 1, Row: 1 = ( 124097.16, 270.72404, -209474.93 ) Col: 2, Row: 1 = ( 134255.04, 271.28501, -208586.11 ) Col: 3, Row: 1 = ( 144434.02, 271.72615, -207687.06 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 118192.64, 271.04631, -202896.73 ) Forward (first) = ( 148740.46, 272.44047, -200220.19 ) Aft (second) = ( 116589.22, 272.31575, -188828.74 ) Forward (second) = ( 147218.02, 273.46182, -186162.62 ) Boresight = ( 132657.11, 272.44674, -194542.76 ) Col: 1, Row: 1 = ( 122467.06, 271.97445, -195428.48 ) Col: 2, Row: 1 = ( 132657.11, 272.44674, -194542.76 ) Col: 3, Row: 1 = ( 142863.06, 272.81019, -193647.52 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 116589.22, 272.31575, -188828.74 ) Forward (first) = ( 147218.02, 273.46182, -186162.62 ) Aft (second) = ( 115068.25, 273.52127, -174722.30 ) Forward (second) = ( 145762.34, 274.42611, -172066.75 ) Boresight = ( 131137.68, 273.54982, -180459.63 ) Col: 1, Row: 1 = ( 120921.32, 273.16425, -181342.21 ) Col: 2, Row: 1 = ( 131137.68, 273.54982, -180459.63 ) Col: 3, Row: 1 = ( 141365.52, 273.83765, -179568.24 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115068.25, 273.52127, -174722.30 ) Forward (first) = ( 145762.34, 274.42611, -172066.75 ) Aft (second) = ( 113619.56, 274.65813, -160580.23 ) Forward (second) = ( 144364.92, 275.33045, -157935.38 ) Boresight = ( 129687.32, 274.59046, -166339.52 ) Col: 1, Row: 1 = ( 119449.94, 274.28901, -167218.92 ) Col: 2, Row: 1 = ( 129687.32, 274.59046, -166339.52 ) Col: 3, Row: 1 = ( 139932.48, 274.80530, -165452.04 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 113619.56, 274.65813, -160580.23 ) Forward (first) = ( 144364.92, 275.33045, -157935.38 ) Aft (second) = ( 112233.29, 275.72185, -146405.36 ) Forward (second) = ( 143017.64, 276.17210, -143771.33 ) Boresight = ( 128296.92, 275.56514, -152185.27 ) Col: 1, Row: 1 = ( 118043.20, 275.34451, -153061.44 ) Col: 2, Row: 1 = ( 128296.92, 275.56514, -152185.27 ) Col: 3, Row: 1 = ( 138555.40, 275.71011, -151301.73 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 112233.29, 275.72185, -146405.36 ) Forward (first) = ( 143017.64, 276.17210, -143771.33 ) Aft (second) = ( 110900.04, 276.70818, -132200.50 ) Forward (second) = ( 141712.85, 276.94846, -129577.43 ) Boresight = ( 126957.78, 276.47047, -137999.67 ) Col: 1, Row: 1 = ( 116691.82, 276.32676, -138872.58 ) Col: 2, Row: 1 = ( 126957.78, 276.47047, -137999.67 ) Col: 3, Row: 1 = ( 137226.11, 276.54921, -137120.14 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 110900.04, 276.70818, -132200.50 ) Forward (first) = ( 141712.85, 276.94846, -129577.43 ) Aft (second) = ( 109610.90, 277.61308, -117968.49 ) Forward (second) = ( 140443.37, 277.65705, -115356.50 ) Boresight = ( 125661.68, 277.30328, -123785.58 ) Col: 1, Row: 1 = ( 115386.94, 277.23199, -124655.17 ) Col: 2, Row: 1 = ( 125661.68, 277.30328, -123785.58 ) Col: 3, Row: 1 = ( 135936.93, 277.31987, -122910.08 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 109610.90, 277.61308, -117968.49 ) Forward (first) = ( 140443.37, 277.65705, -115356.50 ) Aft (second) = ( 108357.57, 278.43268, -103712.16 ) Forward (second) = ( 139202.56, 278.29549, -101111.39 ) Boresight = ( 124400.94, 278.06052, -109545.80 ) Col: 1, Row: 1 = ( 114120.30, 278.05659, -110412.05 ) Col: 2, Row: 1 = ( 124400.94, 278.06052, -109545.80 ) Col: 3, Row: 1 = ( 134680.73, 278.01947, -108674.39 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 108357.57, 278.43268, -103712.16 ) Forward (first) = ( 139202.56, 278.29549, -101111.39 ) Aft (second) = ( 107132.42, 279.16326, -89434.347 ) Forward (second) = ( 137984.41, 278.86149, -86844.925 ) Boresight = ( 123168.50, 278.73925, -95283.196 ) Col: 1, Row: 1 = ( 112884.24, 278.79708, -96146.047 ) Col: 2, Row: 1 = ( 123168.50, 278.73925, -95283.196 ) Col: 3, Row: 1 = ( 133450.93, 278.64551, -94415.906 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 107132.42, 279.16326, -89434.347 ) Forward (first) = ( 137984.41, 278.86149, -86844.925 ) Aft (second) = ( 105928.57, 279.80118, -75137.905 ) Forward (second) = ( 136783.53, 279.35279, -72559.959 ) Boresight = ( 121957.94, 279.33663, -81000.597 ) Col: 1, Row: 1 = ( 111671.80, 279.45012, -81860.010 ) Col: 2, Row: 1 = ( 121957.94, 279.33663, -81000.597 ) Col: 3, Row: 1 = ( 132241.62, 279.19556, -80137.477 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 105928.57, 279.80118, -75137.905 ) Forward (first) = ( 136783.53, 279.35279, -72559.959 ) Aft (second) = ( 104739.95, 280.34286, -60825.679 ) Forward (second) = ( 135595.22, 279.76720, -58259.337 ) Boresight = ( 120763.59, 279.84988, -66700.853 ) Col: 1, Row: 1 = ( 110476.78, 280.01241, -67556.785 ) Col: 2, Row: 1 = ( 120763.59, 279.84988, -66700.853 ) Col: 3, Row: 1 = ( 131047.54, 279.66721, -65841.946 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 104739.95, 280.34286, -60825.679 ) Forward (first) = ( 135595.22, 279.76720, -58259.337 ) Aft (second) = ( 103561.37, 280.78474, -46500.521 ) Forward (second) = ( 134415.53, 280.10250, -43945.912 ) Boresight = ( 119580.52, 280.27624, -52386.814 ) Col: 1, Row: 1 = ( 109293.82, 280.48069, -53239.223 ) Col: 2, Row: 1 = ( 119580.52, 280.27624, -52386.814 ) Col: 3, Row: 1 = ( 129864.18, 280.05810, -51532.163 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 103561.37, 280.78474, -46500.521 ) Forward (first) = ( 134415.53, 280.10250, -43945.912 ) Aft (second) = ( 102388.59, 281.12319, -32165.286 ) Forward (second) = ( 133241.24, 280.35649, -29622.536 ) Boresight = ( 118404.66, 280.61294, -38061.332 ) Col: 1, Row: 1 = ( 108118.41, 280.85167, -38910.177 ) Col: 2, Row: 1 = ( 118404.66, 280.61294, -38061.332 ) Col: 3, Row: 1 = ( 128687.81, 280.36586, -37210.981 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 102388.59, 281.12319, -32165.286 ) Forward (first) = ( 133241.24, 280.35649, -29622.536 ) Aft (second) = ( 101218.37, 281.35452, -17822.830 ) Forward (second) = ( 132069.96, 280.52693, -15292.066 ) Boresight = ( 117232.78, 280.85717, -23727.265 ) Col: 1, Row: 1 = ( 106947.01, 281.12203, -24572.502 ) Col: 2, Row: 1 = ( 117232.78, 280.85717, -23727.265 ) Col: 3, Row: 1 = ( 127515.48, 280.58810, -22881.255 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 101218.37, 281.35452, -17822.830 ) Forward (first) = ( 132069.96, 280.52693, -15292.066 ) Aft (second) = ( 100048.56, 281.47492, -3476.0100 ) Forward (second) = ( 130900.17, 280.61153, -957.35898 ) Boresight = ( 116062.59, 281.00607, -9387.4676 ) Col: 1, Row: 1 = ( 105777.06, 281.28836, -10229.055 ) Col: 2, Row: 1 = ( 116062.59, 281.00607, -9387.4676 ) Col: 3, Row: 1 = ( 126345.14, 280.72237, -8545.8421 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100048.56, 281.47492, -3476.0100 ) Forward (first) = ( 130900.17, 280.61153, -957.35898 ) Aft (second) = ( 98878.122, 281.48042, 10872.314 ) Forward (second) = ( 129731.19, 280.60795, 13378.727 ) Boresight = ( 114892.78, 281.05670, 4955.2006 ) Col: 1, Row: 1 = ( 104607.05, 281.34712, 4117.3042 ) Col: 2, Row: 1 = ( 114892.78, 281.05670, 4955.2006 ) Col: 3, Row: 1 = ( 125175.60, 280.76618, 5792.4000 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 98878.122, 281.48042, 10872.314 ) Forward (first) = ( 129731.19, 280.60795, 13378.727 ) Aft (second) = ( 97707.240, 281.36690, 25219.283 ) Forward (second) = ( 128563.31, 280.51378, 27713.333 ) Boresight = ( 113723.03, 281.00600, 19297.881 ) Col: 1, Row: 1 = ( 103436.60, 281.29466, 18463.718 ) Col: 2, Row: 1 = ( 113723.03, 281.00600, 19297.881 ) Col: 3, Row: 1 = ( 124006.65, 280.71697, 20130.613 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 97707.240, 281.36690, 25219.283 ) Forward (first) = ( 128563.31, 280.51378, 27713.333 ) Aft (second) = ( 96537.379, 281.13005, 39562.039 ) Forward (second) = ( 127397.77, 280.32657, 42043.602 ) Boresight = ( 112554.14, 280.85084, 33637.715 ) Col: 1, Row: 1 = ( 102266.53, 281.12717, 32807.326 ) Col: 2, Row: 1 = ( 112554.14, 280.85084, 33637.715 ) Col: 3, Row: 1 = ( 122839.04, 280.57207, 34465.937 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 96537.379, 281.13005, 39562.039 ) Forward (first) = ( 127397.77, 280.32657, 42043.602 ) Aft (second) = ( 95371.359, 280.76539, 53897.724 ) Forward (second) = ( 126236.84, 280.04378, 56366.676 ) Boresight = ( 111388.02, 280.58797, 47971.844 ) Col: 1, Row: 1 = ( 101098.86, 280.84069, 47145.271 ) Col: 2, Row: 1 = ( 111388.02, 280.58797, 47971.844 ) Col: 3, Row: 1 = ( 121674.58, 280.32879, 48795.516 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 95371.359, 280.76539, 53897.724 ) Forward (first) = ( 126236.84, 280.04378, 56366.676 ) Aft (second) = ( 94213.438, 280.26832, 68223.481 ) Forward (second) = ( 125083.84, 279.66285, 70679.699 ) Boresight = ( 110227.77, 280.21403, 62297.411 ) Col: 1, Row: 1 = ( 99936.993, 280.43115, 61474.695 ) Col: 2, Row: 1 = ( 110227.77, 280.21403, 62297.411 ) Col: 3, Row: 1 = ( 120516.16, 279.98434, 63116.492 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 94213.438, 280.26832, 68223.481 ) Forward (first) = ( 125083.84, 279.66285, 70679.699 ) Aft (second) = ( 93069.397, 279.63413, 82536.455 ) Forward (second) = ( 123943.20, 279.18119, 84979.817 ) Boresight = ( 109077.76, 279.72564, 76611.561 ) Col: 1, Row: 1 = ( 98785.682, 279.89436, 75792.744 ) Col: 2, Row: 1 = ( 109077.76, 279.72564, 76611.561 ) Col: 3, Row: 1 = ( 119367.78, 279.53590, 77426.010 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 93069.397, 279.63413, 82536.455 ) Forward (first) = ( 123943.20, 279.18119, 84979.817 ) Aft (second) = ( 91946.622, 278.85812, 96833.795 ) Forward (second) = ( 122820.51, 278.59624, 99264.179 ) Boresight = ( 107943.65, 279.11939, 90911.440 ) Col: 1, Row: 1 = ( 97651.170, 279.22612, 90096.563 ) Col: 2, Row: 1 = ( 107943.65, 279.11939, 90911.440 ) Col: 3, Row: 1 = ( 118234.66, 278.98065, 91721.217 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 91946.622, 278.85812, 96833.795 ) Forward (first) = ( 122820.51, 278.59624, 99264.179 ) Aft (second) = ( 90854.181, 277.93571, 111112.65 ) Forward (second) = ( 121722.53, 277.90551, 113529.94 ) Boresight = ( 106832.47, 278.39189, 105194.20 ) Col: 1, Row: 1 = ( 96541.237, 278.42227, 104383.30 ) Col: 2, Row: 1 = ( 106832.47, 278.39189, 105194.20 ) Col: 3, Row: 1 = ( 117123.24, 278.31581, 105999.26 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 90854.181, 277.93571, 111112.65 ) Forward (first) = ( 121722.53, 277.90551, 113529.94 ) Aft (second) = ( 89802.899, 276.86262, 125370.18 ) Forward (second) = ( 120657.26, 277.10664, 127774.25 ) Boresight = ( 105752.70, 277.53993, 119456.99 ) Col: 1, Row: 1 = ( 95465.271, 277.47882, 118650.11 ) Col: 2, Row: 1 = ( 105752.70, 277.53993, 119456.99 ) Col: 3, Row: 1 = ( 116041.21, 277.53874, 120257.30 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 89802.899, 276.86262, 125370.18 ) Forward (first) = ( 120657.26, 277.10664, 127774.25 ) Aft (second) = ( 88805.407, 275.63506, 139603.54 ) Forward (second) = ( 119633.97, 276.19750, 141994.27 ) Boresight = ( 104714.27, 276.56054, 133696.97 ) Col: 1, Row: 1 = ( 94434.329, 276.39214, 132894.16 ) Col: 2, Row: 1 = ( 104714.27, 276.56054, 133696.97 ) Col: 3, Row: 1 = ( 114997.59, 276.64695, 134492.49 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 88805.407, 275.63506, 139603.54 ) Forward (first) = ( 119633.97, 276.19750, 141994.27 ) Aft (second) = ( 87876.173, 274.25001, 153809.90 ) Forward (second) = ( 118663.19, 275.17629, 156187.16 ) Boresight = ( 103728.59, 275.45112, 147911.30 ) Col: 1, Row: 1 = ( 93461.168, 275.15909, 147112.59 ) Col: 2, Row: 1 = ( 103728.59, 275.45112, 147911.30 ) Col: 3, Row: 1 = ( 114002.75, 275.63829, 148701.99 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 87876.173, 274.25001, 153809.90 ) Forward (first) = ( 118663.19, 275.17629, 156187.16 ) Aft (second) = ( 87031.488, 272.70556, 167986.41 ) Forward (second) = ( 117756.72, 274.04163, 170350.10 ) Boresight = ( 102808.62, 274.20968, 162097.15 ) Col: 1, Row: 1 = ( 92560.263, 273.77736, 161302.58 ) Col: 2, Row: 1 = ( 102808.62, 274.20968, 162097.15 ) Col: 3, Row: 1 = ( 113068.39, 274.51103, 162882.97 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 87031.488, 272.70556, 167986.41 ) Forward (first) = ( 117756.72, 274.04163, 170350.10 ) Aft (second) = ( 86289.408, 271.00124, 182130.27 ) Forward (second) = ( 116927.65, 272.79273, 184480.27 ) Boresight = ( 101968.80, 272.83496, 176251.69 ) Col: 1, Row: 1 = ( 91747.777, 272.24566, 175461.30 ) Col: 2, Row: 1 = ( 101968.80, 272.83496, 176251.69 ) Col: 3, Row: 1 = ( 112207.56, 273.26401, 177032.60 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 86289.408, 271.00124, 182130.27 ) Forward (first) = ( 116927.65, 272.79273, 184480.27 ) Aft (second) = ( 85669.624, 269.13843, 196238.65 ) Forward (second) = ( 116190.28, 271.42954, 198574.84 ) Boresight = ( 101225.02, 271.32673, 190372.10 ) Col: 1, Row: 1 = ( 91041.488, 270.56411, 189585.93 ) Col: 2, Row: 1 = ( 101225.02, 271.32673, 190372.10 ) Col: 3, Row: 1 = ( 111434.62, 271.89684, 191148.06 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 85669.624, 269.13843, 196238.65 ) Forward (first) = ( 116190.28, 271.42954, 198574.84 ) Aft (second) = ( 85193.256, 267.12082, 210308.74 ) Forward (second) = ( 115560.04, 269.95288, 212631.00 ) Boresight = ( 100594.51, 269.68599, 204455.56 ) Col: 1, Row: 1 = ( 90460.657, 268.73454, 203673.66 ) Col: 2, Row: 1 = ( 100594.51, 269.68599, 204455.56 ) Col: 3, Row: 1 = ( 110765.16, 270.41004, 205226.54 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 85193.256, 267.12082, 210308.74 ) Forward (first) = ( 115560.04, 269.95288, 212631.00 ) Aft (second) = ( 84882.553, 264.95473, 224337.74 ) Forward (second) = ( 115053.42, 268.36466, 226645.95 ) Boresight = ( 100095.75, 267.91526, 218499.27 ) Col: 1, Row: 1 = ( 90025.812, 266.76089, 217721.67 ) Col: 2, Row: 1 = ( 100095.75, 267.91526, 218499.27 ) Col: 3, Row: 1 = ( 110215.91, 268.80526, 219265.23 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 84882.553, 264.95473, 224337.74 ) Forward (first) = ( 115053.42, 268.36466, 226645.95 ) Aft (second) = ( 84760.498, 262.64945, 238322.85 ) Forward (second) = ( 114687.76, 266.66799, 240616.90 ) Boresight = ( 99748.189, 266.01878, 232500.43 ) Col: 1, Row: 1 = ( 89758.469, 264.64945, 231727.17 ) Col: 2, Row: 1 = ( 99748.189, 266.01878, 232500.43 ) Col: 3, Row: 1 = ( 109804.59, 267.08545, 233261.33 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 84760.498, 262.64945, 238322.85 ) Forward (first) = ( 114687.76, 266.66799, 240616.90 ) Aft (second) = ( 84850.321, 260.21749, 252261.28 ) Forward (second) = ( 114481.13, 264.86735, 254541.06 ) Boresight = ( 99572.016, 264.00278, 246456.24 ) Col: 1, Row: 1 = ( 89680.750, 262.40918, 245687.36 ) Col: 2, Row: 1 = ( 99572.016, 264.00278, 246456.24 ) Col: 3, Row: 1 = ( 109549.69, 265.25505, 247212.04 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 84850.321, 260.21749, 252261.28 ) Forward (first) = ( 114481.13, 264.86735, 254541.06 ) Aft (second) = ( 85174.932, 257.67453, 266150.26 ) Forward (second) = ( 114452.00, 262.96873, 268415.65 ) Boresight = ( 99587.825, 261.87556, 260363.93 ) Col: 1, Row: 1 = ( 89814.938, 260.05183, 259599.48 ) Col: 2, Row: 1 = ( 99587.825, 261.87556, 260363.93 ) Col: 3, Row: 1 = ( 109470.24, 263.32012, 261114.60 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 85174.932, 257.67453, 266150.26 ) Forward (first) = ( 114452.00, 262.96873, 268415.65 ) Aft (second) = ( 85756.301, 255.03927, 279987.02 ) Forward (second) = ( 114619.02, 260.97964, 282237.91 ) Boresight = ( 99816.220, 259.64765, 274220.72 ) Col: 1, Row: 1 = ( 90182.957, 257.59192, 273460.73 ) Col: 2, Row: 1 = ( 99816.220, 259.64765, 274220.72 ) Col: 3, Row: 1 = ( 109585.49, 261.28842, 274966.22 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 85756.301, 255.03927, 279987.02 ) Forward (first) = ( 114619.02, 260.97964, 282237.91 ) Aft (second) = ( 86614.829, 252.33299, 293768.80 ) Forward (second) = ( 115000.67, 258.90915, 296005.08 ) Boresight = ( 100277.37, 257.33167, 288023.86 ) Col: 1, Row: 1 = ( 90805.814, 255.04658, 287268.36 ) Col: 2, Row: 1 = ( 100277.37, 257.33167, 288023.86 ) Col: 3, Row: 1 = ( 109914.59, 259.16948, 288764.15 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 86614.829, 252.33299, 293768.80 ) Forward (first) = ( 115000.67, 258.90915, 296005.08 ) Aft (second) = ( 87768.760, 249.57890, 307492.87 ) Forward (second) = ( 115614.92, 256.76783, 309714.42 ) Boresight = ( 100990.57, 254.94226, 301770.58 ) Col: 1, Row: 1 = ( 91703.035, 252.43517, 301019.62 ) Col: 2, Row: 1 = ( 100990.57, 254.94226, 301770.58 ) Col: 3, Row: 1 = ( 110476.20, 256.97446, 302505.63 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 87768.760, 249.57890, 307492.87 ) Forward (first) = ( 115614.92, 256.76783, 309714.42 ) Aft (second) = ( 89233.672, 246.80130, 321156.47 ) Forward (second) = ( 116478.87, 254.56756, 323363.19 ) Boresight = ( 101973.76, 252.49570, 315458.16 ) Col: 1, Row: 1 = ( 92892.138, 249.77869, 314711.77 ) Col: 2, Row: 1 = ( 101973.76, 252.49570, 315458.16 ) Col: 3, Row: 1 = ( 111288.09, 254.71606, 316187.93 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 89233.672, 246.80130, 321156.47 ) Forward (first) = ( 116478.87, 254.56756, 323363.19 ) Aft (second) = ( 91022.104, 244.02460, 334756.90 ) Forward (second) = ( 117608.41, 252.32137, 336948.68 ) Boresight = ( 103243.09, 250.00950, 329083.85 ) Col: 1, Row: 1 = ( 94388.175, 247.09911, 328342.08 ) Col: 2, Row: 1 = ( 103243.09, 250.00950, 329083.85 ) Col: 3, Row: 1 = ( 112366.81, 252.40825, 329808.32 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:24:54 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2041832.9 km Body center Ra : 118.85945 deg Body Center Dec : 22.245517 deg w: 1 = ( 99936.993, 280.43115, 61474.695 ) Col: 2, Row: 1 = ( 110227.77, 280.21403, 62297.411 ) Col: 3, Row: 1 = ( 120516.16, 279.98434, 63116.492 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 94213.438, 280.26832, 68223.481 ) Forward (firsti24_nans01_26.look_lbl000077505166050166273000000317321166151707100173650ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_26.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_26.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_26" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T03:22:45.877Z SPACECRAFT_CLOCK_START_COUNT = 1/05210710:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_26.look_new_1000077505166050166273000000613221166151707100176230ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 03:22:45.877 SCLK Time : 1/05210710:00:0:0 Spacecraft position = (-941014.21, 1672139.5, 780596.79) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 127763.02, 289.49258, -345952.62 ) Forward (first) = ( 156183.38, 294.36329, -343179.33 ) Aft (second) = ( 124522.18, 291.20977, -332217.18 ) Forward (second) = ( 153303.85, 295.86271, -329451.31 ) Boresight = ( 140257.87, 293.01928, -337727.68 ) Col: 1, Row: 1 = ( 130788.19, 291.31421, -338642.45 ) Col: 2, Row: 1 = ( 140257.87, 293.01928, -337727.68 ) Col: 3, Row: 1 = ( 149870.65, 294.47036, -336795.98 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 124522.18, 291.20977, -332217.18 ) Forward (first) = ( 153303.85, 295.86271, -329451.31 ) Aft (second) = ( 121476.47, 292.93250, -318414.85 ) Forward (second) = ( 150595.19, 297.34805, -315656.53 ) Boresight = ( 137306.57, 294.62394, -323961.40 ) Col: 1, Row: 1 = ( 127713.58, 292.99622, -324874.03 ) Col: 2, Row: 1 = ( 137306.57, 294.62394, -323961.40 ) Col: 3, Row: 1 = ( 147028.06, 295.99977, -323032.55 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 121476.47, 292.93250, -318414.85 ) Forward (first) = ( 150595.19, 297.34805, -315656.53 ) Aft (second) = ( 118618.68, 294.65413, -304548.39 ) Forward (second) = ( 148049.06, 298.81421, -301797.76 ) Boresight = ( 134534.19, 296.21939, -310129.67 ) Col: 1, Row: 1 = ( 124826.33, 294.67612, -311040.11 ) Col: 2, Row: 1 = ( 134534.19, 296.21939, -310129.67 ) Col: 3, Row: 1 = ( 144356.20, 297.51466, -309203.71 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 118618.68, 294.65413, -304548.39 ) Forward (first) = ( 148049.06, 298.81421, -301797.76 ) Aft (second) = ( 115940.78, 296.36762, -290620.55 ) Forward (second) = ( 145656.63, 300.25611, -287877.74 ) Boresight = ( 131932.42, 297.79964, -296235.25 ) Col: 1, Row: 1 = ( 122118.55, 296.34734, -297143.46 ) Col: 2, Row: 1 = ( 131932.42, 297.79964, -296235.25 ) Col: 3, Row: 1 = ( 141846.53, 299.00966, -295312.23 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115940.78, 296.36762, -290620.55 ) Forward (first) = ( 145656.63, 300.25611, -287877.74 ) Aft (second) = ( 113433.98, 298.06566, -276634.10 ) Forward (second) = ( 143408.67, 301.66867, -273899.27 ) Boresight = ( 129492.33, 299.35862, -282280.90 ) Col: 1, Row: 1 = ( 119581.59, 298.00305, -283186.84 ) Col: 2, Row: 1 = ( 129492.33, 299.35862, -282280.90 ) Col: 3, Row: 1 = ( 139490.01, 300.47937, -281360.88 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 113433.98, 298.06566, -276634.10 ) Forward (first) = ( 143408.67, 301.66867, -273899.27 ) Aft (second) = ( 111088.75, 299.74078, -262591.85 ) Forward (second) = ( 141295.58, 303.04688, -259865.11 ) Boresight = ( 127204.48, 300.89019, -268269.41 ) Col: 1, Row: 1 = ( 117206.14, 299.63629, -269173.03 ) Col: 2, Row: 1 = ( 127204.48, 300.89019, -268269.41 ) Col: 3, Row: 1 = ( 137277.19, 301.91838, -267352.43 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 111088.75, 299.74078, -262591.85 ) Forward (first) = ( 141295.58, 303.04688, -259865.11 ) Aft (second) = ( 108894.98, 301.38540, -248496.59 ) Forward (second) = ( 139307.53, 304.38588, -245778.08 ) Boresight = ( 125058.96, 302.38824, -254203.58 ) Col: 1, Row: 1 = ( 114982.31, 301.24002, -255104.84 ) Col: 2, Row: 1 = ( 125058.96, 302.38824, -254203.58 ) Col: 3, Row: 1 = ( 135198.27, 303.32141, -253289.68 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 108894.98, 301.38540, -248496.59 ) Forward (first) = ( 139307.53, 304.38588, -245778.08 ) Aft (second) = ( 106842.01, 302.99193, -234351.11 ) Forward (second) = ( 137434.54, 305.68090, -231640.99 ) Boresight = ( 123045.48, 303.84674, -240086.20 ) Col: 1, Row: 1 = ( 112899.70, 302.80722, -240985.05 ) Col: 2, Row: 1 = ( 123045.48, 303.84674, -240086.20 ) Col: 3, Row: 1 = ( 133243.18, 304.68327, -239175.42 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 106842.01, 302.99193, -234351.11 ) Forward (first) = ( 137434.54, 305.68090, -231640.99 ) Aft (second) = ( 104918.81, 304.55289, -220158.26 ) Forward (second) = ( 135666.52, 306.92739, -217456.64 ) Boresight = ( 121153.52, 305.25981, -225920.08 ) Col: 1, Row: 1 = ( 110947.54, 304.33095, -226816.48 ) Col: 2, Row: 1 = ( 121153.52, 305.25981, -225920.08 ) Col: 3, Row: 1 = ( 131401.71, 305.99893, -225012.49 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 104918.81, 304.55289, -220158.26 ) Forward (first) = ( 135666.52, 306.92739, -217456.64 ) Aft (second) = ( 103114.05, 306.06097, -205920.84 ) Forward (second) = ( 133993.45, 308.12099, -203227.86 ) Boresight = ( 119372.40, 306.62175, -211708.06 ) Col: 1, Row: 1 = ( 109114.77, 305.80443, -212601.97 ) Col: 2, Row: 1 = ( 119372.40, 306.62175, -211708.06 ) Col: 3, Row: 1 = ( 129663.59, 307.26356, -210803.69 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 103114.05, 306.06097, -205920.84 ) Forward (first) = ( 133993.45, 308.12099, -203227.86 ) Aft (second) = ( 101416.24, 307.50906, -191641.71 ) Forward (second) = ( 132405.39, 309.25753, -188957.50 ) Boresight = ( 117691.40, 307.92708, -197452.96 ) Col: 1, Row: 1 = ( 107390.19, 307.22110, -198344.33 ) Col: 2, Row: 1 = ( 117691.40, 307.92708, -197452.96 ) Col: 3, Row: 1 = ( 128018.59, 308.47254, -196551.86 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 101416.24, 307.50906, -191641.71 ) Forward (first) = ( 132405.39, 309.25753, -188957.50 ) Aft (second) = ( 99813.902, 308.89035, -177323.70 ) Forward (second) = ( 130892.64, 310.33307, -174648.40 ) Boresight = ( 116099.86, 309.17057, -183157.63 ) Col: 1, Row: 1 = ( 105762.60, 308.57465, -184046.42 ) Col: 2, Row: 1 = ( 116099.86, 309.17057, -183157.63 ) Col: 3, Row: 1 = ( 126456.59, 309.62147, -182259.84 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 99813.902, 308.89035, -177323.70 ) Forward (first) = ( 130892.64, 310.33307, -174648.40 ) Aft (second) = ( 98295.669, 310.19832, -162969.67 ) Forward (second) = ( 129445.76, 311.34389, -160303.42 ) Boresight = ( 114587.31, 310.34725, -168824.92 ) Col: 1, Row: 1 = ( 104220.87, 309.85905, -169711.08 ) Col: 2, Row: 1 = ( 114587.31, 310.34725, -168824.92 ) Col: 3, Row: 1 = ( 124967.75, 310.70618, -167930.48 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 98295.669, 310.19832, -162969.67 ) Forward (first) = ( 129445.76, 311.34389, -160303.42 ) Aft (second) = ( 96850.426, 311.42676, -148582.48 ) Forward (second) = ( 128055.71, 312.28644, -145925.40 ) Boresight = ( 113143.57, 311.45237, -154457.67 ) Col: 1, Row: 1 = ( 102754.13, 311.06857, -155341.17 ) Col: 2, Row: 1 = ( 113143.57, 311.45237, -154457.67 ) Col: 3, Row: 1 = ( 123542.50, 311.72272, -153566.65 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 96850.426, 311.42676, -148582.48 ) Forward (first) = ( 128055.71, 312.28644, -145925.40 ) Aft (second) = ( 95467.439, 312.56977, -134164.99 ) Forward (second) = ( 126713.87, 313.15738, -131517.22 ) Boresight = ( 111758.83, 312.48148, -140058.77 ) Col: 1, Row: 1 = ( 101351.82, 312.19776, -140939.55 ) Col: 2, Row: 1 = ( 111758.83, 312.48148, -140058.77 ) Col: 3, Row: 1 = ( 122171.71, 312.66735, -139171.19 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 95467.439, 312.56977, -134164.99 ) Forward (first) = ( 126713.87, 313.15738, -131517.22 ) Aft (second) = ( 94136.475, 313.62174, -119720.08 ) Forward (second) = ( 125412.17, 313.95351, -117081.76 ) Boresight = ( 110423.77, 313.43032, -125631.07 ) Col: 1, Row: 1 = ( 100003.87, 313.24143, -126509.09 ) Col: 2, Row: 1 = ( 110423.77, 313.43032, -125631.07 ) Col: 3, Row: 1 = ( 120846.72, 313.53651, -124746.98 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 94136.475, 313.62174, -119720.08 ) Forward (first) = ( 125412.17, 313.95351, -117081.76 ) Aft (second) = ( 92847.918, 314.57727, -105250.63 ) Forward (second) = ( 124143.13, 314.67176, -102621.88 ) Boresight = ( 109129.63, 314.29482, -111177.45 ) Col: 1, Row: 1 = ( 98700.767, 314.19466, -112052.68 ) Col: 2, Row: 1 = ( 109129.63, 314.29482, -111177.45 ) Col: 3, Row: 1 = ( 119559.44, 314.32680, -110296.90 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 92847.918, 314.57727, -105250.63 ) Forward (first) = ( 124143.13, 314.67176, -102621.88 ) Aft (second) = ( 91592.872, 315.43120, -90759.525 ) Forward (second) = ( 122899.89, 315.30919, -88140.472 ) Boresight = ( 107868.32, 315.07109, -96700.793 ) Col: 1, Row: 1 = ( 97433.656, 315.05269, -97573.179 ) Col: 2, Row: 1 = ( 107868.32, 315.07109, -96700.793 ) Col: 3, Row: 1 = ( 118302.40, 315.03496, -95823.832 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 91592.872, 315.43120, -90759.525 ) Forward (first) = ( 122899.89, 315.30919, -88140.472 ) Aft (second) = ( 90363.264, 316.17845, -76249.644 ) Forward (second) = ( 121676.33, 315.86290, -73640.425 ) Boresight = ( 106632.45, 315.75534, -82203.986 ) Col: 1, Row: 1 = ( 96194.449, 315.81092, -83073.487 ) Col: 2, Row: 1 = ( 106632.45, 315.75534, -82203.986 ) Col: 3, Row: 1 = ( 117068.86, 315.65781, -81330.652 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 90363.264, 316.17845, -76249.644 ) Forward (first) = ( 121676.33, 315.86290, -73640.425 ) Aft (second) = ( 89151.938, 316.81405, -61723.884 ) Forward (second) = ( 120467.10, 316.33004, -59124.628 ) Boresight = ( 105415.46, 316.34386, -67689.917 ) Col: 1, Row: 1 = ( 94975.903, 316.46485, -68556.490 ) Col: 2, Row: 1 = ( 105415.46, 316.34386, -67689.917 ) Col: 3, Row: 1 = ( 115852.80, 316.19227, -66820.255 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 89151.938, 316.81405, -61723.884 ) Forward (first) = ( 120467.10, 316.33004, -59124.628 ) Aft (second) = ( 87952.746, 317.33300, -47185.139 ) Forward (second) = ( 119267.65, 316.70779, -44595.976 ) Boresight = ( 104211.64, 316.83298, -53161.479 ) Col: 1, Row: 1 = ( 93771.706, 317.00999, -54025.081 ) Col: 2, Row: 1 = ( 104211.64, 316.83298, -53161.479 ) Col: 3, Row: 1 = ( 114649.03, 316.63522, -52295.531 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 87952.746, 317.33300, -47185.139 ) Forward (first) = ( 119267.65, 316.70779, -44595.976 ) Aft (second) = ( 86760.636, 317.73021, -32636.305 ) Forward (second) = ( 118074.30, 316.99327, -30057.364 ) Boresight = ( 103016.24, 317.21897, -38621.567 ) Col: 1, Row: 1 = ( 92576.559, 317.44182, -39482.157 ) Col: 2, Row: 1 = ( 103016.24, 317.21897, -38621.567 ) Col: 3, Row: 1 = ( 113453.26, 316.98359, -37759.378 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 86760.636, 317.73021, -32636.305 ) Forward (first) = ( 118074.30, 316.99327, -30057.364 ) Aft (second) = ( 85571.739, 318.00048, -18080.282 ) Forward (second) = ( 116884.32, 317.18358, -15511.691 ) Boresight = ( 101825.50, 317.49809, -24073.081 ) Col: 1, Row: 1 = ( 91386.254, 317.75575, -24930.614 ) Col: 2, Row: 1 = ( 101825.50, 317.49809, -24073.081 ) Col: 3, Row: 1 = ( 112262.09, 317.23423, -23214.694 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 85571.739, 318.00048, -18080.282 ) Forward (first) = ( 116884.32, 317.18358, -15511.691 ) Aft (second) = ( 84383.464, 318.13835, -3519.9707 ) Forward (second) = ( 115695.94, 317.27573, -961.85793 ) Boresight = ( 100636.74, 317.66645, -9518.9195 ) Col: 1, Row: 1 = ( 90197.756, 317.94700, -10373.354 ) Col: 2, Row: 1 = ( 100636.74, 317.66645, -9518.9195 ) Col: 3, Row: 1 = ( 111073.13, 317.38393, -8664.3765 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 84383.464, 318.13835, -3519.9707 ) Forward (first) = ( 115695.94, 317.27573, -961.85793 ) Aft (second) = ( 83194.591, 318.13814, 11041.728 ) Forward (second) = ( 114508.40, 317.26663, 13589.235 ) Boresight = ( 99448.422, 317.72004, 5038.0162 ) Col: 1, Row: 1 = ( 89009.286, 318.01062, 4186.7231 ) Col: 2, Row: 1 = ( 99448.422, 317.72004, 5038.0162 ) Col: 3, Row: 1 = ( 109885.04, 317.42937, 5888.6721 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 83194.591, 318.13814, 11041.728 ) Forward (first) = ( 114508.40, 317.26663, 13589.235 ) Aft (second) = ( 82005.368, 317.99384, 25601.912 ) Forward (second) = ( 113322.05, 317.15312, 28138.686 ) Boresight = ( 98260.203, 317.65468, 19594.824 ) Col: 1, Row: 1 = ( 87820.407, 317.94142, 18746.715 ) Col: 2, Row: 1 = ( 98260.203, 317.65468, 19594.824 ) Col: 3, Row: 1 = ( 108697.58, 317.36713, 20441.551 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 82005.368, 317.99384, 25601.912 ) Forward (first) = ( 113322.05, 317.15312, 28138.686 ) Aft (second) = ( 80817.625, 317.69911, 40157.680 ) Forward (second) = ( 112138.38, 316.93190, 42683.595 ) Boresight = ( 97073.045, 317.46603, 34148.604 ) Col: 1, Row: 1 = ( 86632.117, 317.73395, 33303.720 ) Col: 2, Row: 1 = ( 97073.045, 317.46603, 34148.604 ) Col: 3, Row: 1 = ( 107511.65, 317.19365, 34991.359 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 80817.625, 317.69911, 40157.680 ) Forward (first) = ( 112138.38, 316.93190, 42683.595 ) Aft (second) = ( 79634.888, 317.24733, 54706.131 ) Forward (second) = ( 110960.06, 316.59960, 57221.061 ) Boresight = ( 95889.266, 317.14956, 48696.453 ) Col: 1, Row: 1 = ( 85446.952, 317.38248, 47854.838 ) Col: 2, Row: 1 = ( 95889.266, 317.14956, 48696.453 ) Col: 3, Row: 1 = ( 106329.42, 316.90526, 49535.195 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 79634.888, 317.24733, 54706.131 ) Forward (first) = ( 110960.06, 316.59960, 57221.061 ) Aft (second) = ( 78462.498, 316.63158, 69244.367 ) Forward (second) = ( 109791.03, 316.15276, 71748.187 ) Boresight = ( 94712.635, 316.70058, 63235.473 ) Col: 1, Row: 1 = ( 84269.085, 316.88108, 62397.168 ) Col: 2, Row: 1 = ( 94712.635, 316.70058, 63235.473 ) Col: 3, Row: 1 = ( 105154.32, 316.49818, 64070.159 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 78462.498, 316.63158, 69244.367 ) Forward (first) = ( 109791.03, 316.15276, 71748.187 ) Aft (second) = ( 77307.747, 315.84481, 83769.490 ) Forward (second) = ( 108636.57, 315.58790, 86262.075 ) Boresight = ( 93548.452, 316.11430, 77762.766 ) Col: 1, Row: 1 = ( 83104.439, 316.22361, 76927.813 ) Col: 2, Row: 1 = ( 93548.452, 316.11430, 77762.766 ) Col: 3, Row: 1 = ( 103991.15, 315.96856, 78593.355 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 77307.747, 315.84481, 83769.490 ) Forward (first) = ( 108636.57, 315.58790, 86262.075 ) Aft (second) = ( 76180.000, 314.87994, 98278.607 ) Forward (second) = ( 107503.32, 314.90156, 100759.83 ) Boresight = ( 92403.638, 315.38590, 92275.435 ) Col: 1, Row: 1 = ( 81960.801, 315.40390, 91443.877 ) Col: 2, Row: 1 = ( 92403.638, 315.38590, 92275.435 ) Col: 3, Row: 1 = ( 102846.17, 315.31255, 93101.887 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 76180.000, 314.87994, 98278.607 ) Forward (first) = ( 107503.32, 314.90156, 100759.83 ) Aft (second) = ( 75090.819, 313.73015, 112768.82 ) Forward (second) = ( 106399.38, 314.09039, 115238.57 ) Boresight = ( 91286.817, 314.51063, 106770.59 ) Col: 1, Row: 1 = ( 80847.927, 314.41584, 105942.47 ) Col: 2, Row: 1 = ( 91286.817, 314.51063, 106770.59 ) Col: 3, Row: 1 = ( 101727.10, 314.52634, 107592.86 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 75090.819, 313.73015, 112768.82 ) Forward (first) = ( 106399.38, 314.09039, 115238.57 ) Aft (second) = ( 74054.071, 312.38918, 127237.26 ) Forward (second) = ( 105334.32, 313.15127, 129695.39 ) Boresight = ( 90208.397, 313.48397, 121245.34 ) Col: 1, Row: 1 = ( 79777.646, 313.25367, 120420.69 ) Col: 2, Row: 1 = ( 90208.397, 313.48397, 121245.34 ) Col: 3, Row: 1 = ( 100643.26, 313.60634, 122063.39 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 74054.071, 312.38918, 127237.26 ) Forward (first) = ( 105334.32, 313.15127, 129695.39 ) Aft (second) = ( 73085.991, 310.85175, 141681.02 ) Forward (second) = ( 104319.27, 312.08140, 144127.43 ) Boresight = ( 89180.628, 312.30186, 135696.80 ) Col: 1, Row: 1 = ( 78763.938, 311.91225, 134875.67 ) Col: 2, Row: 1 = ( 89180.628, 312.30186, 135696.80 ) Col: 3, Row: 1 = ( 99605.532, 312.54924, 136510.59 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 73085.991, 310.85175, 141681.02 ) Forward (first) = ( 104319.27, 312.08140, 144127.43 ) Aft (second) = ( 72205.206, 309.11417, 156097.24 ) Forward (second) = ( 103366.89, 310.87853, 158531.80 ) Boresight = ( 88217.642, 310.96093, 150122.08 ) Col: 1, Row: 1 = ( 77822.977, 310.38746, 149304.52 ) Col: 2, Row: 1 = ( 88217.642, 310.96093, 150122.08 ) Col: 3, Row: 1 = ( 98626.486, 311.35227, 150931.58 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 72205.206, 309.11417, 156097.24 ) Forward (first) = ( 103366.89, 310.87853, 158531.80 ) Aft (second) = ( 71432.675, 307.17492, 170483.04 ) Forward (second) = ( 102491.38, 309.54113, 172905.63 ) Boresight = ( 87335.458, 309.45881, 164518.32 ) Col: 1, Row: 1 = ( 76973.125, 308.67668, 163704.36 ) Col: 2, Row: 1 = ( 87335.458, 309.45881, 164518.32 ) Col: 3, Row: 1 = ( 97720.321, 310.01337, 165323.48 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 71432.675, 307.17492, 170483.04 ) Forward (first) = ( 102491.38, 309.54113, 172905.63 ) Aft (second) = ( 70791.517, 305.03542, 184835.55 ) Forward (second) = ( 101708.47, 308.06861, 187246.05 ) Boresight = ( 86551.935, 307.79452, 178882.65 ) Col: 1, Row: 1 = ( 76234.852, 306.77933, 178072.33 ) Col: 2, Row: 1 = ( 86551.935, 307.79452, 178882.65 ) Col: 3, Row: 1 = ( 96902.861, 308.53143, 179683.43 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 70791.517, 305.03542, 184835.55 ) Forward (first) = ( 101708.47, 308.06861, 187246.05 ) Aft (second) = ( 70306.720, 302.70077, 199151.92 ) Forward (second) = ( 101035.31, 306.46158, 201550.20 ) Boresight = ( 85886.665, 305.96887, 193212.20 ) Col: 1, Row: 1 = ( 75630.559, 304.69749, 192405.56 ) Col: 2, Row: 1 = ( 85886.665, 305.96887, 193212.20 ) Col: 3, Row: 1 = ( 96191.488, 306.90662, 194008.56 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 70306.720, 302.70077, 199151.92 ) Forward (first) = ( 101035.31, 306.46158, 201550.20 ) Aft (second) = ( 70004.684, 300.18052, 213429.29 ) Forward (second) = ( 100490.32, 304.72210, 215815.24 ) Boresight = ( 85360.782, 303.98485, 207504.11 ) Col: 1, Row: 1 = ( 75184.282, 302.43653, 206701.20 ) Col: 2, Row: 1 = ( 85360.782, 303.98485, 207504.11 ) Col: 3, Row: 1 = ( 95605.006, 305.14068, 208296.01 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 70004.684, 300.18052, 213429.29 ) Forward (first) = ( 100490.32, 304.72210, 215815.24 ) Aft (second) = ( 69912.604, 297.48914, 227664.82 ) Forward (second) = ( 100093.05, 302.85396, 230038.31 ) Boresight = ( 84996.684, 301.84811, 221755.54 ) Col: 1, Row: 1 = ( 74921.275, 300.00564, 220956.39 ) Col: 2, Row: 1 = ( 84996.684, 301.84811, 221755.54 ) Col: 3, Row: 1 = ( 95163.453, 303.23717, 222542.94 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 69912.604, 297.48914, 227664.82 ) Forward (first) = ( 100093.05, 302.85396, 230038.31 ) Aft (second) = ( 70057.702, 294.64641, 241855.66 ) Forward (second) = ( 99863.873, 300.86287, 244216.59 ) Boresight = ( 84817.651, 299.56726, 235963.64 ) Col: 1, Row: 1 = ( 74867.436, 297.41829, 235168.30 ) Col: 2, Row: 1 = ( 84817.651, 299.56726, 235963.64 ) Col: 3, Row: 1 = ( 94887.835, 301.20182, 236746.51 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 70057.702, 294.64641, 241855.66 ) Forward (first) = ( 99863.873, 300.86287, 244216.59 ) Aft (second) = ( 70466.334, 291.67724, 255999.00 ) Forward (second) = ( 99823.687, 298.75668, 258347.24 ) Boresight = ( 84847.368, 297.15414, 250125.59 ) Col: 1, Row: 1 = ( 75048.623, 294.69243, 249334.10 ) Col: 2, Row: 1 = ( 84847.368, 297.15414, 250125.59 ) Col: 3, Row: 1 = ( 94799.782, 299.04272, 250903.89 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 70466.334, 291.67724, 255999.00 ) Forward (first) = ( 99823.687, 298.75668, 258347.24 ) Aft (second) = ( 71163.047, 288.61112, 270092.02 ) Forward (second) = ( 99993.515, 296.54547, 272427.45 ) Boresight = ( 85109.358, 294.62390, 264238.56 ) Col: 1, Row: 1 = ( 75489.866, 291.85033, 263450.95 ) Col: 2, Row: 1 = ( 85109.358, 294.62390, 264238.56 ) Col: 3, Row: 1 = ( 94921.137, 296.77047, 265012.25 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 71163.047, 288.61112, 270092.02 ) Forward (first) = ( 99993.515, 296.54547, 272427.45 ) Aft (second) = ( 72169.668, 285.48105, 284131.90 ) Forward (second) = ( 100394.07, 294.24150, 286454.41 ) Boresight = ( 85626.352, 291.99485, 278299.74 ) Col: 1, Row: 1 = ( 76214.538, 288.91813, 277516.06 ) Col: 2, Row: 1 = ( 85626.352, 291.99485, 278299.74 ) Col: 3, Row: 1 = ( 95273.477, 294.39817, 279068.78 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 72169.668, 285.48105, 284131.90 ) Forward (first) = ( 100394.07, 294.24150, 286454.41 ) Aft (second) = ( 73504.515, 282.32197, 298115.84 ) Forward (second) = ( 101045.30, 291.85913, 300425.33 ) Boresight = ( 86419.637, 289.28810, 292306.32 ) Col: 1, Row: 1 = ( 77243.555, 285.92494, 291526.61 ) Col: 2, Row: 1 = ( 86419.637, 289.28810, 292306.32 ) Col: 3, Row: 1 = ( 95877.599, 291.94131, 293070.67 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 73504.515, 282.32197, 298115.84 ) Forward (first) = ( 101045.30, 291.85913, 300425.33 ) Aft (second) = ( 75181.834, 279.16909, 312041.08 ) Forward (second) = ( 101965.88, 289.41452, 314337.41 ) Boresight = ( 87508.431, 286.52693, 306255.51 ) Col: 1, Row: 1 = ( 78594.687, 282.90160, 305479.81 ) Col: 2, Row: 1 = ( 87508.431, 286.52693, 306255.51 ) Col: 3, Row: 1 = ( 96752.994, 289.41744, 307015.15 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 75181.834, 279.16909, 312041.08 ) Forward (first) = ( 101965.88, 289.41452, 314337.41 ) Aft (second) = ( 77211.502, 276.05606, 325904.82 ) Forward (second) = ( 103172.77, 286.92521, 328187.88 ) Boresight = ( 88909.329, 283.73596, 320144.54 ) Col: 1, Row: 1 = ( 80282.031, 279.87931, 319372.88 ) Col: 2, Row: 1 = ( 88909.329, 283.73596, 320144.54 ) Col: 3, Row: 1 = ( 97917.341, 286.84573, 320899.42 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 77211.502, 276.05606, 325904.82 ) Forward (first) = ( 103172.77, 286.92521, 328187.88 ) Aft (second) = ( 79599.027, 273.01334, 339704.30 ) Forward (second) = ( 104680.84, 284.40960, 341973.99 ) Boresight = ( 90635.882, 280.94017, 333970.63 ) Col: 1, Row: 1 = ( 82315.733, 276.88811, 333203.06 ) Col: 2, Row: 1 = ( 90635.882, 280.94017, 333970.63 ) Col: 3, Row: 1 = ( 99386.069, 284.24635, 334720.71 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:25:58 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2071446.3 km Body center Ra : 119.36909 deg Body Center Dec : 22.137871 deg w: 1 = ( 84269.085, 316.88108, 62397.168 ) Col: 2, Row: 1 = ( 94712.635, 316.70058, 63235.473 ) Col: 3, Row: 1 = ( 105154.32, 316.49818, 64070.159 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 78462.498, 316.63158, 69244.367 ) Forward (firsti24_nans01_27.look_lbl000077505166050166273000000317321166151707100173660ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_27.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_27.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_27" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T05:24:05.873Z SPACECRAFT_CLOCK_START_COUNT = 1/05210830:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END i24_nans01_27.look_new_1000077505166050166273000000613241166151707100176260ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 05:24:05.873 SCLK Time : 1/05210830:00:0:0 Spacecraft position = (-998182.93, 1705178.7, 795373.68) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 101576.94, 353.49908, -356021.55 ) Forward (first) = ( 128672.67, 1.7887749, -353262.41 ) Aft (second) = ( 97671.711, 355.38963, -341884.08 ) Forward (second) = ( 125311.72, 3.5161145, -339128.90 ) Boresight = ( 112936.26, 359.09407, -347602.73 ) Col: 1, Row: 1 = ( 103949.12, 356.13433, -348513.05 ) Col: 2, Row: 1 = ( 112936.26, 359.09407, -347602.73 ) Col: 3, Row: 1 = ( 122227.95, 1.5674977, -346674.86 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 97671.711, 355.38963, -341884.08 ) Forward (first) = ( 125311.72, 3.5161145, -339128.90 ) Aft (second) = ( 93989.007, 357.33173, -327678.05 ) Forward (second) = ( 122152.45, 5.2508146, -324926.96 ) Boresight = ( 109434.73, 0.93541341, -333431.83 ) Col: 1, Row: 1 = ( 100258.73, 358.03248, -334341.16 ) Col: 2, Row: 1 = ( 109434.73, 0.93541341, -333431.83 ) Col: 3, Row: 1 = ( 118893.06, 3.3375564, -332505.65 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 93989.007, 357.33173, -327678.05 ) Forward (first) = ( 122152.45, 5.2508146, -324926.96 ) Aft (second) = ( 90525.151, 359.31941, -313406.30 ) Forward (second) = ( 119187.61, 6.9861007, -310659.44 ) Boresight = ( 106144.01, 2.7991549, -319193.84 ) Col: 1, Row: 1 = ( 96786.299, 359.96966, -320102.15 ) Col: 2, Row: 1 = ( 106144.01, 2.7991549, -319193.84 ) Col: 3, Row: 1 = ( 115760.69, 5.1169837, -318269.42 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 90525.151, 359.31941, -313406.30 ) Forward (first) = ( 119187.61, 6.9861007, -310659.44 ) Aft (second) = ( 87275.387, 1.3454174, -299071.67 ) Forward (second) = ( 116409.09, 8.7147914, -296329.17 ) Boresight = ( 103057.75, 4.6778664, -304891.62 ) Col: 1, Row: 1 = ( 93526.834, 1.9387730, -305798.86 ) Col: 2, Row: 1 = ( 103057.75, 4.6778664, -304891.62 ) Col: 3, Row: 1 = ( 112823.51, 6.8985629, -303969.00 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 87275.387, 1.3454174, -299071.67 ) Forward (first) = ( 116409.09, 8.7147914, -296329.17 ) Aft (second) = ( 84233.807, 3.4011594, -284677.01 ) Forward (second) = ( 113807.93, 10.429385, -281939.02 ) Boresight = ( 100168.60, 6.5633462, -290528.01 ) Col: 1, Row: 1 = ( 90474.222, 3.9315501, -291434.14 ) Col: 2, Row: 1 = ( 100168.60, 6.5633462, -290528.01 ) Col: 3, Row: 1 = ( 110073.29, 8.6746031, -289607.23 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 84233.807, 3.4011594, -284677.01 ) Forward (first) = ( 113807.93, 10.429385, -281939.02 ) Aft (second) = ( 81393.306, 5.4768315, -270225.21 ) Forward (second) = ( 111374.45, 12.122155, -267491.85 ) Boresight = ( 97468.183, 8.4467306, -276105.87 ) Col: 1, Row: 1 = ( 87621.212, 5.9387249, -277010.85 ) Col: 2, Row: 1 = ( 97468.183, 8.4467306, -276105.87 ) Col: 3, Row: 1 = ( 107500.95, 10.437035, -275186.99 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 81393.306, 5.4768315, -270225.21 ) Forward (first) = ( 111374.45, 12.122155, -267491.85 ) Aft (second) = ( 78745.566, 7.5614376, -255719.13 ) Forward (second) = ( 109098.30, 13.785249, -252990.55 ) Boresight = ( 94947.145, 10.318608, -261628.09 ) Col: 1, Row: 1 = ( 84959.416, 7.9500517, -262531.87 ) Col: 2, Row: 1 = ( 94947.145, 10.318608, -261628.09 ) Col: 3, Row: 1 = ( 105096.60, 12.177515, -260711.14 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 78745.566, 7.5614376, -255719.13 ) Forward (first) = ( 109098.30, 13.785249, -252990.55 ) Aft (second) = ( 76281.076, 9.6429434, -241161.66 ) Forward (second) = ( 106968.55, 15.410785, -238438.00 ) Boresight = ( 92595.238, 12.169151, -247097.54 ) Col: 1, Row: 1 = ( 82479.331, 9.9544551, -248000.07 ) Col: 2, Row: 1 = ( 92595.238, 12.169151, -247097.54 ) Col: 3, Row: 1 = ( 102849.64, 13.887541, -246182.58 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 76281.076, 9.6429434, -241161.66 ) Forward (first) = ( 106968.55, 15.410785, -238438.00 ) Aft (second) = ( 73989.194, 11.708453, -226555.72 ) Forward (second) = ( 104973.85, 16.990949, -223837.10 ) Boresight = ( 90401.406, 13.988260, -232517.12 ) Col: 1, Row: 1 = ( 80170.410, 11.940193, -233418.37 ) Col: 2, Row: 1 = ( 90401.406, 13.988260, -232517.12 ) Col: 3, Row: 1 = ( 100748.91, 15.558559, -231604.20 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 73989.194, 11.708453, -226555.72 ) Forward (first) = ( 104973.85, 16.990949, -223837.10 ) Aft (second) = ( 71858.239, 13.744418, -211904.20 ) Forward (second) = ( 103102.52, 18.518070, -209190.77 ) Boresight = ( 88353.911, 15.765705, -217889.74 ) Col: 1, Row: 1 = ( 78021.163, 13.895039, -218789.66 ) Col: 2, Row: 1 = ( 88353.911, 15.765705, -217889.74 ) Col: 3, Row: 1 = ( 98782.731, 17.182070, -216978.90 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 71858.239, 13.744418, -211904.20 ) Forward (first) = ( 103102.52, 18.518070, -209190.77 ) Aft (second) = ( 69875.633, 15.736863, -197210.04 ) Forward (second) = ( 101342.72, 19.984697, -194501.92 ) Boresight = ( 86440.475, 17.491271, -203218.31 ) Col: 1, Row: 1 = ( 76019.285, 15.806481, -204116.86 ) Col: 2, Row: 1 = ( 86440.475, 17.491271, -203218.31 ) Col: 3, Row: 1 = ( 96939.139, 18.749726, -202309.60 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 69875.633, 15.736863, -197210.04 ) Forward (first) = ( 101342.72, 19.984697, -194501.92 ) Aft (second) = ( 68028.071, 17.671614, -182476.15 ) Forward (second) = ( 99682.569, 21.383644, -179773.49 ) Boresight = ( 84648.444, 19.154881, -188505.77 ) Col: 1, Row: 1 = ( 74151.824, 17.661908, -189402.89 ) Col: 2, Row: 1 = ( 84648.444, 19.154881, -188505.77 ) Col: 3, Row: 1 = ( 95205.967, 20.253405, -187599.22 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 68028.071, 17.671614, -182476.15 ) Forward (first) = ( 99682.569, 21.383644, -179773.49 ) Aft (second) = ( 66301.728, 19.534509, -167705.48 ) Forward (second) = ( 98110.302, 22.708028, -165008.40 ) Boresight = ( 82964.959, 20.746698, -173755.03 ) Col: 1, Row: 1 = ( 72405.366, 19.448790, -174650.70 ) Col: 2, Row: 1 = ( 82964.959, 20.746698, -173755.03 ) Col: 3, Row: 1 = ( 93571.028, 21.685271, -172850.70 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 66301.728, 19.534509, -167705.48 ) Forward (first) = ( 98110.302, 22.708028, -165008.40 ) Aft (second) = ( 64682.475, 21.311572, -152900.97 ) Forward (second) = ( 96614.402, 23.951280, -150209.61 ) Boresight = ( 81377.136, 22.257202, -158969.04 ) Col: 1, Row: 1 = ( 70766.241, 21.154821, -159863.20 ) Col: 2, Row: 1 = ( 81377.136, 22.257202, -158969.04 ) Col: 3, Row: 1 = ( 92022.260, 23.037810, -158066.98 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 64682.475, 21.311572, -152900.97 ) Forward (first) = ( 96614.402, 23.951280, -150209.61 ) Aft (second) = ( 63156.127, 22.989150, -138065.56 ) Forward (second) = ( 95183.742, 25.107137, -135380.06 ) Boresight = ( 79872.251, 23.677240, -144150.75 ) Col: 1, Row: 1 = ( 69220.741, 22.768026, -145043.37 ) Col: 2, Row: 1 = ( 79872.251, 23.677240, -144150.75 ) Col: 3, Row: 1 = ( 90547.882, 24.303842, -143251.00 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 63156.127, 22.989150, -138065.56 ) Forward (first) = ( 95183.742, 25.107137, -135380.06 ) Aft (second) = ( 61708.681, 24.553981, -123202.22 ) Forward (second) = ( 93807.716, 26.169627, -120522.71 ) Boresight = ( 78437.917, 24.998031, -129303.12 ) Col: 1, Row: 1 = ( 67755.337, 24.276824, -130194.14 ) Col: 2, Row: 1 = ( 78437.917, 24.998031, -129303.12 ) Col: 3, Row: 1 = ( 89136.541, 25.476516, -128405.72 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 61708.681, 24.553981, -123202.22 ) Forward (first) = ( 93807.716, 26.169627, -120522.71 ) Aft (second) = ( 60326.567, 25.993204, -108313.91 ) Forward (second) = ( 92476.358, 27.133020, -105640.53 ) Boresight = ( 77062.262, 26.211152, -114429.09 ) Col: 1, Row: 1 = ( 66356.902, 25.670037, -115318.47 ) Col: 2, Row: 1 = ( 77062.262, 26.211152, -114429.09 ) Col: 3, Row: 1 = ( 87777.450, 26.549273, -113534.10 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 60326.567, 25.993204, -108313.91 ) Forward (first) = ( 92476.358, 27.133020, -105640.53 ) Aft (second) = ( 58996.879, 27.294308, -93403.595 ) Forward (second) = ( 91180.460, 27.991783, -90736.467 ) Boresight = ( 75734.092, 27.308486, -99531.645 ) Col: 1, Row: 1 = ( 65012.919, 26.936852, -100419.34 ) Col: 2, Row: 1 = ( 75734.092, 27.308486, -99531.645 ) Col: 3, Row: 1 = ( 86460.522, 27.515804, -98639.092 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 58996.879, 27.294308, -93403.595 ) Forward (first) = ( 91180.460, 27.991783, -90736.467 ) Aft (second) = ( 57707.612, 28.445014, -78474.245 ) Forward (second) = ( 89911.685, 28.740511, -75813.506 ) Boresight = ( 74443.050, 28.282144, -84613.742 ) Col: 1, Row: 1 = ( 63711.691, 28.066736, -85499.713 ) Col: 2, Row: 1 = ( 74443.050, 28.282144, -84613.742 ) Col: 3, Row: 1 = ( 85176.498, 28.369983, -83723.678 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 57707.612, 28.445014, -78474.245 ) Forward (first) = ( 89911.685, 28.740511, -75813.506 ) Aft (second) = ( 56447.883, 29.433104, -63528.836 ) Forward (second) = ( 88662.661, 29.373861, -60874.620 ) Boresight = ( 73179.766, 29.124366, -69678.357 ) Col: 1, Row: 1 = ( 62442.532, 29.049305, -70562.559 ) Col: 2, Row: 1 = ( 73179.766, 29.124366, -69678.357 ) Col: 3, Row: 1 = ( 83917.061, 29.105787, -68790.829 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 56447.883, 29.433104, -63528.836 ) Forward (first) = ( 88662.661, 29.373861, -60874.620 ) Aft (second) = ( 55208.142, 30.246201, -48570.347 ) Forward (second) = ( 87427.092, 29.886473, -45922.786 ) Boresight = ( 71936.002, 29.827403, -54728.469 ) Col: 1, Row: 1 = ( 61195.956, 29.874160, -55610.857 ) Col: 2, Row: 1 = ( 71936.002, 29.827403, -54728.469 ) Col: 3, Row: 1 = ( 82674.949, 29.717217, -53843.519 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 55208.142, 30.246201, -48570.347 ) Forward (first) = ( 87427.092, 29.886473, -45922.786 ) Aft (second) = ( 53980.388, 30.871515, -33601.760 ) Forward (second) = ( 86199.844, 30.272894, -30960.984 ) Boresight = ( 70704.787, 30.383390, -39767.056 ) Col: 1, Row: 1 = ( 59963.862, 30.530697, -40647.587 ) Col: 2, Row: 1 = ( 70704.787, 30.383390, -39767.056 ) Col: 3, Row: 1 = ( 81444.070, 30.198203, -38884.730 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 53980.388, 30.871515, -33601.760 ) Forward (first) = ( 86199.844, 30.272894, -30960.984 ) Aft (second) = ( 52758.386, 31.295557, -18626.057 ) Forward (second) = ( 84977.054, 30.527506, -15992.199 ) Boresight = ( 69480.561, 30.784209, -24797.101 ) Col: 1, Row: 1 = ( 58739.713, 31.007891, -25675.731 ) Col: 2, Row: 1 = ( 69480.561, 30.784209, -24797.101 ) Col: 3, Row: 1 = ( 80219.602, 30.542513, -23917.442 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 52758.386, 31.295557, -18626.057 ) Forward (first) = ( 84977.054, 30.527506, -15992.199 ) Aft (second) = ( 51537.895, 31.503850, -3646.2221 ) Forward (second) = ( 83756.219, 30.644459, -1019.4142 ) Boresight = ( 68259.310, 31.021357, -9821.5873 ) Col: 1, Row: 1 = ( 57518.730, 31.294084, -10698.274 ) Col: 2, Row: 1 = ( 68259.310, 31.021357, -9821.5873 ) Col: 3, Row: 1 = ( 78998.114, 30.743670, -8944.6407 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 51537.895, 31.503850, -3646.2221 ) Forward (first) = ( 83756.219, 30.644459, -1019.4142 ) Aft (second) = ( 50316.922, 31.480643, 11334.758 ) Forward (second) = ( 82536.312, 30.617614, 13954.386 ) Boresight = ( 67038.724, 31.085823, 5156.4993 ) Col: 1, Row: 1 = ( 56298.091, 31.376765, 4281.8007 ) Col: 2, Row: 1 = ( 67038.724, 31.085823, 5156.4993 ) Col: 3, Row: 1 = ( 77777.670, 30.794875, 6030.6904 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 50316.922, 31.480643, 11334.758 ) Forward (first) = ( 82536.312, 30.617614, 13954.386 ) Aft (second) = ( 49096.001, 31.208670, 26313.899 ) Forward (second) = ( 81317.886, 30.440506, 28926.216 ) Boresight = ( 65818.353, 30.967986, 20134.174 ) Col: 1, Row: 1 = ( 55077.153, 31.242385, 19261.507 ) Col: 2, Row: 1 = ( 65818.353, 30.967986, 20134.174 ) Col: 3, Row: 1 = ( 76557.962, 30.688944, 21005.566 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 49096.001, 31.208670, 26313.899 ) Forward (first) = ( 81317.886, 30.440506, 28926.216 ) Aft (second) = ( 47878.514, 30.668991, 41288.215 ) Forward (second) = ( 80103.200, 30.106333, 43893.091 ) Boresight = ( 64599.782, 30.657545, 35108.450 ) Col: 1, Row: 1 = ( 53857.700, 30.876218, 34237.858 ) Col: 2, Row: 1 = ( 64599.782, 30.657545, 35108.450 ) Col: 3, Row: 1 = ( 75340.438, 30.418274, 35977.000 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 47878.514, 30.668991, 41288.215 ) Forward (first) = ( 80103.200, 30.106333, 43893.091 ) Aft (second) = ( 46671.064, 29.840967, 56254.722 ) Forward (second) = ( 78896.341, 29.607975, 58852.028 ) Boresight = ( 63386.832, 30.143507, 50076.345 ) Col: 1, Row: 1 = ( 52644.222, 30.262304, 49207.871 ) Col: 2, Row: 1 = ( 63386.832, 30.143507, 50076.345 ) Col: 3, Row: 1 = ( 74128.440, 29.974843, 50942.009 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 46671.064, 29.840967, 56254.722 ) Forward (first) = ( 78896.341, 29.607975, 58852.028 ) Aft (second) = ( 45483.880, 28.702484, 71210.438 ) Forward (second) = ( 77703.368, 28.938059, 73800.043 ) Boresight = ( 62185.765, 29.414249, 65034.873 ) Col: 1, Row: 1 = ( 51444.229, 29.383530, 64168.562 ) Col: 2, Row: 1 = ( 62185.765, 29.414249, 65034.873 ) Col: 3, Row: 1 = ( 72927.368, 29.350256, 65897.609 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 45483.880, 28.702484, 71210.438 ) Forward (first) = ( 77703.368, 28.938059, 73800.043 ) Aft (second) = ( 44331.270, 27.230525, 86152.382 ) Forward (second) = ( 76532.445, 28.089086, 88734.158 ) Boresight = ( 61005.517, 28.457686, 79981.055 ) Col: 1, Row: 1 = ( 50268.590, 28.221914, 79116.949 ) Col: 2, Row: 1 = ( 61005.517, 28.457686, 79981.055 ) Col: 3, Row: 1 = ( 71744.830, 28.535863, 80840.819 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 44331.270, 27.230525, 86152.382 ) Forward (first) = ( 76532.445, 28.089086, 88734.158 ) Aft (second) = ( 43232.062, 25.402270, 101077.58 ) Forward (second) = ( 75393.983, 27.053628, 103651.39 ) Boresight = ( 59857.926, 27.261599, 94911.909 ) Col: 1, Row: 1 = ( 49131.886, 26.759180, 94050.052 ) Col: 2, Row: 1 = ( 59857.926, 27.261599, 94911.909 ) Col: 3, Row: 1 = ( 70590.815, 27.522947, 95768.660 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 43232.062, 25.402270, 101077.58 ) Forward (first) = ( 75393.983, 27.053628, 103651.39 ) Aft (second) = ( 42210.007, 23.196902, 115983.05 ) Forward (second) = ( 74300.769, 25.824619, 118548.78 ) Boresight = ( 58757.960, 25.814141, 109824.46 ) Col: 1, Row: 1 = ( 48052.753, 24.977733, 108964.90 ) Col: 2, Row: 1 = ( 58757.960, 25.814141, 109824.46 ) Col: 3, Row: 1 = ( 69477.845, 26.303038, 110678.16 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 42210.007, 23.196902, 115983.05 ) Forward (first) = ( 74300.769, 25.824619, 118548.78 ) Aft (second) = ( 41294.019, 20.598292, 130865.82 ) Forward (second) = ( 73268.067, 24.395745, 133423.34 ) Boresight = ( 57723.906, 24.104597, 124715.74 ) Col: 1, Row: 1 = ( 47054.155, 22.862145, 123858.51 ) Col: 2, Row: 1 = ( 57723.906, 24.104597, 124715.74 ) Col: 3, Row: 1 = ( 68421.116, 24.868340, 125566.34 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 41294.019, 20.598292, 130865.82 ) Forward (first) = ( 73268.067, 24.395745, 133423.34 ) Aft (second) = ( 40518.135, 17.598641, 145722.94 ) Forward (second) = ( 72313.679, 22.761968, 148272.11 ) Boresight = ( 56777.486, 22.124416, 139582.77 ) Col: 1, Row: 1 = ( 46163.516, 20.401248, 138727.92 ) Col: 2, Row: 1 = ( 56777.486, 22.124416, 139582.77 ) Col: 3, Row: 1 = ( 67438.589, 23.212318, 140430.23 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 40518.135, 17.598641, 145722.94 ) Forward (first) = ( 72313.679, 22.761968, 148272.11 ) Aft (second) = ( 39921.001, 14.202910, 160551.43 ) Forward (second) = ( 71457.937, 20.920152, 163092.14 ) Boresight = ( 55943.856, 19.868547, 154422.60 ) Col: 1, Row: 1 = ( 45412.606, 17.590822, 153570.17 ) Col: 2, Row: 1 = ( 55943.856, 19.868547, 154422.60 ) Col: 3, Row: 1 = ( 66551.017, 21.330442, 155266.87 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 39921.001, 14.202910, 160551.43 ) Forward (first) = ( 71457.937, 20.920152, 163092.14 ) Aft (second) = ( 39544.713, 10.433465, 175348.35 ) Forward (second) = ( 70723.599, 18.869815, 177880.46 ) Boresight = ( 55251.408, 17.337034, 169232.26 ) Col: 1, Row: 1 = ( 44837.055, 14.436757, 168382.30 ) Col: 2, Row: 1 = ( 55251.408, 17.337034, 169232.26 ) Col: 3, Row: 1 = ( 65781.866, 19.221082, 170073.31 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 39544.713, 10.433465, 175348.35 ) Forward (first) = ( 70723.599, 18.869815, 177880.46 ) Aft (second) = ( 39432.897, 6.3338704, 190110.74 ) Forward (second) = ( 70135.616, 16.613944, 192634.13 ) Boresight = ( 54731.335, 14.536752, 184008.81 ) Col: 1, Row: 1 = ( 44475.371, 10.958258, 183161.35 ) Col: 2, Row: 1 = ( 54731.335, 14.536752, 184008.81 ) Col: 3, Row: 1 = ( 65157.086, 16.886516, 184846.60 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 39432.897, 6.3338704, 190110.74 ) Forward (first) = ( 70135.616, 16.613944, 192634.13 ) Aft (second) = ( 39628.061, 1.9703330, 204835.67 ) Forward (second) = ( 69720.746, 14.159814, 207350.21 ) Boresight = ( 54416.867, 11.483090, 198749.29 ) Col: 1, Row: 1 = ( 44367.394, 7.1904170, 197904.39 ) Col: 2, Row: 1 = ( 54416.867, 11.483090, 198749.29 ) Col: 3, Row: 1 = ( 64704.710, 14.333973, 199583.77 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 39628.061, 1.9703330, 204835.67 ) Forward (first) = ( 69720.746, 14.159814, 207350.21 ) Aft (second) = ( 40168.524, 357.42939, 219520.19 ) Forward (second) = ( 69506.983, 11.519715, 222025.77 ) Boresight = ( 54342.188, 8.2012276, 213450.78 ) Col: 1, Row: 1 = ( 44552.221, 3.1852554, 212608.47 ) Col: 2, Row: 1 = ( 54342.188, 8.2012276, 213450.78 ) Col: 3, Row: 1 = ( 64454.237, 11.576580, 214281.91 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 40168.524, 357.42939, 219520.19 ) Forward (first) = ( 69506.983, 11.519715, 222025.77 ) Aft (second) = ( 41085.451, 352.81143, 234161.39 ) Forward (second) = ( 69522.822, 8.7114464, 236657.87 ) Boresight = ( 54541.027, 4.7266285, 228110.33 ) Col: 1, Row: 1 = ( 45065.792, 359.01034, 227270.66 ) Col: 2, Row: 1 = ( 54541.027, 4.7266285, 228110.33 ) Col: 3, Row: 1 = ( 64435.795, 8.6340333, 228938.08 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 41085.451, 352.81143, 234161.39 ) Forward (first) = ( 69522.822, 8.7114464, 236657.87 ) Aft (second) = ( 42400.640, 348.22059, 248756.35 ) Forward (second) = ( 69796.352, 5.7584433, 251243.60 ) Boresight = ( 55045.055, 1.1043953, 242725.04 ) Col: 1, Row: 1 = ( 45938.494, 354.74470, 241888.04 ) Col: 2, Row: 1 = ( 55045.055, 1.1043953, 242725.04 ) Col: 3, Row: 1 = ( 64679.116, 5.5328167, 243549.36 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 42400.640, 348.22059, 248756.35 ) Forward (first) = ( 69796.352, 5.7584433, 251243.60 ) Aft (second) = ( 44125.561, 343.75395, 263302.15 ) Forward (second) = ( 70354.261, 2.6894196, 265780.06 ) Boresight = ( 55882.254, 357.38726, 257291.97 ) Col: 1, Row: 1 = ( 47193.228, 350.47221, 256457.70 ) Col: 2, Row: 1 = ( 55882.254, 357.38726, 257291.97 ) Col: 3, Row: 1 = ( 65212.381, 2.3057806, 258112.83 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 44125.561, 343.75395, 263302.15 ) Forward (first) = ( 70354.261, 2.6894196, 265780.06 ) Aft (second) = ( 46261.787, 339.49231, 277795.89 ) Forward (second) = ( 71220.820, 359.53744, 280264.33 ) Boresight = ( 57075.486, 353.63248, 271808.24 ) Col: 1, Row: 1 = ( 48844.319, 346.27398, 270976.73 ) Col: 2, Row: 1 = ( 57075.486, 353.63248, 271808.24 ) Col: 3, Row: 1 = ( 66061.044, 358.99098, 272625.59 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 46261.787, 339.49231, 277795.89 ) Forward (first) = ( 71220.820, 359.53744, 280264.33 ) Aft (second) = ( 48802.572, 335.49482, 292234.70 ) Forward (second) = ( 72416.954, 356.33855, 294693.55 ) Boresight = ( 58641.491, 349.89767, 286270.95 ) Col: 1, Row: 1 = ( 50897.443, 342.22136, 285442.24 ) Col: 2, Row: 1 = ( 58641.491, 349.89767, 286270.95 ) Col: 3, Row: 1 = ( 67246.768, 355.62995, 287084.75 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 48802.572, 335.49482, 292234.70 ) Forward (first) = ( 72416.954, 356.33855, 294693.55 ) Aft (second) = ( 51735.048, 331.79788, 306615.69 ) Forward (second) = ( 73959.513, 353.12991, 309064.83 ) Boresight = ( 60590.453, 346.23689, 300677.21 ) Col: 1, Row: 1 = ( 53350.505, 338.37092, 299851.35 ) Col: 2, Row: 1 = ( 60590.453, 346.23689, 300677.21 ) Col: 3, Row: 1 = ( 68786.605, 352.26526, 301487.42 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 51735.048, 331.79788, 306615.69 ) Forward (first) = ( 73959.513, 353.12991, 309064.83 ) Aft (second) = ( 55042.516, 328.41746, 320936.00 ) Forward (second) = ( 75860.809, 349.94781, 323375.30 ) Boresight = ( 62926.170, 342.69708, 315024.16 ) Col: 1, Row: 1 = ( 56195.165, 334.76226, 314201.19 ) Col: 2, Row: 1 = ( 62926.170, 342.69708, 315024.16 ) Col: 3, Row: 1 = ( 70692.518, 348.93815, 315830.74 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 55042.516, 328.41746, 320936.00 ) Forward (first) = ( 75860.809, 349.94781, 323375.30 ) Aft (second) = ( 58706.447, 325.35324, 335192.77 ) Forward (second) = ( 78128.485, 346.82590, 337622.11 ) Boresight = ( 65646.749, 339.31580, 329308.93 ) Col: 1, Row: 1 = ( 59418.635, 331.41844, 328488.89 ) Col: 2, Row: 1 = ( 65646.749, 339.31580, 329308.93 ) Col: 3, Row: 1 = ( 72971.305, 345.68620, 330111.84 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 58706.447, 325.35324, 335192.77 ) Forward (first) = ( 78128.485, 346.82590, 337622.11 ) Aft (second) = ( 62707.999, 322.59332, 349383.16 ) Forward (second) = ( 80765.686, 343.79359, 351802.42 ) Boresight = ( 68745.634, 336.12024, 343528.67 ) Col: 1, Row: 1 = ( 63005.423, 328.34813, 342711.61 ) Col: 2, Row: 1 = ( 68745.634, 336.12024, 343528.67 ) Col: 3, Row: 1 = ( 75624.877, 342.54159, 344327.88 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:27:22 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2129935.0 km Body center Ra : 120.34398 deg Body Center Dec : 21.927079 deg w: 1 = ( 51444.229, 29.383530, 64168.562 ) Col: 2, Row: 1 = ( 62185.765, 29.414249, 65034.873 ) Col: 3, Row: 1 = ( 72927.368, 29.350256, 65897.609 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 45483.880, 28.702484, 71210.438 ) Forward (firi24_nans01_28.look_lbl000077505166050166273000000317321166151707100173670ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_28.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_28.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_28" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T08:26:05.867Z SPACECRAFT_CLOCK_START_COUNT = 1/05211010:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END = FORWARD_FIRST i24_nans01_28.look_new_1000077505166050166273000000613221166151707100176250ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 08:26:05.867 SCLK Time : 1/05211010:00:0:0 Spacecraft position = (-1082642.2, 1752534.8, 816511.64) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 72754.253, 79.192358, -370593.82 ) Forward (first) = ( 93214.224, 97.316778, -367843.63 ) Aft (second) = ( 67655.403, 80.331707, -355872.43 ) Forward (second) = ( 88850.267, 99.184637, -353121.18 ) Boresight = ( 79467.326, 90.259091, -361887.62 ) Col: 1, Row: 1 = ( 72967.661, 83.558345, -362795.32 ) Col: 2, Row: 1 = ( 79467.326, 90.259091, -361887.62 ) Col: 3, Row: 1 = ( 86960.156, 95.830361, -360961.43 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 67655.403, 80.331707, -355872.43 ) Forward (first) = ( 88850.267, 99.184637, -353121.18 ) Aft (second) = ( 62765.232, 81.555205, -341080.07 ) Forward (second) = ( 84719.438, 101.13159, -338327.90 ) Boresight = ( 74833.687, 91.981083, -347129.03 ) Col: 1, Row: 1 = ( 68083.463, 84.970494, -348037.44 ) Col: 2, Row: 1 = ( 74833.687, 91.981083, -347129.03 ) Col: 3, Row: 1 = ( 82586.564, 97.704076, -346202.89 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 62765.232, 81.555205, -341080.07 ) Forward (first) = ( 84719.438, 101.13159, -338327.90 ) Aft (second) = ( 58084.449, 82.871249, -326219.69 ) Forward (second) = ( 80820.285, 103.15497, -323466.74 ) Boresight = ( 70426.474, 93.809056, -332301.01 ) Col: 1, Row: 1 = ( 63414.724, 86.485993, -333210.08 ) Col: 2, Row: 1 = ( 70426.474, 93.809056, -332301.01 ) Col: 3, Row: 1 = ( 78444.906, 99.666846, -331374.96 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 58084.449, 82.871249, -326219.69 ) Forward (first) = ( 80820.285, 103.15497, -323466.74 ) Aft (second) = ( 53613.621, 84.289121, -311294.26 ) Forward (second) = ( 77150.399, 105.25048, -308540.66 ) Boresight = ( 66246.214, 95.747036, -317406.52 ) Col: 1, Row: 1 = ( 58962.367, 88.113588, -318316.21 ) Col: 2, Row: 1 = ( 66246.214, 95.747036, -317406.52 ) Col: 3, Row: 1 = ( 74534.214, 101.71730, -316480.61 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 53613.621, 84.289121, -311294.26 ) Forward (first) = ( 77150.399, 105.25048, -308540.66 ) Aft (second) = ( 49353.141, 85.819042, -296306.74 ) Forward (second) = ( 73706.279, 107.41206, -293552.63 ) Boresight = ( 62292.895, 97.797992, -302448.51 ) Col: 1, Row: 1 = ( 54727.100, 89.862403, -303358.78 ) Col: 2, Row: 1 = ( 62292.895, 97.797992, -302448.51 ) Col: 3, Row: 1 = ( 70852.619, 103.85236, -301522.80 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 49353.141, 85.819042, -296306.74 ) Forward (first) = ( 73706.279, 107.41206, -293552.63 ) Aft (second) = ( 45303.189, 87.472194, -281260.12 ) Forward (second) = ( 70483.191, 109.63166, -278505.64 ) Boresight = ( 58565.823, 99.963427, -287429.99 ) Col: 1, Row: 1 = ( 50709.351, 91.741761, -288340.79 ) Col: 2, Row: 1 = ( 58565.823, 99.963427, -287429.99 ) Col: 3, Row: 1 = ( 67397.201, 106.06700, -286504.51 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 45303.189, 87.472194, -281260.12 ) Forward (first) = ( 70483.191, 109.63166, -278505.64 ) Aft (second) = ( 41463.678, 89.260704, -266157.41 ) Forward (second) = ( 67475.062, 111.89916, -263402.69 ) Boresight = ( 55063.459, 102.24290, -272353.93 ) Col: 1, Row: 1 = ( 46909.176, 93.760906, -273265.21 ) Col: 2, Row: 1 = ( 55063.459, 102.24290, -272353.93 ) Col: 3, Row: 1 = ( 64163.830, 108.35395, -271428.73 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 41463.678, 89.260704, -266157.41 ) Forward (first) = ( 67475.062, 111.89916, -263402.69 ) Aft (second) = ( 37834.179, 91.197553, -251001.61 ) Forward (second) = ( 64674.379, 114.20231, -248246.80 ) Boresight = ( 51783.230, 104.63349, -257223.34 ) Col: 1, Row: 1 = ( 43326.149, 95.928599, -258135.07 ) Col: 2, Row: 1 = ( 51783.230, 104.63349, -257223.34 ) Col: 3, Row: 1 = ( 61147.021, 110.70349, -256298.48 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 37834.179, 91.197553, -251001.61 ) Forward (first) = ( 64674.379, 114.20231, -248246.80 ) Aft (second) = ( 34413.837, 93.296392, -235795.75 ) Forward (second) = ( 62072.142, 116.52681, -233040.97 ) Boresight = ( 48721.327, 107.12926, -242041.24 ) Col: 1, Row: 1 = ( 39959.216, 98.252556, -242953.37 ) Col: 2, Row: 1 = ( 48721.327, 107.12926, -242041.24 ) Col: 3, Row: 1 = ( 58339.803, 113.10331, -241116.76 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 34413.837, 93.296392, -235795.75 ) Forward (first) = ( 62072.142, 116.52681, -233040.97 ) Aft (second) = ( 31201.248, 95.571201, -220542.85 ) Forward (second) = ( 59657.856, 118.85642, -217788.25 ) Boresight = ( 45872.497, 109.72069, -226810.66 ) Col: 1, Row: 1 = ( 36806.519, 100.73870, -227723.14 ) Col: 2, Row: 1 = ( 45872.497, 109.72069, -226810.66 ) Col: 3, Row: 1 = ( 55733.633, 115.53847, -225886.60 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 31201.248, 95.571201, -220542.85 ) Forward (first) = ( 59657.856, 118.85642, -217788.25 ) Aft (second) = ( 28194.307, 98.035743, -205245.96 ) Forward (second) = ( 57419.583, 121.17322, -202491.68 ) Boresight = ( 43229.848, 112.39420, -211534.62 ) Col: 1, Row: 1 = ( 33865.180, 103.39019, -212447.41 ) Col: 2, Row: 1 = ( 43229.848, 112.39420, -211534.62 ) Col: 3, Row: 1 = ( 53318.342, 117.99147, -210611.04 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 28194.307, 98.035743, -205245.96 ) Forward (first) = ( 57419.583, 121.17322, -202491.68 ) Aft (second) = ( 25390.024, 100.70273, -189908.12 ) Forward (second) = ( 55344.052, 123.45787, -187154.29 ) Boresight = ( 40784.680, 115.13181, -196216.19 ) Col: 1, Row: 1 = ( 31131.047, 106.20626, -197129.24 ) Col: 2, Row: 1 = ( 40784.680, 115.13181, -196216.19 ) Col: 3, Row: 1 = ( 51082.161, 120.44244, -195293.12 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 25390.024, 100.70273, -189908.12 ) Forward (first) = ( 55344.052, 123.45787, -187154.29 ) Aft (second) = ( 22784.289, 103.58264, -174532.39 ) Forward (second) = ( 53416.841, 125.69000, -171779.16 ) Boresight = ( 38526.370, 117.91093, -180858.40 ) Col: 1, Row: 1 = ( 28598.415, 109.18080, -181771.67 ) Col: 2, Row: 1 = ( 38526.370, 117.91093, -180858.40 ) Col: 3, Row: 1 = ( 49011.800, 122.86946, -179935.90 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 22784.289, 103.58264, -174532.39 ) Forward (first) = ( 53416.841, 125.69000, -171779.16 ) Aft (second) = ( 20371.590, 106.68206, -159121.85 ) Forward (second) = ( 51622.610, 127.84854, -156369.33 ) Boresight = ( 36442.334, 120.70446, -165464.32 ) Col: 1, Row: 1 = ( 26259.730, 112.30089, -166377.77 ) Col: 2, Row: 1 = ( 36442.334, 120.70446, -165464.32 ) Col: 3, Row: 1 = ( 47092.618, 125.24895, -164542.44 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 20371.590, 106.68206, -159121.85 ) Forward (first) = ( 51622.610, 127.84854, -156369.33 ) Aft (second) = ( 18144.695, 110.00150, -143679.55 ) Forward (second) = ( 49945.388, 129.91212, -140927.90 ) Boresight = ( 34518.097, 123.48100, -150037.02 ) Col: 1, Row: 1 = ( 24105.308, 115.54523, -150950.60 ) Col: 2, Row: 1 = ( 34518.097, 123.48100, -150037.02 ) Col: 3, Row: 1 = ( 45308.861, 127.55610, -149115.80 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 18144.695, 110.00150, -143679.55 ) Forward (first) = ( 49945.388, 129.91212, -140927.90 ) Aft (second) = ( 16094.302, 113.53272, -128208.57 ) Forward (second) = ( 48368.899, 131.85925, -125457.93 ) Boresight = ( 32737.466, 126.20535, -134579.57 ) Col: 1, Row: 1 = ( 22123.099, 118.88276, -135493.24 ) Col: 2, Row: 1 = ( 32737.466, 126.20535, -134579.57 ) Col: 3, Row: 1 = ( 43643.968, 129.76532, -133659.06 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 16094.302, 113.53272, -128208.57 ) Forward (first) = ( 48368.899, 131.85925, -125457.93 ) Aft (second) = ( 14208.698, 117.25545, -112712.01 ) Forward (second) = ( 46876.914, 133.66858, -109962.50 ) Boresight = ( 31082.836, 128.83912, -119095.06 ) Col: 1, Row: 1 = ( 20298.560, 122.27145, -120008.77 ) Col: 2, Row: 1 = ( 31082.836, 128.83912, -119095.06 ) Col: 3, Row: 1 = ( 42080.932, 131.85056, -118175.30 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 14208.698, 117.25545, -112712.01 ) Forward (first) = ( 46876.914, 133.66858, -109962.50 ) Aft (second) = ( 12473.468, 121.13354, -97192.947 ) Forward (second) = ( 45453.619, 135.31885, -94444.710 ) Boresight = ( 29535.607, 131.34123, -103586.57 ) Col: 1, Row: 1 = ( 18614.676, 125.65750, -104500.27 ) Col: 2, Row: 1 = ( 29535.607, 131.34123, -103586.57 ) Col: 3, Row: 1 = ( 40602.706, 133.78557, -102667.61 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 12473.468, 121.13354, -97192.947 ) Forward (first) = ( 45453.619, 135.31885, -94444.710 ) Aft (second) = ( 10871.321, 125.11042, -81654.475 ) Forward (second) = ( 44083.985, 136.78885, -78907.650 ) Boresight = ( 28076.701, 133.66828, -88057.191 ) Col: 1, Row: 1 = ( 17052.183, 128.97465, -88970.844 ) Col: 2, Row: 1 = ( 28076.701, 133.66828, -88057.191 ) Col: 3, Row: 1 = ( 39192.628, 135.54388, -87139.075 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 10871.321, 125.11042, -81654.475 ) Forward (first) = ( 44083.985, 136.78885, -78907.650 ) Aft (second) = ( 9382.1251, 129.10288, -66099.692 ) Forward (second) = ( 42754.137, 138.05711, -63354.416 ) Boresight = ( 26687.166, 135.77446, -72510.021 ) Col: 1, Row: 1 = ( 15590.025, 132.14316, -73423.578 ) Col: 2, Row: 1 = ( 26687.166, 135.77446, -72510.021 ) Col: 3, Row: 1 = ( 37834.863, 137.09867, -71592.796 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 9382.1251, 129.10288, -66099.692 ) Forward (first) = ( 42754.137, 138.05711, -63354.416 ) Aft (second) = ( 7983.2220, 132.99037, -50531.699 ) Forward (second) = ( 41451.725, 139.10147, -47788.107 ) Boresight = ( 25348.830, 137.61094, -56948.156 ) Col: 1, Row: 1 = ( 14206.059, 135.06754, -57861.573 ) Col: 2, Row: 1 = ( 25348.830, 137.61094, -56948.156 ) Col: 3, Row: 1 = ( 36514.848, 138.42233, -56031.869 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 7983.2220, 132.99037, -50531.699 ) Forward (first) = ( 41451.725, 139.10147, -47788.107 ) Aft (second) = ( 6650.1260, 136.59146, -34953.598 ) Forward (second) = ( 40166.294, 139.89854, -32211.828 ) Boresight = ( 24045.020, 139.12440, -41374.700 ) Col: 1, Row: 1 = ( 12878.026, 137.63119, -42287.932 ) Col: 2, Row: 1 = ( 24045.020, 139.12440, -41374.700 ) Col: 3, Row: 1 = ( 35219.749, 139.48575, -40459.397 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 6650.1260, 136.59146, -34953.598 ) Forward (first) = ( 40166.294, 139.89854, -32211.828 ) Aft (second) = ( 5357.7609, 139.60220, -19368.494 ) Forward (second) = ( 38889.685, 140.42298, -16628.683 ) Boresight = ( 22761.350, 140.25459, -25792.757 ) Col: 1, Row: 1 = ( 11584.823, 139.68487, -26705.757 ) Col: 2, Row: 1 = ( 22761.350, 140.25459, -25792.757 ) Col: 3, Row: 1 = ( 33938.939, 140.25741, -24878.482 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 5357.7609, 139.60220, -19368.494 ) Forward (first) = ( 38889.685, 140.42298, -16628.683 ) Aft (second) = ( 4082.8485, 141.40692, -3779.4945 ) Forward (second) = ( 37616.460, 140.64668, -1041.7785 ) Boresight = ( 21486.626, 140.93064, -10205.431 ) Col: 1, Row: 1 = ( 10308.229, 141.02342, -11118.156 ) Col: 2, Row: 1 = ( 21486.626, 140.93064, -10205.431 ) Col: 3, Row: 1 = ( 32664.512, 140.70222, -9292.2321 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 4082.8485, 141.40692, -3779.4945 ) Forward (first) = ( 37616.460, 140.64668, -1041.7785 ) Aft (second) = ( 2810.6246, 140.34493, 11810.295 ) Forward (second) = ( 36344.404, 140.53795, 14545.779 ) Boresight = ( 20213.965, 141.06597, 5384.1686 ) Col: 1, Row: 1 = ( 9035.5540, 141.33924, 4471.7660 ) Col: 2, Row: 1 = ( 20213.965, 141.06597, 5384.1686 ) Col: 3, Row: 1 = ( 31391.881, 140.78010, 6296.2473 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 2810.6246, 140.34493, 11810.295 ) Forward (first) = ( 36344.404, 140.53795, 14545.779 ) Aft (second) = ( 1571.2167, 129.46935, 27397.766 ) Forward (second) = ( 35075.112, 140.06066, 30130.882 ) Boresight = ( 18942.280, 140.55152, 20972.936 ) Col: 1, Row: 1 = ( 7764.4254, 140.12888, 20060.900 ) Col: 2, Row: 1 = ( 18942.280, 140.55152, 20972.936 ) Col: 3, Row: 1 = ( 30120.496, 140.44451, 21883.849 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 1571.2167, 129.46935, 27397.766 ) Forward (first) = ( 35075.112, 140.06066, 30130.882 ) Aft (second) = ( 860.30053, 69.304722, 42979.812 ) Forward (second) = ( 33814.704, 139.17367, 45710.425 ) Boresight = ( 17678.378, 139.24761, 36557.763 ) Col: 1, Row: 1 = ( 6512.9075, 136.50543, 35646.141 ) Col: 2, Row: 1 = ( 17678.378, 139.24761, 36557.763 ) Col: 3, Row: 1 = ( 28854.730, 139.64100, 37467.465 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 860.30053, 69.304722, 42979.812 ) Forward (first) = ( 33814.704, 139.17367, 45710.425 ) Aft (second) = ( 1834.7889, 18.076618, 58553.328 ) Forward (second) = ( 32574.686, 137.83062, 61281.301 ) Boresight = ( 16439.963, 136.97600, 52135.544 ) Col: 1, Row: 1 = ( 5343.1409, 128.86259, 51224.380 ) Col: 2, Row: 1 = ( 16439.963, 136.97600, 52135.544 ) Col: 3, Row: 1 = ( 27605.010, 138.30625, 53043.989 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 1834.7889, 18.076618, 58553.328 ) Forward (first) = ( 32574.686, 137.83062, 61281.301 ) Aft (second) = ( 3359.9477, 8.6710213, 74115.210 ) Forward (second) = ( 31372.956, 135.98083, 76840.406 ) Boresight = ( 15259.885, 133.51706, 67703.174 ) Col: 1, Row: 1 = ( 4413.8475, 114.67933, 66792.514 ) Col: 2, Row: 1 = ( 15259.885, 133.51706, 67703.174 ) Col: 3, Row: 1 = ( 26389.190, 136.36822, 68610.318 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 3359.9477, 8.6710213, 74115.210 ) Forward (first) = ( 31372.956, 135.98083, 76840.406 ) Aft (second) = ( 5073.2604, 6.9798600, 89662.355 ) Forward (second) = ( 30234.907, 133.57176, 92384.639 ) Boresight = ( 14191.571, 128.62499, 83257.550 ) Col: 1, Row: 1 = ( 4038.2252, 92.784121, 82347.439 ) Col: 2, Row: 1 = ( 14191.571, 128.62499, 83257.550 ) Col: 3, Row: 1 = ( 25234.186, 133.74891, 84163.347 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 5073.2604, 6.9798600, 89662.355 ) Forward (first) = ( 30234.907, 133.57176, 92384.639 ) Aft (second) = ( 6944.6944, 7.4392307, 105191.67 ) Forward (second) = ( 29194.474, 130.55425, 107910.90 ) Boresight = ( 13314.275, 122.08656, 98795.571 ) Col: 1, Row: 1 = ( 4516.9423, 69.423546, 97886.055 ) Col: 2, Row: 1 = ( 13314.275, 122.08656, 98795.571 ) Col: 3, Row: 1 = ( 24177.643, 130.37172, 99699.976 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 6944.6944, 7.4392307, 105191.67 ) Forward (first) = ( 29194.474, 130.55425, 107910.90 ) Aft (second) = ( 8975.6910, 8.6792818, 120700.05 ) Forward (second) = ( 28294.804, 126.89157, 123416.10 ) Boresight = ( 12733.642, 113.85354, 114314.14 ) Col: 1, Row: 1 = ( 5782.0857, 52.652769, 113405.26 ) Col: 2, Row: 1 = ( 12733.642, 113.85354, 114314.14 ) Col: 3, Row: 1 = ( 23269.198, 126.17603, 115217.11 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 8975.6910, 8.6792818, 120700.05 ) Forward (first) = ( 28294.804, 126.89157, 123416.10 ) Aft (second) = ( 11172.531, 10.219968, 136184.41 ) Forward (second) = ( 27588.027, 122.57283, 138897.14 ) Boresight = ( 12569.244, 104.23082, 129810.16 ) Col: 1, Row: 1 = ( 7572.6337, 42.714515, 128901.98 ) Col: 2, Row: 1 = ( 12569.244, 104.23082, 129810.16 ) Col: 3, Row: 1 = ( 22570.406, 121.14112, 130711.65 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 11172.531, 10.219968, 136184.41 ) Forward (first) = ( 27588.027, 122.57283, 138897.14 ) Aft (second) = ( 13541.865, 11.857680, 151641.66 ) Forward (second) = ( 27133.410, 117.62954, 154350.94 ) Boresight = ( 12924.050, 93.967137, 145280.55 ) Col: 1, Row: 1 = ( 9714.4334, 37.023311, 144373.10 ) Col: 2, Row: 1 = ( 12924.050, 93.967137, 145280.55 ) Col: 3, Row: 1 = ( 22152.005, 115.31718, 146180.52 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 13541.865, 11.857680, 151641.66 ) Forward (first) = ( 27133.410, 117.62954, 154350.94 ) Aft (second) = ( 16089.685, 13.496682, 167068.72 ) Forward (second) = ( 26993.290, 112.15077, 169774.42 ) Boresight = ( 13849.250, 84.043024, 160722.23 ) Col: 1, Row: 1 = ( 12125.165, 33.737693, 159815.55 ) Col: 2, Row: 1 = ( 13849.250, 84.043024, 160722.23 ) Col: 3, Row: 1 = ( 22087.322, 108.85299, 161620.62 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 16089.685, 13.496682, 167068.72 ) Forward (first) = ( 26993.290, 112.15077, 169774.42 ) Aft (second) = ( 18821.114, 15.089924, 182462.53 ) Forward (second) = ( 27226.756, 106.28884, 185164.50 ) Boresight = ( 15332.840, 75.249225, 176132.11 ) Col: 1, Row: 1 = ( 14767.581, 31.841676, 175226.25 ) Col: 2, Row: 1 = ( 15332.840, 75.249225, 176132.11 ) Col: 3, Row: 1 = ( 22442.061, 102.00046, 177028.89 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 18821.114, 15.089924, 182462.53 ) Forward (first) = ( 27226.756, 106.28884, 185164.50 ) Aft (second) = ( 21740.419, 16.614543, 197820.00 ) Forward (second) = ( 27882.260, 100.24755, 200518.11 ) Boresight = ( 17320.125, 67.938782, 191507.12 ) Col: 1, Row: 1 = ( 17624.386, 30.781535, 190602.13 ) Col: 2, Row: 1 = ( 17320.125, 67.938782, 191507.12 ) Col: 3, Row: 1 = ( 23263.328, 95.079771, 192402.24 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 21740.419, 16.614543, 197820.00 ) Forward (first) = ( 27882.260, 100.24755, 200518.11 ) Aft (second) = ( 24851.101, 18.060453, 213138.08 ) Forward (second) = ( 28991.431, 94.251857, 215832.20 ) Boresight = ( 19743.826, 62.092436, 206844.20 ) Col: 1, Row: 1 = ( 20687.370, 30.243357, 205940.13 ) Col: 2, Row: 1 = ( 19743.826, 62.092436, 206844.20 ) Col: 3, Row: 1 = ( 24572.597, 88.411447, 207737.62 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 24851.101, 18.060453, 213138.08 ) Forward (first) = ( 28991.431, 94.251857, 215832.20 ) Aft (second) = ( 28155.995, 19.424562, 228413.72 ) Forward (second) = ( 30566.378, 88.508822, 231103.71 ) Boresight = ( 22543.398, 57.506664, 222140.29 ) Col: 1, Row: 1 = ( 23952.660, 30.040768, 221237.18 ) Col: 2, Row: 1 = ( 22543.398, 57.506664, 222140.29 ) Col: 3, Row: 1 = ( 26365.861, 82.248162, 223031.97 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 28155.995, 19.424562, 228413.72 ) Forward (first) = ( 30566.378, 88.508822, 231103.71 ) Aft (second) = ( 31657.366, 20.707659, 243643.86 ) Forward (second) = ( 32601.282, 83.175873, 246329.60 ) Boresight = ( 25671.443, 53.935203, 237392.34 ) Col: 1, Row: 1 = ( 27418.520, 30.058385, 236490.24 ) Col: 2, Row: 1 = ( 25671.443, 53.935203, 237392.34 ) Col: 3, Row: 1 = ( 28620.055, 76.739300, 238282.23 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 31657.366, 20.707659, 243643.86 ) Forward (first) = ( 32601.282, 83.175873, 246329.60 ) Aft (second) = ( 35356.992, 21.912654, 258825.49 ) Forward (second) = ( 35077.118, 78.347178, 261506.82 ) Boresight = ( 29093.159, 51.154945, 252597.32 ) Col: 1, Row: 1 = ( 31084.282, 30.222212, 251696.27 ) Col: 2, Row: 1 = ( 29093.159, 51.154945, 252597.32 ) Col: 3, Row: 1 = ( 31301.866, 71.935157, 253485.38 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 35356.992, 21.912654, 258825.49 ) Forward (first) = ( 35077.118, 78.347178, 261506.82 ) Aft (second) = ( 39256.238, 23.043562, 273955.56 ) Forward (second) = ( 37967.359, 74.058020, 276632.37 ) Boresight = ( 32783.640, 48.984892, 267752.19 ) Col: 1, Row: 1 = ( 34949.793, 30.483411, 266852.24 ) Col: 2, Row: 1 = ( 32783.640, 48.984892, 267752.19 ) Col: 3, Row: 1 = ( 34375.293, 67.814442, 268638.37 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 39256.238, 23.043562, 273955.56 ) Forward (first) = ( 37967.359, 74.058020, 276632.37 ) Aft (second) = ( 43356.120, 24.104897, 289031.07 ) Forward (second) = ( 41242.902, 70.299480, 291703.22 ) Boresight = ( 36725.144, 47.284999, 282853.93 ) Col: 1, Row: 1 = ( 39015.127, 30.808990, 281955.13 ) Col: 2, Row: 1 = ( 36725.144, 47.284999, 282853.93 ) Col: 3, Row: 1 = ( 37806.426, 64.315485, 283738.19 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 43356.120, 24.104897, 289031.07 ) Forward (first) = ( 41242.902, 70.299480, 291703.22 ) Aft (second) = ( 47657.352, 25.101323, 304049.01 ) Forward (second) = ( 44875.430, 67.035183, 306716.36 ) Boresight = ( 40904.948, 45.948926, 297899.53 ) Col: 1, Row: 1 = ( 43280.426, 31.176251, 297001.92 ) Col: 2, Row: 1 = ( 40904.948, 45.948926, 297899.53 ) Col: 3, Row: 1 = ( 41565.684, 61.360359, 298781.83 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 47657.352, 25.101323, 304049.01 ) Forward (first) = ( 44875.430, 67.035183, 306716.36 ) Aft (second) = ( 52160.388, 26.037435, 319006.38 ) Forward (second) = ( 48839.246, 64.215192, 321668.81 ) Boresight = ( 45313.807, 44.896299, 312885.99 ) Col: 1, Row: 1 = ( 47745.811, 31.569359, 311989.62 ) Col: 2, Row: 1 = ( 45313.807, 44.896299, 312885.99 ) Col: 3, Row: 1 = ( 45628.370, 58.869778, 313766.29 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 52160.388, 26.037435, 319006.38 ) Forward (first) = ( 48839.246, 64.215192, 321668.81 ) Aft (second) = ( 56865.463, 26.917647, 333900.21 ) Forward (second) = ( 53112.005, 61.785553, 336557.58 ) Boresight = ( 49944.878, 44.066212, 327810.33 ) Col: 1, Row: 1 = ( 52411.340, 31.977155, 326915.24 ) Col: 2, Row: 1 = ( 49944.878, 44.066212, 327810.33 ) Col: 3, Row: 1 = ( 49974.355, 56.770693, 328688.58 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 56865.463, 26.917647, 333900.21 ) Forward (first) = ( 53112.005, 61.785553, 336557.58 ) Aft (second) = ( 61772.613, 27.746125, 348727.53 ) Forward (second) = ( 57674.755, 59.693966, 351379.70 ) Boresight = ( 54792.992, 43.412222, 342669.57 ) Col: 1, Row: 1 = ( 57276.981, 32.391724, 341775.80 ) Col: 2, Row: 1 = ( 54792.992, 43.412222, 342669.57 ) Col: 3, Row: 1 = ( 54587.420, 54.999279, 343545.73 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 61772.613, 27.746125, 348727.53 ) Forward (first) = ( 57674.755, 59.693966, 351379.70 ) Aft (second) = ( 66881.706, 28.526759, 363485.38 ) Forward (second) = ( 62511.648, 57.892644, 366132.23 ) Boresight = ( 59854.146, 42.898631, 357460.75 ) Col: 1, Row: 1 = ( 62342.601, 32.807435, 356568.36 ) Col: 2, Row: 1 = ( 59854.146, 42.898631, 357460.75 ) Col: 3, Row: 1 = ( 59454.531, 53.501397, 358334.77 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:28:31 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2215893.4 km Body center Ra : 121.70602 deg Body Center Dec : 21.621883 deg w: 1 = ( 4413.8475, 114.67933, 66792.514 ) Col: 2, Row: 1 = ( 15259.885, 133.51706, 67703.174 ) Col: 3, Row: 1 = ( 26389.190, 136.36822, 68610.318 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 3359.9477, 8.6710213, 74115.210 ) Forward (firsti24_nans01_29.look_lbl000077505166050166273000000317321166151707100173700ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_29.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_29.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_29" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T11:28:05.861Z SPACECRAFT_CLOCK_START_COUNT = 1/05211190:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END UNIT = "KM" i24_nans01_29.look_new_1000077505166050166273000000613221166151707100176260ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 11:28:05.861 SCLK Time : 1/05211190:00:0:0 Spacecraft position = (-1165598.3, 1797452.0, 836513.26) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 67607.174, 149.87485, -384689.83 ) Forward (first) = ( 69206.069, 178.89313, -381965.06 ) Aft (second) = ( 62686.118, 147.79309, -369404.49 ) Forward (second) = ( 63775.483, 179.30151, -366673.55 ) Boresight = ( 63382.968, 164.14861, -375714.40 ) Col: 1, Row: 1 = ( 64001.197, 153.85380, -376614.03 ) Col: 2, Row: 1 = ( 63382.968, 164.14861, -375714.40 ) Col: 3, Row: 1 = ( 64923.845, 174.28996, -374795.38 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 62686.118, 147.79309, -369404.49 ) Forward (first) = ( 63775.483, 179.30151, -366673.55 ) Aft (second) = ( 58072.150, 145.41384, -354045.87 ) Forward (second) = ( 58552.282, 179.71157, -351308.89 ) Boresight = ( 58129.053, 163.19058, -360388.10 ) Col: 1, Row: 1 = ( 59030.412, 151.99993, -361290.16 ) Col: 2, Row: 1 = ( 58129.053, 163.19058, -360388.10 ) Col: 3, Row: 1 = ( 59575.871, 174.27328, -359467.44 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 58072.150, 145.41384, -354045.87 ) Forward (first) = ( 58552.282, 179.71157, -351308.89 ) Aft (second) = ( 53783.873, 142.69847, -338617.02 ) Forward (second) = ( 53536.699, 180.11896, -335874.15 ) Boresight = ( 53112.105, 162.03248, -344990.12 ) Col: 1, Row: 1 = ( 54347.153, 149.84749, -345894.55 ) Col: 2, Row: 1 = ( 53112.105, 162.03248, -344990.12 ) Col: 3, Row: 1 = ( 54438.393, 174.19469, -344067.85 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 53783.873, 142.69847, -338617.02 ) Forward (first) = ( 53536.699, 180.11896, -335874.15 ) Aft (second) = ( 49842.534, 139.60899, -323121.03 ) Forward (second) = ( 48728.864, 180.51759, -320372.40 ) Boresight = ( 48340.018, 160.62906, -329523.51 ) Col: 1, Row: 1 = ( 49968.445, 147.34785, -330430.28 ) Col: 2, Row: 1 = ( 48340.018, 160.62906, -329523.51 ) Col: 3, Row: 1 = ( 49512.704, 174.03596, -328599.70 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 49842.534, 139.60899, -323121.03 ) Forward (first) = ( 48728.864, 180.51759, -320372.40 ) Aft (second) = ( 46271.769, 136.11238, -307560.98 ) Forward (second) = ( 44128.805, 180.89888, -304806.73 ) Boresight = ( 43822.867, 158.92354, -313991.36 ) Col: 1, Row: 1 = ( 45914.596, 144.44828, -314900.43 ) Col: 2, Row: 1 = ( 43822.867, 158.92354, -313991.36 ) Col: 3, Row: 1 = ( 44800.375, 173.77294, -313066.05 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 46271.769, 136.11238, -307560.98 ) Forward (first) = ( 44128.805, 180.89888, -304806.73 ) Aft (second) = ( 43096.791, 132.18709, -291939.98 ) Forward (second) = ( 39736.468, 181.25078, -289180.24 ) Boresight = ( 39573.664, 156.84495, -298396.77 ) Col: 1, Row: 1 = ( 42209.456, 141.09523, -299308.09 ) Col: 2, Row: 1 = ( 39573.664, 156.84495, -298396.77 ) Col: 3, Row: 1 = ( 40303.415, 173.37332, -297470.01 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 43096.791, 132.18709, -291939.98 ) Forward (first) = ( 39736.468, 181.25078, -289180.24 ) Aft (second) = ( 40342.760, 127.83179, -276261.14 ) Forward (second) = ( 35551.740, 181.55617, -273496.05 ) Boresight = ( 35609.335, 154.30543, -282742.85 ) Col: 1, Row: 1 = ( 38880.258, 137.24066, -283656.37 ) Col: 2, Row: 1 = ( 35609.335, 154.30543, -282742.85 ) Col: 3, Row: 1 = ( 36024.524, 172.79323, -281814.68 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 40342.760, 127.83179, -276261.14 ) Forward (first) = ( 35551.740, 181.55617, -273496.05 ) Aft (second) = ( 38032.132, 123.07526, -260527.58 ) Forward (second) = ( 31574.510, 181.79046, -257757.28 ) Boresight = ( 31951.944, 151.19875, -267032.71 ) Col: 1, Row: 1 = ( 35956.691, 132.85237, -267948.40 ) Col: 2, Row: 1 = ( 31951.944, 151.19875, -267032.71 ) Col: 3, Row: 1 = ( 31967.485, 171.97224, -266103.19 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 38032.132, 123.07526, -260527.58 ) Forward (first) = ( 31574.510, 181.79046, -257757.28 ) Aft (second) = ( 36181.033, 117.98473, -244742.45 ) Forward (second) = ( 27804.769, 181.91786, -241967.07 ) Boresight = ( 28630.044, 147.40219, -251269.49 ) Col: 1, Row: 1 = ( 33468.713, 127.92851, -252187.30 ) Col: 2, Row: 1 = ( 28630.044, 147.40219, -251269.49 ) Col: 3, Row: 1 = ( 28137.784, 170.82584, -250338.66 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 36181.033, 117.98473, -244742.45 ) Forward (first) = ( 27804.769, 181.91786, -241967.07 ) Aft (second) = ( 34795.144, 112.66878, -228908.88 ) Forward (second) = ( 24242.799, 181.88521, -226128.57 ) Boresight = ( 25679.784, 142.78631, -235456.34 ) Col: 1, Row: 1 = ( 31442.760, 122.51442, -236376.22 ) Col: 2, Row: 1 = ( 25679.784, 142.78631, -235456.34 ) Col: 3, Row: 1 = ( 24543.616, 169.23387, -234524.24 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 34795.144, 112.66878, -228908.88 ) Forward (first) = ( 24242.799, 181.88521, -226128.57 ) Aft (second) = ( 33866.155, 107.27088, -213030.04 ) Forward (second) = ( 20889.519, 181.61162, -210244.94 ) Boresight = ( 23144.890, 137.23974, -219596.39 ) Col: 1, Row: 1 = ( 29896.405, 116.71591, -220518.30 ) Col: 2, Row: 1 = ( 23144.890, 137.23974, -219596.39 ) Col: 3, Row: 1 = ( 21197.553, 167.02307, -218663.08 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 33866.155, 107.27088, -213030.04 ) Forward (first) = ( 20889.519, 181.61162, -210244.94 ) Aft (second) = ( 33370.056, 101.95284, -197109.09 ) Forward (second) = ( 17747.142, 180.97030, -194319.33 ) Boresight = ( 21073.831, 130.71614, -203692.82 ) Col: 1, Row: 1 = ( 28832.478, 110.70075, -204616.71 ) Col: 2, Row: 1 = ( 21073.831, 130.71614, -203692.82 ) Col: 3, Row: 1 = ( 18119.312, 163.94151, -202758.34 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 33370.056, 101.95284, -197109.09 ) Forward (first) = ( 17747.142, 180.97030, -194319.33 ) Aft (second) = ( 33268.160, 96.872244, -181149.21 ) Forward (second) = ( 14820.461, 179.75515, -178354.92 ) Boresight = ( 19512.033, 123.30082, -187748.79 ) Col: 1, Row: 1 = ( 28234.635, 104.68145, -188674.62 ) Col: 2, Row: 1 = ( 19512.033, 123.30082, -187748.79 ) Col: 3, Row: 1 = ( 15340.330, 159.62541, -186813.19 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 33268.160, 96.872244, -181149.21 ) Forward (first) = ( 14820.461, 179.75515, -178354.92 ) Aft (second) = ( 33510.765, 92.161355, -165153.56 ) Forward (second) = ( 12119.511, 177.61652, -162354.90 ) Boresight = ( 18488.369, 115.26804, -171767.48 ) Col: 1, Row: 1 = ( 28066.500, 98.881179, -172695.20 ) Col: 2, Row: 1 = ( 18488.369, 115.26804, -171767.48 ) Col: 3, Row: 1 = ( 12910.842, 153.57273, -170830.81 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 33510.765, 92.161355, -165153.56 ) Forward (first) = ( 12119.511, 177.61652, -162354.90 ) Aft (second) = ( 34042.352, 87.914141, -149125.36 ) Forward (second) = ( 9665.3642, 173.93362, -146322.46 ) Boresight = ( 17999.821, 107.07243, -155752.08 ) Col: 1, Row: 1 = ( 28275.245, 93.495460, -156681.65 ) Col: 2, Row: 1 = ( 17999.821, 107.07243, -155752.08 ) Col: 3, Row: 1 = ( 10908.630, 145.18587, -154814.38 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 34042.352, 87.914141, -149125.36 ) Forward (first) = ( 9665.3642, 173.93362, -146322.46 ) Aft (second) = ( 34806.845, 84.183621, -133067.78 ) Forward (second) = ( 7503.4344, 167.56685, -130260.78 ) Boresight = ( 18003.382, 99.240660, -139705.78 ) Col: 1, Row: 1 = ( 28798.419, 88.664905, -140637.15 ) Col: 2, Row: 1 = ( 18003.382, 99.240660, -139705.78 ) Col: 3, Row: 1 = ( 9441.5144, 134.04837, -138767.10 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 34806.845, 84.183621, -133067.78 ) Forward (first) = ( 7503.4344, 167.56685, -130260.78 ) Aft (second) = ( 35751.778, 80.987276, -116984.03 ) Forward (second) = ( 5733.6027, 156.50238, -114173.07 ) Boresight = ( 18422.363, 92.215453, -123631.78 ) Col: 1, Row: 1 = ( 29571.536, 84.467089, -124564.90 ) Col: 2, Row: 1 = ( 18422.363, 92.215453, -123631.78 ) Col: 3, Row: 1 = ( 8620.3963, 120.59106, -122692.16 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 35751.778, 80.987276, -116984.03 ) Forward (first) = ( 5733.6027, 156.50238, -114173.07 ) Aft (second) = ( 36830.930, 78.316381, -100877.32 ) Forward (second) = ( 4558.9820, 138.29645, -98062.542 ) Boresight = ( 19163.990, 86.254946, -107533.27 ) Col: 1, Row: 1 = ( 30534.237, 80.924589, -108468.11 ) Col: 2, Row: 1 = ( 19163.990, 86.254946, -107533.27 ) Col: 3, Row: 1 = ( 8485.0237, 106.60216, -106592.78 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 36830.930, 78.316381, -100877.32 ) Forward (first) = ( 4558.9820, 138.29645, -98062.542 ) Aft (second) = ( 38005.528, 76.145607, -84750.860 ) Forward (second) = ( 4240.6886, 114.58845, -81932.398 ) Boresight = ( 20137.780, 81.431752, -91413.480 ) Col: 1, Row: 1 = ( 31634.059, 78.020808, -92349.978 ) Col: 2, Row: 1 = ( 20137.780, 81.431752, -91413.480 ) Col: 3, Row: 1 = ( 8943.6605, 94.340851, -90472.147 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 38005.528, 76.145607, -84750.860 ) Forward (first) = ( 4240.6886, 114.58845, -81932.398 ) Aft (second) = ( 39244.424, 74.440930, -68607.858 ) Forward (second) = ( 4767.5680, 94.100777, -65785.858 ) Boresight = ( 21267.045, 77.692863, -75275.611 ) Col: 1, Row: 1 = ( 32827.980, 75.716112, -76213.725 ) Col: 2, Row: 1 = ( 21267.045, 77.692863, -75275.611 ) Col: 3, Row: 1 = ( 9817.8821, 85.004138, -74333.488 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 39244.424, 74.440930, -68607.858 ) Forward (first) = ( 4767.5680, 94.100777, -65785.858 ) Aft (second) = ( 40523.651, 73.165218, -52451.537 ) Forward (second) = ( 5795.6498, 81.398414, -49626.137 ) Boresight = ( 22492.793, 74.925130, -59122.881 ) Col: 1, Row: 1 = ( 34082.449, 73.960410, -60062.566 ) Col: 2, Row: 1 = ( 22492.793, 74.925130, -59122.881 ) Col: 3, Row: 1 = ( 10936.527, 78.549788, -58180.015 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 40523.651, 73.165218, -52451.537 ) Forward (first) = ( 5795.6498, 81.398414, -49626.137 ) Aft (second) = ( 41825.702, 72.281728, -36285.115 ) Forward (second) = ( 7031.3001, 74.673907, -33456.458 ) Boresight = ( 23772.906, 73.000029, -42958.511 ) Col: 1, Row: 1 = ( 35372.582, 72.701408, -43899.719 ) Col: 2, Row: 1 = ( 23772.906, 73.000029, -42958.511 ) Col: 3, Row: 1 = ( 12180.118, 74.421380, -42014.950 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 41825.702, 72.281728, -36285.115 ) Forward (first) = ( 7031.3001, 74.673907, -33456.458 ) Aft (second) = ( 43138.719, 71.756003, -20111.817 ) Forward (second) = ( 8334.6040, 71.578286, -17280.043 ) Boresight = ( 25079.446, 71.796625, -26785.723 ) Col: 1, Row: 1 = ( 36681.059, 71.889255, -27728.408 ) Col: 2, Row: 1 = ( 25079.446, 71.796625, -26785.723 ) Col: 3, Row: 1 = ( 13478.129, 72.045395, -25841.513 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 43138.719, 71.756003, -20111.817 ) Forward (first) = ( 8334.6040, 71.578286, -17280.043 ) Aft (second) = ( 44455.737, 71.556696, -3934.8658 ) Forward (second) = ( 9652.3366, 70.684495, -1100.1155 ) Boresight = ( 26395.744, 71.210182, -10607.739 ) Col: 1, Row: 1 = ( 37996.988, 71.478675, -11551.854 ) Col: 2, Row: 1 = ( 26395.744, 71.210182, -10607.739 ) Col: 3, Row: 1 = ( 14793.887, 70.976926, -9662.9284 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 44455.737, 71.556696, -3934.8658 ) Forward (first) = ( 9652.3366, 70.684495, -1100.1155 ) Aft (second) = ( 45773.996, 71.655711, 12242.514 ) Forward (second) = ( 10970.688, 71.202454, 15080.099 ) Boresight = ( 27713.893, 71.153301, 5572.2149 ) Col: 1, Row: 1 = ( 39314.893, 71.429581, 4626.7169 ) Col: 2, Row: 1 = ( 27713.893, 71.153301, 5572.2149 ) Col: 3, Row: 1 = ( 16112.172, 70.898169, 6517.5794 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 45773.996, 71.655711, 12242.514 ) Forward (first) = ( 10970.688, 71.202454, 15080.099 ) Aft (second) = ( 47094.358, 72.027966, 28417.097 ) Forward (second) = ( 12294.472, 72.677242, 31257.375 ) Boresight = ( 29032.798, 71.553884, 21750.914 ) Col: 1, Row: 1 = ( 40633.848, 71.706820, 20804.080 ) Col: 2, Row: 1 = ( 29032.798, 71.553884, 21750.914 ) Col: 3, Row: 1 = ( 17431.314, 71.584668, 22696.785 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 47094.358, 72.027966, 28417.097 ) Forward (first) = ( 12294.472, 72.677242, 31257.375 ) Aft (second) = ( 48420.819, 72.650946, 44585.660 ) Forward (second) = ( 13638.079, 74.826065, 47428.490 ) Boresight = ( 30356.698, 72.352101, 37925.134 ) Col: 1, Row: 1 = ( 41956.764, 72.279508, 36977.011 ) Col: 2, Row: 1 = ( 30356.698, 72.352101, 37925.134 ) Col: 3, Row: 1 = ( 18758.437, 72.874293, 38871.465 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 48420.819, 72.650946, 44585.660 ) Forward (first) = ( 13638.079, 74.826065, 47428.490 ) Aft (second) = ( 49760.075, 73.504179, 60744.979 ) Forward (second) = ( 15021.077, 77.456965, 63590.219 ) Boresight = ( 31694.048, 73.497362, 54091.650 ) Col: 1, Row: 1 = ( 43289.803, 73.120203, 53142.286 ) Col: 2, Row: 1 = ( 31694.048, 73.497362, 54091.650 ) Col: 3, Row: 1 = ( 20106.541, 74.644945, 55038.394 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 49760.075, 73.504179, 60744.979 ) Forward (first) = ( 15021.077, 77.456965, 63590.219 ) Aft (second) = ( 51121.158, 74.568697, 76891.834 ) Forward (second) = ( 16465.690, 80.428125, 79739.342 ) Boresight = ( 33056.631, 74.945679, 70247.240 ) Col: 1, Row: 1 = ( 44641.870, 74.204055, 69296.683 ) Col: 2, Row: 1 = ( 33056.631, 74.945679, 70247.240 ) Col: 3, Row: 1 = ( 21492.566, 76.799790, 71194.350 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 51121.158, 74.568697, 76891.834 ) Forward (first) = ( 16465.690, 80.428125, 79739.342 ) Aft (second) = ( 52515.092, 75.826533, 93023.005 ) Forward (second) = ( 17995.114, 83.627404, 95872.640 ) Boresight = ( 34458.833, 76.657532, 86388.684 ) Col: 1, Row: 1 = ( 46024.181, 75.508024, 85436.981 ) Col: 2, Row: 1 = ( 34458.833, 76.657532, 86388.684 ) Col: 3, Row: 1 = ( 22935.983, 79.257888, 87336.113 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 52515.092, 75.826533, 93023.005 ) Forward (first) = ( 17995.114, 83.627404, 95872.640 ) Aft (second) = ( 53954.573, 77.260277, 109135.28 ) Forward (second) = ( 19632.248, 86.962316, 111986.90 ) Boresight = ( 35916.995, 78.596259, 102512.76 ) Col: 1, Row: 1 = ( 47449.860, 77.010198, 101559.96 ) Col: 2, Row: 1 = ( 35916.995, 78.596259, 102512.76 ) Col: 3, Row: 1 = ( 24457.664, 81.948552, 103460.47 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 53954.573, 77.260277, 109135.28 ) Forward (first) = ( 19632.248, 86.962316, 111986.90 ) Aft (second) = ( 55453.653, 78.852710, 125225.44 ) Forward (second) = ( 21398.735, 90.355426, 128078.90 ) Boresight = ( 37448.812, 80.726938, 118616.27 ) Col: 1, Row: 1 = ( 48933.550, 78.689246, 117662.42 ) Col: 2, Row: 1 = ( 37448.812, 80.726938, 118616.27 ) Col: 3, Row: 1 = ( 26078.912, 84.808274, 119564.19 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 55453.653, 78.852710, 125225.44 ) Forward (first) = ( 21398.735, 90.355426, 128078.90 ) Aft (second) = ( 57027.417, 80.586541, 141290.28 ) Forward (second) = ( 23314.267, 93.742433, 144145.45 ) Boresight = ( 39072.765, 83.015725, 134695.98 ) Col: 1, Row: 1 = ( 50491.031, 80.524020, 133741.13 ) Col: 2, Row: 1 = ( 39072.765, 83.015725, 134695.98 ) Col: 3, Row: 1 = ( 27820.636, 87.779372, 135644.09 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 57027.417, 80.586541, 141290.28 ) Forward (first) = ( 23314.267, 93.742433, 144145.45 ) Aft (second) = ( 58691.663, 82.444237, 157326.61 ) Forward (second) = ( 25396.144, 97.071322, 160183.33 ) Boresight = ( 40807.566, 85.429595, 150748.71 ) Col: 1, Row: 1 = ( 52138.841, 82.493310, 149792.90 ) Col: 2, Row: 1 = ( 40807.566, 85.429595, 150748.71 ) Col: 3, Row: 1 = ( 29702.641, 90.809714, 151696.95 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 58691.663, 82.444237, 157326.61 ) Forward (first) = ( 25396.144, 97.071322, 160183.33 ) Aft (second) = ( 60462.566, 84.407972, 173331.22 ) Forward (second) = ( 27659.079, 100.30172, 176189.35 ) Boresight = ( 42671.642, 87.936415, 166771.24 ) Col: 1, Row: 1 = ( 53893.888, 84.575752, 165814.53 ) Col: 2, Row: 1 = ( 42671.642, 87.936415, 166771.24 ) Col: 3, Row: 1 = ( 31743.088, 93.853016, 167719.56 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 60462.566, 84.407972, 173331.22 ) Forward (first) = ( 27659.079, 100.30172, 176189.35 ) Aft (second) = ( 62356.351, 86.459672, 189300.92 ) Forward (second) = ( 30115.200, 103.40404, 192160.33 ) Boresight = ( 44682.664, 90.505267, 182760.39 ) Col: 1, Row: 1 = ( 55773.068, 86.749893, 181802.82 ) Col: 2, Row: 1 = ( 44682.664, 90.505267, 182760.39 ) Col: 3, Row: 1 = ( 33958.111, 96.869314, 183708.75 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 62356.351, 86.459672, 189300.92 ) Forward (first) = ( 30115.200, 103.40404, 192160.33 ) Aft (second) = ( 64388.973, 88.581159, 205232.53 ) Forward (second) = ( 32774.208, 106.35825, 208093.07 ) Boresight = ( 46857.148, 93.106923, 198712.96 ) Col: 1, Row: 1 = ( 57792.910, 88.994372, 197754.58 ) Col: 2, Row: 1 = ( 46857.148, 93.106923, 198712.96 ) Col: 3, Row: 1 = ( 36361.614, 99.825315, 199661.31 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 64388.973, 88.581159, 205232.53 ) Forward (first) = ( 32774.208, 106.35825, 208093.07 ) Aft (second) = ( 66575.814, 90.754377, 221122.88 ) Forward (second) = ( 35643.625, 109.15252, 223984.40 ) Boresight = ( 49210.135, 95.714383, 214625.79 ) Col: 1, Row: 1 = ( 59969.232, 91.288208, 213666.64 ) Col: 2, Row: 1 = ( 49210.135, 95.714383, 214625.79 ) Col: 3, Row: 1 = ( 38965.214, 102.69448, 215574.08 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 66575.814, 90.754377, 221122.88 ) Forward (first) = ( 35643.625, 109.15252, 223984.40 ) Aft (second) = ( 68931.413, 92.961665, 236968.79 ) Forward (second) = ( 38729.099, 111.78159, 239831.16 ) Boresight = ( 51754.971, 98.303359, 230495.68 ) Col: 1, Row: 1 = ( 62316.859, 93.611147, 229535.83 ) Col: 2, Row: 1 = ( 51754.971, 98.303359, 230495.68 ) Col: 3, Row: 1 = ( 41778.320, 105.45679, 231443.88 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 68931.413, 92.961665, 236968.79 ) Forward (first) = ( 38729.099, 111.78159, 239831.16 ) Aft (second) = ( 71469.244, 95.186063, 252767.11 ) Forward (second) = ( 42034.705, 114.24535, 255630.19 ) Boresight = ( 54503.191, 100.85267, 246319.49 ) Col: 1, Row: 1 = ( 64849.381, 95.944029, 245358.98 ) Col: 2, Row: 1 = ( 54503.191, 100.85267, 246319.49 ) Col: 3, Row: 1 = ( 44808.302, 108.09819, 247267.54 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 71469.244, 95.186063, 252767.11 ) Forward (first) = ( 42034.705, 114.24535, 255630.19 ) Aft (second) = ( 74201.532, 97.411613, 268514.69 ) Forward (second) = ( 45563.239, 116.54742, 271378.33 ) Boresight = ( 57464.480, 103.34446, 262094.06 ) Col: 1, Row: 1 = ( 67578.982, 98.269137, 261132.93 ) Col: 2, Row: 1 = ( 57464.480, 103.34446, 262094.06 ) Col: 3, Row: 1 = ( 48060.722, 110.60992, 263041.92 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 74201.532, 97.411613, 268514.69 ) Forward (first) = ( 45563.239, 116.54742, 271378.33 ) Aft (second) = ( 77139.134, 99.623628, 284208.39 ) Forward (second) = ( 49316.471, 118.69407, 287072.45 ) Boresight = ( 60646.731, 105.76429, 277816.25 ) Col: 1, Row: 1 = ( 70516.329, 100.57050, 276854.55 ) Col: 2, Row: 1 = ( 60646.731, 105.76429, 277816.25 ) Col: 3, Row: 1 = ( 51539.580, 112.98758, 278763.86 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 77139.134, 99.623628, 284208.39 ) Forward (first) = ( 49316.471, 118.69407, 287072.45 ) Aft (second) = ( 80291.471, 101.80891, 299845.09 ) Forward (second) = ( 53295.367, 120.69321, 302709.41 ) Boresight = ( 64056.151, 108.10101, 293482.91 ) Col: 1, Row: 1 = ( 73670.533, 102.83408, 292520.70 ) Col: 2, Row: 1 = ( 64056.151, 108.10101, 293482.91 ) Col: 3, Row: 1 = ( 55247.574, 115.23036, 294430.24 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 80291.471, 101.80891, 299845.09 ) Forward (first) = ( 53295.367, 120.69321, 302709.41 ) Aft (second) = ( 83666.515, 103.95592, 315421.66 ) Forward (second) = ( 57500.269, 122.55373, 318286.12 ) Boresight = ( 67697.420, 110.34654, 309090.93 ) Col: 1, Row: 1 = ( 77049.157, 105.04797, 308128.25 ) Col: 2, Row: 1 = ( 67697.420, 110.34654, 309090.93 ) Col: 3, Row: 1 = ( 59186.332, 117.34014, 310037.93 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 83666.515, 103.95592, 315421.66 ) Forward (first) = ( 57500.269, 122.55373, 318286.12 ) Aft (second) = ( 87270.817, 106.05484, 330935.00 ) Forward (second) = ( 61931.035, 124.28491, 333799.45 ) Boresight = ( 71573.863, 112.49558, 324637.20 ) Col: 1, Row: 1 = ( 80658.286, 107.20232, 323674.10 ) Col: 2, Row: 1 = ( 71573.863, 112.49558, 324637.20 ) Col: 3, Row: 1 = ( 63356.626, 119.32085, 325583.82 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 87270.817, 106.05484, 330935.00 ) Forward (first) = ( 61931.035, 124.28491, 333799.45 ) Aft (second) = ( 91109.581, 108.09760, 346382.02 ) Forward (second) = ( 66587.157, 125.89609, 349246.31 ) Boresight = ( 75687.639, 114.54522, 340118.62 ) Col: 1, Row: 1 = ( 84502.619, 109.28941, 339155.15 ) Col: 2, Row: 1 = ( 75687.639, 114.54522, 340118.62 ) Col: 3, Row: 1 = ( 67758.556, 121.17778, 341064.81 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 91109.581, 108.09760, 346382.02 ) Forward (first) = ( 66587.157, 125.89609, 349246.31 ) Aft (second) = ( 95186.758, 110.07780, 361759.64 ) Forward (second) = ( 71467.848, 127.39636, 364623.64 ) Boresight = ( 80039.924, 116.49453, 355532.10 ) Col: 1, Row: 1 = ( 88585.603, 111.30342, 354568.31 ) Col: 2, Row: 1 = ( 80039.924, 116.49453, 355532.10 ) Col: 3, Row: 1 = ( 72391.693, 122.91713, 356477.82 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 95186.758, 110.07780, 361759.64 ) Forward (first) = ( 71467.848, 127.39636, 364623.64 ) Aft (second) = ( 99505.162, 111.99067, 377064.79 ) Forward (second) = ( 76572.106, 128.79440, 379928.35 ) Boresight = ( 84631.079, 118.34421, 370874.57 ) Col: 1, Row: 1 = ( 92909.564, 113.24034, 369910.51 ) Col: 2, Row: 1 = ( 84631.079, 118.34421, 370874.57 ) Col: 3, Row: 1 = ( 77255.210, 124.54561, 371819.78 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:30:08 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2299827.7 km Body center Ra : 122.96230 deg Body Center Dec : 21.329363 deg w: 1 = ( 44641.870, 74.204055, 69296.683 ) Col: 2, Row: 1 = ( 33056.631, 74.945679, 70247.240 ) Col: 3, Row: 1 = ( 21492.566, 76.799790, 71194.350 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 51121.158, 74.568697, 76891.834 ) Forward (firsti24_nans01_30.look_lbl000077505166050166273000000317321166151707100173600ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_30.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_30.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_30" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T14:30:05.854Z SPACECRAFT_CLOCK_START_COUNT = 1/05211370:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END three box-centered derivati24_nans01_30.look_new_1000077505166050166273000000613221166151707100176160ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 14:30:05.854 SCLK Time : 1/05211370:00:0:0 Spacecraft position = (-1247105.3, 1840132.1, 855473.77) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 90975.029, 229.84926, -398289.92 ) Forward (first) = ( 71567.338, 251.12445, -395586.11 ) Aft (second) = ( 87848.365, 226.85007, -382459.86 ) Forward (second) = ( 66928.874, 248.49805, -379744.82 ) Boresight = ( 77805.137, 237.66868, -389052.62 ) Col: 1, Row: 1 = ( 85248.254, 231.16943, -389945.66 ) Col: 2, Row: 1 = ( 77805.137, 237.66868, -389052.62 ) Col: 3, Row: 1 = ( 71669.372, 245.46049, -388139.30 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 87848.365, 226.85007, -382459.86 ) Forward (first) = ( 66928.874, 248.49805, -379744.82 ) Aft (second) = ( 85135.654, 223.74824, -366554.29 ) Forward (second) = ( 62657.583, 245.57118, -363828.16 ) Boresight = ( 74156.219, 234.54874, -373177.92 ) Col: 1, Row: 1 = ( 82099.864, 228.06555, -374075.09 ) Col: 2, Row: 1 = ( 74156.219, 234.54874, -373177.92 ) Col: 3, Row: 1 = ( 67481.634, 242.50681, -372261.28 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 85135.654, 223.74824, -366554.29 ) Forward (first) = ( 62657.583, 245.57118, -363828.16 ) Aft (second) = ( 82835.549, 220.57132, -350576.39 ) Forward (second) = ( 58774.518, 242.32704, -347839.31 ) Boresight = ( 70926.089, 231.23067, -357229.36 ) Col: 1, Row: 1 = ( 79370.614, 224.83997, -358130.61 ) Col: 2, Row: 1 = ( 70926.089, 231.23067, -357229.36 ) Col: 3, Row: 1 = ( 63691.423, 239.27486, -356309.46 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 82835.549, 220.57132, -350576.39 ) Forward (first) = ( 58774.518, 242.32704, -347839.31 ) Aft (second) = ( 80941.810, 217.35171, -334529.35 ) Forward (second) = ( 55301.075, 238.75839, -331781.44 ) Boresight = ( 68124.251, 227.73710, -341210.12 ) Col: 1, Row: 1 = ( 77060.726, 221.52247, -342115.41 ) Col: 2, Row: 1 = ( 68124.251, 227.73710, -341210.12 ) Col: 3, Row: 1 = ( 60317.206, 235.76716, -340287.00 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 80941.810, 217.35171, -334529.35 ) Forward (first) = ( 55301.075, 238.75839, -331781.44 ) Aft (second) = ( 79442.956, 214.12534, -318416.35 ) Forward (second) = ( 52257.556, 234.87232, -315657.76 ) Boresight = ( 65755.556, 224.10139, -325123.39 ) Col: 1, Row: 1 = ( 75165.156, 218.14896, -326032.68 ) Col: 2, Row: 1 = ( 65755.556, 224.10139, -325123.39 ) Col: 3, Row: 1 = ( 57375.274, 231.99953, -324197.10 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 79442.956, 214.12534, -318416.35 ) Forward (first) = ( 52257.556, 234.87232, -315657.76 ) Aft (second) = ( 78322.253, 210.92984, -302240.61 ) Forward (second) = ( 49661.132, 230.69509, -299471.48 ) Boresight = ( 63818.912, 220.36716, -308972.38 ) Col: 1, Row: 1 = ( 73673.102, 214.75999, -309885.62 ) Col: 2, Row: 1 = ( 63818.912, 220.36716, -308972.38 ) Col: 3, Row: 1 = ( 54877.877, 228.00396, -308042.96 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 78322.253, 210.92984, -302240.61 ) Forward (first) = ( 49661.132, 230.69509, -299471.48 ) Aft (second) = ( 77558.082, 207.80257, -286005.36 ) Forward (second) = ( 47523.330, 226.27577, -283225.82 ) Boresight = ( 62306.275, 216.58664, -292760.31 ) Col: 1, Row: 1 = ( 72567.900, 211.39862, -293677.46 ) Col: 2, Row: 1 = ( 62306.275, 216.58664, -292760.31 ) Col: 3, Row: 1 = ( 52831.144, 223.83011, -291827.82 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 77558.082, 207.80257, -286005.36 ) Forward (first) = ( 47523.330, 226.27577, -283225.82 ) Aft (second) = ( 77124.640, 204.77865, -269713.84 ) Forward (second) = ( 45847.364, 221.68700, -266924.02 ) Boresight = ( 61202.159, 212.81752, -276490.41 ) Col: 1, Row: 1 = ( 71827.364, 208.10787, -277411.42 ) Col: 2, Row: 1 = ( 61202.159, 212.81752, -276490.41 ) Col: 3, Row: 1 = ( 51233.122, 219.54438, -275554.89 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 77124.640, 204.77865, -269713.84 ) Forward (first) = ( 45847.364, 221.68700, -266924.02 ) Aft (second) = ( 76992.913, 201.88932, -253369.28 ) Forward (second) = ( 44625.884, 217.02162, -250569.34 ) Boresight = ( 60483.809, 209.11894, -260165.93 ) Col: 1, Row: 1 = ( 71424.560, 204.92829, -261090.75 ) Col: 2, Row: 1 = ( 60483.809, 209.11894, -260165.93 ) Col: 3, Row: 1 = ( 50072.353, 215.22608, -259227.42 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 76992.913, 201.88932, -253369.28 ) Forward (first) = ( 44625.884, 217.02162, -250569.34 ) Aft (second) = ( 77131.806, 199.16072, -236974.96 ) Forward (second) = ( 43839.772, 212.38477, -234165.03 ) Boresight = ( 60122.068, 205.54727, -243790.11 ) Col: 1, Row: 1 = ( 71328.915, 201.89576, -244718.71 ) Col: 2, Row: 1 = ( 60122.068, 205.54727, -243790.11 ) Col: 3, Row: 1 = ( 49327.410, 210.96095, -242848.67 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 77131.806, 199.16072, -236974.96 ) Forward (first) = ( 43839.772, 212.38477, -234165.03 ) Aft (second) = ( 77509.302, 196.61333, -220534.14 ) Forward (second) = ( 43458.477, 207.88298, -217714.36 ) Boresight = ( 60082.824, 202.15229, -227366.22 ) Col: 1, Row: 1 = ( 71507.521, 199.04008, -228298.55 ) Col: 2, Row: 1 = ( 60082.824, 202.15229, -227366.22 ) Col: 3, Row: 1 = ( 48967.612, 206.83326, -226421.89 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 77509.302, 196.61333, -220534.14 ) Forward (first) = ( 43458.477, 207.88298, -217714.36 ) Aft (second) = ( 78093.541, 194.26188, -204050.10 ) Forward (second) = ( 43441.954, 203.61283, -201220.60 ) Boresight = ( 60328.805, 198.97459, -210897.54 ) Col: 1, Row: 1 = ( 71926.478, 196.38417, -211833.55 ) Col: 2, Row: 1 = ( 60328.805, 198.97459, -210897.54 ) Col: 3, Row: 1 = ( 48954.848, 202.91826, -209950.37 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 78093.541, 194.26188, -204050.10 ) Forward (first) = ( 43441.954, 203.61283, -201220.60 ) Aft (second) = ( 78853.743, 192.11574, -187526.12 ) Forward (second) = ( 43743.772, 199.65231, -184687.05 ) Boresight = ( 60821.462, 196.04430, -194387.34 ) Col: 1, Row: 1 = ( 72552.139, 193.94407, -195326.99 ) Col: 2, Row: 1 = ( 60821.462, 196.04430, -194387.34 ) Col: 3, Row: 1 = ( 49246.159, 199.27664, -193437.39 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 78853.743, 192.11574, -187526.12 ) Forward (first) = ( 43743.772, 199.65231, -184687.05 ) Aft (second) = ( 79760.937, 190.17959, -170965.49 ) Forward (second) = ( 44314.701, 196.05632, -168117.00 ) Boresight = ( 61522.692, 193.38114, -177838.93 ) Col: 1, Row: 1 = ( 73352.155, 191.72946, -178782.16 ) Col: 2, Row: 1 = ( 61522.692, 193.38114, -177838.93 ) Col: 3, Row: 1 = ( 49796.561, 195.95181, -176886.23 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 79760.937, 190.17959, -170965.49 ) Forward (first) = ( 44314.701, 196.05632, -168117.00 ) Aft (second) = ( 80788.482, 188.45419, -154371.53 ) Forward (second) = ( 45106.033, 192.85674, -151513.75 ) Boresight = ( 62396.237, 190.99547, -161255.59 ) Col: 1, Row: 1 = ( 74296.281, 189.74452, -162202.37 ) Col: 2, Row: 1 = ( 62396.237, 190.99547, -161255.59 ) Col: 3, Row: 1 = ( 50561.639, 192.97006, -160300.19 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 80788.482, 188.45419, -154371.53 ) Forward (first) = ( 45106.033, 192.85674, -151513.75 ) Aft (second) = ( 81912.395, 186.93730, -137747.53 ) Forward (second) = ( 46072.181, 190.06546, -134880.62 ) Boresight = ( 63408.714, 188.88987, -144640.63 ) Col: 1, Row: 1 = ( 75356.931, 187.98902, -145590.91 ) Col: 2, Row: 1 = ( 63408.714, 188.88987, -144640.63 ) Col: 3, Row: 1 = ( 51499.599, 190.34261, -143682.59 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 81912.395, 186.93730, -137747.53 ) Forward (first) = ( 46072.181, 190.06546, -134880.62 ) Aft (second) = ( 83111.523, 185.62444, -121096.82 ) Forward (second) = ( 47172.373, 187.67913, -118220.90 ) Boresight = ( 64530.252, 187.06102, -127997.36 ) Col: 1, Row: 1 = ( 76509.511, 186.45936, -128951.09 ) Col: 2, Row: 1 = ( 64530.252, 187.06102, -127997.36 ) Col: 3, Row: 1 = ( 52572.654, 188.06888, -127036.73 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 83111.523, 185.62444, -121096.82 ) Forward (first) = ( 47172.373, 187.67913, -118220.90 ) Aft (second) = ( 84367.593, 184.50961, -104422.71 ) Forward (second) = ( 48371.522, 185.68397, -101537.93 ) Boresight = ( 65734.815, 185.50136, -111329.11 ) Col: 1, Row: 1 = ( 77732.569, 185.14955, -112286.24 ) Col: 2, Row: 1 = ( 65734.815, 185.50136, -111329.11 ) Col: 3, Row: 1 = ( 53747.805, 186.13982, -110365.92 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 84367.593, 184.50961, -104422.71 ) Forward (first) = ( 48371.522, 185.68397, -101537.93 ) Aft (second) = ( 85665.165, 183.58582, -87728.524 ) Forward (second) = ( 49640.467, 184.05998, -84835.034 ) Boresight = ( 67000.289, 184.20061, -94639.191 ) Col: 1, Row: 1 = ( 79007.807, 184.05204, -95599.679 ) Col: 2, Row: 1 = ( 67000.289, 184.20061, -94639.191 ) Col: 3, Row: 1 = ( 54997.120, 184.54093, -93673.504 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 85665.165, 183.58582, -87728.524 ) Forward (first) = ( 49640.467, 184.05998, -84835.034 ) Aft (second) = ( 86991.531, 182.84561, -71017.593 ) Forward (second) = ( 50955.795, 182.78411, -68115.534 ) Boresight = ( 68308.383, 183.14698, -77930.932 ) Col: 1, Row: 1 = ( 80319.995, 183.15839, -78894.729 ) Col: 2, Row: 1 = ( 68308.383, 183.14698, -77930.932 ) Col: 3, Row: 1 = ( 56297.678, 183.25476, -76962.793 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 86991.531, 182.84561, -71017.593 ) Forward (first) = ( 50955.795, 182.78411, -68115.534 ) Aft (second) = ( 88336.579, 182.28135, -54293.246 ) Forward (second) = ( 52299.434, 181.83252, -51382.763 ) Boresight = ( 69644.445, 182.32802, -61207.665 ) Col: 1, Row: 1 = ( 81656.838, 182.45975, -62174.722 ) Col: 2, Row: 1 = ( 69644.445, 182.32802, -61207.665 ) Col: 3, Row: 1 = ( 57631.300, 182.26262, -60237.122 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 88336.579, 182.28135, -54293.246 ) Forward (first) = ( 52299.434, 181.83252, -51382.763 ) Aft (second) = ( 89692.636, 181.88546, -37558.820 ) Forward (second) = ( 53658.147, 181.18198, -34640.057 ) Boresight = ( 70997.209, 181.73128, -44472.721 ) Col: 1, Row: 1 = ( 83008.792, 181.94726, -45442.991 ) Col: 2, Row: 1 = ( 70997.209, 181.73128, -44472.721 ) Col: 3, Row: 1 = ( 58984.181, 181.54582, -43499.822 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 89692.636, 181.88546, -37558.820 ) Forward (first) = ( 53658.147, 181.18198, -34640.057 ) Aft (second) = ( 91054.307, 181.65058, -20817.650 ) Forward (second) = ( 55023.012, 180.81064, -17890.753 ) Boresight = ( 72358.535, 181.34467, -27729.437 ) Col: 1, Row: 1 = ( 84368.886, 181.61224, -28702.872 ) Col: 2, Row: 1 = ( 72358.535, 181.34467, -27729.437 ) Col: 3, Row: 1 = ( 60346.479, 181.08642, -26754.232 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 91054.307, 181.65058, -20817.650 ) Forward (first) = ( 55023.012, 180.81064, -17890.753 ) Aft (second) = ( 92418.321, 181.56969, -4073.0730 ) Forward (second) = ( 56388.927, 180.69835, -1138.1878 ) Boresight = ( 73723.139, 181.15672, -10981.150 ) Col: 1, Row: 1 = ( 85732.533, 181.44637, -11957.701 ) Col: 2, Row: 1 = ( 73723.139, 181.15672, -10981.150 ) Col: 3, Row: 1 = ( 61711.917, 180.86757, -10003.687 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 92418.321, 181.56969, -4073.0730 ) Forward (first) = ( 56388.927, 180.69835, -1138.1878 ) Aft (second) = ( 93783.381, 181.63608, 12671.572 ) Forward (second) = ( 57754.171, 180.82676, 15614.299 ) Boresight = ( 75088.346, 181.15663, 5768.8012 ) Col: 1, Row: 1 = ( 87097.350, 181.44176, 4789.1826 ) Col: 2, Row: 1 = ( 75088.346, 181.15663, 5768.8012 ) Col: 3, Row: 1 = ( 63077.412, 180.87372, 6748.4739 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 93783.381, 181.63608, 12671.572 ) Forward (first) = ( 57754.171, 180.82676, 15614.299 ) Aft (second) = ( 95150.018, 181.84339, 29412.948 ) Forward (second) = ( 59120.013, 181.17918, 32363.370 ) Boresight = ( 76453.864, 181.33435, 22517.078 ) Col: 1, Row: 1 = ( 88462.990, 181.59094, 21534.441 ) Col: 2, Row: 1 = ( 76453.864, 181.33435, 22517.078 ) Col: 3, Row: 1 = ( 64442.738, 181.09057, 23498.912 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 95150.018, 181.84339, 29412.948 ) Forward (first) = ( 59120.013, 181.17918, 32363.370 ) Aft (second) = ( 96520.470, 182.18559, 46147.716 ) Forward (second) = ( 60490.374, 181.74032, 49105.686 ) Boresight = ( 77821.569, 181.68047, 39260.343 ) Col: 1, Row: 1 = ( 89830.994, 181.88686, 38274.736 ) Col: 2, Row: 1 = ( 77821.569, 181.68047, 39260.343 ) Col: 3, Row: 1 = ( 65810.231, 181.50495, 40244.288 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 96520.470, 182.18559, 46147.716 ) Forward (first) = ( 60490.374, 181.74032, 49105.686 ) Aft (second) = ( 97898.552, 182.65690, 62872.540 ) Forward (second) = ( 61871.526, 182.49604, 65837.911 ) Boresight = ( 79195.319, 182.18617, 55995.258 ) Col: 1, Row: 1 = ( 91204.640, 182.32284, 55006.731 ) Col: 2, Row: 1 = ( 79195.319, 182.18617, 55995.258 ) Col: 3, Row: 1 = ( 67184.529, 182.10464, 56981.266 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 97898.552, 182.65690, 62872.540 ) Forward (first) = ( 61871.526, 182.49604, 65837.911 ) Aft (second) = ( 99289.545, 183.25171, 79584.086 ) Forward (second) = ( 63271.826, 183.43303, 82556.711 ) Boresight = ( 80580.780, 182.84303, 72718.488 ) Col: 1, Row: 1 = ( 92588.812, 182.89245, 71727.090 ) Col: 2, Row: 1 = ( 80580.780, 182.84303, 72718.488 ) Col: 3, Row: 1 = ( 68572.325, 182.87818, 73706.510 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 99289.545, 183.25171, 79584.086 ) Forward (first) = ( 63271.826, 183.43303, 82556.711 ) Aft (second) = ( 100700.08, 183.96458, 96279.024 ) Forward (second) = ( 64701.459, 184.53851, 99258.753 ) Boresight = ( 81985.260, 183.64299, 89426.699 ) Col: 1, Row: 1 = ( 93989.876, 183.58948, 88432.479 ) Col: 2, Row: 1 = ( 81985.260, 183.64299, 89426.699 ) Col: 3, Row: 1 = ( 69982.158, 183.81462, 90416.685 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 100700.08, 183.96458, 96279.024 ) Forward (first) = ( 64701.459, 184.53851, 99258.753 ) Aft (second) = ( 102138.04, 184.79008, 112954.02 ) Forward (second) = ( 66172.197, 185.79996, 115940.71 ) Boresight = ( 83417.549, 184.57812, 106116.56 ) Col: 1, Row: 1 = ( 95415.550, 184.40782, 105119.57 ) Col: 2, Row: 1 = ( 83417.549, 184.57812, 106116.56 ) Col: 3, Row: 1 = ( 71424.195, 184.90329, 107108.46 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 102138.04, 184.79008, 112954.02 ) Forward (first) = ( 66172.197, 185.79996, 115940.71 ) Aft (second) = ( 103612.42, 185.72277, 129605.76 ) Forward (second) = ( 67697.157, 187.20487, 132599.26 ) Boresight = ( 84887.767, 185.64055, 122784.75 ) Col: 1, Row: 1 = ( 96874.786, 185.34139, 121785.03 ) Col: 2, Row: 1 = ( 84887.767, 185.64055, 122784.75 ) Col: 3, Row: 1 = ( 72910.023, 186.13360, 123778.52 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 103612.42, 185.72277, 129605.76 ) Forward (first) = ( 67697.157, 187.20487, 132599.26 ) Aft (second) = ( 105133.24, 186.75708, 146230.92 ) Forward (second) = ( 69290.548, 188.74059, 149231.07 ) Boresight = ( 86407.196, 186.82231, 139427.93 ) Col: 1, Row: 1 = ( 98377.640, 186.38400, 138425.55 ) Col: 2, Row: 1 = ( 86407.196, 186.82231, 139427.93 ) Col: 3, Row: 1 = ( 74452.444, 187.49489, 140423.52 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 105133.24, 186.75708, 146230.92 ) Forward (first) = ( 69290.548, 188.74059, 149231.07 ) Aft (second) = ( 106711.43, 187.88728, 162826.18 ) Forward (second) = ( 70967.412, 190.39411, 165832.84 ) Boresight = ( 87988.119, 188.11525, 156042.81 ) Col: 1, Row: 1 = ( 99935.142, 187.52933, 155037.80 ) Col: 2, Row: 1 = ( 87988.119, 188.11525, 156042.81 ) Col: 3, Row: 1 = ( 76065.248, 188.97625, 157040.16 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 106711.43, 187.88728, 162826.18 ) Forward (first) = ( 70967.412, 190.39411, 165832.84 ) Aft (second) = ( 108358.66, 189.10741, 179388.24 ) Forward (second) = ( 72743.359, 192.15205, 182401.26 ) Boresight = ( 89643.641, 189.51091, 172626.05 ) Col: 1, Row: 1 = ( 101559.16, 188.77081, 171618.48 ) Col: 2, Row: 1 = ( 89643.641, 189.51091, 172626.05 ) Col: 3, Row: 1 = ( 77762.990, 190.56643, 173625.13 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 108358.66, 189.10741, 179388.24 ) Forward (first) = ( 72743.359, 192.15205, 182401.26 ) Aft (second) = ( 110087.24, 190.41123, 195913.79 ) Forward (second) = ( 74634.289, 194.00063, 198933.02 ) Boresight = ( 91387.503, 191.00050, 189174.36 ) Col: 1, Row: 1 = ( 103262.24, 190.10161, 188164.27 ) Col: 2, Row: 1 = ( 91387.503, 191.00050, 189174.36 ) Col: 3, Row: 1 = ( 79560.749, 192.25377, 190175.11 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 110087.24, 190.41123, 195913.79 ) Forward (first) = ( 74634.289, 194.00063, 198933.02 ) Aft (second) = ( 111909.98, 191.79218, 212399.54 ) Forward (second) = ( 76656.112, 195.92573, 215424.83 ) Boresight = ( 93233.891, 192.57486, 205684.44 ) Col: 1, Row: 1 = ( 105057.47, 191.51456, 204671.89 ) Col: 2, Row: 1 = ( 93233.891, 192.57486, 205684.44 ) Col: 3, Row: 1 = ( 81473.880, 194.02623, 206686.81 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 111909.98, 191.79218, 212399.54 ) Forward (first) = ( 76656.112, 195.92573, 215424.83 ) Aft (second) = ( 113839.99, 193.24342, 228842.20 ) Forward (second) = ( 78824.476, 197.91300, 231873.40 ) Boresight = ( 95197.229, 194.22445, 222153.00 ) Col: 1, Row: 1 = ( 106958.30, 193.00216, 221138.03 ) Col: 2, Row: 1 = ( 95197.229, 194.22445, 222153.00 ) Col: 3, Row: 1 = ( 83517.769, 195.87140, 223156.95 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 113839.99, 193.24342, 228842.20 ) Forward (first) = ( 78824.476, 197.91300, 231873.40 ) Aft (second) = ( 115890.57, 194.75776, 245238.50 ) Forward (second) = ( 81154.508, 199.94802, 248275.46 ) Boresight = ( 97291.976, 195.93938, 238576.76 ) Col: 1, Row: 1 = ( 108978.37, 194.55658, 237559.42 ) Col: 2, Row: 1 = ( 97291.976, 195.93938, 238576.76 ) Col: 3, Row: 1 = ( 85707.580, 197.77662, 239582.22 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 115890.57, 194.75776, 245238.50 ) Forward (first) = ( 81154.508, 199.94802, 248275.46 ) Aft (second) = ( 118075.06, 196.32774, 261585.17 ) Forward (second) = ( 83660.577, 202.01653, 264627.73 ) Boresight = ( 99532.420, 197.70953, 254952.43 ) Col: 1, Row: 1 = ( 111131.36, 196.16969, 253932.78 ) Col: 2, Row: 1 = ( 99532.420, 197.70953, 254952.43 ) Col: 3, Row: 1 = ( 88058.024, 199.72910, 255959.37 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 118075.06, 196.32774, 261585.17 ) Forward (first) = ( 83660.577, 202.01653, 264627.73 ) Aft (second) = ( 120406.60, 197.94569, 277878.95 ) Forward (second) = ( 86356.085, 204.10465, 280926.96 ) Boresight = ( 101932.48, 199.52457, 271276.77 ) Col: 1, Row: 1 = ( 113430.79, 197.83310, 270254.85 ) Col: 2, Row: 1 = ( 101932.48, 199.52457, 271276.77 ) Col: 3, Row: 1 = ( 90583.134, 201.71611, 272285.13 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 120406.60, 197.94569, 277878.95 ) Forward (first) = ( 86356.085, 204.10465, 280926.96 ) Aft (second) = ( 122898.06, 199.60375, 294116.58 ) Forward (second) = ( 89253.308, 206.19911, 297169.90 ) Boresight = ( 104505.52, 201.37415, 287546.51 ) Col: 1, Row: 1 = ( 115889.85, 199.53828, 286522.38 ) Col: 2, Row: 1 = ( 104505.52, 201.37415, 287546.51 ) Col: 3, Row: 1 = ( 93296.079, 203.72517, 288556.25 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 122898.06, 199.60375, 294116.58 ) Forward (first) = ( 89253.308, 206.19911, 297169.90 ) Aft (second) = ( 125561.85, 201.29395, 310294.84 ) Forward (second) = ( 92363.265, 208.28747, 313353.30 ) Boresight = ( 107264.18, 203.24799, 303758.40 ) Col: 1, Row: 1 = ( 118521.26, 201.27656, 302732.12 ) Col: 2, Row: 1 = ( 107264.18, 203.24799, 303758.40 ) Col: 3, Row: 1 = ( 96209.000, 205.74422, 304769.47 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 125561.85, 201.29395, 310294.84 ) Forward (first) = ( 92363.265, 208.28747, 313353.30 ) Aft (second) = ( 128409.77, 203.00836, 326410.50 ) Forward (second) = ( 95695.647, 210.35830, 329473.96 ) Boresight = ( 110220.23, 205.13606, 319909.23 ) Col: 1, Row: 1 = ( 121337.10, 203.03935, 318880.85 ) Col: 2, Row: 1 = ( 110220.23, 205.13606, 319909.23 ) Col: 3, Row: 1 = ( 99332.886, 207.76186, 320921.58 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 128409.77, 203.00836, 326410.50 ) Forward (first) = ( 95695.647, 210.35830, 329473.96 ) Aft (second) = ( 131452.94, 204.73912, 342460.34 ) Forward (second) = ( 99258.779, 212.40134, 345528.65 ) Boresight = ( 113384.44, 207.02873, 335995.77 ) Col: 1, Row: 1 = ( 124348.70, 204.81815, 334965.33 ) Col: 2, Row: 1 = ( 113384.44, 207.02873, 335995.77 ) Col: 3, Row: 1 = ( 102677.49, 209.76748, 337009.34 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 131452.94, 204.73912, 342460.34 ) Forward (first) = ( 99258.779, 212.40134, 345528.65 ) Aft (second) = ( 134701.61, 206.47860, 358441.17 ) Forward (second) = ( 103059.63, 214.40762, 361514.17 ) Boresight = ( 116766.53, 208.91686, 352014.81 ) Col: 1, Row: 1 = ( 127566.52, 206.60473, 350982.37 ) Col: 2, Row: 1 = ( 116766.53, 208.91686, 352014.81 ) Col: 3, Row: 1 = ( 106251.29, 211.75142, 353029.57 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 134701.61, 206.47860, 358441.17 ) Forward (first) = ( 103059.63, 214.40762, 361514.17 ) Aft (second) = ( 138165.18, 208.21944, 374349.80 ) Forward (second) = ( 107103.87, 216.36947, 377427.33 ) Boresight = ( 120375.06, 210.79198, 367963.17 ) Col: 1, Row: 1 = ( 131000.07, 208.39120, 366928.78 ) Col: 2, Row: 1 = ( 120375.06, 210.79198, 367963.17 ) Col: 3, Row: 1 = ( 110061.47, 213.70508, 368979.05 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 138165.18, 208.21944, 374349.80 ) Forward (first) = ( 107103.87, 216.36947, 377427.33 ) Aft (second) = ( 141852.06, 209.95469, 390183.06 ) Forward (second) = ( 111395.90, 218.28054, 393264.98 ) Boresight = ( 124217.46, 212.64635, 383837.65 ) Col: 1, Row: 1 = ( 134657.85, 210.17014, 382801.37 ) Col: 2, Row: 1 = ( 124217.46, 212.64635, 383837.65 ) Col: 3, Row: 1 = ( 114113.97, 215.62099, 384854.62 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:31:16 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2381846.6 km Body center Ra : 124.12651 deg Body Center Dec : 21.048868 deg w: 1 = ( 92588.812, 182.89245, 71727.090 ) Col: 2, Row: 1 = ( 80580.780, 182.84303, 72718.488 ) Col: 3, Row: 1 = ( 68572.325, 182.87818, 73706.510 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 99289.545, 183.25171, 79584.086 ) Forward (firsti24_nans01_31.look_lbl000077505166050166273000000317321166151707100173610ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_31.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_31.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_31" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T17:32:05.848Z SPACECRAFT_CLOCK_START_COUNT = 1/05211550:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_31.look_new_1000077505166050166273000000613221166151707100176170ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 17:32:05.848 SCLK Time : 1/05211550:00:0:0 Spacecraft position = (-1327215.2, 1880751.6, 873476.29) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 219835.47, 312.23332, -413236.48 ) Forward (first) = ( 184268.82, 314.94415, -411153.82 ) Aft (second) = ( 219239.40, 310.74376, -396917.63 ) Forward (second) = ( 183377.76, 313.17860, -394808.84 ) Boresight = ( 201564.59, 312.61692, -404063.32 ) Col: 1, Row: 1 = ( 213511.86, 311.83139, -404751.15 ) Col: 2, Row: 1 = ( 201564.59, 312.61692, -404063.32 ) Col: 3, Row: 1 = ( 189692.85, 313.53694, -403353.94 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 219239.40, 310.74376, -396917.63 ) Forward (first) = ( 183377.76, 313.17860, -394808.84 ) Aft (second) = ( 218860.00, 309.30511, -380521.32 ) Forward (second) = ( 182740.25, 311.46604, -378386.50 ) Boresight = ( 200954.68, 311.02529, -387691.35 ) Col: 1, Row: 1 = ( 212987.42, 310.32655, -388388.29 ) Col: 2, Row: 1 = ( 200954.68, 311.02529, -387691.35 ) Col: 3, Row: 1 = ( 188985.05, 311.84910, -386973.69 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218860.00, 309.30511, -380521.32 ) Forward (first) = ( 182740.25, 311.46604, -378386.50 ) Aft (second) = ( 218681.41, 307.92114, -364050.82 ) Forward (second) = ( 182338.61, 309.81271, -361890.07 ) Boresight = ( 200570.11, 309.48858, -371243.60 ) Col: 1, Row: 1 = ( 212676.98, 308.87531, -371949.62 ) Col: 2, Row: 1 = ( 200570.11, 309.48858, -371243.60 ) Col: 3, Row: 1 = ( 188515.18, 310.21715, -370517.70 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218681.41, 307.92114, -364050.82 ) Forward (first) = ( 182338.61, 309.81271, -361890.07 ) Aft (second) = ( 218687.78, 306.59511, -347509.42 ) Forward (second) = ( 182154.81, 308.22415, -345322.84 ) Boresight = ( 200393.98, 308.01129, -354723.34 ) Col: 1, Row: 1 = ( 212564.33, 307.48147, -355438.42 ) Col: 2, Row: 1 = ( 200393.98, 308.01129, -354723.34 ) Col: 3, Row: 1 = ( 188265.70, 308.64648, -353989.24 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218687.78, 306.59511, -347509.42 ) Forward (first) = ( 182154.81, 308.22415, -345322.84 ) Aft (second) = ( 218863.39, 305.32980, -330900.40 ) Forward (second) = ( 182170.67, 306.70512, -328688.12 ) Boresight = ( 200409.36, 306.59731, -338133.88 ) Col: 1, Row: 1 = ( 212633.28, 306.14832, -338857.97 ) Col: 2, Row: 1 = ( 200409.36, 306.59731, -338133.88 ) Col: 3, Row: 1 = ( 188218.87, 307.14177, -337391.61 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218863.39, 305.32980, -330900.40 ) Forward (first) = ( 182170.67, 306.70512, -328688.12 ) Aft (second) = ( 219192.79, 304.12750, -314227.09 ) Forward (second) = ( 182368.13, 305.25961, -311989.20 ) Boresight = ( 200599.44, 305.24993, -321478.51 ) Col: 1, Row: 1 = ( 212867.86, 304.87861, -322211.58 ) Col: 2, Row: 1 = ( 200599.44, 305.24993, -321478.51 ) Col: 3, Row: 1 = ( 188357.00, 305.70697, -320728.12 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 219192.79, 304.12750, -314227.09 ) Forward (first) = ( 182368.13, 305.25961, -311989.20 ) Aft (second) = ( 219660.98, 302.99004, -297492.81 ) Forward (second) = ( 182729.42, 303.89084, -295229.43 ) Boresight = ( 200947.73, 303.97183, -304760.56 ) Col: 1, Row: 1 = ( 213252.42, 303.67457, -305502.57 ) Col: 2, Row: 1 = ( 200947.73, 303.97183, -304760.56 ) Col: 3, Row: 1 = ( 188662.66, 304.34535, -304002.09 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 219660.98, 302.99004, -297492.81 ) Forward (first) = ( 182729.42, 303.89084, -295229.43 ) Aft (second) = ( 220253.46, 301.91883, -280700.90 ) Forward (second) = ( 183237.26, 302.60134, -278412.14 ) Boresight = ( 201438.15, 302.76515, -287983.37 ) Col: 1, Row: 1 = ( 213771.78, 302.53798, -288734.28 ) Col: 2, Row: 1 = ( 201438.15, 302.76515, -287983.37 ) Col: 3, Row: 1 = ( 189118.81, 303.05949, -287216.84 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 220253.46, 301.91883, -280700.90 ) Forward (first) = ( 183237.26, 302.60134, -278412.14 ) Aft (second) = ( 220956.35, 300.91487, -263854.70 ) Forward (second) = ( 183875.01, 301.39297, -261540.68 ) Boresight = ( 202055.25, 301.63147, -271150.26 ) Col: 1, Row: 1 = ( 214411.35, 301.47015, -271910.05 ) Col: 2, Row: 1 = ( 202055.25, 301.63147, -271150.26 ) Col: 3, Row: 1 = ( 189709.02, 301.85135, -270375.73 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 220956.35, 300.91487, -263854.70 ) Forward (first) = ( 183875.01, 301.39297, -261540.68 ) Aft (second) = ( 221756.48, 299.97884, -246957.58 ) Forward (second) = ( 184626.82, 300.26700, -244618.41 ) Boresight = ( 202784.24, 300.57192, -254264.60 ) Col: 1, Row: 1 = ( 215157.20, 300.47200, -255033.23 ) Col: 2, Row: 1 = ( 202784.24, 300.57192, -254264.60 ) Col: 3, Row: 1 = ( 190417.54, 300.72233, -253482.10 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 221756.48, 299.97884, -246957.58 ) Forward (first) = ( 184626.82, 300.26700, -244618.41 ) Aft (second) = ( 222641.43, 299.11110, -230012.90 ) Forward (second) = ( 185477.71, 299.22416, -227648.71 ) Boresight = ( 203611.11, 299.58718, -237329.76 ) Col: 1, Row: 1 = ( 215996.14, 299.54409, -238107.18 ) Col: 2, Row: 1 = ( 203611.11, 299.58718, -237329.76 ) Col: 3, Row: 1 = ( 191229.45, 299.67329, -236539.33 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 222641.43, 299.11110, -230012.90 ) Forward (first) = ( 185477.71, 299.22416, -227648.71 ) Aft (second) = ( 223599.60, 298.31172, -213024.05 ) Forward (second) = ( 186413.65, 298.26472, -210634.94 ) Boresight = ( 204522.72, 298.67759, -220349.11 ) Col: 1, Row: 1 = ( 216915.81, 298.68666, -221135.29 ) Col: 2, Row: 1 = ( 204522.72, 298.67759, -220349.11 ) Col: 3, Row: 1 = ( 192130.72, 298.70467, -219550.79 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 223599.60, 298.31172, -213024.05 ) Forward (first) = ( 186413.65, 298.26472, -210634.94 ) Aft (second) = ( 224620.21, 297.58056, -195994.41 ) Forward (second) = ( 187421.66, 297.38856, -193580.51 ) Boresight = ( 205506.83, 297.84314, -203326.03 ) Col: 1, Row: 1 = ( 217904.68, 297.89969, -204120.93 ) Col: 2, Row: 1 = ( 205506.83, 297.84314, -203326.03 ) Col: 3, Row: 1 = ( 193108.29, 297.81650, -202519.86 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 224620.21, 297.58056, -195994.41 ) Forward (first) = ( 187421.66, 297.38856, -193580.51 ) Aft (second) = ( 225693.38, 296.91729, -178927.38 ) Forward (second) = ( 188489.80, 296.59525, -176488.81 ) Boresight = ( 206552.13, 297.08356, -186263.92 ) Col: 1, Row: 1 = ( 218952.12, 297.18293, -187067.51 ) Col: 2, Row: 1 = ( 206552.13, 297.08356, -186263.92 ) Col: 3, Row: 1 = ( 194150.11, 297.00850, -185449.95 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 225693.38, 296.91729, -178927.38 ) Forward (first) = ( 188489.80, 296.59525, -176488.81 ) Aft (second) = ( 226810.08, 296.32140, -161826.36 ) Forward (second) = ( 189607.22, 295.88408, -159363.24 ) Boresight = ( 207648.30, 296.39834, -169166.18 ) Col: 1, Row: 1 = ( 220048.40, 296.53592, -169978.41 ) Col: 2, Row: 1 = ( 207648.30, 296.39834, -169166.18 ) Col: 3, Row: 1 = ( 195245.17, 296.28011, -168344.44 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 226810.08, 296.32140, -161826.36 ) Forward (first) = ( 189607.22, 295.88408, -159363.24 ) Aft (second) = ( 227962.19, 295.79227, -144694.77 ) Forward (second) = ( 190764.19, 295.25413, -142207.22 ) Boresight = ( 208785.98, 295.78682, -152036.22 ) Col: 1, Row: 1 = ( 221184.70, 295.95806, -152857.05 ) Col: 2, Row: 1 = ( 208785.98, 295.78682, -152036.22 ) Col: 3, Row: 1 = ( 196383.50, 295.63058, -151206.75 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 227962.19, 295.79227, -144694.77 ) Forward (first) = ( 190764.19, 295.25413, -142207.22 ) Aft (second) = ( 229142.47, 295.32918, -127536.02 ) Forward (second) = ( 191952.04, 294.70434, -125024.16 ) Boresight = ( 209956.80, 295.24818, -134877.45 ) Col: 1, Row: 1 = ( 222353.12, 295.44864, -135706.84 ) Col: 2, Row: 1 = ( 209956.80, 295.24818, -134877.45 ) Col: 3, Row: 1 = ( 197556.21, 295.05897, -134040.30 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 229142.47, 295.32918, -127536.02 ) Forward (first) = ( 191952.04, 294.70434, -125024.16 ) Aft (second) = ( 230344.58, 294.93131, -110353.53 ) Forward (second) = ( 193163.22, 294.23351, -107817.49 ) Boresight = ( 211153.38, 294.78148, -117693.29 ) Col: 1, Row: 1 = ( 223546.68, 295.00684, -118531.20 ) Col: 2, Row: 1 = ( 211153.38, 294.78148, -117693.29 ) Col: 3, Row: 1 = ( 198755.43, 294.56423, -116848.49 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 230344.58, 294.93131, -110353.53 ) Forward (first) = ( 193163.22, 294.23351, -107817.49 ) Aft (second) = ( 231563.03, 294.59783, -93150.727 ) Forward (second) = ( 194391.25, 293.84039, -90590.638 ) Boresight = ( 212369.30, 294.38573, -100487.16 ) Col: 1, Row: 1 = ( 224759.32, 294.63178, -101333.55 ) Col: 2, Row: 1 = ( 212369.30, 294.38573, -100487.16 ) Col: 3, Row: 1 = ( 199974.37, 294.14519, -99634.771 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 231563.03, 294.59783, -93150.727 ) Forward (first) = ( 194391.25, 293.84039, -90590.638 ) Aft (second) = ( 232793.20, 294.32782, -75931.045 ) Forward (second) = ( 195630.67, 293.52364, -73347.030 ) Boresight = ( 213599.08, 294.05987, -83262.504 ) Col: 1, Row: 1 = ( 225985.84, 294.32251, -84117.335 ) Col: 2, Row: 1 = ( 213599.08, 294.05987, -83262.504 ) Col: 3, Row: 1 = ( 201207.24, 293.80066, -82402.557 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 232793.20, 294.32782, -75931.045 ) Forward (first) = ( 195630.67, 293.52364, -73347.030 ) Aft (second) = ( 234031.31, 294.12037, -58697.917 ) Forward (second) = ( 196877.08, 293.28194, -56090.105 ) Boresight = ( 214838.22, 293.80280, -66022.745 ) Col: 1, Row: 1 = ( 227221.96, 294.07809, -66885.971 ) Col: 2, Row: 1 = ( 214838.22, 293.80280, -66022.745 ) Col: 3, Row: 1 = ( 202449.26, 293.52938, -65155.285 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 234031.31, 294.12037, -58697.917 ) Forward (first) = ( 196877.08, 293.28194, -56090.105 ) Aft (second) = ( 235274.43, 293.97456, -41454.779 ) Forward (second) = ( 198127.07, 293.11392, -38823.300 ) Boresight = ( 216083.09, 293.61341, -48771.322 ) Col: 1, Row: 1 = ( 228464.23, 293.89751, -49642.901 ) Col: 2, Row: 1 = ( 216083.09, 293.61341, -48771.322 ) Col: 3, Row: 1 = ( 203696.62, 293.33010, -47896.393 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 235274.43, 293.97456, -41454.779 ) Forward (first) = ( 198127.07, 293.11392, -38823.300 ) Aft (second) = ( 236520.40, 293.88943, -24205.070 ) Forward (second) = ( 199378.22, 293.01823, -21550.055 ) Boresight = ( 217330.98, 293.49059, -31511.673 ) Col: 1, Row: 1 = ( 229710.06, 293.77980, -32391.562 ) Col: 2, Row: 1 = ( 217330.98, 293.49059, -31511.673 ) Col: 3, Row: 1 = ( 204946.49, 293.20155, -30629.318 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 236520.40, 293.88943, -24205.070 ) Forward (first) = ( 199378.22, 293.01823, -21550.055 ) Aft (second) = ( 237767.89, 293.86406, -6952.2304 ) Forward (second) = ( 200629.02, 292.99355, -4273.8109 ) Boresight = ( 218580.07, 293.43322, -14247.238 ) Col: 1, Row: 1 = ( 230957.68, 293.72397, -15135.393 ) Col: 2, Row: 1 = ( 218580.07, 293.43322, -14247.238 ) Col: 3, Row: 1 = ( 206196.94, 293.14247, -13357.502 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 237767.89, 293.86406, -6952.2304 ) Forward (first) = ( 200629.02, 292.99355, -4273.8109 ) Aft (second) = ( 239016.32, 293.89753, 10300.300 ) Forward (second) = ( 201878.91, 293.03856, 13001.989 ) Boresight = ( 219829.35, 293.44020, 3018.5408 ) Col: 1, Row: 1 = ( 232206.12, 293.72902, 2122.1642 ) Col: 2, Row: 1 = ( 219829.35, 293.44020, 3018.5408 ) Col: 3, Row: 1 = ( 207446.96, 293.15161, 3915.6137 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 239016.32, 293.89753, 10300.300 ) Forward (first) = ( 201878.91, 293.03856, 13001.989 ) Aft (second) = ( 240265.86, 293.98889, 27549.080 ) Forward (second) = ( 203128.22, 293.15197, 30273.905 ) Boresight = ( 221078.66, 293.51044, 20282.222 ) Col: 1, Row: 1 = ( 233455.19, 293.79398, 19377.669 ) Col: 2, Row: 1 = ( 221078.66, 293.51044, 20282.222 ) Col: 3, Row: 1 = ( 208696.43, 293.22776, 21186.588 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 240265.86, 293.98889, 27549.080 ) Forward (first) = ( 203128.22, 293.15197, 30273.905 ) Aft (second) = ( 241517.42, 294.13724, 44790.669 ) Forward (second) = ( 204378.13, 293.33249, 47538.494 ) Boresight = ( 222328.66, 293.64286, 37540.366 ) Col: 1, Row: 1 = ( 234705.47, 293.91789, 36627.680 ) Col: 2, Row: 1 = ( 222328.66, 293.64286, 37540.366 ) Col: 3, Row: 1 = ( 209946.05, 293.36969, 38451.979 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 241517.42, 294.13724, 44790.669 ) Forward (first) = ( 204378.13, 293.33249, 47538.494 ) Aft (second) = ( 242772.62, 294.34166, 62021.630 ) Forward (second) = ( 205630.66, 293.57886, 64792.319 ) Boresight = ( 223580.75, 293.83639, 54789.531 ) Col: 1, Row: 1 = ( 235958.27, 294.09977, 53868.760 ) Col: 2, Row: 1 = ( 223580.75, 293.83639, 54789.531 ) Col: 3, Row: 1 = ( 211197.37, 293.57622, 55708.346 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 242772.62, 294.34166, 62021.630 ) Forward (first) = ( 205630.66, 293.57886, 64792.319 ) Aft (second) = ( 244033.77, 294.60124, 79238.527 ) Forward (second) = ( 206888.64, 293.88984, 82031.940 ) Boresight = ( 224837.12, 294.08996, 72026.280 ) Col: 1, Row: 1 = ( 237215.63, 294.33866, 71097.468 ) Col: 2, Row: 1 = ( 224837.12, 294.08996, 72026.280 ) Col: 3, Row: 1 = ( 212452.73, 293.84614, 72952.251 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 244033.77, 294.60124, 79238.527 ) Forward (first) = ( 206888.64, 293.88984, 82031.940 ) Aft (second) = ( 245303.85, 294.91505, 96437.925 ) Forward (second) = ( 208155.67, 294.26416, 99253.924 ) Boresight = ( 226100.68, 294.40250, 89247.176 ) Col: 1, Row: 1 = ( 238480.28, 294.63361, 88310.372 ) Col: 2, Row: 1 = ( 226100.68, 294.40250, 89247.176 ) Col: 3, Row: 1 = ( 213715.24, 294.17829, 90180.259 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 245303.85, 294.91505, 96437.925 ) Forward (first) = ( 208155.67, 294.26416, 99253.924 ) Aft (second) = ( 246586.49, 295.28216, 113616.40 ) Forward (second) = ( 209436.12, 294.70055, 116454.84 ) Boresight = ( 227375.05, 294.77294, 106448.79 ) Col: 1, Row: 1 = ( 239755.63, 294.98364, 105504.04 ) Col: 2, Row: 1 = ( 227375.05, 294.77294, 106448.79 ) Col: 3, Row: 1 = ( 214988.76, 294.57145, 107388.94 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 246586.49, 295.28216, 113616.40 ) Forward (first) = ( 209436.12, 294.70055, 116454.84 ) Aft (second) = ( 247885.96, 295.70162, 130770.51 ) Forward (second) = ( 210735.07, 295.19773, 133631.26 ) Boresight = ( 228664.54, 295.20020, 123627.69 ) Col: 1, Row: 1 = ( 241045.74, 295.38776, 122675.04 ) Col: 2, Row: 1 = ( 228664.54, 295.20020, 123627.69 ) Col: 3, Row: 1 = ( 216277.87, 295.02443, 124574.85 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 247885.96, 295.70162, 130770.51 ) Forward (first) = ( 210735.07, 295.19773, 133631.26 ) Aft (second) = ( 249207.11, 296.17246, 147896.85 ) Forward (second) = ( 212058.28, 295.75436, 150779.76 ) Boresight = ( 229974.12, 295.68316, 140780.45 ) Col: 1, Row: 1 = ( 242355.30, 295.84497, 139819.95 ) Col: 2, Row: 1 = ( 229974.12, 295.68316, 140780.45 ) Col: 3, Row: 1 = ( 217587.83, 295.53598, 141734.59 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 249207.11, 296.17246, 147896.85 ) Forward (first) = ( 212058.28, 295.75436, 150779.76 ) Aft (second) = ( 250555.38, 296.69366, 164992.00 ) Forward (second) = ( 213412.20, 296.36906, 167896.93 ) Boresight = ( 231309.37, 296.22066, 157903.65 ) Col: 1, Row: 1 = ( 243689.60, 296.35422, 156935.35 ) Col: 2, Row: 1 = ( 231309.37, 296.22066, 157903.65 ) Col: 3, Row: 1 = ( 218924.57, 296.10483, 158864.72 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 250555.38, 296.69366, 164992.00 ) Forward (first) = ( 213412.20, 296.36906, 167896.93 ) Aft (second) = ( 251936.77, 297.26416, 182052.56 ) Forward (second) = ( 214803.86, 297.04039, 184979.36 ) Boresight = ( 232676.50, 296.81151, 174993.89 ) Col: 1, Row: 1 = ( 245054.51, 296.91443, 174017.83 ) Col: 2, Row: 1 = ( 232676.50, 296.81151, 174993.89 ) Col: 3, Row: 1 = ( 220294.65, 296.72964, 175961.83 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 251936.77, 297.26416, 182052.56 ) Forward (first) = ( 214803.86, 297.04039, 184979.36 ) Aft (second) = ( 253357.79, 297.88286, 199075.11 ) Forward (second) = ( 216240.90, 297.76683, 202023.63 ) Boresight = ( 234082.27, 297.45445, 192047.75 ) Col: 1, Row: 1 = ( 246456.47, 297.52447, 191063.99 ) Col: 2, Row: 1 = ( 234082.27, 297.45445, 192047.75 ) Col: 3, Row: 1 = ( 221705.20, 297.40901, 193022.52 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 253357.79, 297.88286, 199075.11 ) Forward (first) = ( 216240.90, 297.76683, 202023.63 ) Aft (second) = ( 254825.46, 298.54859, 216056.26 ) Forward (second) = ( 217731.50, 298.54676, 219026.37 ) Boresight = ( 235533.98, 298.14815, 209061.83 ) Col: 1, Row: 1 = ( 247902.39, 298.18313, 208070.42 ) Col: 2, Row: 1 = ( 235533.98, 298.14815, 209061.83 ) Col: 3, Row: 1 = ( 223163.92, 298.14145, 210043.38 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 254825.46, 298.54859, 216056.26 ) Forward (first) = ( 217731.50, 298.54676, 219026.37 ) Aft (second) = ( 256347.25, 299.26009, 232992.63 ) Forward (second) = ( 219284.33, 299.37846, 235984.17 ) Boresight = ( 237039.42, 298.89121, 226032.75 ) Col: 1, Row: 1 = ( 249399.72, 298.88914, 225033.73 ) Col: 2, Row: 1 = ( 237039.42, 298.89121, 226032.75 ) Col: 3, Row: 1 = ( 224679.03, 298.92541, 227021.04 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 256347.25, 299.26009, 232992.63 ) Forward (first) = ( 219284.33, 299.37846, 235984.17 ) Aft (second) = ( 257931.05, 300.01605, 249880.85 ) Forward (second) = ( 220908.50, 300.26010, 252893.67 ) Boresight = ( 238606.87, 299.68213, 242957.12 ) Col: 1, Row: 1 = ( 250956.31, 299.64117, 241950.55 ) Col: 2, Row: 1 = ( 238606.87, 299.68213, 242957.12 ) Col: 3, Row: 1 = ( 226259.20, 299.75920, 243952.09 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 257931.05, 300.01605, 249880.85 ) Forward (first) = ( 220908.50, 300.26010, 252893.67 ) Aft (second) = ( 259585.14, 300.81505, 266717.53 ) Forward (second) = ( 222613.52, 301.18970, 269751.49 ) Boresight = ( 240244.97, 300.51931, 259831.56 ) Col: 1, Row: 1 = ( 252580.44, 300.43776, 258817.49 ) Col: 2, Row: 1 = ( 240244.97, 300.51931, 259831.56 ) Col: 3, Row: 1 = ( 227913.52, 300.64102, 260833.17 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 259585.14, 300.81505, 266717.53 ) Forward (first) = ( 222613.52, 301.18970, 269751.49 ) Aft (second) = ( 261318.14, 301.65560, 283499.33 ) Forward (second) = ( 224409.25, 302.16516, 286554.27 ) Boresight = ( 241962.79, 301.40103, 276652.72 ) Col: 1, Row: 1 = ( 254280.77, 301.27739, 275631.20 ) Col: 2, Row: 1 = ( 241962.79, 301.40103, 276652.72 ) Col: 3, Row: 1 = ( 229651.46, 301.56898, 277660.92 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 261318.14, 301.65560, 283499.33 ) Forward (first) = ( 224409.25, 302.16516, 286554.27 ) Aft (second) = ( 263138.98, 302.53608, 300222.90 ) Forward (second) = ( 226305.80, 303.18425, 303298.67 ) Boresight = ( 243769.66, 302.32548, 293417.24 ) Col: 1, Row: 1 = ( 256066.24, 302.15842, 292388.32 ) Col: 2, Row: 1 = ( 243769.66, 302.32548, 293417.24 ) Col: 3, Row: 1 = ( 231482.79, 302.54101, 294431.98 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 263138.98, 302.53608, 300222.90 ) Forward (first) = ( 226305.80, 303.18425, 303298.67 ) Aft (second) = ( 265056.82, 303.45477, 316884.90 ) Forward (second) = ( 228313.49, 304.24456, 319981.34 ) Boresight = ( 245675.20, 303.29070, 310121.78 ) Col: 1, Row: 1 = ( 257946.10, 303.07910, 309085.52 ) Col: 2, Row: 1 = ( 245675.20, 303.29070, 310121.78 ) Col: 3, Row: 1 = ( 233417.52, 303.55493, 311143.01 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 265056.82, 303.45477, 316884.90 ) Forward (first) = ( 228313.49, 304.24456, 319981.34 ) Aft (second) = ( 267081.02, 304.40986, 333482.01 ) Forward (second) = ( 230442.80, 305.34357, 336598.98 ) Boresight = ( 247689.24, 304.29463, 326763.01 ) Col: 1, Row: 1 = ( 259929.79, 304.03756, 325719.46 ) Col: 2, Row: 1 = ( 247689.24, 304.29463, 326763.01 ) Col: 3, Row: 1 = ( 235465.87, 304.60843, 327790.68 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 267081.02, 304.40986, 333482.01 ) Forward (first) = ( 230442.80, 305.34357, 336598.98 ) Aft (second) = ( 269221.10, 305.39942, 350010.93 ) Forward (second) = ( 232704.25, 306.47860, 353148.26 ) Boresight = ( 249821.73, 305.33506, 343337.62 ) Col: 1, Row: 1 = ( 262026.93, 305.03184, 342286.82 ) Col: 2, Row: 1 = ( 249821.73, 305.33506, 343337.62 ) Col: 3, Row: 1 = ( 237638.16, 305.69904, 344371.68 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 269221.10, 305.39942, 350010.93 ) Forward (first) = ( 232704.25, 306.47860, 353148.26 ) Aft (second) = ( 271486.65, 306.42141, 366468.34 ) Forward (second) = ( 235108.37, 307.64683, 369625.89 ) Boresight = ( 252082.72, 306.40967, 359842.29 ) Col: 1, Row: 1 = ( 264247.23, 306.05984, 358784.30 ) Col: 2, Row: 1 = ( 252082.72, 306.40967, 359842.29 ) Col: 3, Row: 1 = ( 239944.75, 306.82417, 360882.69 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 271486.65, 306.42141, 366468.34 ) Forward (first) = ( 235108.37, 307.64683, 369625.89 ) Aft (second) = ( 273887.29, 307.47369, 382850.99 ) Forward (second) = ( 237665.60, 308.84531, 386028.58 ) Boresight = ( 254482.26, 307.51602, 376273.74 ) Col: 1, Row: 1 = ( 266600.46, 307.11937, 375208.62 ) Col: 2, Row: 1 = ( 254482.26, 307.51602, 376273.74 ) Col: 3, Row: 1 = ( 242396.01, 307.98109, 377320.43 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 273887.29, 307.47369, 382850.99 ) Forward (first) = ( 237665.60, 308.84531, 386028.58 ) Aft (second) = ( 276432.61, 308.55400, 399155.58 ) Forward (second) = ( 240386.23, 310.07101, 402353.07 ) Boresight = ( 257030.35, 308.65156, 392628.70 ) Col: 1, Row: 1 = ( 269096.37, 308.20811, 391556.50 ) Col: 2, Row: 1 = ( 257030.35, 308.65156, 392628.70 ) Col: 3, Row: 1 = ( 245002.17, 309.16697, 393681.63 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:32:22 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2462049.5 km Body center Ra : 125.20998 deg Body Center Dec : 20.779721 deg w: 1 = ( 237215.63, 294.33866, 71097.468 ) Col: 2, Row: 1 = ( 224837.12, 294.08996, 72026.280 ) Col: 3, Row: 1 = ( 212452.73, 293.84614, 72952.251 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 244033.77, 294.60124, 79238.527 ) Forward (firsti24_nans01_32.look_lbl000077505166050166273000000317321166151707100173620ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_32.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_32.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_32" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T20:34:05.842Z SPACECRAFT_CLOCK_START_COUNT = 1/05211730:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_32.look_new_1000077505166050166273000000613221166151707100176200ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 20:34:05.842 SCLK Time : 1/05211730:00:0:0 Spacecraft position = (-1405978.3, 1919465.6, 890593.88) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 170280.23, 66.291610, -424198.56 ) Forward (first) = ( 135608.60, 72.121453, -421547.69 ) Aft (second) = ( 169195.31, 64.318721, -407331.25 ) Forward (second) = ( 133919.66, 69.701207, -404659.01 ) Boresight = ( 151972.57, 67.731874, -414469.02 ) Col: 1, Row: 1 = ( 163747.90, 66.041184, -415345.26 ) Col: 2, Row: 1 = ( 151972.57, 67.731874, -414469.02 ) Col: 3, Row: 1 = ( 140406.02, 69.751170, -413570.80 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 169195.31, 64.318721, -407331.25 ) Forward (first) = ( 133919.66, 69.701207, -404659.01 ) Aft (second) = ( 168405.14, 62.398121, -390384.24 ) Forward (second) = ( 132587.57, 67.315352, -387690.75 ) Boresight = ( 150785.17, 65.573115, -397549.81 ) Col: 1, Row: 1 = ( 162735.09, 64.026765, -398433.58 ) Col: 2, Row: 1 = ( 150785.17, 65.573115, -397549.81 ) Col: 3, Row: 1 = ( 139013.63, 67.432189, -396644.92 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 168405.14, 62.398121, -390384.24 ) Forward (first) = ( 132587.57, 67.315352, -387690.75 ) Aft (second) = ( 167890.42, 60.538555, -373360.91 ) Forward (second) = ( 131593.32, 64.980141, -370646.31 ) Boresight = ( 149911.82, 63.467345, -380552.65 ) Col: 1, Row: 1 = ( 162016.59, 62.068351, -381443.92 ) Col: 2, Row: 1 = ( 149911.82, 63.467345, -380552.65 ) Col: 3, Row: 1 = ( 137957.17, 65.160309, -379641.14 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 167890.42, 60.538555, -373360.91 ) Forward (first) = ( 131593.32, 64.980141, -370646.31 ) Aft (second) = ( 167631.05, 58.747834, -356264.65 ) Forward (second) = ( 130915.71, 62.710817, -353529.08 ) Boresight = ( 149332.17, 61.425920, -363480.92 ) Col: 1, Row: 1 = ( 161572.41, 60.175129, -364379.64 ) Col: 2, Row: 1 = ( 149332.17, 61.425920, -363480.92 ) Col: 3, Row: 1 = ( 137216.27, 62.949668, -362562.83 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 167631.05, 58.747834, -356264.65 ) Forward (first) = ( 130915.71, 62.710817, -353529.08 ) Aft (second) = ( 167606.48, 57.032748, -339098.87 ) Forward (second) = ( 130531.86, 60.521218, -336342.46 ) Boresight = ( 149024.72, 59.459040, -346338.03 ) Col: 1, Row: 1 = ( 161381.78, 58.355243, -347244.16 ) Col: 2, Row: 1 = ( 149024.72, 59.459040, -346338.03 ) Col: 3, Row: 1 = ( 136768.93, 60.813181, -345413.42 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 167606.48, 57.032748, -339098.87 ) Forward (first) = ( 130531.86, 60.521218, -336342.46 ) Aft (second) = ( 167796.01, 55.399027, -321866.99 ) Forward (second) = ( 130417.69, 58.423488, -319089.89 ) Boresight = ( 148967.25, 57.575591, -329127.40 ) Col: 1, Row: 1 = ( 161423.50, 56.615704, -330040.89 ) Col: 2, Row: 1 = ( 148967.25, 57.575591, -329127.40 ) Col: 3, Row: 1 = ( 136592.00, 58.762271, -328196.30 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 167796.01, 55.399027, -321866.99 ) Forward (first) = ( 130417.69, 58.423488, -319089.89 ) Aft (second) = ( 168179.10, 53.851344, -304572.46 ) Forward (second) = ( 130548.45, 56.427899, -301774.79 ) Boresight = ( 149137.19, 55.783068, -311852.46 ) Col: 1, Row: 1 = ( 161676.30, 54.962363, -312773.26 ) Col: 2, Row: 1 = ( 149137.19, 55.783068, -311852.46 ) Col: 3, Row: 1 = ( 136661.62, 56.806706, -310914.92 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 168179.10, 53.851344, -304572.46 ) Forward (first) = ( 130548.45, 56.427899, -301774.79 ) Aft (second) = ( 168735.60, 52.393350, -287218.71 ) Forward (second) = ( 130899.28, 54.542778, -284400.62 ) Boresight = ( 149512.06, 54.087552, -294516.64 ) Col: 1, Row: 1 = ( 162119.12, 53.399914, -295444.72 ) Col: 2, Row: 1 = ( 149512.06, 54.087552, -294516.64 ) Col: 3, Row: 1 = ( 136953.74, 54.954517, -293572.72 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 168735.60, 52.393350, -287218.71 ) Forward (first) = ( 130899.28, 54.542778, -284400.62 ) Aft (second) = ( 169446.05, 51.027745, -269809.22 ) Forward (second) = ( 131445.59, 52.774538, -266970.85 ) Boresight = ( 150069.74, 52.493757, -277123.41 ) Col: 1, Row: 1 = ( 162731.43, 51.931957, -278058.72 ) Col: 2, Row: 1 = ( 150069.74, 52.493757, -277123.41 ) Col: 3, Row: 1 = ( 137444.50, 53.212012, -276173.15 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 169446.05, 51.027745, -269809.22 ) Forward (first) = ( 131445.59, 52.774538, -266970.85 ) Aft (second) = ( 170291.81, 49.756357, -252347.45 ) Forward (second) = ( 132163.56, 51.127791, -249488.93 ) Boresight = ( 150788.84, 51.005112, -259676.23 ) Col: 1, Row: 1 = ( 163493.42, 50.561068, -260618.72 ) Col: 2, Row: 1 = ( 150788.84, 51.005112, -259676.23 ) Col: 3, Row: 1 = ( 138110.68, 51.583857, -258719.68 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 170291.81, 49.756357, -252347.45 ) Forward (first) = ( 132163.56, 51.127791, -249488.93 ) Aft (second) = ( 171255.26, 48.580243, -234836.88 ) Forward (second) = ( 133030.40, 49.605511, -231958.37 ) Boresight = ( 151648.88, 49.623878, -242178.58 ) Col: 1, Row: 1 = ( 164386.22, 49.288905, -243128.21 ) Col: 2, Row: 1 = ( 151648.88, 49.623878, -242178.58 ) Col: 3, Row: 1 = ( 138929.96, 50.073212, -241215.79 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 171255.26, 48.580243, -234836.88 ) Forward (first) = ( 133030.40, 49.605511, -231958.37 ) Aft (second) = ( 172319.88, 47.499793, -217281.00 ) Forward (second) = ( 134024.64, 48.209239, -214382.64 ) Boresight = ( 152630.58, 48.351290, -224633.94 ) Col: 1, Row: 1 = ( 165392.08, 48.116317, -225590.67 ) Col: 2, Row: 1 = ( 152630.58, 48.351290, -224633.94 ) Col: 3, Row: 1 = ( 139881.22, 48.681898, -223664.96 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 172319.88, 47.499793, -217281.00 ) Forward (first) = ( 134024.64, 48.209239, -214382.64 ) Aft (second) = ( 173470.39, 46.514829, -199683.32 ) Forward (second) = ( 135126.34, 46.939297, -196765.25 ) Boresight = ( 153715.91, 47.187700, -207045.82 ) Col: 1, Row: 1 = ( 166494.44, 47.043466, -208009.60 ) Col: 2, Row: 1 = ( 153715.91, 47.187700, -207045.82 ) Col: 3, Row: 1 = ( 140944.72, 47.410588, -206070.70 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 173470.39, 46.514829, -199683.32 ) Forward (first) = ( 135126.34, 46.939297, -196765.25 ) Aft (second) = ( 174692.75, 45.624709, -182047.35 ) Forward (second) = ( 136317.21, 45.795015, -179109.71 ) Boresight = ( 154888.26, 46.132727, -189417.72 ) Col: 1, Row: 1 = ( 167678.03, 46.069932, -190388.49 ) Col: 2, Row: 1 = ( 154888.26, 46.132727, -189417.72 ) Col: 3, Row: 1 = ( 142102.26, 46.258994, -188436.50 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 174692.75, 45.624709, -182047.35 ) Forward (first) = ( 136317.21, 45.795015, -179109.71 ) Aft (second) = ( 175974.25, 44.828417, -164376.60 ) Forward (second) = ( 137580.68, 44.774929, -161419.54 ) Boresight = ( 156132.51, 45.185393, -171753.16 ) Col: 1, Row: 1 = ( 168928.94, 45.194831, -172730.88 ) Col: 2, Row: 1 = ( 156132.51, 45.185393, -171753.16 ) Col: 3, Row: 1 = ( 143337.23, 45.226058, -170765.89 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 175974.25, 44.828417, -164376.60 ) Forward (first) = ( 137580.68, 44.774929, -161419.54 ) Aft (second) = ( 177303.48, 44.124646, -146674.59 ) Forward (second) = ( 138901.99, 43.876976, -143698.27 ) Boresight = ( 157435.02, 44.344257, -154055.65 ) Col: 1, Row: 1 = ( 170234.63, 44.416909, -155040.27 ) Col: 2, Row: 1 = ( 157435.02, 44.344257, -154055.65 ) Col: 3, Row: 1 = ( 144634.72, 44.310117, -153062.39 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 177303.48, 44.124646, -146674.59 ) Forward (first) = ( 138901.99, 43.876976, -143698.27 ) Aft (second) = ( 178670.34, 43.511872, -128944.86 ) Forward (second) = ( 140268.10, 43.098653, -125949.42 ) Boresight = ( 158783.68, 43.607526, -136328.72 ) Col: 1, Row: 1 = ( 171583.93, 43.734631, -137320.19 ) Col: 2, Row: 1 = ( 158783.68, 43.607526, -136328.72 ) Col: 3, Row: 1 = ( 145981.47, 43.509058, -135329.51 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 178670.34, 43.511872, -128944.86 ) Forward (first) = ( 140268.10, 43.098653, -125949.42 ) Aft (second) = ( 180066.05, 42.988417, -111190.94 ) Forward (second) = ( 141667.77, 42.437164, -108176.52 ) Boresight = ( 160167.87, 42.973153, -118575.91 ) Col: 1, Row: 1 = ( 172967.03, 43.146258, -119574.18 ) Col: 2, Row: 1 = ( 160167.87, 42.973153, -118575.91 ) Col: 3, Row: 1 = ( 147365.91, 42.820448, -117570.80 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 180066.05, 42.988417, -111190.94 ) Forward (first) = ( 141667.77, 42.437164, -108176.52 ) Aft (second) = ( 181483.08, 42.552497, -93416.377 ) Forward (second) = ( 143091.42, 41.889523, -90383.134 ) Boresight = ( 161578.46, 42.438925, -100800.75 ) Col: 1, Row: 1 = ( 174375.50, 42.649912, -101805.78 ) Col: 2, Row: 1 = ( 161578.46, 42.438925, -100800.75 ) Col: 3, Row: 1 = ( 148778.10, 42.241643, -99789.801 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 181483.08, 42.552497, -93416.377 ) Forward (first) = ( 143091.42, 41.889523, -90383.134 ) Aft (second) = ( 182915.16, 42.202271, -75624.705 ) Forward (second) = ( 144531.17, 41.452658, -72572.791 ) Boresight = ( 163007.76, 42.002524, -83006.783 ) Col: 1, Row: 1 = ( 175802.18, 42.243629, -84018.521 ) Col: 2, Row: 1 = ( 163007.76, 42.002524, -83006.783 ) Col: 3, Row: 1 = ( 150209.69, 41.769877, -81990.045 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 182915.16, 42.202271, -75624.705 ) Forward (first) = ( 144531.17, 41.452658, -72572.791 ) Aft (second) = ( 184357.21, 41.935871, -57819.476 ) Forward (second) = ( 145980.68, 41.123468, -54749.042 ) Boresight = ( 164449.48, 41.661587, -65197.565 ) Col: 1, Row: 1 = ( 177241.22, 41.925400, -66215.958 ) Col: 2, Row: 1 = ( 164449.48, 41.661587, -65197.565 ) Col: 3, Row: 1 = ( 151653.86, 41.402332, -64175.084 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 184357.21, 41.935871, -57819.476 ) Forward (first) = ( 145980.68, 41.123468, -54749.042 ) Aft (second) = ( 185805.34, 41.751427, -40004.240 ) Forward (second) = ( 147435.19, 40.898884, -36915.440 ) Boresight = ( 165898.65, 41.413743, -47376.639 ) Col: 1, Row: 1 = ( 178687.98, 41.693205, -48401.637 ) Col: 2, Row: 1 = ( 165898.65, 41.413743, -47376.639 ) Col: 3, Row: 1 = ( 153105.31, 41.136188, -46348.468 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 185805.34, 41.751427, -40004.240 ) Forward (first) = ( 147435.19, 40.898884, -36915.440 ) Aft (second) = ( 187256.77, 41.647087, -22182.550 ) Forward (second) = ( 148891.34, 40.775897, -19075.538 ) Boresight = ( 167351.64, 41.256643, -29547.560 ) Col: 1, Row: 1 = ( 180139.04, 41.545038, -30579.111 ) Col: 2, Row: 1 = ( 167351.64, 41.256643, -29547.560 ) Col: 3, Row: 1 = ( 154560.10, 40.968666, -28513.749 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 187256.77, 41.647087, -22182.550 ) Forward (first) = ( 148891.34, 40.775897, -19075.538 ) Aft (second) = ( 188709.80, 41.621027, -4357.9596 ) Forward (second) = ( 150347.20, 40.751581, -1232.8901 ) Boresight = ( 168806.04, 41.187981, -11713.880 ) Col: 1, Row: 1 = ( 181592.12, 41.478921, -12751.933 ) Col: 2, Row: 1 = ( 168806.04, 41.187981, -11713.880 ) Col: 3, Row: 1 = ( 156015.71, 40.897044, -10674.480 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 188709.80, 41.621027, -4357.9596 ) Forward (first) = ( 150347.20, 40.751581, -1232.8901 ) Aft (second) = ( 190163.81, 41.671459, 13465.977 ) Forward (second) = ( 151802.15, 40.823102, 16608.948 ) Boresight = ( 170260.63, 41.205508, 6120.8453 ) Col: 1, Row: 1 = ( 183046.04, 41.492915, 5076.3419 ) Col: 2, Row: 1 = ( 170260.63, 41.205508, 6120.8453 ) Col: 3, Row: 1 = ( 157470.87, 40.918679, 7165.7818 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 190163.81, 41.671459, 13465.977 ) Forward (first) = ( 151802.15, 40.823102, 16608.948 ) Aft (second) = ( 191619.16, 41.796630, 31285.706 ) Forward (second) = ( 153256.83, 40.987717, 34446.422 ) Boresight = ( 171715.36, 41.307028, 23953.062 ) Col: 1, Row: 1 = ( 184500.69, 41.585123, 22902.160 ) Col: 2, Row: 1 = ( 171715.36, 41.307028, 23953.062 ) Col: 3, Row: 1 = ( 158925.57, 41.031005, 25003.483 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 191619.16, 41.796630, 31285.706 ) Forward (first) = ( 153256.83, 40.987717, 34446.422 ) Aft (second) = ( 193077.18, 41.994822, 49097.674 ) Forward (second) = ( 154713.09, 41.242766, 52275.978 ) Boresight = ( 173171.26, 41.490404, 41779.215 ) Col: 1, Row: 1 = ( 185956.98, 41.753689, 40721.968 ) Col: 2, Row: 1 = ( 173171.26, 41.490404, 41779.215 ) Col: 3, Row: 1 = ( 160381.00, 41.231532, 42835.068 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 193077.18, 41.994822, 49097.674 ) Forward (first) = ( 154713.09, 41.242766, 52275.978 ) Aft (second) = ( 194540.16, 42.264345, 66898.329 ) Forward (second) = ( 156173.91, 41.585659, 70094.062 ) Boresight = ( 174630.41, 41.753547, 59595.752 ) Col: 1, Row: 1 = ( 187416.82, 41.996795, 58532.211 ) Col: 2, Row: 1 = ( 174630.41, 41.753547, 59595.752 ) Col: 3, Row: 1 = ( 161839.45, 41.517835, 60656.985 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 194540.16, 42.264345, 66898.329 ) Forward (first) = ( 156173.91, 41.585659, 70094.062 ) Aft (second) = ( 196011.26, 42.603527, 84684.122 ) Forward (second) = ( 157643.38, 42.013855, 87897.125 ) Boresight = ( 176095.91, 42.094406, 77399.120 ) Col: 1, Row: 1 = ( 188883.03, 42.312649, 76329.340 ) Col: 2, Row: 1 = ( 176095.91, 42.094406, 77399.120 ) Col: 3, Row: 1 = ( 163304.30, 41.887541, 78465.681 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 196011.26, 42.603527, 84684.122 ) Forward (first) = ( 157643.38, 42.013855, 87897.125 ) Aft (second) = ( 197494.50, 43.010703, 102451.51 ) Forward (second) = ( 159126.61, 42.524837, 105681.62 ) Boresight = ( 177571.80, 42.510951, 95185.772 ) Col: 1, Row: 1 = ( 190359.36, 42.699475, 94109.807 ) Col: 2, Row: 1 = ( 177571.80, 42.510951, 95185.772 ) Col: 3, Row: 1 = ( 164779.96, 42.338311, 96257.608 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 197494.50, 43.010703, 102451.51 ) Forward (first) = ( 159126.61, 42.524837, 105681.62 ) Aft (second) = ( 198994.72, 43.484202, 120196.94 ) Forward (second) = ( 160629.67, 43.116090, 123444.00 ) Boresight = ( 179063.04, 43.001162, 112952.16 ) Col: 1, Row: 1 = ( 191850.41, 43.155501, 111870.07 ) Col: 2, Row: 1 = ( 179063.04, 43.001162, 112952.16 ) Col: 3, Row: 1 = ( 166271.80, 42.867812, 114029.22 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 198994.72, 43.484202, 120196.94 ) Forward (first) = ( 160629.67, 43.116090, 123444.00 ) Aft (second) = ( 200517.54, 44.022334, 137916.88 ) Forward (second) = ( 162159.56, 43.785071, 141180.73 ) Boresight = ( 180575.46, 43.563001, 130694.75 ) Col: 1, Row: 1 = ( 193361.60, 43.678940, 129606.58 ) Col: 2, Row: 1 = ( 180575.46, 43.563001, 130694.75 ) Col: 3, Row: 1 = ( 167786.11, 43.473702, 131776.98 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 200517.54, 44.022334, 137916.88 ) Forward (first) = ( 162159.56, 43.785071, 141180.73 ) Aft (second) = ( 202069.33, 44.623371, 155607.80 ) Forward (second) = ( 163724.16, 44.529180, 158888.28 ) Boresight = ( 182115.72, 44.194398, 148410.00 ) Col: 1, Row: 1 = ( 194899.14, 44.267975, 147315.80 ) Col: 2, Row: 1 = ( 182115.72, 44.194398, 148410.00 ) Col: 3, Row: 1 = ( 169330.04, 44.153597, 149497.34 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 202069.33, 44.623371, 155607.80 ) Forward (first) = ( 163724.16, 44.529180, 158888.28 ) Aft (second) = ( 203657.13, 45.285533, 173266.18 ) Forward (second) = ( 165332.10, 45.345732, 176563.11 ) Boresight = ( 183691.22, 44.893229, 166094.38 ) Col: 1, Row: 1 = ( 196469.94, 44.920743, 164994.21 ) Col: 2, Row: 1 = ( 183691.22, 44.893229, 166094.38 ) Col: 3, Row: 1 = ( 170911.57, 44.905049, 167186.78 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 203657.13, 45.285533, 173266.18 ) Forward (first) = ( 165332.10, 45.345732, 176563.11 ) Aft (second) = ( 205288.65, 46.006972, 190888.47 ) Forward (second) = ( 166992.76, 46.231932, 194201.71 ) Boresight = ( 185310.11, 45.657292, 183744.36 ) Col: 1, Row: 1 = ( 198081.64, 45.635314, 182638.28 ) Col: 2, Row: 1 = ( 185310.11, 45.657292, 183744.36 ) Col: 3, Row: 1 = ( 172539.40, 45.725521, 184841.77 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 205288.65, 46.006972, 190888.47 ) Forward (first) = ( 166992.76, 46.231932, 194201.71 ) Aft (second) = ( 206972.19, 46.785755, 208471.19 ) Forward (second) = ( 168716.19, 47.184845, 211800.55 ) Boresight = ( 186981.17, 46.484290, 201356.42 ) Col: 1, Row: 1 = ( 199742.49, 46.409678, 200244.49 ) Col: 2, Row: 1 = ( 186981.17, 46.484290, 201356.42 ) Col: 3, Row: 1 = ( 174222.92, 46.612359, 202458.79 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 206972.19, 46.785755, 208471.19 ) Forward (first) = ( 168716.19, 47.184845, 211800.55 ) Aft (second) = ( 208716.62, 47.619850, 226010.81 ) Forward (second) = ( 170512.98, 48.201377, 229356.14 ) Boresight = ( 188713.80, 47.371807, 218927.07 ) Col: 1, Row: 1 = ( 201461.34, 47.241723, 217809.33 ) Col: 2, Row: 1 = ( 188713.80, 47.371807, 218927.07 ) Col: 3, Row: 1 = ( 175972.12, 47.562775, 220034.33 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 208716.62, 47.619850, 226010.81 ) Forward (first) = ( 170512.98, 48.201377, 229356.14 ) Aft (second) = ( 210531.28, 48.507112, 243503.85 ) Forward (second) = ( 172394.24, 49.278255, 246864.98 ) Boresight = ( 190517.91, 48.317298, 236452.79 ) Col: 1, Row: 1 = ( 203247.56, 48.129223, 235329.31 ) Col: 2, Row: 1 = ( 190517.91, 48.317298, 236452.79 ) Col: 3, Row: 1 = ( 177797.56, 48.573822, 237564.89 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 210531.28, 48.507112, 243503.85 ) Forward (first) = ( 172394.24, 49.278255, 246864.98 ) Aft (second) = ( 212425.96, 49.445270, 260946.81 ) Forward (second) = ( 174371.49, 50.412016, 264323.57 ) Boresight = ( 192403.91, 49.318066, 253930.08 ) Col: 1, Row: 1 = ( 205110.97, 49.069827, 252800.92 ) Col: 2, Row: 1 = ( 192403.91, 49.318066, 253930.08 ) Col: 3, Row: 1 = ( 179710.22, 49.642383, 255046.98 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 212425.96, 49.445270, 260946.81 ) Forward (first) = ( 174371.49, 50.412016, 264323.57 ) Aft (second) = ( 214410.80, 50.431921, 278336.21 ) Forward (second) = ( 176456.52, 51.598993, 281728.44 ) Boresight = ( 194382.56, 50.371257, 271355.48 ) Col: 1, Row: 1 = ( 207061.81, 50.061041, 270220.69 ) Col: 2, Row: 1 = ( 194382.56, 50.371257, 271355.48 ) Col: 3, Row: 1 = ( 181721.46, 50.765156, 272477.11 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 214410.80, 50.431921, 278336.21 ) Forward (first) = ( 176456.52, 51.598993, 281728.44 ) Aft (second) = ( 216496.26, 51.464520, 295668.60 ) Forward (second) = ( 178661.37, 52.835321, 299076.11 ) Boresight = ( 196464.95, 51.473850, 288725.50 ) Col: 1, Row: 1 = ( 209110.64, 51.100227, 287585.13 ) Col: 2, Row: 1 = ( 196464.95, 51.473850, 288725.50 ) Col: 3, Row: 1 = ( 183842.93, 51.938651, 289851.81 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 216496.26, 51.464520, 295668.60 ) Forward (first) = ( 178661.37, 52.835321, 299076.11 ) Aft (second) = ( 218693.02, 52.540377, 312940.50 ) Forward (second) = ( 180998.17, 54.116937, 316363.15 ) Boresight = ( 198662.38, 52.622653, 306036.68 ) Col: 1, Row: 1 = ( 211268.27, 52.184595, 304890.80 ) Col: 2, Row: 1 = ( 198662.38, 52.622653, 306036.68 ) Col: 3, Row: 1 = ( 186086.45, 53.159186, 307167.62 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218693.02, 52.540377, 312940.50 ) Forward (first) = ( 180998.17, 54.116937, 316363.15 ) Aft (second) = ( 221011.91, 53.656658, 330148.49 ) Forward (second) = ( 183479.05, 55.439593, 333586.08 ) Boresight = ( 200986.31, 53.814305, 323285.57 ) Col: 1, Row: 1 = ( 213545.70, 53.311201, 322134.23 ) Col: 2, Row: 1 = ( 200986.31, 53.814305, 323285.57 ) Col: 3, Row: 1 = ( 188463.93, 54.422897, 324421.08 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 221011.91, 53.656658, 330148.49 ) Forward (first) = ( 183479.05, 55.439593, 333586.08 ) Aft (second) = ( 223463.83, 54.810391, 347289.12 ) Forward (second) = ( 186116.03, 56.798878, 350741.50 ) Boresight = ( 203448.22, 55.045287, 340468.73 ) Col: 1, Row: 1 = ( 215954.00, 54.476953, 339312.00 ) Col: 2, Row: 1 = ( 203448.22, 55.045287, 340468.73 ) Col: 3, Row: 1 = ( 190987.27, 55.725747, 341608.76 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 223463.83, 54.810391, 347289.12 ) Forward (first) = ( 186116.03, 56.798878, 350741.50 ) Aft (second) = ( 226059.68, 55.998468, 364358.99 ) Forward (second) = ( 188920.93, 58.190240, 367825.98 ) Boresight = ( 206059.56, 56.311927, 357582.74 ) Col: 1, Row: 1 = ( 218504.26, 55.678619, 356420.67 ) Col: 2, Row: 1 = ( 206059.56, 56.311927, 357582.74 ) Col: 3, Row: 1 = ( 193668.25, 57.063548, 358727.23 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 226059.68, 55.998468, 364358.99 ) Forward (first) = ( 188920.93, 58.190240, 367825.98 ) Aft (second) = ( 228810.28, 57.217661, 381354.68 ) Forward (second) = ( 191905.23, 59.609024, 384836.10 ) Boresight = ( 208831.62, 57.610424, 374624.18 ) Col: 1, Row: 1 = ( 221207.50, 56.912834, 373456.84 ) Col: 2, Row: 1 = ( 208831.62, 57.610424, 374624.18 ) Col: 3, Row: 1 = ( 196518.41, 58.431980, 375773.08 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 228810.28, 57.217661, 381354.68 ) Forward (first) = ( 191905.23, 59.609024, 384836.10 ) Aft (second) = ( 231726.26, 58.464638, 398272.81 ) Forward (second) = ( 195080.01, 61.050507, 401768.50 ) Boresight = ( 211775.49, 58.936865, 391589.67 ) Col: 1, Row: 1 = ( 224074.58, 58.176121, 390417.11 ) Col: 2, Row: 1 = ( 211775.49, 58.936865, 391589.67 ) Col: 3, Row: 1 = ( 199549.01, 59.826630, 392742.92 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 231726.26, 58.464638, 398272.81 ) Forward (first) = ( 195080.01, 61.050507, 401768.50 ) Aft (second) = ( 234818.03, 59.735981, 415110.00 ) Forward (second) = ( 198455.84, 62.509940, 418619.78 ) Boresight = ( 214901.92, 60.287256, 408475.81 ) Col: 1, Row: 1 = ( 227116.11, 59.464912, 407298.09 ) Col: 2, Row: 1 = ( 214901.92, 60.287256, 408475.81 ) Col: 3, Row: 1 = ( 202770.86, 61.243020, 409633.35 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:33:30 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2540527.6 km Body center Ra : 126.22218 deg Body Center Dec : 20.521245 deg w: 1 = ( 188883.03, 42.312649, 76329.340 ) Col: 2, Row: 1 = ( 176095.91, 42.094406, 77399.120 ) Col: 3, Row: 1 = ( 163304.30, 41.887541, 78465.681 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 196011.26, 42.603527, 84684.122 ) Forward (firsti24_nans01_33.look_lbl000077505166050166273000000317321166151707100173630ustar00meisnerplanetrestore00005460000003PDS_VERSION_ID = PDS3 /* FILE: I24_NANS01_33.LOOK_NEW */ /* VERSION 1.0: Wed Dec 17 16:53:34 2003 SIMMONS */ RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 FILE_RECORDS = 462 PRODUCT_ID = "I24_NANS01_33.LBL" PRODUCT_NAME = "GALILEO EUV LOOK VECTOR DATA" OBSERVATION_ID = "I24_NANS01_33" PRODUCT_CREATION_DATE = 2003-12-17 SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME ULTRAVIOLET SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" START_TIME = 1999-286T23:36:05.835Z SPACECRAFT_CLOCK_START_COUNT = 1/05211910:00:0:0 ^SPACECRAFT_POSITION_TABLE = ("E17A_MANS01_01.LOOK",3) ^POINTING_TABLE = ("E17A_MANS01_01.LOOK",15) DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information. See the EUV instrument template for important commanding details. For explicit format details, see the description in EUVLOOK.TXT. ............................................................." OBJECT = SPACECRAFT_POSITION_TABLE NAME = "SPACECRAFT POSITION GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 1 ROW_BYTES = 80 DESCRIPTION = " This table contains the spacecraft's position relative to the Io torus at a specific time." OBJECT = COLUMN NAME = "SPACECRAFT POSITION - X" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 24 BYTES = 10 UNIT = "UNK" DESCRIPTION = "SPACECRAFT X POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Y" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 35 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Y POSITION VECTOR" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "SPACECRAFT POSITION - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 47 BYTES = 11 UNIT = "UNK" DESCRIPTION = "SPACECRAFT Z POSITION VECTOR" END_OBJECT = COLUMN END_OBJECT = SPACECRAFT_POSITION_TABLE OBJECT = POINTING_TABLE NAME = "EUV LOOK VECTOR GEOMETRY" INTERCHANGE_FORMAT = ASCII ROWS = 24 ROW_BYTES = 80 DESCRIPTION = " The pointing table consists of pointing values based on the spacecraft's position and the instrument's pointing direction relative to the Io torus at a specific time. There are three values for five locations in the EUV field-of-view for EACH detector scan in EACH sector of the sky for the integration midpoint time of the Phase 2 buffer readout, in the associated data file, followed by three box-centered derivatives of these across the slit. Each three-value set provides torus distance, torus longitude and altitude above/below the torus plane." OBJECT = SCAN_TABLE ROWS = 8 ROW_BYTES = 80 DESCRIPTION = " If ROWS is 8 then one Scan per Sector was commanded; if ROWS is 16 then there were two Scans per Sector and the second Scan values are after the first Scan and before the values for the next Sector." OBJECT = AFT_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_FIRST OBJECT = FORWARD_FIRST ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 43 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_FIRST OBJECT = AFT_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 17 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 28 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 39 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = AFT_SECOND OBJECT = FORWARD_SECOND ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 22 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 33 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 44 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = FORWARD_SECOND OBJECT = BORESIGHT ROWS = 1 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 15 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 26 BYTES = 10 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 37 BYTES = 11 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = BORESEIGHT OBJECT = SLIT_BOX ROWS = 3 ROW_BYTES = 80 OBJECT = COLUMN NAME = "POINTING GEOMETRY - RADIUS" COLUMN_NUMBER = 1 DATA_TYPE = ASCII_REAL START_BYTE = 21 BYTES = 10 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - RADIUS" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - THETA" COLUMN_NUMBER = 2 DATA_TYPE = ASCII_REAL START_BYTE = 32 BYTES = 11 UNIT = "DEG" DESCRIPTION = "EUV LOOK VECTOR - THETA" END_OBJECT = COLUMN OBJECT = COLUMN NAME = "POINTING GEOMETRY - Z" COLUMN_NUMBER = 3 DATA_TYPE = ASCII_REAL START_BYTE = 42 BYTES = 12 UNIT = "KM" DESCRIPTION = "EUV LOOK VECTOR - Z" END_OBJECT = COLUMN END_OBJECT = SLIT_BOX END_OBJECT = SCAN_TABLE END_OBJECT = POINTING_TABLE END REAL START_BYTE i24_nans01_33.look_new_1000077505166050166273000000613221166151707100176210ustar00meisnerplanetrestore00005460000003UTC Time : 1999-286 // 23:36:05.835 SCLK Time : 1/05211910:00:0:0 Spacecraft position = (-1483442.6, 1956411.2, 906891.05) (km) Aft - Engine side Forward - Antennae side Columns go from Aft to Forward Rows go from first to second BEGIN-OF-DATA ---------- Sector 1, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 214115.00, 171.45210, -436549.00 ) Forward (first) = ( 176721.13, 174.84356, -433932.19 ) Aft (second) = ( 213500.34, 169.82736, -419186.71 ) Forward (second) = ( 175725.22, 172.89083, -416543.50 ) Boresight = ( 194861.06, 172.05011, -426588.92 ) Col: 1, Row: 1 = ( 207448.50, 171.06808, -427454.23 ) Col: 2, Row: 1 = ( 194861.06, 172.05011, -426588.92 ) Col: 3, Row: 1 = ( 182378.85, 173.20639, -425700.81 ) ---------- Sector 1, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213500.34, 169.82736, -419186.71 ) Forward (first) = ( 175725.22, 172.89083, -416543.50 ) Aft (second) = ( 213135.86, 168.25753, -401742.72 ) Forward (second) = ( 175026.15, 170.99338, -399073.26 ) Boresight = ( 194214.19, 170.30148, -409171.18 ) Col: 1, Row: 1 = ( 206911.69, 169.42259, -410045.71 ) Col: 2, Row: 1 = ( 194214.19, 170.30148, -409171.18 ) Col: 3, Row: 1 = ( 181604.84, 171.34270, -408274.74 ) ---------- Sector 2, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213135.86, 168.25753, -401742.72 ) Forward (first) = ( 175026.15, 170.99338, -399073.26 ) Aft (second) = ( 213003.27, 166.74735, -384220.53 ) Forward (second) = ( 174603.67, 169.15952, -381524.94 ) Boresight = ( 193829.34, 168.61202, -391673.55 ) Col: 1, Row: 1 = ( 206622.55, 167.83516, -392557.26 ) Col: 2, Row: 1 = ( 193829.34, 168.61202, -391673.55 ) Col: 3, Row: 1 = ( 181108.92, 169.53866, -390768.83 ) ---------- Sector 2, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213003.27, 166.74735, -384220.53 ) Forward (first) = ( 174603.67, 169.15952, -381524.94 ) Aft (second) = ( 213084.17, 165.30092, -366623.62 ) Forward (second) = ( 174436.83, 167.39659, -363902.04 ) Boresight = ( 193686.98, 166.98755, -374099.52 ) Col: 1, Row: 1 = ( 206562.32, 166.31064, -374992.36 ) Col: 2, Row: 1 = ( 193686.98, 166.98755, -374099.52 ) Col: 3, Row: 1 = ( 180870.79, 167.80137, -373186.56 ) ---------- Sector 3, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213084.17, 165.30092, -366623.62 ) Forward (first) = ( 174436.83, 167.39659, -363902.04 ) Aft (second) = ( 213360.26, 163.92170, -348955.50 ) Forward (second) = ( 174504.35, 165.71091, -346208.06 ) Boresight = ( 193767.37, 165.43311, -356452.58 ) Col: 1, Row: 1 = ( 206712.17, 164.85315, -357354.52 ) Col: 2, Row: 1 = ( 193767.37, 165.43311, -356452.58 ) Col: 3, Row: 1 = ( 180869.77, 166.13696, -355531.43 ) ---------- Sector 3, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213360.26, 163.92170, -348955.50 ) Forward (first) = ( 174504.35, 165.71091, -346208.06 ) Aft (second) = ( 213813.50, 162.61251, -331219.69 ) Forward (second) = ( 174784.89, 164.10776, -328446.53 ) Boresight = ( 194050.78, 163.95287, -338736.26 ) Col: 1, Row: 1 = ( 207053.43, 163.46616, -339647.25 ) Col: 2, Row: 1 = ( 194050.78, 163.95287, -338736.26 ) Col: 3, Row: 1 = ( 181085.07, 164.55063, -337806.97 ) ---------- Sector 4, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 213813.50, 162.61251, -331219.69 ) Forward (first) = ( 174784.89, 164.10776, -328446.53 ) Aft (second) = ( 214426.34, 161.37557, -313419.74 ) Forward (second) = ( 175257.39, 162.59137, -310621.00 ) Boresight = ( 194517.83, 162.55026, -320954.09 ) Col: 1, Row: 1 = ( 207567.77, 162.15243, -321874.09 ) Col: 2, Row: 1 = ( 194517.83, 162.55026, -320954.09 ) Col: 3, Row: 1 = ( 181496.08, 163.04661, -320016.71 ) ---------- Sector 4, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 214426.34, 161.37557, -313419.74 ) Forward (first) = ( 175257.39, 162.59137, -310621.00 ) Aft (second) = ( 215181.79, 160.21256, -295559.19 ) Forward (second) = ( 175901.27, 161.16498, -292735.01 ) Boresight = ( 195149.56, 161.22792, -303109.61 ) Col: 1, Row: 1 = ( 208237.38, 160.91411, -304038.57 ) Col: 2, Row: 1 = ( 195149.56, 161.22792, -303109.61 ) Col: 3, Row: 1 = ( 182082.63, 161.62821, -302164.18 ) ---------- Sector 5, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 215181.79, 160.21256, -295559.19 ) Forward (first) = ( 175901.27, 161.16498, -292735.01 ) Aft (second) = ( 216063.65, 159.12461, -277641.61 ) Forward (second) = ( 176696.73, 159.83094, -274792.12 ) Boresight = ( 195927.74, 159.98778, -285206.38 ) Col: 1, Row: 1 = ( 209045.14, 159.75275, -286144.26 ) Col: 2, Row: 1 = ( 195927.74, 159.98778, -285206.38 ) Col: 3, Row: 1 = ( 182825.21, 160.29790, -284252.95 ) ---------- Sector 5, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 216063.65, 159.12461, -277641.61 ) Forward (first) = ( 176696.73, 159.83094, -274792.12 ) Aft (second) = ( 217056.50, 158.11244, -259670.56 ) Forward (second) = ( 177624.87, 158.59076, -256795.92 ) Boresight = ( 196834.93, 158.83114, -267247.97 ) Col: 1, Row: 1 = ( 209974.72, 158.66939, -268194.71 ) Col: 2, Row: 1 = ( 196834.93, 158.83114, -267247.97 ) Col: 3, Row: 1 = ( 183705.11, 159.05734, -266286.59 ) ---------- Sector 6, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 217056.50, 158.11244, -259670.56 ) Forward (first) = ( 177624.87, 158.59076, -256795.92 ) Aft (second) = ( 218145.88, 157.17633, -241649.64 ) Forward (second) = ( 178667.87, 157.44523, -238749.98 ) Boresight = ( 197854.63, 157.75875, -249237.95 ) Col: 1, Row: 1 = ( 211010.70, 157.66457, -250193.52 ) Col: 2, Row: 1 = ( 197854.63, 157.75875, -249237.95 ) Col: 3, Row: 1 = ( 184704.65, 157.90752, -248268.67 ) ---------- Sector 6, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 218145.88, 157.17633, -241649.64 ) Forward (first) = ( 178667.87, 157.44523, -238749.98 ) Aft (second) = ( 219318.27, 156.31625, -223582.43 ) Forward (second) = ( 179809.10, 156.39451, -220657.90 ) Boresight = ( 198971.39, 156.77083, -231179.92 ) Col: 1, Row: 1 = ( 212138.60, 156.73846, -232144.27 ) Col: 2, Row: 1 = ( 198971.39, 156.77083, -231179.92 ) Col: 3, Row: 1 = ( 185807.22, 156.84881, -230202.79 ) ---------- Sector 7, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 219318.27, 156.31625, -223582.43 ) Forward (first) = ( 179809.10, 156.39451, -220657.90 ) Aft (second) = ( 220561.18, 155.53185, -205472.54 ) Forward (second) = ( 181033.19, 155.43826, -202523.28 ) Boresight = ( 200170.87, 155.86722, -213077.48 ) Col: 1, Row: 1 = ( 213345.03, 155.89085, -214050.56 ) Col: 2, Row: 1 = ( 200170.87, 155.86722, -213077.48 ) Col: 3, Row: 1 = ( 186997.40, 155.88107, -212092.54 ) ---------- Sector 7, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 220561.18, 155.53185, -205472.54 ) Forward (first) = ( 181033.19, 155.43826, -202523.28 ) Aft (second) = ( 221863.19, 154.82258, -187323.58 ) Forward (second) = ( 182326.07, 154.57568, -184349.74 ) Boresight = ( 201439.85, 155.04740, -194934.23 ) Col: 1, Row: 1 = ( 214617.61, 155.12128, -195915.99 ) Col: 2, Row: 1 = ( 201439.85, 155.04740, -194934.23 ) Col: 3, Row: 1 = ( 188261.01, 155.00375, -193941.54 ) ---------- Sector 8, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 221863.19, 154.82258, -187323.58 ) Forward (first) = ( 182326.07, 154.57568, -184349.74 ) Aft (second) = ( 223213.90, 154.18766, -169139.17 ) Forward (second) = ( 183675.01, 153.80566, -166140.90 ) Boresight = ( 202766.32, 154.31055, -176753.79 ) Col: 1, Row: 1 = ( 215945.11, 154.42902, -177744.19 ) Col: 2, Row: 1 = ( 202766.32, 154.31055, -176753.79 ) Col: 3, Row: 1 = ( 189585.16, 154.21593, -175753.39 ) ---------- Sector 8, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 223213.90, 154.18766, -169139.17 ) Forward (first) = ( 183675.01, 153.80566, -166140.90 ) Aft (second) = ( 224604.01, 153.62617, -150922.94 ) Forward (second) = ( 185068.66, 153.12682, -147900.38 ) Boresight = ( 204139.44, 153.65565, -158539.79 ) Col: 1, Row: 1 = ( 217317.36, 153.81318, -159538.77 ) Col: 2, Row: 1 = ( 204139.44, 153.65565, -158539.79 ) Col: 3, Row: 1 = ( 190958.23, 153.51644, -157531.74 ) ---------- Sector 9, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 224604.01, 153.62617, -150922.94 ) Forward (first) = ( 185068.66, 153.12682, -147900.38 ) Aft (second) = ( 226025.25, 153.13707, -132678.51 ) Forward (second) = ( 186496.96, 152.53760, -129631.83 ) Boresight = ( 205549.58, 153.08151, -140295.85 ) Col: 1, Row: 1 = ( 218725.31, 153.27270, -141303.37 ) Col: 2, Row: 1 = ( 205549.58, 153.08151, -140295.85 ) Col: 3, Row: 1 = ( 192369.89, 152.90391, -139280.20 ) ---------- Sector 9, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 226025.25, 153.13707, -132678.51 ) Forward (first) = ( 186496.96, 152.53760, -129631.83 ) Aft (second) = ( 227470.43, 152.71926, -114409.53 ) Forward (second) = ( 187951.20, 152.03628, -111338.87 ) Boresight = ( 206988.25, 152.58680, -122025.61 ) Col: 1, Row: 1 = ( 220160.99, 152.80643, -123041.62 ) Col: 2, Row: 1 = ( 206988.25, 152.58680, -122025.61 ) Col: 3, Row: 1 = ( 193811.09, 152.37680, -121002.41 ) ---------- Sector 10, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 227470.43, 152.71926, -114409.53 ) Forward (first) = ( 187951.20, 152.03628, -111338.87 ) Aft (second) = ( 228933.35, 152.37156, -96119.645 ) Forward (second) = ( 189423.96, 151.62110, -93025.154 ) Boresight = ( 208448.15, 152.17012, -103732.72 ) Col: 1, Row: 1 = ( 221617.53, 152.41315, -104757.16 ) Col: 2, Row: 1 = ( 208448.15, 152.17012, -103732.72 ) Col: 3, Row: 1 = ( 195274.05, 151.93351, -102702.02 ) ---------- Sector 10, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 228933.35, 152.37156, -96119.645 ) Forward (first) = ( 189423.96, 151.62110, -93025.154 ) Aft (second) = ( 230408.85, 152.09276, -77812.495 ) Forward (second) = ( 190909.07, 151.29021, -74694.332 ) Boresight = ( 209923.10, 151.83001, -85420.810 ) Col: 1, Row: 1 = ( 223089.10, 152.09159, -86453.639 ) Col: 2, Row: 1 = ( 209923.10, 151.83001, -85420.810 ) Col: 3, Row: 1 = ( 196752.17, 151.57234, -84382.662 ) ---------- Sector 11, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 230408.85, 152.09276, -77812.495 ) Forward (first) = ( 190909.07, 151.29021, -74694.332 ) Aft (second) = ( 231892.73, 151.88162, -59491.733 ) Forward (second) = ( 192401.58, 151.04177, -56350.054 ) Boresight = ( 211408.03, 151.56499, -67093.544 ) Col: 1, Row: 1 = ( 224570.88, 151.84044, -68134.708 ) Col: 2, Row: 1 = ( 211408.03, 151.56499, -67093.544 ) Col: 3, Row: 1 = ( 198240.09, 151.29159, -66048.001 ) ---------- Sector 11, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 231892.73, 151.88162, -59491.733 ) Forward (first) = ( 192401.58, 151.04177, -56350.054 ) Aft (second) = ( 233381.78, 151.73693, -41161.014 ) Forward (second) = ( 193897.73, 150.87394, -37995.975 ) Boresight = ( 212898.95, 151.37357, -48754.571 ) Col: 1, Row: 1 = ( 226059.09, 151.65839, -49804.017 ) Col: 2, Row: 1 = ( 212898.95, 151.37357, -48754.571 ) Col: 3, Row: 1 = ( 199733.59, 151.08954, -47701.684 ) ---------- Sector 12, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 233381.78, 151.73693, -41161.014 ) Forward (first) = ( 193897.73, 150.87394, -37995.975 ) Aft (second) = ( 234873.70, 151.65744, -22823.992 ) Forward (second) = ( 195394.90, 150.78490, -19635.750 ) Boresight = ( 214392.89, 151.25424, -30407.545 ) Col: 1, Row: 1 = ( 227550.91, 151.54413, -31465.222 ) Col: 2, Row: 1 = ( 214392.89, 151.25424, -30407.545 ) Col: 3, Row: 1 = ( 201229.54, 150.96449, -29347.367 ) ---------- Sector 12, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 234873.70, 151.65744, -22823.992 ) Forward (first) = ( 195394.90, 150.78490, -19635.750 ) Aft (second) = ( 236367.09, 151.64194, -4484.3248 ) Forward (second) = ( 196891.56, 150.77289, -1273.0394 ) Boresight = ( 215887.92, 151.20555, -12056.124 ) Col: 1, Row: 1 = ( 229044.47, 151.49636, -13121.979 ) Col: 2, Row: 1 = ( 215887.92, 151.20555, -12056.124 ) Col: 3, Row: 1 = ( 202725.94, 150.91476, -10988.708 ) ---------- Sector 13, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 236367.09, 151.64194, -4484.3248 ) Forward (first) = ( 196891.56, 150.77289, -1273.0394 ) Aft (second) = ( 237861.44, 151.68923, 13854.331 ) Forward (second) = ( 198387.24, 150.83616, 17088.500 ) Boresight = ( 217383.07, 151.22605, 6296.0347 ) Col: 1, Row: 1 = ( 230538.80, 151.51381, 5222.0543 ) Col: 2, Row: 1 = ( 217383.07, 151.22605, 6296.0347 ) Col: 3, Row: 1 = ( 204221.79, 150.93870, 7370.6347 ) ---------- Sector 13, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 237861.44, 151.68923, 13854.331 ) Forward (first) = ( 198387.24, 150.83616, 17088.500 ) Aft (second) = ( 239357.10, 151.79813, 32188.318 ) Forward (second) = ( 199882.49, 150.97300, 35445.210 ) Boresight = ( 218878.32, 151.31431, 24645.272 ) Col: 1, Row: 1 = ( 232033.85, 151.59520, 23563.221 ) Col: 2, Row: 1 = ( 218878.32, 151.31431, 24645.272 ) Col: 3, Row: 1 = ( 205717.13, 151.03471, 25727.004 ) ---------- Sector 14, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 239357.10, 151.79813, 32188.318 ) Forward (first) = ( 199882.49, 150.97300, 35445.210 ) Aft (second) = ( 240855.22, 151.96746, 50513.981 ) Forward (second) = ( 201378.87, 151.18175, 53793.432 ) Boresight = ( 220374.55, 151.46894, 42987.932 ) Col: 1, Row: 1 = ( 233530.41, 151.73929, 41897.863 ) Col: 2, Row: 1 = ( 220374.55, 151.46894, 42987.932 ) Col: 3, Row: 1 = ( 207212.93, 151.20121, 44076.741 ) ---------- Sector 14, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 240855.22, 151.96746, 50513.981 ) Forward (first) = ( 201378.87, 151.18175, 53793.432 ) Aft (second) = ( 242357.77, 152.19606, 68827.664 ) Forward (second) = ( 202878.83, 151.46078, 72129.512 ) Boresight = ( 221873.54, 151.68857, 61320.358 ) Col: 1, Row: 1 = ( 235030.12, 151.94486, 60222.326 ) Col: 2, Row: 1 = ( 221873.54, 151.68857, 61320.358 ) Col: 3, Row: 1 = ( 208711.14, 151.43663, 62416.190 ) ---------- Sector 15, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 242357.77, 152.19606, 68827.664 ) Forward (first) = ( 202878.83, 151.46078, 72129.512 ) Aft (second) = ( 243867.48, 152.48278, 87125.716 ) Forward (second) = ( 204385.77, 151.80846, 90449.797 ) Boresight = ( 223377.89, 151.97182, 79638.895 ) Col: 1, Row: 1 = ( 236535.40, 152.21069, 78532.955 ) Col: 2, Row: 1 = ( 223377.89, 151.97182, 79638.895 ) Col: 3, Row: 1 = ( 210214.57, 151.73947, 80741.696 ) ---------- Sector 15, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 243867.48, 152.48278, 87125.716 ) Forward (first) = ( 204385.77, 151.80846, 90449.797 ) Aft (second) = ( 245387.82, 152.82646, 105404.49 ) Forward (second) = ( 205903.94, 152.22318, 108750.64 ) Boresight = ( 224891.06, 152.31735, 97939.893 ) Col: 1, Row: 1 = ( 238049.47, 152.53555, 96826.101 ) Col: 2, Row: 1 = ( 224891.06, 152.31735, 97939.893 ) Col: 3, Row: 1 = ( 211726.91, 152.10819, 99049.609 ) ---------- Sector 16, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 245387.82, 152.82646, 105404.49 ) Forward (first) = ( 205903.94, 152.22318, 108750.64 ) Aft (second) = ( 246922.99, 153.22595, 123660.34 ) Forward (second) = ( 207438.42, 152.70334, 127028.38 ) Boresight = ( 226417.25, 152.72381, 116219.70 ) Col: 1, Row: 1 = ( 239576.29, 152.91823, 115098.11 ) Col: 2, Row: 1 = ( 226417.25, 152.72381, 116219.70 ) Col: 3, Row: 1 = ( 213252.68, 152.54127, 117336.28 ) ---------- Sector 16, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 246922.99, 153.22595, 123660.34 ) Forward (first) = ( 207438.42, 152.70334, 127028.38 ) Aft (second) = ( 248477.85, 153.68006, 141889.62 ) Forward (second) = ( 208995.09, 153.24729, 145279.40 ) Boresight = ( 227961.45, 153.18982, 134474.68 ) Col: 1, Row: 1 = ( 241120.53, 153.35751, 133345.35 ) Col: 2, Row: 1 = ( 227961.45, 153.18982, 134474.68 ) Col: 3, Row: 1 = ( 214797.17, 153.03720, 135598.06 ) ---------- Sector 17, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 248477.85, 153.68006, 141889.62 ) Forward (first) = ( 208995.09, 153.24729, 145279.40 ) Aft (second) = ( 250057.94, 154.18760, 160088.70 ) Forward (second) = ( 210580.57, 153.85336, 163500.04 ) Boresight = ( 229529.33, 153.71399, 152701.19 ) Col: 1, Row: 1 = ( 242687.54, 153.85213, 151564.18 ) Col: 2, Row: 1 = ( 229529.33, 153.71399, 152701.19 ) Col: 3, Row: 1 = ( 216366.44, 153.59440, 153831.32 ) ---------- Sector 17, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 250057.94, 154.18760, 160088.70 ) Forward (first) = ( 210580.57, 153.85336, 163500.04 ) Aft (second) = ( 251669.42, 154.74732, 178253.95 ) Forward (second) = ( 212202.20, 154.51983, 181686.68 ) Boresight = ( 231127.28, 154.29490, 170895.60 ) Col: 1, Row: 1 = ( 244283.36, 154.40080, 169750.96 ) Col: 2, Row: 1 = ( 231127.28, 154.29490, 170895.60 ) Col: 3, Row: 1 = ( 217967.27, 154.21129, 172032.42 ) ---------- Sector 18, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 251669.42, 154.74732, 178253.95 ) Forward (first) = ( 212202.20, 154.51983, 181686.68 ) Aft (second) = ( 253319.05, 155.35794, 196381.75 ) Forward (second) = ( 213867.96, 155.24490, 199835.70 ) Boresight = ( 232762.31, 154.93108, 189054.28 ) Col: 1, Row: 1 = ( 245914.60, 155.00221, 187902.07 ) Col: 2, Row: 1 = ( 232762.31, 154.93108, 189054.28 ) Col: 3, Row: 1 = ( 219607.09, 154.88621, 190197.74 ) ---------- Sector 18, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 253319.05, 155.35794, 196381.75 ) Forward (first) = ( 213867.96, 155.24490, 199835.70 ) Aft (second) = ( 255014.11, 156.01811, 214468.48 ) Forward (second) = ( 215586.47, 156.02670, 217943.49 ) Boresight = ( 234442.04, 155.62097, 207173.61 ) Col: 1, Row: 1 = ( 247588.49, 155.65497, 206013.89 ) Col: 2, Row: 1 = ( 234442.04, 155.62097, 207173.61 ) Col: 3, Row: 1 = ( 221293.97, 155.61743, 208323.65 ) ---------- Sector 19, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 255014.11, 156.01811, 214468.48 ) Forward (first) = ( 215586.47, 156.02670, 217943.49 ) Aft (second) = ( 256762.44, 156.72644, 232510.54 ) Forward (second) = ( 217366.90, 156.86325, 236006.42 ) Boresight = ( 236174.67, 156.36298, 225249.97 ) Col: 1, Row: 1 = ( 249312.81, 156.35764, 224082.81 ) Col: 2, Row: 1 = ( 236174.67, 156.36298, 225249.97 ) Col: 3, Row: 1 = ( 223036.56, 156.40314, 226406.54 ) ---------- Sector 19, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 256762.44, 156.72644, 232510.54 ) Forward (first) = ( 217366.90, 156.86325, 236006.42 ) Aft (second) = ( 258572.34, 157.48143, 250504.32 ) Forward (second) = ( 219218.90, 157.75247, 254020.91 ) Boresight = ( 237968.89, 157.15540, 243279.78 ) Col: 1, Row: 1 = ( 251095.81, 157.10868, 242105.22 ) Col: 2, Row: 1 = ( 237968.89, 157.15540, 243279.78 ) Col: 3, Row: 1 = ( 224844.03, 157.24144, 244442.81 ) ---------- Sector 20, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 258572.34, 157.48143, 250504.32 ) Forward (first) = ( 219218.90, 157.75247, 254020.91 ) Aft (second) = ( 260452.55, 158.28153, 268446.25 ) Forward (second) = ( 221152.61, 158.69214, 271983.36 ) Boresight = ( 239833.88, 157.99643, 261259.43 ) Col: 1, Row: 1 = ( 252946.23, 157.90651, 260077.54 ) Col: 2, Row: 1 = ( 239833.88, 157.99643, 261259.43 ) Col: 3, Row: 1 = ( 226726.04, 158.13029, 262428.87 ) ---------- Sector 20, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 260452.55, 158.28153, 268446.25 ) Forward (first) = ( 221152.61, 158.69214, 271983.36 ) Aft (second) = ( 262412.19, 159.12508, 286332.74 ) Forward (second) = ( 223178.51, 159.67991, 289890.20 ) Boresight = ( 241779.22, 158.88419, 279185.34 ) Col: 1, Row: 1 = ( 254873.22, 158.74941, 277996.17 ) Col: 2, Row: 1 = ( 241779.22, 158.88419, 279185.34 ) Col: 3, Row: 1 = ( 228692.63, 159.06757, 280361.14 ) ---------- Sector 21, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 262412.19, 159.12508, 286332.74 ) Forward (first) = ( 223178.51, 159.67991, 289890.20 ) Aft (second) = ( 264460.71, 160.01031, 304160.23 ) Forward (second) = ( 225307.39, 160.71330, 307737.86 ) Boresight = ( 243814.85, 159.81664, 297053.93 ) Col: 1, Row: 1 = ( 256886.27, 159.63559, 295857.55 ) Col: 2, Row: 1 = ( 243814.85, 159.81664, 297053.93 ) Col: 3, Row: 1 = ( 230754.22, 160.05100, 298236.03 ) ---------- Sector 21, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 264460.71, 160.01031, 304160.23 ) Forward (first) = ( 225307.39, 160.71330, 307737.86 ) Aft (second) = ( 266607.85, 160.93536, 321925.15 ) Forward (second) = ( 227550.30, 161.78968, 325522.78 ) Boresight = ( 245951.01, 160.79166, 314861.65 ) Col: 1, Row: 1 = ( 258995.20, 160.56314, 313658.12 ) Col: 2, Row: 1 = ( 245951.01, 160.79166, 314861.65 ) Col: 3, Row: 1 = ( 232921.50, 161.07818, 316049.98 ) ---------- Sector 22, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 266607.85, 160.93536, 321925.15 ) Forward (first) = ( 227550.30, 161.78968, 325522.78 ) Aft (second) = ( 268863.58, 161.89828, 339623.98 ) Forward (second) = ( 229918.43, 162.90626, 343241.42 ) Boresight = ( 248198.16, 161.80699, 332604.94 ) Col: 1, Row: 1 = ( 261210.06, 161.53003, 331394.32 ) Col: 2, Row: 1 = ( 248198.16, 161.80699, 332604.94 ) Col: 3, Row: 1 = ( 235205.37, 162.14656, 333799.46 ) ---------- Sector 22, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 268863.58, 161.89828, 339623.98 ) Forward (first) = ( 229918.43, 162.90626, 343241.42 ) Aft (second) = ( 271238.04, 162.89697, 357253.17 ) Forward (second) = ( 232423.05, 164.06013, 360890.25 ) Boresight = ( 250566.94, 162.86023, 350280.27 ) Col: 1, Row: 1 = ( 263541.10, 162.53414, 349062.63 ) Col: 2, Row: 1 = ( 250566.94, 162.86023, 350280.27 ) Col: 3, Row: 1 = ( 237616.86, 163.25346, 351480.91 ) ---------- Sector 23, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 271238.04, 162.89697, 357253.17 ) Forward (first) = ( 232423.05, 164.06013, 360890.25 ) Aft (second) = ( 273741.44, 163.92926, 374809.22 ) Forward (second) = ( 235075.42, 165.24825, 378465.76 ) Boresight = ( 253068.08, 163.94889, 367884.12 ) Col: 1, Row: 1 = ( 265998.69, 163.57321, 366659.51 ) Col: 2, Row: 1 = ( 253068.08, 163.94889, 367884.12 ) Col: 3, Row: 1 = ( 240167.08, 164.39608, 369090.82 ) ---------- Sector 23, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 273741.44, 163.92926, 374809.22 ) Forward (first) = ( 235075.42, 165.24825, 378465.76 ) Aft (second) = ( 276384.08, 164.99285, 392288.62 ) Forward (second) = ( 237886.72, 166.46742, 395964.43 ) Boresight = ( 255712.33, 165.07034, 385412.97 ) Col: 1, Row: 1 = ( 268593.24, 164.64489, 384181.46 ) Col: 2, Row: 1 = ( 255712.33, 165.07034, 385412.97 ) Col: 3, Row: 1 = ( 242867.09, 165.57145, 386625.68 ) ---------- Sector 24, Scan 1, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 276384.08, 164.99285, 392288.62 ) Forward (first) = ( 237886.72, 166.46742, 395964.43 ) Aft (second) = ( 279176.20, 166.08537, 409687.89 ) Forward (second) = ( 240867.97, 167.71437, 413382.79 ) Boresight = ( 258510.38, 166.22183, 402863.34 ) Col: 1, Row: 1 = ( 271335.18, 165.74672, 401624.98 ) Col: 2, Row: 1 = ( 258510.38, 166.22183, 402863.34 ) Col: 3, Row: 1 = ( 245727.86, 166.77655, 404081.99 ) ---------- Sector 24, Scan 2, Vector = [radius (km), theta (deg), z (km)] ----- Aft (first) = ( 279176.20, 166.08537, 409687.89 ) Forward (first) = ( 240867.97, 167.71437, 413382.79 ) Aft (second) = ( 282127.96, 167.20432, 427003.55 ) Forward (second) = ( 244029.91, 168.98573, 430717.36 ) Boresight = ( 261472.82, 167.40053, 420231.74 ) Col: 1, Row: 1 = ( 274234.85, 166.87613, 418986.60 ) Col: 2, Row: 1 = ( 261472.82, 167.40053, 420231.74 ) Col: 3, Row: 1 = ( 248760.19, 168.00820, 421456.28 ) END-OF-DATA Z-axis from Rotor kernel: /vixen2/ggs/Kernels/Rtr/cki24f.rtr Data computed on : Fri Dec 17 15:34:33 2004 SP Kernels loaded: /vixen2/ggs/Kernels/Spk/spk_s000131a.bsp C Kernels loaded: /vixen2/ggs/Kernels/Plt/cki24f.plt Rotation Rate : 3.1500000 rev/min Spacecraft distance to body center : 2617364.7 km Body center Ra : 127.17110 deg Body Center Dec : 20.272784 deg w: 1 = ( 236535.40, 152.21069, 78532.955 ) Col: 2, Row: 1 = ( 223377.89, 151.97182, 79638.895 ) Col: 3, Row: 1 = ( 210214.57, 151.73947, 80741.696 ) ---------- 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':61)!&'"$*!#& =!"',%"+- 2O9 4/.!%$.$"': "!*!!! -2!0:2'$2(9-5% 32;% '.&%!"-- '"=K7!6I3%6!# $ A! )!%#- " (,&7-.> +$")! $$#' ,-( $!    9)?%.+/' . +*$  (4 '*- %%'$*(#    )*&!//8 ,.'$-"()+   &,(0 ,"## 31.$#* #!"*4&# ,,( &/"))!(,>#$ "   $.&!5!"%&" &' '3##)%% "33)     ,/1D%+* -!% 6,~~Z> ^ VA<%0;$MDT!'6FC$<=@?$ 3&25.3&."#/<)B&i24a_euv_tv24nans01.lbl_1000077505166050166273000000264421166151707100200140ustar00meisnerplanetrestore00005460000003CCSD3ZF0000100000001NJPL3IF0PDSX00000001 /* FILE: I24A_EUV_TV24NANS01.LBL */ /* VERSION 1.4: 02-DEC-1999 MOSSER */ PDS_VERSION_ID = PDS3 RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 4528 /*=1132*4 */ FILE_RECORDS = 34 PRODUCT_ID = "I24A_EUV_TV24NANS01.DAT" PRODUCT_NAME = "TV24NANS01 EDR DATA" DATA_SET_ID = "GO-IT-EUV-2-EDR-IO_TORUS-V1.0" OBSERVATION_ID = "TV24NANS01" SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME UV SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" PRODUCT_CREATION_TIME = "18-OCT-1999" START_TIME = 1999-285T00:35:05.961Z STOP_TIME = 1999-287T01:06:05.292Z SPACECRAFT_CLOCK_START_COUNT = "5209120:00:0" SPACECRAFT_CLOCK_STOP_COUNT = "5211999:00:0" ^SPECTRUM = "I24A_EUV_TV24NANS01.DAT" DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information and to the EUV Instrument template for a description of the Phase 2 (P2) data summation in the EUV internal buffer. The data contained in the file is IEEE XDR interchange format. MAY, 1999 The EUV data in this file were obtained using the EUV P2 RTS mode. Check the commanded configuration in the flight sequence for the most accurate understanding of these data. Calibration to physical units has not been made; the data are in units of 'raw counts per time'. The commanded instrument summation period, number of sky sectors and number of detector pixels summed are given in the command. The EUV integration time and sampling of the grating positions by use of a 'Fixed Pattern Noise Table' (FPNT) are described in the instrument template. Some command information is given in the engineering data embedded in the data portion of the record. The analysis of these raw data has not been published at this time. The data in this file was obtained using the TORUS FPN table. A diagram of the file and record structure is shown below: |-----+---------------| 1 |time | S | EUV RTS SUMMATION BUFFER |-----+---------------| . 2 |time | S | . |-----+---------------| . 3 |time | S | . |-----+---------------| . . . . repeats . . . |-----+---------------| . ij |time | S | EUV RTS SUMMATION BUFFER |-----+---------------| |40 4-| /S= \ |byte | /1092 \ |time | /4-byte \ |tags | /spectral \ |& hdr| / values \ Records 1 to ij are data records. Each record begins with a 160-byte header containing 40 4-byte integer numbers. The header values are described below, the exact definition of the time values is further described in the Galileo document 625-610. The time tags given in the data records refer to the time of the first integration period included in the packet summation period; the STOP time refers to the Rim time of the FLUSH command, which represents one Rim greater than the true summation period; these are derived from the EUV downlinked packets. The LABEL START and STOP time values refer to the FLUSH times as well. The data start at byte 161, following the header information. Each record contains one readout (termed FLUSH in the sequences) of the EUV Internal Buffer (EIB). The EIB contains the EUV sky-sector/pixel matrix summed over the Summation Period (an even number of Rims.) At the time of a FLUSH command, the CDS computer moves the buffer from the EUV microprocessor buffer to the downlink processing buffer, taking one full RIM to move the contents and send the EUV flag to zero it. The duration of the FLUSH periods is given by the data label start and stop times, and is generally one-half hour, one hour or 24 hours - minus the one RIM to transfer the data - but may be a subset of these. Each data record in the file can contain data from a different summation duration. Simply, the EUV samples areas of the sky, on each revolution, based on the command and the instrument integration time. The fixed EIB size is divided into sky-sectors by pixels. To utilize the space efficiently, the detector pixels are also summed over useful wavelengths; a table defining the pixel sums, FPNT, is loaded to the microprocessor each time the EUV is powered-On for the orbit data taking and is therefore available in the command sequence. For the P2 mission phase, there are three commonly used tables: TORUS, AURORA, and GENERAL. An EUV matrix has 24x45 data values followed by 24 housekeeping values. Some engineering operation (Temperature) values are available in the AACS records but are not included in the data records. The data matrix is arranged internally and read out so that the order of the matrix is: 1st value=(sector 1, lowest pixel sum), 2nd value= (sector 1, next pixel sum) so that all the pixels in one sector are read out before the next sector's pixels are placed into the downlink stream. They are, in order of presentation: 1 - fiducial, VALUE=7E (hex) 2 - fiducial, VALUE=7E (hex) 3 - TRANSITION SECTOR PAIR, MOD 64 - how many pixel pairs to ignore before starting integration 4 - COMMANDED PIXEL PAIR SUMS, - times 2, read from the FPNT 5 - echo of COMMANDED STARTING ANGLE - the value has unit size of (360.0 degrees/256.) 6 - echo of COMMANDED HIGH VOLTAGE LEVEL (always should be 3) 7 - echo of COMMANDED SCANS/SECTOR 8 - echo of COMMANDED SECTORS - may be changed by micro software 9 - NEXT TO LEAST SIGNIFICANT BYTE OF RIM COUNTER - prior to the beginning of the last integration 10 - LEAST SIGNIFICANT BYTE OF RIM COUNTER 11 - MOD91 OF RIM COUNTER ( = minor frame) 12 - MOD10 OF RIM COUNTER ( = RTI, Real Time Interrupt count) 13 - NEXT TO LEAST SIGNIFICANT BYTE OF DELTA THETA - Delta Theta is in units of degrees of sky in 66 2/3 msec (one RTI); the increment is 360/16,777,216 degrees.) 14 - LEAST SIGNIFICANT BYTE OF DELTA THETA 15 - MOST SIGNIFICANT BYTE OF THETA - Theta increment is 360/65,536 degrees. 16 - LEAST SIGNIFICANT BYTE OF THETA 17 - SOFTWARE VERSION NUMBER - P2 starts at 40 18 - MOST SIGNIFICANT BYTE OF 16-BIT INTEGRATION COUNTER 19 - LEAST SIGNIFICANT BYTE OF INTEGRATION COUNTER - this is the true number of revolutions (spins) EUV actually integrated 20 - EXACT CURRENT RTI - the actual value at time this is sampled; Values 15-19 pertain to the exact time 21 - TRANSITION SECTOR PAIR, MOD 200 22 - REAL TIME MINOR FRAME COUNTER - actual mf at this sample time 23 - SYNC COUNTER - the number of times the s/w has had to wait to sync up with the s/c time; expected value = 1 24 - spare up to 1080 values 24 values |-----------------------------------------|-----------| | one EUV summation matrix |engineering| All values in the EIB are summed, excluding the fiducials and engineering values. The 2-byte EIB rolls over and begins counting again from value zero. TORUS1:[GLL_RAW.INFO]EUV_PHASE2_RTS_HDR.DOC June 10, 1996 - Jeremy Gebben In phase 2 Real Time operations, the EUV instrument stores data in a 24 sector by 45 pixel matrix. Every few RIMs, this matrix and 24 bytes of housekeeping data are read out and cleared. These data sets are stored in IDL associate files formated as lonar(1132). HEADER: Earth Receipt Time 0 = Year (last 2 digits eg. 96) 1 = day of year 2 = hours 3 = minutes 4 = seconds 5 = milliseconds Spacecraft Event time for start of integration: 6 = Year (last 2 digits eg. 96) 7 = day of year 8 = hours 9 = minutes 10 = seconds 11 = milliseconds SCLK time for start of integration: 12 = start RIM (all realtime data starts on mf 0) Spacecraft Event time for end of integration: 13 = Year (last 2 digits eg. 96) 14 = day of year 15 = hours 16 = minutes 17 = seconds 18 = milliseconds SCLK time for end of integration: 19 = end RIM (all realtime data ends on mf 0) 20 = # of packets that went into this array(max = 8) Data presence Indicators: 21-28 = dpi flags,1 for each packet Each is a 4 byte field: Top byte: 00 = no data missing FF = entire packet missing 01 = data missing at end of packet 02 = data missing in middle of packet 03 = data missing at end of packet Lower 3 bytes are only used if the top byte is 01,02, or 03 In these cases, the three lower bytes are used to report the position of the gap: second byte: # of data words(2 bytes) at start(0 if gap is at start) third byte : # of data words missing bottom byte: # of data words at end of packet (0 if gap is at end) 29 = packet sequence # of the first packet in this set 30,31 = spare (set to -1) 32 = software version number 33-39 = spare (set to -1) DATA: 40-1119 = data matrix(24*45) all pixels from sector 1, then all pixels from sector 2 ... 1120-1131 = housekeeping values(2 bytes each) ........................................................" OBJECT = SPECTRUM NAME = "ONE EUV RTS SUMMATION BUFFER" INTERCHANGE_FORMAT = BINARY ROWS = 34 COLUMNS = 41 ROW_BYTES = 4528 ^STRUCTURE = "EUV_P2_RTS.FMT" DESCRIPTION = " The summation data table consists of 40 4-byte integers of time tags (RIM, yr, doy, hr, min, sec, etc), data quality flags and spares, and 1092 spectral values for one summed spectral pair. The record structure is the same as the table. 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':61)!&'"$*!#& =!"',%"+- 2O9 4/.!%$.$"': "!*!!! -2!0:2'$2(9-5% 32;% '.&%!"-- '"=K7!6I3%6!# $ A! )!%#- " (,&7-.> +$")! $$#' ,-( $!    9)?%.+/' . +*$  (4 '*- %%'$*(#    )*&!//8 ,.'$-"()+   &,(0 ,"## 31.$#* #!"*4&# ,,( &/"))!(,>#$ "   $.&!5!"%&" &' '3##)%% "33)     ,/1D%+* -!% 6,~~>Z ^V A<%0;$MDT!'6FC$<=@?$ 3&25.3&."#/<)B&i24a_euv_tv24nans01.xlbl_2000077505166050166273000000264421166151707100202050ustar00meisnerplanetrestore00005460000003CCSD3ZF0000100000001NJPL3IF0PDSX00000001 /* FILE: I24A_EUV_TV24NANS01.LBL */ /* VERSION 1.4: 02-DEC-1999 MOSSER */ PDS_VERSION_ID = PDS3 RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 4528 /*=1132*4 */ FILE_RECORDS = 34 PRODUCT_ID = "I24A_EUV_TV24NANS01.XDR" PRODUCT_NAME = "TV24NANS01 EDR DATA" DATA_SET_ID = "GO-IT-EUV-2-EDR-IO_TORUS-V1.0" OBSERVATION_ID = "TV24NANS01" SPACECRAFT_NAME = "GALILEO ORBITER" INSTRUMENT_NAME = "EXTREME UV SPECTROMETER" MISSION_PHASE_NAME = "JUPITER ORBIT OPERATIONS" TARGET_NAME = "IO-TORUS" PRODUCT_CREATION_TIME = "18-OCT-1999" START_TIME = 1999-285T00:35:05.961Z STOP_TIME = 1999-287T01:06:05.292Z SPACECRAFT_CLOCK_START_COUNT = "5209120:00:0" SPACECRAFT_CLOCK_STOP_COUNT = "5211999:00:0" ^SPECTRUM = "I24A_EUV_TV24NANS01.XDR" DESCRIPTION = " This file was produced by the Galileo UVS/EUV team at the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado at Boulder. Refer to the Galileo UVS/EUV instrument paper 'Galileo Ultraviolet Spectrometer Experiment', Vol 60, Space Science Reviews, pages 503-530, by C.W. Hord et al, for hardware and calibration information and to the EUV Instrument template for a description of the Phase 2 (P2) data summation in the EUV internal buffer. The data contained in the file is IEEE XDR interchange format. MAY, 1999 The EUV data in this file were obtained using the EUV P2 RTS mode. Check the commanded configuration in the flight sequence for the most accurate understanding of these data. Calibration to physical units has not been made; the data are in units of 'raw counts per time'. The commanded instrument summation period, number of sky sectors and number of detector pixels summed are given in the command. The EUV integration time and sampling of the grating positions by use of a 'Fixed Pattern Noise Table' (FPNT) are described in the instrument template. Some command information is given in the engineering data embedded in the data portion of the record. The analysis of these raw data has not been published at this time. The data in this file was obtained using the TORUS FPN table. A diagram of the file and record structure is shown below: |-----+---------------| 1 |time | S | EUV RTS SUMMATION BUFFER |-----+---------------| . 2 |time | S | . |-----+---------------| . 3 |time | S | . |-----+---------------| . . . . repeats . . . |-----+---------------| . ij |time | S | EUV RTS SUMMATION BUFFER |-----+---------------| |40 4-| /S= \ |byte | /1092 \ |time | /4-byte \ |tags | /spectral \ |& hdr| / values \ Records 1 to ij are data records. Each record begins with a 160-byte header containing 40 4-byte integer numbers. The header values are described below, the exact definition of the time values is further described in the Galileo document 625-610. The time tags given in the data records refer to the time of the first integration period included in the packet summation period; the STOP time refers to the Rim time of the FLUSH command, which represents one Rim greater than the true summation period; these are derived from the EUV downlinked packets. The LABEL START and STOP time values refer to the FLUSH times as well. The data start at byte 161, following the header information. Each record contains one readout (termed FLUSH in the sequences) of the EUV Internal Buffer (EIB). The EIB contains the EUV sky-sector/pixel matrix summed over the Summation Period (an even number of Rims.) At the time of a FLUSH command, the CDS computer moves the buffer from the EUV microprocessor buffer to the downlink processing buffer, taking one full RIM to move the contents and send the EUV flag to zero it. The duration of the FLUSH periods is given by the data label start and stop times, and is generally one-half hour, one hour or 24 hours - minus the one RIM to transfer the data - but may be a subset of these. Each data record in the file can contain data from a different summation duration. Simply, the EUV samples areas of the sky, on each revolution, based on the command and the instrument integration time. The fixed EIB size is divided into sky-sectors by pixels. To utilize the space efficiently, the detector pixels are also summed over useful wavelengths; a table defining the pixel sums, FPNT, is loaded to the microprocessor each time the EUV is powered-On for the orbit data taking and is therefore available in the command sequence. For the P2 mission phase, there are three commonly used tables: TORUS, AURORA, and GENERAL. An EUV matrix has 24x45 data values followed by 24 housekeeping values. Some engineering operation (Temperature) values are available in the AACS records but are not included in the data records. The data matrix is arranged internally and read out so that the order of the matrix is: 1st value=(sector 1, lowest pixel sum), 2nd value= (sector 1, next pixel sum) so that all the pixels in one sector are read out before the next sector's pixels are placed into the downlink stream. They are, in order of presentation: 1 - fiducial, VALUE=7E (hex) 2 - fiducial, VALUE=7E (hex) 3 - TRANSITION SECTOR PAIR, MOD 64 - how many pixel pairs to ignore before starting integration 4 - COMMANDED PIXEL PAIR SUMS, - times 2, read from the FPNT 5 - echo of COMMANDED STARTING ANGLE - the value has unit size of (360.0 degrees/256.) 6 - echo of COMMANDED HIGH VOLTAGE LEVEL (always should be 3) 7 - echo of COMMANDED SCANS/SECTOR 8 - echo of COMMANDED SECTORS - may be changed by micro software 9 - NEXT TO LEAST SIGNIFICANT BYTE OF RIM COUNTER - prior to the beginning of the last integration 10 - LEAST SIGNIFICANT BYTE OF RIM COUNTER 11 - MOD91 OF RIM COUNTER ( = minor frame) 12 - MOD10 OF RIM COUNTER ( = RTI, Real Time Interrupt count) 13 - NEXT TO LEAST SIGNIFICANT BYTE OF DELTA THETA - Delta Theta is in units of degrees of sky in 66 2/3 msec (one RTI); the increment is 360/16,777,216 degrees.) 14 - LEAST SIGNIFICANT BYTE OF DELTA THETA 15 - MOST SIGNIFICANT BYTE OF THETA - Theta increment is 360/65,536 degrees. 16 - LEAST SIGNIFICANT BYTE OF THETA 17 - SOFTWARE VERSION NUMBER - P2 starts at 40 18 - MOST SIGNIFICANT BYTE OF 16-BIT INTEGRATION COUNTER 19 - LEAST SIGNIFICANT BYTE OF INTEGRATION COUNTER - this is the true number of revolutions (spins) EUV actually integrated 20 - EXACT CURRENT RTI - the actual value at time this is sampled; Values 15-19 pertain to the exact time 21 - TRANSITION SECTOR PAIR, MOD 200 22 - REAL TIME MINOR FRAME COUNTER - actual mf at this sample time 23 - SYNC COUNTER - the number of times the s/w has had to wait to sync up with the s/c time; expected value = 1 24 - spare up to 1080 values 24 values |-----------------------------------------|-----------| | one EUV summation matrix |engineering| All values in the EIB are summed, excluding the fiducials and engineering values. The 2-byte EIB rolls over and begins counting again from value zero. TORUS1:[GLL_RAW.INFO]EUV_PHASE2_RTS_HDR.DOC June 10, 1996 - Jeremy Gebben In phase 2 Real Time operations, the EUV instrument stores data in a 24 sector by 45 pixel matrix. Every few RIMs, this matrix and 24 bytes of housekeeping data are read out and cleared. These data sets are stored in IDL associate files formated as lonar(1132). HEADER: Earth Receipt Time 0 = Year (last 2 digits eg. 96) 1 = day of year 2 = hours 3 = minutes 4 = seconds 5 = milliseconds Spacecraft Event time for start of integration: 6 = Year (last 2 digits eg. 96) 7 = day of year 8 = hours 9 = minutes 10 = seconds 11 = milliseconds SCLK time for start of integration: 12 = start RIM (all realtime data starts on mf 0) Spacecraft Event time for end of integration: 13 = Year (last 2 digits eg. 96) 14 = day of year 15 = hours 16 = minutes 17 = seconds 18 = milliseconds SCLK time for end of integration: 19 = end RIM (all realtime data ends on mf 0) 20 = # of packets that went into this array(max = 8) Data presence Indicators: 21-28 = dpi flags,1 for each packet Each is a 4 byte field: Top byte: 00 = no data missing FF = entire packet missing 01 = data missing at end of packet 02 = data missing in middle of packet 03 = data missing at end of packet Lower 3 bytes are only used if the top byte is 01,02, or 03 In these cases, the three lower bytes are used to report the position of the gap: second byte: # of data words(2 bytes) at start(0 if gap is at start) third byte : # of data words missing bottom byte: # of data words at end of packet (0 if gap is at end) 29 = packet sequence # of the first packet in this set 30,31 = spare (set to -1) 32 = software version number 33-39 = spare (set to -1) DATA: 40-1119 = data matrix(24*45) all pixels from sector 1, then all pixels from sector 2 ... 1120-1131 = housekeeping values(2 bytes each) ........................................................" OBJECT = SPECTRUM NAME = "ONE EUV RTS SUMMATION BUFFER" INTERCHANGE_FORMAT = BINARY ROWS = 34 COLUMNS = 41 ROW_BYTES = 4528 ^STRUCTURE = "EUV_P2_RTS.FMT" DESCRIPTION = " The summation data table consists of 40 4-byte integers of time tags (RIM, yr, doy, hr, min, sec, etc), data quality flags and spares, and 1092 spectral values for one summed spectral pair. The record structure is the same as the table. " END_OBJECT = SPECTRUM END information is given in the engineering data embedded in the data portion of the record. The analysis of these raw data has not been published at this time. The data in this file was obtained usin