PDS_VERSION_ID = PDS3 RECORD_TYPE = STREAM OBJECT = TEXT PUBLICATION_DATE = 2004-08-04 START_ORBIT_NUMBER = 20972 STOP_ORBIT_NUMBER = 21831 START_TIME = 2003-183T13:54:54 STOP_TIME = 2003-253T20:52:20 NOTE = " This document includes the Experimenter's Notebook (ENB) entries summarizing data collection by TES during Mapping; the ENB was originally produced by the TES Mission Planner to be available online throughout the duration of the mission. This document is appropriate for orbits included in this volume, but may also include orbits from previous or later volumes. Two types of information can be found in this document: blocks of TES orbits and time entries, followed by the corresponding p*.img notes. TES data is organized by orbit which begins at the MGS descending equator crossing (times given in UTC). Orbits are labeled here with the TES orb number which is equivalent to ock (see obs.fmt OBJECT = ORBIT_COUNTER_KEEPER) except where deviations are noted. TES operations during a particular orbit are controlled by the p*.img file available onboard; key information from this file is provided in the p*.img notes. Missing data is described per entry as 'No DATA' if all data for the orbit is lost, or as 'No XXX' if all the data in a table is lost for the orbit. Seven tables (XXX) are expected for all orbits: ATM, BOL, GEO, OBS, POS, RAD, and TLM. Three TES tables (CMP, IFG, and LMB) are rarely available, so their inclusion is, noted rather than their exclusion; for example entry #10443, 'Includes IFG'." END_OBJECT = TEXT END TES orb #20972: 2003-183 // 13:54:54 - p20972.img TES orb #20973: 2003-183 // 15:52:37 TES orb #20974: 2003-183 // 17:50:21 TES orb #20975: 2003-183 // 19:48:06 TES orb #20976: 2003-183 // 21:45:47 TES orb #20977: 2003-183 // 23:43:26 TES orb #20978: 2003-184 // 01:41:05 TES orb #20979: 2003-184 // 03:38:48 TES orb #20980: 2003-184 // 05:36:33 TES orb #20981: 2003-184 // 07:34:17 TES orb #20982: 2003-184 // 09:31:58 TES orb #20983: 2003-184 // 11:29:37 TES orb #20984: 2003-184 // 13:27:16 TES orb #20985: 2003-184 // 15:24:27 TES orb #20986: 2003-184 // 17:22:41 TES orb #20987: 2003-184 // 19:20:25 TES orb #20988: 2003-184 // 21:18:08 TES orb #20989: 2003-184 // 23:15:48 TES orb #20990: 2003-185 // 01:13:26 TES orb #20991: 2003-185 // 03:11:07 TES orb #20992: 2003-185 // 05:08:52 TES orb #20993: 2003-185 // 07:06:36 TES orb #20994: 2003-185 // 09:04:19 TES orb #20995: 2003-185 // 11:01:59 TES orb #20996: 2003-185 // 12:59:38 TES orb #20997: 2003-185 // 14:57:18 TES orb #20998: 2003-185 // 16:55:01 TES orb #20999: 2003-185 // 18:52:45 TES orb #21000: 2003-185 // 20:50:29 - No ATM GEO POS TES orb #21001: 2003-185 // 22:48:11 - No TLM TES orb #21002: 2003-186 // 00:45:50 TES orb #21003: 2003-186 // 02:43:29 TES orb #21004: 2003-186 // 04:41:12 TES orb #21005: 2003-186 // 06:38:57 TES orb #21006: 2003-186 // 08:36:41 TES orb #21007: 2003-186 // 10:34:22 TES orb #21008: 2003-186 // 12:32:01 TES orb #21009: 2003-186 // 14:29:40 TES orb #21010: 2003-186 // 16:27:22 TES orb #21011: 2003-186 // 18:25:05 TES orb #21012: 2003-186 // 20:22:49 TES orb #21013: 2003-186 // 22:20:33 TES orb #21014: 2003-187 // 00:18:13 TES orb #21015: 2003-187 // 02:15:51 TES orb #21016: 2003-187 // 04:13:31 TES orb #21017: 2003-187 // 06:11:15 TES orb #21018: 2003-187 // 08:09:00 TES orb #21019: 2003-187 // 10:06:42 TES orb #21020: 2003-187 // 12:04:23 TES orb #21021: 2003-187 // 14:02:02 TES orb #21022: 2003-187 // 15:59:42 TES orb #21023: 2003-187 // 17:57:24 TES orb #21024: 2003-187 // 19:55:08 TES orb #21025: 2003-187 // 21:52:52 TES orb #21026: 2003-187 // 23:50:35 TES orb #21027: 2003-188 // 01:48:28 TES orb #21028: 2003-188 // 03:46:06 TES orb #21029: 2003-188 // 05:43:49 TES orb #21030: 2003-188 // 07:41:34 - No TLM TES orb #21031: 2003-188 // 09:39:18 TES orb #21032: 2003-188 // 11:37:00 TES orb #21033: 2003-188 // 13:34:40 TES orb #21034: 2003-188 // 15:32:19 TES orb #21035: 2003-188 // 17:30:00 TES orb #21036: 2003-188 // 19:27:43 TES orb #21037: 2003-188 // 21:25:27 - No DATA TES orb #21038: 2003-188 // 23:23:12 p20972.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -44 to +27 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +28(asc) to -43(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -34 to +17 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +18(asc) to -33(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm292, mm293, mm294; beta supplement with 16 degree offpoint mapping and small angle rolls 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequence mm292 defines offset angle of 0 west degrees; - command sequences mm293 and mm294 define offset angle of 4.0 west degrees; ock 20978-21050 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - none 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3011 to ockB, ick 125 TES orb #21039: 2003-189 // 01:20:53 - p21039.img TES orb #21040: 2003-189 // 03:18:30 TES orb #21041: 2003-189 // 05:16:10 TES orb #21042: 2003-189 // 07:13:54 TES orb #21043: 2003-189 // 09:11:39 TES orb #21044: 2003-189 // 11:09:22 TES orb #21045: 2003-189 // 13:07:03 TES orb #21046: 2003-189 // 15:04:42 TES orb #21047: 2003-189 // 17:02:21 TES orb #21048: 2003-189 // 19:00:03 TES orb #21049: 2003-189 // 20:57:47 TES orb #21050: 2003-189 // 22:55:31 TES orb #21051: 2003-190 // 00:53:14 TES orb #21052: 2003-190 // 02:50:54 TES orb #21053: 2003-190 // 04:48:32 TES orb #21054: 2003-190 // 06:46:14 TES orb #21055: 2003-190 // 08:43:59 TES orb #21056: 2003-190 // 10:41:43 TES orb #21057: 2003-190 // 12:39:26 TES orb #21058: 2003-190 // 14:37:06 TES orb #21059: 2003-190 // 16:34:45 TES orb #21060: 2003-190 // 18:32:25 TES orb #21061: 2003-190 // 20:30:08 TES orb #21062: 2003-190 // 22:27:53 TES orb #21063: 2003-191 // 00:25:37 TES orb #21064: 2003-191 // 02:23:19 TES orb #21065: 2003-191 // 04:20:57 TES orb #21066: 2003-191 // 06:18:36 TES orb #21067: 2003-191 // 08:16:20 TES orb #21068: 2003-191 // 10:14:05 TES orb #21069: 2003-191 // 12:11:58 p21039.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -54 to +26 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +27(asc) to -53(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -44 to +16 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +17(asc) to -43(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm294, mm295, mm296, mz286, and mz288; beta supplement with 16 degree offpoint mapping and small angle rolls 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequence mm294 defines offset angle of 4.0 west degrees; ock 20978-21054 - command sequences mm295 and mm296 define offset angle of 3.4 west degrees; ock 21054-21139 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21072 slew starts at 968 - ock 21073 slew starts at 1728 - ock 21074 slew starts at 715 - ock 21112 slew starts at 913 - ock 21113 slew starts at 1372 - ock 21114 slew starts at 1366 - ock 21123 slew starts at 1404 - ock 21135 slew starts at 987 - ock 21136 slew starts at 1425 - ock 21138 slew starts at 1278 - ock 21139 slew starts at 584 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3011 to ockB, ick 108 TES orb #21070: 2003-191 // 14:09:29 - p21070.img TES orb #21071: 2003-191 // 16:07:09 TES orb #21072: 2003-191 // 18:04:48 TES orb #21073: 2003-191 // 20:02:29 TES orb #21074: 2003-191 // 22:00:13 TES orb #21075: 2003-191 // 23:57:57 TES orb #21076: 2003-192 // 01:55:40 TES orb #21077: 2003-192 // 03:53:20 TES orb #21078: 2003-192 // 05:50:58 TES orb #21079: 2003-192 // 07:48:39 TES orb #21080: 2003-192 // 09:46:23 TES orb #21081: 2003-192 // 11:44:08 TES orb #21082: 2003-192 // 13:41:51 TES orb #21083: 2003-192 // 15:39:31 TES orb #21084: 2003-192 // 17:37:10 TES orb #21085: 2003-192 // 19:34:50 TES orb #21086: 2003-192 // 21:32:33 - No ATM GEO POS TES orb #21087: 2003-192 // 23:30:17 TES orb #21088: 2003-193 // 01:28:02 TES orb #21089: 2003-193 // 03:25:44 TES orb #21090: 2003-193 // 05:23:22 TES orb #21091: 2003-193 // 07:21:01 TES orb #21092: 2003-193 // 09:18:44 TES orb #21093: 2003-193 // 11:16:29 TES orb #21094: 2003-193 // 13:14:13 TES orb #21095: 2003-193 // 15:11:54 TES orb #21096: 2003-193 // 17:09:34 TES orb #21097: 2003-193 // 19:07:13 TES orb #21098: 2003-193 // 21:04:54 TES orb #21099: 2003-193 // 23:02:37 TES orb #21100: 2003-194 // 01:00:21 TES orb #21101: 2003-194 // 02:58:05 TES orb #21102: 2003-194 // 04:55:45 TES orb #21103: 2003-194 // 06:53:23 TES orb #21104: 2003-194 // 08:51:03 TES orb #21105: 2003-194 // 10:48:47 TES orb #21106: 2003-194 // 12:46:32 TES orb #21107: 2003-194 // 14:44:15 TES orb #21108: 2003-194 // 16:41:55 TES orb #21109: 2003-194 // 18:39:34 TES orb #21110: 2003-194 // 20:37:14 TES orb #21111: 2003-194 // 22:34:56 TES orb #21112: 2003-195 // 00:32:41 TES orb #21113: 2003-195 // 02:30:25 TES orb #21114: 2003-195 // 04:28:08 TES orb #21115: 2003-195 // 06:25:47 TES orb #21116: 2003-195 // 08:23:25 TES orb #21117: 2003-195 // 10:21:08 TES orb #21118: 2003-195 // 12:18:53 TES orb #21119: 2003-195 // 14:16:37 TES orb #21120: 2003-195 // 16:14:19 TES orb #21121: 2003-195 // 18:11:58 TES orb #21122: 2003-195 // 20:09:37 TES orb #21123: 2003-195 // 22:07:18 TES orb #21124: 2003-196 // 00:05:02 TES orb #21125: 2003-196 // 02:02:46 TES orb #21126: 2003-196 // 04:00:30 TES orb #21127: 2003-196 // 05:58:11 TES orb #21128: 2003-196 // 07:55:49 TES orb #21129: 2003-196 // 09:53:29 TES orb #21130: 2003-196 // 11:51:13 TES orb #21131: 2003-196 // 13:48:57 TES orb #21132: 2003-196 // 15:46:40 TES orb #21133: 2003-196 // 17:44:21 TES orb #21134: 2003-196 // 19:42:00 TES orb #21135: 2003-196 // 21:39:40 TES orb #21136: 2003-196 // 23:37:22 TES orb #21137: 2003-197 // 01:35:05 TES orb #21138: 2003-197 // 03:32:50 TES orb #21139: 2003-197 // 05:30:33 TES orb #21140: 2003-197 // 07:28:12 TES orb #21141: 2003-197 // 09:25:50 TES orb #21142: 2003-197 // 11:23:32 TES orb #21143: 2003-197 // 13:21:17 TES orb #21144: 2003-197 // 15:19:01 p21070.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; RADIO SCIENCE SLEWS; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -54 to +26 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +27(asc) to -53(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -44 to +16 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +17(asc) to -43(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm294, mm295, mm296, mz286, and mz288; beta supplement with 16 degree offpoint mapping and small angle rolls - Radio Science egress slews ocks 21080-21087 nadir stare at surface with space/ref observations; no epfs or limb data on slew orbits 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequence mm294 defines offset angle of 4.0 west degrees; ock 20978-21054 - command sequences mm295 and mm296 define offset angle of 3.4 west degrees; ock 21054-21139 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21072 slew starts at 968 - ock 21073 slew starts at 1728 - ock 21074 slew starts at 715 - ock 21112 slew starts at 913 - ock 21113 slew starts at 1372 - ock 21114 slew starts at 1366 - ock 21123 slew starts at 1404 - ock 21135 slew starts at 987 - ock 21136 slew starts at 1425 - ock 21138 slew starts at 1278 - ock 21139 slew starts at 584 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 3011 to ockB, ick 108 TES orb #21145: 2003-197 // 17:16:44 - p21145.img TES orb #21146: 2003-197 // 19:14:24 TES orb #21147: 2003-197 // 21:12:03 TES orb #21148: 2003-197 // 23:09:43 TES orb #21149: 2003-198 // 01:07:27 TES orb #21150: 2003-198 // 03:05:11 TES orb #21151: 2003-198 // 05:02:55 TES orb #21152: 2003-198 // 07:00:37 TES orb #21153: 2003-198 // 08:58:15 TES orb #21154: 2003-198 // 10:55:54 TES orb #21155: 2003-198 // 12:53:38 TES orb #21156: 2003-198 // 14:51:23 TES orb #21157: 2003-198 // 16:49:06 TES orb #21158: 2003-198 // 18:46:47 TES orb #21159: 2003-198 // 20:44:27 TES orb #21160: 2003-198 // 22:42:06 TES orb #21161: 2003-199 // 00:39:47 TES orb #21162: 2003-199 // 02:37:31 TES orb #21163: 2003-199 // 04:35:15 TES orb #21164: 2003-199 // 06:32:58 TES orb #21165: 2003-199 // 08:30:38 TES orb #21166: 2003-199 // 10:28:16 TES orb #21167: 2003-199 // 12:25:57 TES orb #21168: 2003-199 // 14:23:41 TES orb #21169: 2003-199 // 16:21:26 TES orb #21170: 2003-199 // 18:19:08 TES orb #21171: 2003-199 // 20:16:49 TES orb #21172: 2003-199 // 22:14:28 TES orb #21173: 2003-200 // 00:12:08 TES orb #21174: 2003-200 // 02:09:50 TES orb #21175: 2003-200 // 04:07:35 TES orb #21176: 2003-200 // 06:05:19 TES orb #21177: 2003-200 // 08:03:01 TES orb #21178: 2003-200 // 10:00:40 TES orb #21179: 2003-200 // 11:58:18 TES orb #21180: 2003-200 // 13:56:02 TES orb #21181: 2003-200 // 15:53:46 TES orb #21182: 2003-200 // 17:51:30 TES orb #21183: 2003-200 // 19:49:12 TES orb #21184: 2003-200 // 21:46:51 TES orb #21185: 2003-200 // 23:44:30 - No DATA TES orb #21186: 2003-201 // 01:42:11 TES orb #21187: 2003-201 // 03:39:55 TES orb #21188: 2003-201 // 05:37:39 TES orb #21189: 2003-201 // 07:35:22 TES orb #21190: 2003-201 // 09:33:03 TES orb #21191: 2003-201 // 11:30:40 TES orb #21192: 2003-201 // 13:28:20 TES orb #21193: 2003-201 // 15:26:05 TES orb #21194: 2003-201 // 17:23:49 TES orb #21195: 2003-201 // 19:21:32 TES orb #21196: 2003-201 // 21:19:13 TES orb #21197: 2003-201 // 23:16:52 TES orb #21198: 2003-202 // 01:14:30 TES orb #21199: 2003-202 // 03:12:12 TES orb #21200: 2003-202 // 05:09:57 TES orb #21201: 2003-202 // 07:07:41 TES orb #21202: 2003-202 // 09:05:23 TES orb #21203: 2003-202 // 11:03:03 TES orb #21204: 2003-202 // 13:00:41 TES orb #21205: 2003-202 // 14:58:24 TES orb #21206: 2003-202 // 16:56:08 TES orb #21207: 2003-202 // 18:53:53 TES orb #21208: 2003-202 // 20:51:34 TES orb #21209: 2003-202 // 22:49:14 TES orb #21210: 2003-203 // 00:46:53 TES orb #21211: 2003-203 // 02:44:34 TES orb #21212: 2003-203 // 04:42:17 TES orb #21213: 2003-203 // 06:40:02 TES orb #21214: 2003-203 // 08:37:46 TES orb #21215: 2003-203 // 10:35:27 TES orb #21216: 2003-203 // 12:33:05 TES orb #21217: 2003-203 // 14:30:44 TES orb #21218: 2003-203 // 16:28:28 TES orb #21219: 2003-203 // 18:26:13 TES orb #21220: 2003-203 // 20:23:56 TES orb #21221: 2003-203 // 22:21:36 TES orb #21222: 2003-204 // 00:19:16 TES orb #21223: 2003-204 // 02:16:55 TES orb #21224: 2003-204 // 04:14:37 TES orb #21225: 2003-204 // 06:12:21 TES orb #21226: 2003-204 // 08:10:05 TES orb #21227: 2003-204 // 10:07:48 TES orb #21228: 2003-204 // 12:05:27 TES orb #21229: 2003-204 // 14:03:05 TES orb #21230: 2003-204 // 16:00:47 TES orb #21231: 2003-204 // 17:58:32 TES orb #21232: 2003-204 // 19:56:16 p21145.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -61 to +28 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +29(asc) to -62(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -51 to +19 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +20(asc) to -52(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm297, mm298, mz289, and mz290; beta supplement with 16 degree offpoint mapping and small angle rolls 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm297 and mm298 define offset angle of 5.0 west degrees; ock 21140-21224 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21169 slew starts at 1371 - ock 21171 slew starts at 495 - ock 21181 slew starts at 905 - ock 21182 slew starts at 1528 - ock 21187 slew starts at 1455 - ock 21188 slew starts at 1279 - ock 21189 slew starts at 1354 - ock 21190 slew starts at 1031 - ock 21201 slew starts at 869 - ock 21202 slew starts at 1366 - ock 21218 slew starts at 1271 - ock 21224 slew starts at 1472 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2987 to ockB, ick 68 TES orb #21233: 2003-204 // 21:53:59 - p21233.img TES orb #21234: 2003-204 // 23:51:39 TES orb #21235: 2003-205 // 01:49:18 TES orb #21236: 2003-205 // 03:46:58 TES orb #21237: 2003-205 // 05:44:41 TES orb #21238: 2003-205 // 07:42:26 TES orb #21239: 2003-205 // 09:40:10 TES orb #21240: 2003-205 // 11:37:52 TES orb #21241: 2003-205 // 13:35:30 TES orb #21242: 2003-205 // 15:33:09 TES orb #21243: 2003-205 // 17:30:53 TES orb #21244: 2003-205 // 19:28:37 TES orb #21245: 2003-205 // 21:26:21 TES orb #21246: 2003-205 // 23:24:02 TES orb #21247: 2003-206 // 01:21:41 TES orb #21248: 2003-206 // 03:19:20 TES orb #21249: 2003-206 // 05:17:02 TES orb #21250: 2003-206 // 07:14:45 TES orb #21251: 2003-206 // 09:12:29 TES orb #21252: 2003-206 // 11:10:12 TES orb #21253: 2003-206 // 13:07:52 TES orb #21254: 2003-206 // 15:05:30 TES orb #21255: 2003-206 // 17:03:11 TES orb #21256: 2003-206 // 19:00:55 TES orb #21257: 2003-206 // 20:58:40 TES orb #21258: 2003-206 // 22:56:22 TES orb #21259: 2003-207 // 00:54:03 TES orb #21260: 2003-207 // 02:51:42 TES orb #21261: 2003-207 // 04:49:22 TES orb #21262: 2003-207 // 06:47:04 TES orb #21263: 2003-207 // 08:44:49 TES orb #21264: 2003-207 // 10:42:33 TES orb #21265: 2003-207 // 12:40:15 TES orb #21266: 2003-207 // 14:37:54 TES orb #21267: 2003-207 // 16:35:32 TES orb #21268: 2003-207 // 18:33:15 TES orb #21269: 2003-207 // 20:31:00 TES orb #21270: 2003-207 // 22:28:44 TES orb #21271: 2003-208 // 00:26:25 TES orb #21272: 2003-208 // 02:24:05 TES orb #21273: 2003-208 // 04:21:44 TES orb #21274: 2003-208 // 06:19:25 TES orb #21275: 2003-208 // 08:17:08 TES orb #21276: 2003-208 // 10:14:52 TES orb #21277: 2003-208 // 12:12:36 TES orb #21278: 2003-208 // 14:10:16 TES orb #21279: 2003-208 // 16:07:54 TES orb #21280: 2003-208 // 18:05:34 TES orb #21281: 2003-208 // 20:03:18 - No DATA TES orb #21282: 2003-208 // 22:01:02 - No DATA TES orb #21283: 2003-208 // 23:58:45 TES orb #21284: 2003-209 // 01:56:26 TES orb #21285: 2003-209 // 03:54:05 TES orb #21286: 2003-209 // 05:51:44 TES orb #21287: 2003-209 // 07:49:27 TES orb #21288: 2003-209 // 09:47:11 TES orb #21289: 2003-209 // 11:44:55 TES orb #21290: 2003-209 // 13:42:38 TES orb #21291: 2003-209 // 15:40:17 TES orb #21292: 2003-209 // 17:37:55 TES orb #21293: 2003-209 // 19:35:38 TES orb #21294: 2003-209 // 21:33:23 TES orb #21295: 2003-209 // 23:31:07 TES orb #21296: 2003-210 // 01:28:49 TES orb #21297: 2003-210 // 03:26:28 TES orb #21298: 2003-210 // 05:24:07 TES orb #21299: 2003-210 // 07:21:48 TES orb #21300: 2003-210 // 09:19:31 TES orb #21301: 2003-210 // 11:17:16 TES orb #21302: 2003-210 // 13:15:00 TES orb #21303: 2003-210 // 15:12:41 TES orb #21304: 2003-210 // 17:10:19 TES orb #21305: 2003-210 // 19:07:58 TES orb #21306: 2003-210 // 21:05:42 TES orb #21307: 2003-210 // 23:03:26 TES orb #21308: 2003-211 // 01:01:10 TES orb #21309: 2003-211 // 02:58:50 TES orb #21310: 2003-211 // 04:56:29 TES orb #21311: 2003-211 // 06:54:09 TES orb #21312: 2003-211 // 08:51:51 TES orb #21313: 2003-211 // 10:49:34 TES orb #21314: 2003-211 // 12:47:19 TES orb #21315: 2003-211 // 14:45:01 p21233.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -67 to +23 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +24(asc) to -68(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -57 to +13 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +14(asc) to -58(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm299, mm300, mz291, and mz292; beta supplement with 16 degree offpoint mapping and small angle rolls 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm299 and mm300 define offset angle of 2.0 west degrees; ock 21225-21310 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21242 slew starts at 832 - ock 21243 slew starts at 1273 - ock 21248 slew starts at 1781 - ock 21251 slew starts at 855 - ock 21267 slew starts at 1021 - ock 21268 slew starts at 1044 - ock 21269 slew starts at 1443 - ock 21289 slew starts at 1276 - ock 21292 slew starts at 1577 - ock 21294 slew starts at 1470 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2970 to ockB, ick 56 TES orb #21316: 2003-211 // 16:42:41 - p21316.img TES orb #21317: 2003-211 // 18:40:19 TES orb #21318: 2003-211 // 20:38:01 TES orb #21319: 2003-211 // 22:35:46 TES orb #21320: 2003-212 // 00:33:30 TES orb #21321: 2003-212 // 02:31:12 TES orb #21322: 2003-212 // 04:28:52 TES orb #21323: 2003-212 // 06:26:31 TES orb #21324: 2003-212 // 08:24:12 TES orb #21325: 2003-212 // 10:21:55 TES orb #21326: 2003-212 // 12:19:39 TES orb #21327: 2003-212 // 14:17:23 TES orb #21328: 2003-212 // 16:15:05 TES orb #21329: 2003-212 // 18:12:43 TES orb #21330: 2003-212 // 20:10:22 TES orb #21331: 2003-212 // 22:08:06 TES orb #21332: 2003-213 // 00:05:51 TES orb #21333: 2003-213 // 02:03:34 TES orb #21334: 2003-213 // 04:01:15 TES orb #21335: 2003-213 // 05:58:54 TES orb #21336: 2003-213 // 07:56:33 TES orb #21337: 2003-213 // 09:54:15 TES orb #21338: 2003-213 // 11:51:58 TES orb #21339: 2003-213 // 13:49:42 TES orb #21340: 2003-213 // 15:47:26 TES orb #21341: 2003-213 // 17:45:05 TES orb #21342: 2003-213 // 19:42:43 TES orb #21343: 2003-213 // 21:40:24 TES orb #21344: 2003-213 // 23:38:08 TES orb #21345: 2003-214 // 01:35:53 TES orb #21346: 2003-214 // 03:33:35 TES orb #21347: 2003-214 // 05:31:16 TES orb #21348: 2003-214 // 07:28:55 TES orb #21349: 2003-214 // 09:26:35 TES orb #21350: 2003-214 // 11:24:17 TES orb #21351: 2003-214 // 13:22:02 TES orb #21352: 2003-214 // 15:19:46 TES orb #21353: 2003-214 // 17:17:28 TES orb #21354: 2003-214 // 19:15:07 TES orb #21355: 2003-214 // 21:12:45 TES orb #21356: 2003-214 // 23:10:28 TES orb #21357: 2003-215 // 01:08:13 TES orb #21358: 2003-215 // 03:05:57 TES orb #21359: 2003-215 // 05:03:38 TES orb #21360: 2003-215 // 07:01:17 TES orb #21361: 2003-215 // 08:58:56 TES orb #21362: 2003-215 // 10:56:37 TES orb #21363: 2003-215 // 12:54:21 TES orb #21364: 2003-215 // 14:52:05 TES orb #21365: 2003-215 // 16:49:48 TES orb #21366: 2003-215 // 18:47:29 TES orb #21367: 2003-215 // 20:45:06 TES orb #21368: 2003-215 // 22:42:46 TES orb #21369: 2003-216 // 00:40:30 TES orb #21370: 2003-216 // 02:38:15 TES orb #21371: 2003-216 // 04:35:58 TES orb #21372: 2003-216 // 06:33:38 TES orb #21373: 2003-216 // 08:31:17 TES orb #21374: 2003-216 // 10:28:57 TES orb #21375: 2003-216 // 12:26:39 TES orb #21376: 2003-216 // 14:24:23 TES orb #21377: 2003-216 // 16:22:08 TES orb #21378: 2003-216 // 18:19:50 TES orb #21379: 2003-216 // 20:17:29 TES orb #21380: 2003-216 // 22:15:07 TES orb #21381: 2003-217 // 00:12:50 - No DATA TES orb #21382: 2003-217 // 02:10:35 TES orb #21383: 2003-217 // 04:08:19 TES orb #21384: 2003-217 // 06:06:01 TES orb #21385: 2003-217 // 08:03:40 TES orb #21386: 2003-217 // 10:01:19 TES orb #21387: 2003-217 // 11:59:00 TES orb #21388: 2003-217 // 13:56:43 TES orb #21389: 2003-217 // 15:54:28 TES orb #21390: 2003-217 // 17:52:12 TES orb #21391: 2003-217 // 19:49:53 TES orb #21392: 2003-217 // 21:47:30 TES orb #21393: 2003-217 // 23:45:10 TES orb #21394: 2003-218 // 01:42:54 TES orb #21395: 2003-218 // 03:40:38 TES orb #21396: 2003-218 // 05:38:21 TES orb #21397: 2003-218 // 07:36:02 TES orb #21398: 2003-218 // 09:33:41 TES orb #21399: 2003-218 // 11:31:20 TES orb #21400: 2003-218 // 13:29:02 p21316.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS MGS IMAGE MOTION COMPENSATION ACTIVATED 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -74 to +34 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +35(asc) to -75(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -64 to +24 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +25(asc) to -65(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm301, mm302, mz293, mz294, and mz295; beta supplement with 16 degree offpoint mapping and small angle rolls 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm301 and mm302 define offset angle of 1.3 west degrees; ock 21311-21405 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21340 slew starts at 1367 - ock 21361 slew starts at 1607 - ock 21380 slew starts at 1270 - ock 21381 slew starts at 1047 - ock 21382 slew starts at 1443 - ock 21383 slew starts at 1529 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2937 to ockB, ick 62 17) Spacecraft executes IMC (image motion compensation) to assist MOC imaging TES stares nadir (-16 degree) for duration - ock 21341, icks 1491-1822 TES orb #21401: 2003-218 // 15:26:46 - p21401.img TES orb #21402: 2003-218 // 17:24:30 TES orb #21403: 2003-218 // 19:22:13 TES orb #21404: 2003-218 // 21:19:53 TES orb #21405: 2003-218 // 23:17:31 TES orb #21406: 2003-219 // 01:15:13 TES orb #21407: 2003-219 // 03:12:57 TES orb #21408: 2003-219 // 05:10:42 TES orb #21409: 2003-219 // 07:08:24 TES orb #21410: 2003-219 // 09:05:56 TES orb #21411: 2003-219 // 11:03:34 TES orb #21412: 2003-219 // 13:01:15 TES orb #21413: 2003-219 // 14:58:58 TES orb #21414: 2003-219 // 16:56:42 TES orb #21415: 2003-219 // 18:54:26 TES orb #21416: 2003-219 // 20:52:08 TES orb #21417: 2003-219 // 22:49:46 TES orb #21418: 2003-220 // 00:47:25 TES orb #21419: 2003-220 // 02:45:08 TES orb #21420: 2003-220 // 04:42:53 TES orb #21421: 2003-220 // 06:40:36 TES orb #21422: 2003-220 // 08:38:17 TES orb #21423: 2003-220 // 10:35:56 TES orb #21424: 2003-220 // 12:33:36 TES orb #21425: 2003-220 // 14:31:17 TES orb #21426: 2003-220 // 16:29:00 - No TLM TES orb #21427: 2003-220 // 18:26:44 - No DATA TES orb #21428: 2003-220 // 20:24:27 TES orb #21429: 2003-220 // 22:22:07 TES orb #21430: 2003-221 // 00:19:45 TES orb #21431: 2003-221 // 02:17:26 TES orb #21432: 2003-221 // 04:15:10 TES orb #21433: 2003-221 // 06:12:54 TES orb #21434: 2003-221 // 08:10:37 TES orb #21435: 2003-221 // 10:08:17 TES orb #21436: 2003-221 // 12:05:56 TES orb #21437: 2003-221 // 14:03:36 TES orb #21438: 2003-221 // 16:01:18 - No DATA TES orb #21439: 2003-221 // 17:59:03 - No DATA TES orb #21440: 2003-221 // 19:56:47 - No DATA TES orb #21441: 2003-221 // 21:54:29 - No DATA TES orb #21442: 2003-221 // 23:52:07 TES orb #21443: 2003-222 // 01:49:46 TES orb #21444: 2003-222 // 03:47:29 TES orb #21445: 2003-222 // 05:45:14 TES orb #21446: 2003-222 // 07:42:57 TES orb #21447: 2003-222 // 09:40:38 TES orb #21448: 2003-222 // 11:38:18 TES orb #21449: 2003-222 // 13:35:57 TES orb #21450: 2003-222 // 15:33:38 TES orb #21451: 2003-222 // 17:31:21 TES orb #21452: 2003-222 // 19:29:05 TES orb #21453: 2003-222 // 21:27:52 TES orb #21454: 2003-222 // 23:24:29 TES orb #21455: 2003-223 // 01:22:06 TES orb #21456: 2003-223 // 03:19:46 TES orb #21457: 2003-223 // 05:17:30 TES orb #21458: 2003-223 // 07:15:14 TES orb #21459: 2003-223 // 09:12:57 TES orb #21460: 2003-223 // 11:10:38 TES orb #21461: 2003-223 // 13:08:17 - No ATM GEO POS TLM TES orb #21462: 2003-223 // 15:05:56 - No ATM GEO POS TLM TES orb #21463: 2003-223 // 17:03:38 TES orb #21464: 2003-223 // 19:01:22 TES orb #21465: 2003-223 // 20:59:07 TES orb #21466: 2003-223 // 22:56:49 TES orb #21467: 2003-224 // 00:54:28 TES orb #21468: 2003-224 // 02:52:06 TES orb #21469: 2003-224 // 04:49:49 TES orb #21470: 2003-224 // 06:47:33 TES orb #21471: 2003-224 // 08:45:17 TES orb #21472: 2003-224 // 10:42:59 TES orb #21473: 2003-224 // 12:40:39 TES orb #21474: 2003-224 // 14:38:18 TES orb #21475: 2003-224 // 16:35:58 TES orb #21476: 2003-224 // 18:33:42 TES orb #21477: 2003-224 // 20:31:26 TES orb #21478: 2003-224 // 22:29:10 TES orb #21479: 2003-225 // 00:26:51 TES orb #21480: 2003-225 // 02:24:28 TES orb #21481: 2003-225 // 04:22:08 TES orb #21482: 2003-225 // 06:19:51 TES orb #21483: 2003-225 // 08:17:36 TES orb #21484: 2003-225 // 10:15:19 TES orb #21485: 2003-225 // 12:13:00 TES orb #21486: 2003-225 // 14:10:39 - No DATA p21401.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -80 to +40 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +41(asc) to -81(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -70 to +30 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +31(asc) to -71(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm302, mm303, mz296, and mz297; beta supplement with 16 degree offpoint mapping and small angle rolls 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm302 define offset angle of 1.3 west degrees; ock 21357-21405 - command sequences mm303 define offset angle of 0.9 west degrees; ock 21406-21442 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21410 slew starts at 1734 - ock 21411 slew starts at 1563 - ock 21417 slew starts at 1469 - ock 21418 slew starts at 814 - ock 21419 slew starts at 1274 - ock 21430 slew starts at 1329 - ock 21431 slew starts at 561 - ock 21443 slew starts at 1276 - ock 21444 slew starts at 1410 - ock 21451 slew starts at 708 - ock 21453 slew starts at 1320 - ock 21456 slew starts at 551 - ock 21470 slew starts at 1061 - ock 21471 slew starts at 1532 - ock 21472 slew starts at 991 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2883 to ockB, ick 101 TES orb #21487: 2003-225 // 16:08:18 - p21487.img TES orb #21488: 2003-225 // 18:06:00 TES orb #21489: 2003-225 // 20:03:43 TES orb #21490: 2003-225 // 22:01:27 TES orb #21491: 2003-225 // 23:59:10 TES orb #21492: 2003-226 // 01:56:50 TES orb #21493: 2003-226 // 03:54:27 TES orb #21494: 2003-226 // 05:52:09 TES orb #21495: 2003-226 // 07:49:54 TES orb #21496: 2003-226 // 09:47:38 TES orb #21497: 2003-226 // 11:45:20 TES orb #21498: 2003-226 // 13:43:00 TES orb #21499: 2003-226 // 15:40:39 TES orb #21500: 2003-226 // 17:38:20 TES orb #21501: 2003-226 // 19:36:02 TES orb #21502: 2003-226 // 21:33:47 TES orb #21503: 2003-226 // 23:31:31 TES orb #21504: 2003-227 // 01:29:12 TES orb #21505: 2003-227 // 03:26:51 TES orb #21506: 2003-227 // 05:24:29 TES orb #21507: 2003-227 // 07:22:13 TES orb #21508: 2003-227 // 09:19:58 TES orb #21509: 2003-227 // 11:17:41 TES orb #21510: 2003-227 // 13:15:22 TES orb #21511: 2003-227 // 15:13:01 TES orb #21512: 2003-227 // 17:10:40 TES orb #21513: 2003-227 // 19:08:21 TES orb #21514: 2003-227 // 21:06:04 TES orb #21515: 2003-227 // 23:03:49 TES orb #21516: 2003-228 // 01:01:32 TES orb #21517: 2003-228 // 02:59:11 TES orb #21518: 2003-228 // 04:56:49 TES orb #21519: 2003-228 // 06:54:30 TES orb #21520: 2003-228 // 08:52:14 TES orb #21521: 2003-228 // 10:49:58 TES orb #21522: 2003-228 // 12:47:41 TES orb #21523: 2003-228 // 14:45:21 TES orb #21524: 2003-228 // 16:43:00 TES orb #21525: 2003-228 // 18:40:40 TES orb #21526: 2003-228 // 20:38:22 TES orb #21527: 2003-228 // 22:36:06 TES orb #21528: 2003-229 // 00:33:51 TES orb #21529: 2003-229 // 02:31:33 TES orb #21530: 2003-229 // 04:29:11 TES orb #21531: 2003-229 // 06:26:50 TES orb #21532: 2003-229 // 08:24:33 TES orb #21533: 2003-229 // 10:22:17 TES orb #21534: 2003-229 // 12:20:01 TES orb #21535: 2003-229 // 14:17:42 TES orb #21536: 2003-229 // 16:15:21 TES orb #21537: 2003-229 // 18:13:00 TES orb #21538: 2003-229 // 20:10:41 TES orb #21539: 2003-229 // 22:08:24 TES orb #21540: 2003-230 // 00:06:09 TES orb #21541: 2003-230 // 02:03:52 TES orb #21542: 2003-230 // 04:01:32 TES orb #21543: 2003-230 // 05:59:10 TES orb #21544: 2003-230 // 07:56:49 TES orb #21545: 2003-230 // 09:54:34 TES orb #21546: 2003-230 // 11:52:18 TES orb #21547: 2003-230 // 13:50:01 TES orb #21548: 2003-230 // 15:47:41 TES orb #21549: 2003-230 // 17:45:20 TES orb #21550: 2003-230 // 19:42:59 TES orb #21551: 2003-230 // 21:40:42 TES orb #21552: 2003-230 // 23:38:25 TES orb #21553: 2003-231 // 01:36:10 TES orb #21554: 2003-231 // 03:33:52 TES orb #21555: 2003-231 // 05:31:31 TES orb #21556: 2003-231 // 07:29:09 TES orb #21557: 2003-231 // 09:26:52 TES orb #21558: 2003-231 // 11:24:37 TES orb #21559: 2003-231 // 13:22:20 TES orb #21560: 2003-231 // 15:20:02 TES orb #21561: 2003-231 // 17:17:42 TES orb #21562: 2003-231 // 19:15:21 TES orb #21563: 2003-231 // 21:13:01 TES orb #21564: 2003-231 // 23:10:45 TES orb #21565: 2003-232 // 01:08:29 TES orb #21566: 2003-232 // 03:06:13 TES orb #21567: 2003-232 // 05:03:54 TES orb #21568: 2003-232 // 07:01:31 TES orb #21569: 2003-232 // 08:59:10 TES orb #21570: 2003-232 // 10:56:54 TES orb #21571: 2003-232 // 12:54:39 TES orb #21572: 2003-232 // 14:52:22 p21487.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; RADIO SCIENCE SLEWS; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -84 to +44 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +45(asc) to -85(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -74 to +34 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +35(asc) to -75(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm304, mm305, mm306 mz299, mz300, and mz301; beta supplement with 16 degree offpoint mapping and small angle rolls - Radio Science egress slews ocks 21535-21540 (mz300) nadir stare at surface with space/ref observations; no epfs or limb data on slew orbits 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm304 define offset angle of 0.9 west degrees; ock 21443-21491 - command sequences mm305 and mm306 define offset angle of 2.0 west degrees; ock 21492-21576 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21492 slew starts at 528 - ock 21493 slew starts at 539 - ock 21494 slew starts at 1053 - ock 21501 slew starts at 1382 - ock 21502 slew starts at 1170 - ock 21503 slew starts at 1320 - ock 21504 slew starts at 1314 - ock 21560 slew starts at 523 - ock 21561 slew starts at 1145 - ock 21562 slew starts at 1346 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2866 to ockB, ick 106 TES orb #21573: 2003-232 // 16:50:02 - p21573.img TES orb #21574: 2003-232 // 18:47:41 TES orb #21575: 2003-232 // 20:45:21 TES orb #21576: 2003-232 // 22:43:02 TES orb #21577: 2003-233 // 00:40:46 TES orb #21578: 2003-233 // 02:38:31 TES orb #21579: 2003-233 // 04:36:13 TES orb #21580: 2003-233 // 06:33:53 TES orb #21581: 2003-233 // 08:31:31 TES orb #21582: 2003-233 // 10:29:12 TES orb #21583: 2003-233 // 12:26:57 TES orb #21584: 2003-233 // 14:24:41 TES orb #21585: 2003-233 // 16:22:23 TES orb #21586: 2003-233 // 18:20:03 TES orb #21587: 2003-233 // 20:17:42 TES orb #21588: 2003-233 // 22:15:22 TES orb #21589: 2003-234 // 00:13:05 TES orb #21590: 2003-234 // 02:10:50 TES orb #21591: 2003-234 // 04:08:34 TES orb #21592: 2003-234 // 06:06:15 TES orb #21593: 2003-234 // 08:03:53 TES orb #21594: 2003-234 // 10:01:32 TES orb #21595: 2003-234 // 11:59:16 TES orb #21596: 2003-234 // 13:57:00 TES orb #21597: 2003-234 // 15:54:43 TES orb #21598: 2003-234 // 17:52:24 TES orb #21599: 2003-234 // 19:50:04 TES orb #21600: 2003-234 // 21:47:43 TES orb #21601: 2003-234 // 23:45:24 TES orb #21602: 2003-235 // 01:43:07 TES orb #21603: 2003-235 // 03:40:51 TES orb #21604: 2003-235 // 05:38:34 TES orb #21605: 2003-235 // 07:36:14 TES orb #21606: 2003-235 // 09:33:51 TES orb #21607: 2003-235 // 11:31:32 TES orb #21608: 2003-235 // 13:29:17 TES orb #21609: 2003-235 // 15:27:01 TES orb #21610: 2003-235 // 17:24:43 TES orb #21611: 2003-235 // 19:22:23 TES orb #21612: 2003-235 // 21:20:02 TES orb #21613: 2003-235 // 23:17:42 TES orb #21614: 2003-236 // 01:15:25 TES orb #21615: 2003-236 // 03:13:09 TES orb #21616: 2003-236 // 05:10:53 TES orb #21617: 2003-236 // 07:08:35 TES orb #21618: 2003-236 // 09:06:13 TES orb #21619: 2003-236 // 11:03:52 TES orb #21620: 2003-236 // 13:01:35 TES orb #21621: 2003-236 // 14:59:19 TES orb #21622: 2003-236 // 16:57:03 TES orb #21623: 2003-236 // 18:54:44 TES orb #21624: 2003-236 // 20:52:24 TES orb #21625: 2003-236 // 22:50:02 TES orb #21626: 2003-237 // 00:47:43 TES orb #21627: 2003-237 // 02:45:26 TES orb #21628: 2003-237 // 04:43:11 TES orb #21629: 2003-237 // 06:40:54 TES orb #21630: 2003-237 // 08:38:34 TES orb #21631: 2003-237 // 10:36:11 TES orb #21632: 2003-237 // 12:33:51 TES orb #21633: 2003-237 // 14:31:35 TES orb #21634: 2003-237 // 16:29:20 TES orb #21635: 2003-237 // 18:27:02 TES orb #21636: 2003-237 // 20:24:43 - No DATA TES orb #21637: 2003-237 // 22:22:22 TES orb #21638: 2003-238 // 00:20:01 TES orb #21639: 2003-238 // 02:17:43 TES orb #21640: 2003-238 // 04:15:27 TES orb #21641: 2003-238 // 06:13:11 TES orb #21642: 2003-238 // 08:10:54 TES orb #21643: 2003-238 // 10:08:33 TES orb #21644: 2003-238 // 12:06:11 TES orb #21645: 2003-238 // 14:03:53 TES orb #21646: 2003-238 // 16:01:38 TES orb #21647: 2003-238 // 17:59:22 TES orb #21648: 2003-238 // 19:57:04 TES orb #21649: 2003-238 // 21:54:43 TES orb #21650: 2003-238 // 23:52:22 TES orb #21651: 2003-239 // 01:50:03 TES orb #21652: 2003-239 // 03:47:46 TES orb #21653: 2003-239 // 05:45:30 TES orb #21654: 2003-239 // 07:43:14 TES orb #21655: 2003-239 // 09:40:55 TES orb #21656: 2003-239 // 11:38:33 TES orb #21657: 2003-239 // 13:36:12 TES orb #21658: 2003-239 // 15:33:55 TES orb #21659: 2003-239 // 17:31:40 p21573.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -89(dec) to +49(asc) deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +50(asc) to -88(dec) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -81 to +39 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +40(asc) to -82(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) Ock 21623: long packet data in singles mode (10 cm-1) reference only (no surface) = full spectral, full spatial 6) upload covers spacecraft command sequences: mm306, mm307, mm308 mz302, and mz303; beta supplement with 16 degree offpoint mapping and small angle rolls 7) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm306 define offset angle of 2.0 west degrees; ock 21528-21576 - command sequences mm307 and mm308 define offset angle of 4.7 west degrees; ock 21577-21662 - applied in combination with 16 degree off nadir pitch 8) ROTO orbits and slew start icks - ock 21580 slew starts at 1562 - ock 21588 slew starts at 1406 - ock 21589 slew starts at 710 - ock 21600 slew starts at 1501 - ock 21608 slew starts at 1488 - ock 21612 slew starts at 1680 - ock 21614 slew starts at 1395 - ock 21627 slew starts at 721 - ock 21628 slew starts at 1278 - ock 21629 slew starts at 1353 - ock 21638 slew starts at 1127 - ock 21639 slew starts at 1385 - ock 21640 slew starts at 1423 - ock 21641 slew starts at 1277 9) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 10) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 11) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 12) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 13) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 14) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 15) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 16) 12 days loaded 17) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2775 to ockB, ick 90 TES orb #21660: 2003-239 // 19:29:23 - p21660.img TES orb #21661: 2003-239 // 21:27:04 TES orb #21662: 2003-239 // 23:24:42 TES orb #21663: 2003-240 // 01:22:22 TES orb #21664: 2003-240 // 03:20:03 TES orb #21665: 2003-240 // 05:17:47 TES orb #21666: 2003-240 // 07:15:31 TES orb #21667: 2003-240 // 09:13:14 TES orb #21668: 2003-240 // 11:10:53 TES orb #21669: 2003-240 // 13:08:31 TES orb #21670: 2003-240 // 15:06:13 TES orb #21671: 2003-240 // 17:03:57 TES orb #21672: 2003-240 // 19:01:41 TES orb #21673: 2003-240 // 20:59:24 TES orb #21674: 2003-240 // 22:57:03 TES orb #21675: 2003-241 // 00:54:42 TES orb #21676: 2003-241 // 02:52:23 TES orb #21677: 2003-241 // 04:50:06 TES orb #21678: 2003-241 // 06:47:50 TES orb #21679: 2003-241 // 08:45:34 TES orb #21680: 2003-241 // 10:43:15 TES orb #21681: 2003-241 // 12:40:53 TES orb #21682: 2003-241 // 14:38:32 TES orb #21683: 2003-241 // 16:36:16 TES orb #21684: 2003-241 // 18:34:00 TES orb #21685: 2003-241 // 20:31:43 TES orb #21686: 2003-241 // 22:29:24 TES orb #21687: 2003-242 // 00:27:03 TES orb #21688: 2003-242 // 02:24:42 TES orb #21689: 2003-242 // 04:22:24 TES orb #21690: 2003-242 // 06:20:07 TES orb #21691: 2003-242 // 08:17:51 TES orb #21692: 2003-242 // 10:15:34 TES orb #21693: 2003-242 // 12:13:14 TES orb #21694: 2003-242 // 14:10:51 TES orb #21695: 2003-242 // 16:08:32 TES orb #21696: 2003-242 // 18:06:16 TES orb #21697: 2003-242 // 20:04:00 TES orb #21698: 2003-242 // 22:01:43 TES orb #21699: 2003-242 // 23:59:19 TES orb #21700: 2003-243 // 01:56:58 TES orb #21701: 2003-243 // 03:54:38 TES orb #21702: 2003-243 // 05:52:20 TES orb #21703: 2003-243 // 07:50:04 TES orb #21704: 2003-243 // 09:47:49 TES orb #21705: 2003-243 // 11:45:30 TES orb #21706: 2003-243 // 13:43:09 TES orb #21707: 2003-243 // 15:40:47 TES orb #21708: 2003-243 // 17:38:30 TES orb #21709: 2003-243 // 19:36:15 TES orb #21710: 2003-243 // 21:33:58 TES orb #21711: 2003-243 // 23:31:39 TES orb #21712: 2003-244 // 01:29:19 TES orb #21713: 2003-244 // 03:26:58 TES orb #21714: 2003-244 // 05:24:38 TES orb #21715: 2003-244 // 07:22:21 TES orb #21716: 2003-244 // 09:20:06 TES orb #21717: 2003-244 // 11:17:49 TES orb #21718: 2003-244 // 13:15:29 TES orb #21719: 2003-244 // 15:13:06 TES orb #21720: 2003-244 // 17:10:46 TES orb #21721: 2003-244 // 19:08:30 TES orb #21722: 2003-244 // 21:06:14 TES orb #21723: 2003-244 // 23:03:57 TES orb #21724: 2003-245 // 01:01:37 TES orb #21725: 2003-245 // 02:59:16 TES orb #21726: 2003-245 // 04:56:56 TES orb #21727: 2003-245 // 06:54:38 TES orb #21728: 2003-245 // 08:52:22 TES orb #21729: 2003-245 // 10:50:06 TES orb #21730: 2003-245 // 12:47:48 TES orb #21731: 2003-245 // 14:45:27 TES orb #21732: 2003-245 // 16:43:05 TES orb #21733: 2003-245 // 18:40:48 TES orb #21734: 2003-245 // 20:38:32 TES orb #21735: 2003-245 // 22:36:16 TES orb #21736: 2003-246 // 00:33:58 TES orb #21737: 2003-246 // 02:31:37 TES orb #21738: 2003-246 // 04:29:16 TES orb #21739: 2003-246 // 06:26:57 TES orb #21740: 2003-246 // 08:24:40 TES orb #21741: 2003-246 // 10:22:24 TES orb #21742: 2003-246 // 12:20:08 TES orb #21743: 2003-246 // 14:17:49 TES orb #21744: 2003-246 // 16:15:26 TES orb #21745: 2003-246 // 18:13:05 TES orb #21746: 2003-246 // 20:10:49 TES orb #21747: 2003-246 // 22:08:33 TES orb #21748: 2003-247 // 00:06:16 TES orb #21749: 2003-247 // 02:03:57 TES orb #21750: 2003-247 // 04:01:35 TES orb #21751: 2003-247 // 05:59:15 TES orb #21752: 2003-247 // 07:56:57 TES orb #21753: 2003-247 // 09:54:40 TES orb #21754: 2003-247 // 11:52:24 TES orb #21755: 2003-247 // 13:50:07 TES orb #21756: 2003-247 // 15:47:46 TES orb #21757: 2003-247 // 17:45:24 TES orb #21758: 2003-247 // 19:43:06 TES orb #21759: 2003-247 // 21:40:50 TES orb #21760: 2003-247 // 23:38:34 TES orb #21761: 2003-248 // 01:36:16 TES orb #21762: 2003-248 // 03:33:56 TES orb #21763: 2003-248 // 05:31:35 TES orb #21764: 2003-248 // 07:29:15 TES orb #21765: 2003-248 // 09:26:58 TES orb #21766: 2003-248 // 11:24:42 TES orb #21767: 2003-248 // 13:22:26 TES orb #21768: 2003-248 // 15:20:08 TES orb #21769: 2003-248 // 17:17:46 p21660.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -83(dec) to +62(asc) deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +63(asc) to -82(dec) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -87 to +52 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +53(asc) to -88(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm308, mm309, mm310 mz304, and mz305; beta supplement with 16 degree offpoint mapping and small angle rolls 6) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm308 define offset angle of 4.7 west degrees; ock 21614-21662 - command sequences mm309 and mm310 define offset angle of 5.0 west degrees; ock 21663-21747 - applied in combination with 16 degree off nadir pitch 7) ROTO orbits and slew start icks - ock 21663 slew starts at 1495 - ock 21675 slew starts at 1486 - ock 21676 slew starts at 1399 - ock 21677 slew starts at 725 - ock 21685 slew starts at 1503 - ock 21697 slew starts at 1057 - ock 21701 slew starts at 1331 - ock 21702 slew starts at 1520 - ock 21718 slew starts at 1280 - ock 21726 slew starts at 1856 - ock 21727 slew starts at 1397 - ock 21728 slew starts at 1222 - ock 21738 slew starts at 1510 - ock 21740 slew starts at 728 - ock 21746 slew starts at 1271 - ock 21747 slew starts at 1028 8) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 9) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 10) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 11) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 12) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 13) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2775 to ockB, ick 86 TES orb #21770: 2003-248 // 19:15:25 - p21770.img TES orb #21771: 2003-248 // 21:13:08 TES orb #21772: 2003-248 // 23:10:52 TES orb #21773: 2003-249 // 01:08:35 TES orb #21774: 2003-249 // 03:06:17 TES orb #21775: 2003-249 // 05:03:56 TES orb #21776: 2003-249 // 07:01:34 TES orb #21777: 2003-249 // 08:59:16 TES orb #21778: 2003-249 // 10:56:59 TES orb #21779: 2003-249 // 12:54:43 TES orb #21780: 2003-249 // 14:52:26 TES orb #21781: 2003-249 // 16:50:05 TES orb #21782: 2003-249 // 18:47:43 TES orb #21783: 2003-249 // 20:45:23 TES orb #21784: 2003-249 // 22:43:08 TES orb #21785: 2003-250 // 00:40:52 TES orb #21786: 2003-250 // 02:38:34 TES orb #21787: 2003-250 // 04:36:14 TES orb #21788: 2003-250 // 06:33:53 TES orb #21789: 2003-250 // 08:31:33 TES orb #21790: 2003-250 // 10:29:15 TES orb #21791: 2003-250 // 12:26:59 TES orb #21792: 2003-250 // 14:24:44 TES orb #21793: 2003-250 // 16:22:25 TES orb #21794: 2003-250 // 18:20:04 TES orb #21795: 2003-250 // 20:17:42 TES orb #21796: 2003-250 // 22:15:25 TES orb #21797: 2003-251 // 00:13:10 TES orb #21798: 2003-251 // 02:10:53 TES orb #21799: 2003-251 // 04:08:34 TES orb #21800: 2003-251 // 06:06:13 TES orb #21801: 2003-251 // 08:03:52 TES orb #21802: 2003-251 // 10:01:33 TES orb #21803: 2003-251 // 11:59:16 TES orb #21804: 2003-251 // 13:57:00 TES orb #21805: 2003-251 // 15:54:44 TES orb #21806: 2003-251 // 17:52:24 TES orb #21807: 2003-251 // 19:50:01 TES orb #21808: 2003-251 // 21:47:41 TES orb #21809: 2003-251 // 23:45:25 TES orb #21810: 2003-252 // 01:43:09 TES orb #21811: 2003-252 // 03:40:52 TES orb #21812: 2003-252 // 05:38:32 TES orb #21813: 2003-252 // 07:36:11 TES orb #21814: 2003-252 // 09:33:50 TES orb #21815: 2003-252 // 11:31:32 TES orb #21816: 2003-252 // 13:29:16 TES orb #21817: 2003-252 // 15:27:00 TES orb #21818: 2003-252 // 17:24:42 TES orb #21819: 2003-252 // 19:22:21 TES orb #21820: 2003-252 // 21:19:59 TES orb #21821: 2003-252 // 23:17:42 TES orb #21822: 2003-253 // 01:15:26 TES orb #21823: 2003-253 // 03:13:10 TES orb #21824: 2003-253 // 05:10:52 TES orb #21825: 2003-253 // 07:08:31 TES orb #21826: 2003-253 // 09:06:10 TES orb #21827: 2003-253 // 11:03:51 TES orb #21828: 2003-253 // 13:01:34 TES orb #21829: 2003-253 // 14:59:18 TES orb #21830: 2003-253 // 16:57:02 TES orb #21831: 2003-253 // 18:54:42 p21770.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ADD SMALL ANGLE ROLL TO 16 DEGREE PITCH ORIENTATION; MGS NADIR SLEWS 1) optical switch 00 2) stare nadir (-16 degree) to force internal check of mirror position - for 20 icks starting at ick 700 per 10th orbit - executed only in single (10 cm-1) mode - spatial mask (detector_mask=1) on even numbered ocks 3) short packet data in singles mode (10 cm-1) for all non-realtime orbits day surface = -81(dec) to +51(asc) deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +52(asc) to -80(dec) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -89 to +41 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +42(asc) to -88(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial - long packets for all data and space/reference sets 5) Ock 21792: long packet data in singles mode (10 cm-1) reference only (no surface) = full spectral, full spatial - space only icks 0-1763 - interferograms icks 1473-1482, detectors 2 and 5 - blackbody refs only icks 1774-3533 - interferograms icks 2062-2071, detectors 2 and 5 6) upload covers spacecraft command sequences: mm310, mm311, mm312 mz306, and mz307; beta supplement with 16 degree offpoint mapping and small angle rolls 7) Spacecraft executes small angle rolls in order to displace MOC field of view - command sequences mm310 define offset angle of 5.0 west degrees; ock 21700-21747 - command sequences mm311 and mm312 define offset angle of 0 west degrees - applied in combination with 16 degree off nadir pitch 8) ROTO orbits and slew start icks - ock 21772 slew starts at 1473 - ock 21774 slew starts at 1339 - ock 21783 slew starts at 1009 - ock 21795 slew starts at 1713 - ock 21797 slew starts at 1443 - ock 21798 slew starts at 1529 - ock 21800 slew starts at 1139 - ock 21807 slew starts at 1642 - ock 21808 slew starts at 1033 - ock 21815 slew starts at 1385 - ock 21816 slew starts at 1261 - ock 21825 slew starts at 1026 - ock 21827 slew starts at 1405 9) limb: all aft looking, space, limb set (100 km height 1/2 degree steps, padded by one look at surface angle) - all short packets, full spatial 10) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 11) EPF = -75.5,-70.5,-63,-42.5,-16,10.5,31,38.5,43.5 angles, 3 icks at each angle, all detectors returned 12) 1 S-polar, and 1 nightside epf per cycle; 15 orbits in full cycle; 2 or 3 dayside epf per 3rd orbit (epf-only orbit), using only -75 to +75 cycle, with -90 (S-polar), and +20 (nightside) 13) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 14) new_space_ref_long: on 12th orbit; 12 icks at ick 245, 835, and 3300 - during HGA and Solar Array motion and fixed period [for instrument response studies] 15) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 16) 12 days loaded 17) MGS spacecraft slewing to true nadir at descending equator crossing for improved fuel efficiency and to reduce need for Angular Momentum Desaturation (AMD) events - changes of TES observation cycle to accommodate spacecraft slew: limb and EPF angles adjusted during nadir dwell periods; day surface icks in detector_mask=1 - nadir slew of spacecraft every orbit from ockA, ick 2850 to ockB, ick 80