PDS_VERSION_ID = PDS3 RECORD_TYPE = STREAM OBJECT = TEXT PUBLICATION_DATE = 2004-10-15 START_ORBIT_NUMBER = 23114 STOP_ORBIT_NUMBER = 23872 START_TIME = 2003-358T16:21:33 STOP_TIME = 2004-055T17:58:21 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 #23114: 2003-358 // 16:21:33 - p23114.img TES orb #23115: 2003-358 // 18:19:15 TES orb #23116: 2003-358 // 20:17:01 TES orb #23117: 2003-358 // 22:14:49 TES orb #23118: 2003-359 // 00:12:34 TES orb #23119: 2003-359 // 02:10:17 TES orb #23120: 2003-359 // 04:07:59 TES orb #23121: 2003-359 // 06:05:41 TES orb #23122: 2003-359 // 08:03:26 TES orb #23123: 2003-359 // 10:01:12 TES orb #23124: 2003-359 // 12:58:59 TES orb #23125: 2003-359 // 13:56:45 TES orb #23126: 2003-359 // 15:54:26 TES orb #23127: 2003-359 // 17:52:07 TES orb #23128: 2003-359 // 19:49:52 TES orb #23129: 2003-359 // 21:47:40 TES orb #23130: 2003-359 // 23:45:26 TES orb #23131: 2003-360 // 01:43:11 TES orb #23132: 2003-360 // 03:40:54 TES orb #23133: 2003-360 // 05:38:35 TES orb #23134: 2003-360 // 07:36:18 TES orb #23135: 2003-360 // 09:34:04 TES orb #23136: 2003-360 // 11:31:51 TES orb #23137: 2003-360 // 13:29:38 TES orb #23138: 2003-360 // 15:27:22 TES orb #23139: 2003-360 // 17:25:03 TES orb #23140: 2003-360 // 19:22:44 TES orb #23141: 2003-360 // 21:20:31 TES orb #23142: 2003-360 // 23:18:18 TES orb #23143: 2003-361 // 01:16:04 TES orb #23144: 2003-361 // 03:13:48 TES orb #23145: 2003-361 // 05:11:29 TES orb #23146: 2003-361 // 07:09:11 TES orb #23147: 2003-361 // 09:06:55 TES orb #23148: 2003-361 // 11:04:42 TES orb #23149: 2003-361 // 13:02:28 TES orb #23150: 2003-361 // 15:00:14 TES orb #23151: 2003-361 // 16:57:56 TES orb #23152: 2003-361 // 18:55:37 TES orb #23153: 2003-361 // 20:53:21 TES orb #23154: 2003-361 // 22:51:08 TES orb #23155: 2003-362 // 00:48:55 TES orb #23156: 2003-362 // 02:46:40 TES orb #23157: 2003-362 // 04:44:23 TES orb #23158: 2003-362 // 06:42:04 - No TLM TES orb #23159: 2003-362 // 08:39:47 TES orb #23160: 2003-362 // 10:37:33 TES orb #23161: 2003-362 // 12:35:20 TES orb #23162: 2003-362 // 14:33:07 TES orb #23163: 2003-362 // 16:30:51 TES orb #23164: 2003-362 // 18:28:32 TES orb #23165: 2003-362 // 20:26:13 TES orb #23166: 2003-362 // 22:23:59 TES orb #23167: 2003-363 // 00:21:47 TES orb #23168: 2003-363 // 02:19:33 TES orb #23169: 2003-363 // 04:17:17 TES orb #23170: 2003-363 // 06:14:58 TES orb #23171: 2003-363 // 08:12:40 TES orb #23172: 2003-363 // 10:10:24 TES orb #23173: 2003-363 // 12:08:10 TES orb #23174: 2003-363 // 14:05:57 TES orb #23175: 2003-363 // 16:03:43 TES orb #23176: 2003-363 // 18:01:25 TES orb #23177: 2003-363 // 19:59:05 TES orb #23178: 2003-363 // 21:56:48 TES orb #23179: 2003-363 // 23:54:35 TES orb #23180: 2003-364 // 01:52:23 TES orb #23181: 2003-364 // 03:50:08 TES orb #23182: 2003-364 // 05:47:51 TES orb #23183: 2003-364 // 07:45:32 TES orb #23184: 2003-364 // 09:43:15 TES orb #23185: 2003-364 // 11:41:00 TES orb #23186: 2003-364 // 13:38:47 TES orb #23187: 2003-364 // 15:36:34 TES orb #23188: 2003-364 // 17:34:18 TES orb #23189: 2003-364 // 19:32:00 TES orb #23190: 2003-364 // 21:29:41 TES orb #23191: 2003-364 // 23:27:26 TES orb #23192: 2003-365 // 01:25:14 TES orb #23193: 2003-365 // 03:23:00 TES orb #23194: 2003-365 // 05:20:44 TES orb #23195: 2003-365 // 07:18:27 TES orb #23196: 2003-365 // 09:16:08 TES orb #23197: 2003-365 // 11:13:52 TES orb #23198: 2003-365 // 13:11:38 TES orb #23199: 2003-365 // 15:09:24 p23114.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE MGS-IMAGE MOTION COMPENSATION (IMC-PROTO) MANEUVER 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 +59(asc) deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +60(asc) to -88(dec) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -76 to +49 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +50(asc) to -77(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm328 and mz339; 16 degree offpoint mapping - mz339: MGS-IMC CPROTO (Pitch and Roll) maneuver for MOC image motion compensation 6) ROTO orbits and slew start icks: NONE 7) MGS-IMC PROTO orbits and icks; TES pointed nadir - ock 23129 slew icks 1316-1841 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 TES orb #23200: 2003-365 // 17:07:11 - p23200.img TES orb #23201: 2003-365 // 19:04:54 TES orb #23202: 2003-365 // 21:02:34 TES orb #23203: 2003-365 // 23:00:16 TES orb #23204: 2004-001 // 00:58:03 TES orb #23205: 2004-001 // 02:55:50 TES orb #23206: 2004-001 // 04:53:36 TES orb #23207: 2004-001 // 06:51:19 TES orb #23208: 2004-001 // 08:49:01 TES orb #23209: 2004-001 // 10:46:43 TES orb #23210: 2004-001 // 12:44:27 TES orb #23211: 2004-001 // 14:42:14 TES orb #23212: 2004-001 // 16:40:01 TES orb #23213: 2004-001 // 18:37:46 TES orb #23214: 2004-001 // 20:35:28 TES orb #23215: 2004-001 // 22:33:09 TES orb #23216: 2004-002 // 00:30:54 TES orb #23217: 2004-002 // 02:28:41 TES orb #23218: 2004-002 // 04:26:28 TES orb #23219: 2004-002 // 06:24:13 TES orb #23220: 2004-002 // 08:21:55 TES orb #23221: 2004-002 // 10:19:37 TES orb #23222: 2004-002 // 12:17:20 TES orb #23223: 2004-002 // 14:15:06 TES orb #23224: 2004-002 // 16:12:53 TES orb #23225: 2004-002 // 18:10:40 TES orb #23226: 2004-002 // 20:08:23 TES orb #23227: 2004-002 // 22:06:04 TES orb #23228: 2004-003 // 00:03:46 TES orb #23229: 2004-003 // 02:01:32 TES orb #23230: 2004-003 // 03:59:19 TES orb #23231: 2004-003 // 05:57:05 TES orb #23232: 2004-003 // 07:54:49 TES orb #23233: 2004-003 // 09:52:30 TES orb #23234: 2004-003 // 11:50:12 TES orb #23235: 2004-003 // 13:47:57 TES orb #23236: 2004-003 // 15:45:43 TES orb #23237: 2004-003 // 17:43:30 TES orb #23238: 2004-003 // 19:41:15 TES orb #23239: 2004-003 // 21:38:57 TES orb #23240: 2004-003 // 23:36:38 TES orb #23241: 2004-004 // 01:34:22 TES orb #23242: 2004-004 // 03:32:10 TES orb #23243: 2004-004 // 05:29:56 TES orb #23244: 2004-004 // 07:27:41 TES orb #23245: 2004-004 // 09:25:24 TES orb #23246: 2004-004 // 11:23:06 TES orb #23247: 2004-004 // 13:20:49 TES orb #23248: 2004-004 // 15:18:34 TES orb #23249: 2004-004 // 17:16:21 TES orb #23250: 2004-004 // 19:14:09 TES orb #23251: 2004-004 // 21:11:55 TES orb #23252: 2004-004 // 23:09:37 TES orb #23253: 2004-005 // 01:07:20 TES orb #23254: 2004-005 // 03:05:08 TES orb #23255: 2004-005 // 05:02:56 TES orb #23256: 2004-005 // 07:00:44 TES orb #23257: 2004-005 // 08:58:29 TES orb #23258: 2004-005 // 10:56:12 TES orb #23259: 2004-005 // 12:53:55 TES orb #23260: 2004-005 // 14:51:40 TES orb #23261: 2004-005 // 16:49:27 TES orb #23262: 2004-005 // 18:47:15 TES orb #23263: 2004-005 // 20:45:03 TES orb #23264: 2004-005 // 22:42:46 TES orb #23265: 2004-006 // 00:40:28 TES orb #23266: 2004-006 // 02:38:13 TES orb #23267: 2004-006 // 04:36:01 TES orb #23268: 2004-006 // 06:33:49 TES orb #23269: 2004-006 // 08:31:36 TES orb #23270: 2004-006 // 10:29:20 TES orb #23271: 2004-006 // 12:27:03 TES orb #23272: 2004-006 // 14:24:47 TES orb #23273: 2004-006 // 16:22:33 TES orb #23274: 2004-006 // 18:20:21 TES orb #23275: 2004-006 // 20:18:10 TES orb #23276: 2004-006 // 22:15:56 TES orb #23277: 2004-007 // 00:13:38 p23200.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ORBITAL SYNCHRONIZATION MANEUVER-4 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 +59(asc) deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +60(asc) to -88(dec) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -76 to +49 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +50(asc) to -77(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm328 and mm329; 16 degree offpoint mapping 6) ROTO orbits and slew start icks: NONE 7) 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 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) 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 10) 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) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) 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] 13) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 14) 12 days loaded 15) Orbital Synchronization Maneuver (OSM4): ock 23248, ick 1928-3469 - OSM maneuvers 2 and 3 were cancelled - MGS will execute a 15 second hydrozene thruster burn from true nadir orientation, then return to the 16 degree offpoint mapping orientation - TES points nadir throughout the maneuver, collecting surface data only (no reference data) TES orb #23278: 2004-007 // 02:11:21 - p23278.img TES orb #23279: 2004-007 // 04:09:08 TES orb #23280: 2004-007 // 06:06:57 TES orb #23281: 2004-007 // 08:04:44 TES orb #23282: 2004-007 // 10:02:30 TES orb #23283: 2004-007 // 12:00:13 TES orb #23284: 2004-007 // 13:57:56 TES orb #23285: 2004-007 // 15:55:41 TES orb #23286: 2004-007 // 17:53:28 TES orb #23287: 2004-007 // 19:51:16 TES orb #23288: 2004-007 // 21:49:04 TES orb #23289: 2004-007 // 23:46:48 TES orb #23290: 2004-008 // 01:44:29 TES orb #23291: 2004-008 // 03:42:13 TES orb #23292: 2004-008 // 05:40:01 TES orb #23293: 2004-008 // 07:37:50 TES orb #23294: 2004-008 // 09:35:37 TES orb #23295: 2004-008 // 11:33:21 TES orb #23296: 2004-008 // 13:31:04 TES orb #23297: 2004-008 // 15:28:47 TES orb #23298: 2004-008 // 17:26:34 TES orb #23299: 2004-008 // 19:24:21 TES orb #23300: 2004-008 // 21:22:10 TES orb #23301: 2004-008 // 23:19:56 TES orb #23302: 2004-009 // 01:17:39 TES orb #23303: 2004-009 // 03:15:21 TES orb #23304: 2004-009 // 05:13:08 TES orb #23305: 2004-009 // 07:10:57 TES orb #23306: 2004-009 // 09:08:45 TES orb #23307: 2004-009 // 11:06:31 TES orb #23308: 2004-009 // 13:04:14 TES orb #23309: 2004-009 // 15:01:57 TES orb #23310: 2004-009 // 16:59:42 TES orb #23311: 2004-009 // 18:57:29 TES orb #23312: 2004-009 // 20:55:17 TES orb #23313: 2004-009 // 22:53:05 TES orb #23314: 2004-010 // 00:50:50 TES orb #23315: 2004-010 // 02:48:32 TES orb #23316: 2004-010 // 04:46:15 TES orb #23317: 2004-010 // 06:44:03 TES orb #23318: 2004-010 // 08:41:52 TES orb #23319: 2004-010 // 10:39:39 TES orb #23320: 2004-010 // 12:37:23 TES orb #23321: 2004-010 // 14:35:06 TES orb #23322: 2004-010 // 16:32:50 TES orb #23323: 2004-010 // 18:30:35 TES orb #23324: 2004-010 // 20:28:23 TES orb #23325: 2004-010 // 22:26:11 TES orb #23326: 2004-011 // 00:23:53 TES orb #23327: 2004-011 // 02:21:37 TES orb #23328: 2004-011 // 04:19:18 TES orb #23329: 2004-011 // 06:17:04 TES orb #23330: 2004-011 // 08:14:53 TES orb #23331: 2004-011 // 10:12:41 TES orb #23332: 2004-011 // 12:10:27 TES orb #23333: 2004-011 // 14:08:11 TES orb #23334: 2004-011 // 16:05:54 TES orb #23335: 2004-011 // 18:03:39 TES orb #23336: 2004-011 // 20:01:26 TES orb #23337: 2004-011 // 21:59:14 TES orb #23338: 2004-011 // 23:57:02 TES orb #23339: 2004-012 // 01:54:47 TES orb #23340: 2004-012 // 03:52:29 TES orb #23341: 2004-012 // 05:50:12 TES orb #23342: 2004-012 // 07:48:00 TES orb #23343: 2004-012 // 09:45:49 TES orb #23344: 2004-012 // 11:43:36 TES orb #23345: 2004-012 // 13:41:21 TES orb #23346: 2004-012 // 15:39:04 TES orb #23347: 2004-012 // 17:36:47 TES orb #23348: 2004-012 // 19:34:32 TES orb #23349: 2004-012 // 21:32:20 TES orb #23350: 2004-012 // 23:30:08 TES orb #23351: 2004-013 // 01:27:55 TES orb #23352: 2004-013 // 03:25:38 TES orb #23353: 2004-013 // 05:23:20 TES orb #23354: 2004-013 // 07:21:05 TES orb #23355: 2004-013 // 09:18:53 TES orb #23356: 2004-013 // 11:16:42 TES orb #23357: 2004-013 // 13:14:28 TES orb #23358: 2004-013 // 15:12:12 TES orb #23359: 2004-013 // 17:09:55 TES orb #23360: 2004-013 // 19:07:39 TES orb #23361: 2004-013 // 21:05:26 TES orb #23362: 2004-013 // 23:03:14 TES orb #23363: 2004-014 // 01:01:02 TES orb #23364: 2004-014 // 02:58:48 TES orb #23365: 2004-014 // 04:56:30 TES orb #23366: 2004-014 // 06:54:13 TES orb #23367: 2004-014 // 08:52:00 TES orb #23368: 2004-014 // 10:49:48 TES orb #23369: 2004-014 // 12:47:36 TES orb #23370: 2004-014 // 14:45:21 TES orb #23371: 2004-014 // 16:43:04 TES orb #23372: 2004-014 // 18:40:47 TES orb #23373: 2004-014 // 20:38:32 TES orb #23374: 2004-014 // 22:36:19 TES orb #23375: 2004-015 // 00:34:08 TES orb #23376: 2004-015 // 02:31:55 TES orb #23377: 2004-015 // 04:29:39 TES orb #23378: 2004-015 // 06:27:20 TES orb #23379: 2004-015 // 08:25:04 TES orb #23380: 2004-015 // 10:22:53 TES orb #23381: 2004-015 // 12:20:41 TES orb #23382: 2004-015 // 14:18:28 TES orb #23383: 2004-015 // 16:16:12 TES orb #23384: 2004-015 // 18:13:55 TES orb #23385: 2004-015 // 20:11:38 TES orb #23386: 2004-015 // 22:09:25 TES orb #23387: 2004-016 // 00:07:13 TES orb #23388: 2004-016 // 02:05:01 TES orb #23389: 2004-016 // 04:02:47 TES orb #23390: 2004-016 // 06:00:30 TES orb #23391: 2004-016 // 07:58:12 TES orb #23392: 2004-016 // 09:55:59 TES orb #23393: 2004-016 // 11:53:48 TES orb #23394: 2004-016 // 13:51:35 TES orb #23395: 2004-016 // 15:49:21 TES orb #23396: 2004-016 // 17:47:04 TES orb #23397: 2004-016 // 19:44:47 TES orb #23398: 2004-016 // 21:42:32 TES orb #23399: 2004-016 // 23:40:19 p23278.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; ORBITAL SYNCHRONIZATION MANEUVER-5; MGS-IMAGE MOTION COMPENSATION (IMC-PROTO) MANEUVER 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 +59(asc) deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +60(asc) to -88(dec) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -76 to +49 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +50(asc) to -77(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm329, mm330, and mz343; 16 degree offpoint mapping - mz343: MGS-IMC CPROTO (Pitch and Roll) maneuver for MOC image motion compensation 6) ROTO orbits and slew start icks: NONE 7) MGS-IMC CPROTO orbits and icks; TES pointed nadir - ock 23317 slew icks 1076-1901 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] - ock 23334: 12 icks at ick 235 only 14) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 15) 12 days loaded 16) Orbital Synchronization Maneuver (OSM5): ock 23334-23335, ick 273-611 - MGS will execute a 15 second hydrozene thruster burn from true nadir orientation, then return to the 16 degree offpoint mapping orientation - TES points nadir throughout the maneuver, collecting surface data only (no reference data) NOTE: OSM5 cancelled after p23278 upload was radiated to TES; no change was made to the TES sequence. TES orb #23400: 2004-017 // 01:38:07 - p23400.img TES orb #23401: 2004-017 // 03:35:55 TES orb #23402: 2004-017 // 05:33:40 TES orb #23403: 2004-017 // 07:31:21 TES orb #23404: 2004-017 // 09:29:05 TES orb #23405: 2004-017 // 11:26:53 TES orb #23406: 2004-017 // 13:24:41 TES orb #23407: 2004-017 // 15:22:28 TES orb #23408: 2004-017 // 17:20:13 TES orb #23409: 2004-017 // 19:17:55 TES orb #23410: 2004-017 // 21:15:39 TES orb #23411: 2004-017 // 23:13:25 TES orb #23412: 2004-018 // 01:11:12 TES orb #23413: 2004-018 // 03:09:01 TES orb #23414: 2004-018 // 05:06:47 TES orb #23415: 2004-018 // 07:04:30 TES orb #23416: 2004-018 // 09:02:12 TES orb #23417: 2004-018 // 10:59:59 TES orb #23418: 2004-018 // 12:57:47 TES orb #23419: 2004-018 // 14:55:35 TES orb #23420: 2004-018 // 16:53:21 TES orb #23421: 2004-018 // 18:51:05 TES orb #23422: 2004-018 // 20:48:48 TES orb #23423: 2004-018 // 22:46:33 TES orb #23424: 2004-019 // 00:44:20 TES orb #23425: 2004-019 // 02:42:08 TES orb #23426: 2004-019 // 04:39:56 TES orb #23427: 2004-019 // 06:37:41 TES orb #23428: 2004-019 // 08:35:23 TES orb #23429: 2004-019 // 10:33:06 TES orb #23430: 2004-019 // 12:30:54 TES orb #23431: 2004-019 // 14:28:42 TES orb #23432: 2004-019 // 16:26:30 TES orb #23433: 2004-019 // 18:24:14 TES orb #23434: 2004-019 // 20:21:57 TES orb #23435: 2004-019 // 22:19:40 TES orb #23436: 2004-020 // 00:17:26 TES orb #23437: 2004-020 // 02:15:13 TES orb #23438: 2004-020 // 04:13:01 TES orb #23439: 2004-020 // 06:10:48 TES orb #23440: 2004-020 // 08:08:32 TES orb #23441: 2004-020 // 10:06:13 TES orb #23442: 2004-020 // 12:03:59 TES orb #23443: 2004-020 // 14:01:47 TES orb #23444: 2004-020 // 15:59:36 TES orb #23445: 2004-020 // 17:57:22 TES orb #23446: 2004-020 // 19:55:06 TES orb #23447: 2004-020 // 21:52:49 TES orb #23448: 2004-020 // 23:50:33 TES orb #23449: 2004-021 // 01:48:20 TES orb #23450: 2004-021 // 03:46:08 TES orb #23451: 2004-021 // 05:43:56 TES orb #23452: 2004-021 // 07:41:42 TES orb #23453: 2004-021 // 09:39:24 TES orb #23454: 2004-021 // 11:37:07 TES orb #23455: 2004-021 // 13:34:54 TES orb #23456: 2004-021 // 15:32:42 TES orb #23457: 2004-021 // 17:30:30 TES orb #23458: 2004-021 // 19:28:15 TES orb #23459: 2004-021 // 21:25:58 TES orb #23460: 2004-021 // 23:23:41 TES orb #23461: 2004-022 // 01:21:26 TES orb #23462: 2004-022 // 03:19:13 TES orb #23463: 2004-022 // 05:17:01 TES orb #23464: 2004-022 // 07:14:48 TES orb #23465: 2004-022 // 09:12:32 TES orb #23466: 2004-022 // 11:10:14 TES orb #23467: 2004-022 // 13:07:58 TES orb #23468: 2004-022 // 15:05:46 TES orb #23469: 2004-022 // 17:03:35 TES orb #23470: 2004-022 // 19:01:21 TES orb #23471: 2004-022 // 20:59:05 TES orb #23472: 2004-022 // 22:56:48 TES orb #23473: 2004-023 // 00:54:32 TES orb #23474: 2004-023 // 02:52:18 TES orb #23475: 2004-023 // 04:50:06 TES orb #23476: 2004-023 // 06:47:55 TES orb #23477: 2004-023 // 08:45:41 TES orb #23478: 2004-023 // 10:43:23 TES orb #23479: 2004-023 // 12:41:06 TES orb #23480: 2004-023 // 14:38:52 TES orb #23481: 2004-023 // 16:36:41 TES orb #23482: 2004-023 // 18:34:29 TES orb #23483: 2004-023 // 20:32:14 TES orb #23484: 2004-023 // 22:29:58 TES orb #23485: 2004-024 // 00:27:40 TES orb #23486: 2004-024 // 02:25:25 TES orb #23487: 2004-024 // 04:23:12 TES orb #23488: 2004-024 // 06:21:00 TES orb #23489: 2004-024 // 08:18:48 TES orb #23490: 2004-024 // 10:16:32 TES orb #23491: 2004-024 // 12:14:14 TES orb #23492: 2004-024 // 14:11:57 TES orb #23493: 2004-024 // 16:09:45 p23400.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; MGS-IMAGE MOTION COMPENSATION (IMC-PROTO) MANEUVER 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 = -86(asc) to +63(asc) deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +64(asc) to -87(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -76 to +53 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +54(asc) to -77(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm331, mm332, and mz345; 16 degree offpoint mapping - mz345: MGS-IMC CPROTO (Pitch and Roll) maneuver for MOC image motion compensation 6) ROTO orbits and slew start icks: NONE 7) MGS-IMC CPROTO orbits and icks; TES pointed nadir - ock 23430 slew icks 1080-1906 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 TES orb #23494: 2004-024 // 18:07:34 - p23494.img TES orb #23495: 2004-024 // 20:05:21 TES orb #23496: 2004-024 // 22:03:05 TES orb #23497: 2004-025 // 00:00:48 TES orb #23498: 2004-025 // 01:58:31 TES orb #23499: 2004-025 // 03:56:17 TES orb #23500: 2004-025 // 05:54:05 TES orb #23501: 2004-025 // 07:51:53 TES orb #23502: 2004-025 // 09:49:40 TES orb #23503: 2004-025 // 11:47:23 TES orb #23504: 2004-025 // 13:45:05 TES orb #23505: 2004-025 // 15:42:51 TES orb #23506: 2004-025 // 17:40:40 TES orb #23507: 2004-025 // 19:38:28 TES orb #23508: 2004-025 // 21:36:14 TES orb #23509: 2004-025 // 23:33:57 TES orb #23510: 2004-026 // 01:31:40 TES orb #23511: 2004-026 // 03:29:25 TES orb #23512: 2004-026 // 05:27:12 TES orb #23513: 2004-026 // 07:25:00 TES orb #23514: 2004-026 // 09:22:48 TES orb #23515: 2004-026 // 11:20:33 TES orb #23516: 2004-026 // 13:18:15 TES orb #23517: 2004-026 // 15:15:58 TES orb #23518: 2004-026 // 17:13:46 TES orb #23519: 2004-026 // 19:11:34 TES orb #23520: 2004-026 // 21:09:21 TES orb #23521: 2004-026 // 23:07:06 TES orb #23522: 2004-027 // 01:04:49 TES orb #23523: 2004-027 // 03:02:32 TES orb #23524: 2004-027 // 05:00:18 TES orb #23525: 2004-027 // 06:58:05 TES orb #23526: 2004-027 // 08:55:53 TES orb #23527: 2004-027 // 10:53:40 TES orb #23528: 2004-027 // 12:51:24 TES orb #23529: 2004-027 // 14:46:05 TES orb #23530: 2004-027 // 16:46:51 TES orb #23531: 2004-027 // 18:44:40 TES orb #23532: 2004-027 // 20:42:28 TES orb #23533: 2004-027 // 22:40:14 TES orb #23534: 2004-028 // 00:37:58 TES orb #23535: 2004-028 // 02:35:41 TES orb #23536: 2004-028 // 04:33:25 TES orb #23537: 2004-028 // 06:31:12 TES orb #23538: 2004-028 // 08:26:00 TES orb #23539: 2004-028 // 10:26:48 TES orb #23540: 2004-028 // 12:24:34 TES orb #23541: 2004-028 // 14:22:16 TES orb #23542: 2004-028 // 16:19:59 TES orb #23543: 2004-028 // 18:17:46 p23494.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; MGS-IMAGE MOTION COMPENSATION (IMC-PROTO) MANEUVER 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 +66 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +67(asc) to -85(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - 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 +56 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +57(asc) to -75(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm332, mm333, and mz349; 16 degree offpoint mapping - mz349: MGS-IMC CPROTO (Pitch and Roll) maneuver for MOC image motion compensation 6) ROTO orbits and slew start icks: NONE 7) MGS-IMC CPROTO orbits and icks; TES pointed nadir - ock 23562 slew icks 1203-2028 - ock 23650 slew icks 1203-2028 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 TES orb #23544: 2004-028 // 20:15:35 - p23544.img TES orb #23545: 2004-028 // 22:13:22 TES orb #23546: 2004-029 // 00:11:07 TES orb #23547: 2004-029 // 02:08:50 TES orb #23548: 2004-029 // 04:06:33 TES orb #23549: 2004-029 // 06:04:18 TES orb #23550: 2004-029 // 08:02:05 TES orb #23551: 2004-029 // 09:59:53 TES orb #23552: 2004-029 // 11:57:40 TES orb #23553: 2004-029 // 13:55:24 TES orb #23554: 2004-029 // 15:53:05 TES orb #23555: 2004-029 // 17:50:50 TES orb #23556: 2004-029 // 19:48:39 TES orb #23557: 2004-029 // 21:46:27 TES orb #23558: 2004-029 // 23:44:13 TES orb #23559: 2004-030 // 01:41:57 TES orb #23560: 2004-030 // 03:39:40 TES orb #23561: 2004-030 // 05:37:24 TES orb #23562: 2004-030 // 07:35:10 TES orb #23563: 2004-030 // 09:32:58 TES orb #23564: 2004-030 // 11:30:47 TES orb #23565: 2004-030 // 13:28:33 TES orb #23566: 2004-030 // 15:26:15 TES orb #23567: 2004-030 // 17:23:57 TES orb #23568: 2004-030 // 19:21:44 p23544.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; MGS-IMAGE MOTION COMPENSATION (IMC-PROTO) MANEUVER 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 +66 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +67(asc) to -85(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - 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 +56 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +57(asc) to -75(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm333 and mz349; 16 degree offpoint mapping - mz349: MGS-IMC CPROTO (Pitch and Roll) maneuver for MOC image motion compensation 6) ROTO orbits and slew start icks: NONE 7) MGS-IMC CPROTO orbits and icks; TES pointed nadir - ock 23562 slew icks 1203-2028 - ock 23650 slew icks 1203-2028 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 TES orb #23569: 2004-030 // 21:19:33 - p23569.img TES orb #23570: 2004-030 // 23:17:21 TES orb #23571: 2004-031 // 01:15:06 TES orb #23572: 2004-031 // 03:12:49 TES orb #23573: 2004-031 // 05:10:32 TES orb #23574: 2004-031 // 07:08:17 TES orb #23575: 2004-031 // 09:06:04 TES orb #23576: 2004-031 // 11:03:52 TES orb #23577: 2004-031 // 13:01:39 TES orb #23578: 2004-031 // 14:59:24 TES orb #23579: 2004-031 // 16:57:05 TES orb #23580: 2004-031 // 18:54:49 TES orb #23581: 2004-031 // 20:52:37 TES orb #23582: 2004-031 // 22:50:25 TES orb #23583: 2004-032 // 00:48:12 TES orb #23584: 2004-032 // 02:45:56 TES orb #23585: 2004-032 // 04:43:39 TES orb #23586: 2004-032 // 06:41:22 TES orb #23587: 2004-032 // 08:39:08 TES orb #23588: 2004-032 // 10:36:56 TES orb #23589: 2004-032 // 12:34:45 TES orb #23590: 2004-032 // 14:32:31 TES orb #23591: 2004-032 // 16:30:14 TES orb #23592: 2004-032 // 18:27:56 TES orb #23593: 2004-032 // 20:25:42 TES orb #23594: 2004-032 // 22:23:31 TES orb #23595: 2004-033 // 00:21:19 TES orb #23596: 2004-033 // 02:19:05 TES orb #23597: 2004-033 // 04:16:48 TES orb #23598: 2004-033 // 06:14:31 TES orb #23599: 2004-033 // 08:12:16 TES orb #23600: 2004-033 // 10:10:03 TES orb #23601: 2004-033 // 12:07:51 TES orb #23602: 2004-033 // 14:05:39 TES orb #23603: 2004-033 // 16:03:24 TES orb #23604: 2004-033 // 18:01:05 TES orb #23605: 2004-033 // 19:58:48 TES orb #23606: 2004-033 // 21:56:36 TES orb #23607: 2004-033 // 23:54:25 TES orb #23608: 2004-034 // 01:52:12 TES orb #23609: 2004-034 // 03:49:56 TES orb #23610: 2004-034 // 05:47:39 TES orb #23611: 2004-034 // 07:45:22 TES orb #23612: 2004-034 // 09:43:08 TES orb #23613: 2004-034 // 11:40:56 TES orb #23614: 2004-034 // 13:38:44 TES orb #23615: 2004-034 // 15:36:30 TES orb #23616: 2004-034 // 17:34:14 TES orb #23617: 2004-034 // 19:31:55 TES orb #23618: 2004-034 // 21:29:41 TES orb #23619: 2004-034 // 23:27:30 TES orb #23620: 2004-035 // 01:25:18 TES orb #23621: 2004-035 // 03:23:04 TES orb #23622: 2004-035 // 05:20:48 TES orb #23623: 2004-035 // 07:18:31 TES orb #23624: 2004-035 // 09:16:15 TES orb #23625: 2004-035 // 11:14:01 TES orb #23626: 2004-035 // 13:11:50 TES orb #23627: 2004-035 // 15:09:38 TES orb #23628: 2004-035 // 17:07:24 TES orb #23629: 2004-035 // 19:05:06 TES orb #23630: 2004-035 // 21:02:49 TES orb #23631: 2004-035 // 23:00:36 TES orb #23632: 2004-036 // 00:58:25 TES orb #23633: 2004-036 // 02:56:12 TES orb #23634: 2004-036 // 04:53:57 TES orb #23635: 2004-036 // 06:51:40 TES orb #23636: 2004-036 // 08:49:23 TES orb #23637: 2004-036 // 10:47:08 TES orb #23638: 2004-036 // 12:44:55 TES orb #23639: 2004-036 // 14:42:43 TES orb #23640: 2004-036 // 16:40:30 TES orb #23641: 2004-036 // 18:38:14 TES orb #23642: 2004-036 // 20:35:55 TES orb #23643: 2004-036 // 22:33:40 TES orb #23644: 2004-037 // 00:31:29 TES orb #23645: 2004-037 // 02:29:17 TES orb #23646: 2004-037 // 04:27:03 TES orb #23647: 2004-037 // 06:24:47 TES orb #23648: 2004-037 // 08:22:30 TES orb #23649: 2004-037 // 10:20:14 TES orb #23650: 2004-037 // 12:18:01 TES orb #23651: 2004-037 // 14:15:49 TES orb #23652: 2004-037 // 16:13:37 TES orb #23653: 2004-037 // 18:11:23 TES orb #23654: 2004-037 // 20:09:05 TES orb #23655: 2004-037 // 22:06:48 TES orb #23656: 2004-038 // 00:04:35 TES orb #23657: 2004-038 // 02:02:24 TES orb #23658: 2004-038 // 04:00:11 TES orb #23659: 2004-038 // 05:57:57 TES orb #23660: 2004-038 // 07:55:40 TES orb #23661: 2004-038 // 09:53:22 TES orb #23662: 2004-038 // 11:51:07 TES orb #23663: 2004-038 // 13:48:55 TES orb #23664: 2004-038 // 15:46:43 TES orb #23665: 2004-038 // 17:44:30 p23569.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; MGS-IMAGE MOTION COMPENSATION (IMC-PROTO) MANEUVER 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 to +67 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +68(asc) to -84(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -73 to +57 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +58(asc) to -74(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm333, mm334, mz350, and mz352; 16 degree offpoint mapping - mz350 and mz352: MGS-IMC CPROTO (Pitch and Roll) maneuver for MOC image motion compensation - only preliminary mz sequences available at time of upload build 6) ROTO orbits and slew start icks: - ock 23587 slew starts at 1397 7) MGS-IMC CPROTO orbits and icks; TES pointed nadir - ock 23650 slew icks 1203-2028 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 TES orb #23666: 2004-038 // 19:42:14 - p23666.img TES orb #23667: 2004-038 // 21:39:55 TES orb #23668: 2004-038 // 23:37:39 TES orb #23669: 2004-039 // 01:35:27 TES orb #23670: 2004-039 // 03:33:16 TES orb #23671: 2004-039 // 05:31:02 TES orb #23672: 2004-039 // 07:28:46 TES orb #23673: 2004-039 // 09:26:29 TES orb #23674: 2004-039 // 11:24:13 TES orb #23675: 2004-039 // 13:21:59 TES orb #23676: 2004-039 // 15:19:47 TES orb #23677: 2004-039 // 17:17:35 TES orb #23678: 2004-039 // 19:15:21 TES orb #23679: 2004-039 // 21:13:04 TES orb #23680: 2004-039 // 23:10:46 TES orb #23681: 2004-040 // 01:08:33 TES orb #23682: 2004-040 // 03:06:22 TES orb #23683: 2004-040 // 05:04:09 TES orb #23684: 2004-040 // 07:01:55 TES orb #23685: 2004-040 // 08:59:38 TES orb #23686: 2004-040 // 10:57:21 TES orb #23687: 2004-040 // 12:55:06 TES orb #23688: 2004-040 // 14:52:53 TES orb #23689: 2004-040 // 16:50:41 TES orb #23690: 2004-040 // 18:48:29 TES orb #23691: 2004-040 // 20:46:13 TES orb #23692: 2004-040 // 22:43:55 TES orb #23693: 2004-041 // 00:41:38 TES orb #23694: 2004-041 // 02:39:26 TES orb #23695: 2004-041 // 04:37:14 TES orb #23696: 2004-041 // 06:35:01 TES orb #23697: 2004-041 // 08:32:46 TES orb #23698: 2004-041 // 10:30:28 TES orb #23699: 2004-041 // 12:28:12 TES orb #23700: 2004-041 // 14:25:58 TES orb #23701: 2004-041 // 16:23:45 TES orb #23702: 2004-041 // 18:21:34 TES orb #23703: 2004-041 // 20:19:20 TES orb #23704: 2004-041 // 22:17:03 TES orb #23705: 2004-042 // 00:14:45 TES orb #23706: 2004-042 // 02:12:31 TES orb #23707: 2004-042 // 04:10:20 TES orb #23708: 2004-042 // 06:08:08 TES orb #23709: 2004-042 // 08:05:54 TES orb #23710: 2004-042 // 10:03:38 TES orb #23711: 2004-042 // 12:01:20 TES orb #23712: 2004-042 // 13:59:05 TES orb #23713: 2004-042 // 15:56:52 TES orb #23714: 2004-042 // 17:54:40 TES orb #23715: 2004-042 // 19:52:28 p23666.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; MERA-GUSEV OVERFLIGHT - TARGETED DENSE EPF 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 = -82 to +68 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +69(asc) to -83(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -72 to +58 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +59(asc) to -73(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm334, mm335, and mz352; 16 degree offpoint mapping 6) ROTO orbits and slew start icks: - ock 23697 slew starts at 1326 - ock 23698 slew starts at 641 - ock 23711 slew starts at 1347 7) 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 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) 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 10) 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) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 - targeted dense epf for MERA-Gusev overflight: ock 23688, start ick 45 12) 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] 13) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 14) 12 days loaded TES orb #23716: 2004-042 // 21:50:13 - p23716.img TES orb #23717: 2004-042 // 23:47:55 TES orb #23718: 2004-043 // 01:45:38 TES orb #23719: 2004-043 // 03:43:26 TES orb #23720: 2004-043 // 05:41:14 TES orb #23721: 2004-043 // 07:39:01 TES orb #23722: 2004-043 // 09:36:46 TES orb #23723: 2004-043 // 11:34:29 TES orb #23724: 2004-043 // 13:32:12 TES orb #23725: 2004-043 // 15:29:57 TES orb #23726: 2004-043 // 17:27:45 TES orb #23727: 2004-043 // 19:25:33 TES orb #23728: 2004-043 // 21:23:20 TES orb #23729: 2004-043 // 23:21:03 TES orb #23730: 2004-044 // 01:18:45 TES orb #23731: 2004-044 // 03:16:30 TES orb #23732: 2004-044 // 05:14:19 TES orb #23733: 2004-044 // 07:12:06 TES orb #23734: 2004-044 // 09:09:53 TES orb #23735: 2004-044 // 11:07:37 TES orb #23736: 2004-044 // 13:05:20 TES orb #23737: 2004-044 // 15:03:04 TES orb #23738: 2004-044 // 17:00:51 TES orb #23739: 2004-044 // 18:58:39 TES orb #23740: 2004-044 // 20:56:27 TES orb #23741: 2004-044 // 22:54:12 p23716.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE 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 = -82 to +68 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +69(asc) to -83(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -72 to +58 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +59(asc) to -73(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm335 and mz353; 16 degree offpoint mapping 6) ROTO orbits and slew start icks: - ock 23721 slew starts at 873 - ock 23735 slew starts at 1137 7) 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 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) 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 10) 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) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 12) 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] 13) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 14) 12 days loaded TES orb #23742: 2004-045 // 00:51:55 - p23742.img TES orb #23743: 2004-045 // 02:49:37 TES orb #23744: 2004-045 // 04:47:25 TES orb #23745: 2004-045 // 06:45:13 TES orb #23746: 2004-045 // 08:43:00 TES orb #23747: 2004-045 // 10:40:45 TES orb #23748: 2004-045 // 12:38:29 TES orb #23749: 2004-045 // 14:36:11 TES orb #23750: 2004-045 // 16:33:56 TES orb #23751: 2004-045 // 18:31:44 TES orb #23752: 2004-045 // 20:29:32 TES orb #23753: 2004-045 // 22:27:19 TES orb #23754: 2004-046 // 00:25:03 TES orb #23755: 2004-046 // 02:22:44 TES orb #23756: 2004-046 // 04:20:28 TES orb #23757: 2004-046 // 06:18:17 TES orb #23758: 2004-046 // 08:16:05 TES orb #23759: 2004-046 // 10:13:51 TES orb #23760: 2004-046 // 12:11:35 TES orb #23761: 2004-046 // 14:09:18 TES orb #23762: 2004-046 // 16:07:02 TES orb #23763: 2004-046 // 18:04:48 TES orb #23764: 2004-046 // 20:02:36 TES orb #23765: 2004-046 // 22:00:24 TES orb #23766: 2004-046 // 23:58:10 TES orb #23767: 2004-047 // 01:55:53 TES orb #23768: 2004-047 // 03:53:35 TES orb #23769: 2004-047 // 05:51:22 TES orb #23770: 2004-047 // 07:49:11 TES orb #23771: 2004-047 // 09:46:58 TES orb #23772: 2004-047 // 11:44:44 TES orb #23773: 2004-047 // 13:42:27 TES orb #23774: 2004-047 // 15:40:10 TES orb #23775: 2004-047 // 17:37:54 TES orb #23776: 2004-047 // 19:35:41 TES orb #23777: 2004-047 // 21:33:30 TES orb #23778: 2004-047 // 23:31:17 TES orb #23779: 2004-048 // 01:29:01 TES orb #23780: 2004-048 // 03:26:43 TES orb #23781: 2004-048 // 05:24:26 TES orb #23782: 2004-048 // 07:22:14 TES orb #23783: 2004-048 // 09:20:03 TES orb #23784: 2004-048 // 11:17:49 TES orb #23785: 2004-048 // 13:15:34 TES orb #23786: 2004-048 // 15:13:16 p23742.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; MERB-MERIDIANI OVERFLIGHT - TARGETED DENSE EPF 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 = -82 to +68 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +69(asc) to -83(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -72 to +58 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +59(asc) to -73(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm335 and mm336; 16 degree offpoint mapping 6) ROTO orbits and slew start icks: NONE 7) 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 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) 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 10) 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) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 - targeted dense epf for MERB-Meridiani overflight: ock 23763, start ick 1585; MGS directly over site at ick 1727 six icks per each of nine EPF angles (listed above) 12) 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] 13) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 14) 12 days loaded TES orb #23787: 2004-048 // 17:11:00 - p23787.img TES orb #23788: 2004-048 // 19:08:46 TES orb #23789: 2004-048 // 21:06:34 TES orb #23790: 2004-048 // 23:04:22 TES orb #23791: 2004-049 // 01:02:08 TES orb #23792: 2004-049 // 02:59:51 TES orb #23793: 2004-049 // 04:57:33 TES orb #23794: 2004-049 // 06:55:20 TES orb #23795: 2004-049 // 08:53:08 TES orb #23796: 2004-049 // 10:50:56 TES orb #23797: 2004-049 // 12:48:42 TES orb #23798: 2004-049 // 14:46:25 TES orb #23799: 2004-049 // 16:44:08 TES orb #23800: 2004-049 // 18:41:53 TES orb #23801: 2004-049 // 20:39:40 TES orb #23802: 2004-049 // 22:37:28 TES orb #23803: 2004-050 // 00:35:16 TES orb #23804: 2004-050 // 02:33:01 TES orb #23805: 2004-050 // 04:30:43 TES orb #23806: 2004-050 // 06:28:26 TES orb #23807: 2004-050 // 08:26:13 TES orb #23808: 2004-050 // 10:24:02 TES orb #23809: 2004-050 // 12:21:49 TES orb #23810: 2004-050 // 14:19:33 TES orb #23811: 2004-050 // 16:17:16 TES orb #23812: 2004-050 // 18:14:59 TES orb #23813: 2004-050 // 20:12:45 TES orb #23814: 2004-050 // 22:10:33 TES orb #23815: 2004-051 // 00:08:21 TES orb #23816: 2004-051 // 02:06:06 TES orb #23817: 2004-051 // 04:03:51 TES orb #23818: 2004-051 // 06:01:32 TES orb #23819: 2004-051 // 07:59:18 TES orb #23820: 2004-051 // 09:57:07 TES orb #23821: 2004-051 // 11:54:55 TES orb #23822: 2004-051 // 13:52:41 TES orb #23823: 2004-051 // 15:50:25 TES orb #23824: 2004-051 // 17:48:08 TES orb #23825: 2004-051 // 19:45:52 TES orb #23826: 2004-051 // 21:43:39 TES orb #23827: 2004-051 // 23:41:27 TES orb #23828: 2004-052 // 01:39:15 TES orb #23829: 2004-052 // 03:37:00 TES orb #23830: 2004-052 // 05:34:42 TES orb #23831: 2004-052 // 07:32:25 TES orb #23832: 2004-052 // 09:30:13 TES orb #23833: 2004-052 // 11:28:01 TES orb #23834: 2004-052 // 13:25:48 TES orb #23835: 2004-052 // 15:23:33 TES orb #23836: 2004-052 // 17:21:16 TES orb #23837: 2004-052 // 19:18:59 TES orb #23838: 2004-052 // 21:16:44 TES orb #23839: 2004-052 // 23:14:31 TES orb #23840: 2004-053 // 01:12:19 TES orb #23841: 2004-053 // 03:10:06 TES orb #23842: 2004-053 // 05:07:50 TES orb #23843: 2004-053 // 07:05:31 TES orb #23844: 2004-053 // 09:03:16 TES orb #23845: 2004-053 // 11:01:05 TES orb #23846: 2004-053 // 12:58:53 TES orb #23847: 2004-053 // 14:56:39 TES orb #23848: 2004-053 // 16:54:23 TES orb #23849: 2004-053 // 18:52:06 TES orb #23850: 2004-053 // 20:49:50 TES orb #23851: 2004-053 // 22:47:36 TES orb #23852: 2004-054 // 00:45:24 TES orb #23853: 2004-054 // 02:43:12 TES orb #23854: 2004-054 // 04:40:58 TES orb #23855: 2004-054 // 06:38:41 TES orb #23856: 2004-054 // 08:36:23 TES orb #23857: 2004-054 // 10:34:10 TES orb #23858: 2004-054 // 12:31:59 TES orb #23859: 2004-054 // 14:29:46 TES orb #23860: 2004-054 // 16:27:31 TES orb #23861: 2004-054 // 18:25:14 TES orb #23862: 2004-054 // 20:22:57 TES orb #23863: 2004-054 // 22:20:42 TES orb #23864: 2004-055 // 00:18:29 TES orb #23865: 2004-055 // 02:16:17 TES orb #23866: 2004-055 // 04:14:04 TES orb #23867: 2004-055 // 06:11:49 TES orb #23868: 2004-055 // 08:09:30 TES orb #23869: 2004-055 // 10:07:14 TES orb #23870: 2004-055 // 12:05:02 TES orb #23871: 2004-055 // 14:02:50 TES orb #23872: 2004-055 // 16:00:37 p23787.img notes: FULL TIME 10cm-1 (SINGLE SCAN) MODE; 15 ORBIT OBSERVATION CYCLE; MERB-MERIDIANI OVERFLIGHT - TARGETED DENSE EPF 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 = -79 to +71 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +72(asc) to -80(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - short packets except for space/reference sets 4) long packet data in singles mode (10 cm-1) for all realtime orbits day surface = -69 to +61 deg lat, full spectral, spatial mask (detector_mask=1 or 7) night/pole = +62(asc) to -70(asc) deg lat, polar spectral mask, spatial mask (night, detector_mask=5 ; poles, detector_mask=2) reference = full spectral, full spatial; each nominal observation set sequenced with 7 icks - long packets for all data and space/reference sets 5) upload covers spacecraft command sequences: mm335, mm336, mz354, and mz356; 16 degree offpoint mapping 6) ROTO orbits and slew start icks: - ock 23835 slew starts at 1525 - ock 23852 slew starts at 1146 - ock 23860 slew starts at 1526 7) 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 8) limbs every 20 degrees, alternating 1st and 2nd orbits with 10 degree offset between orbits 9) 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 10) 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) 11) dense epf: one per day (on epf-only orbit), cycling in 15 degree latitude steps -75, -60, -45, -30, -15, 0, 15 - targeted dense epf for MERB-Meridiani overflight: ock 23807, start ick 1460; MGS directly over site at ick 1602 six icks per each of nine EPF angles (listed above) - testing new dense epf sequence ock 23820 removing one ick per mirror angle to correct timing and "smear" 12) 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] 13) mosaics - - targeted 5 x 7, single scan, dayside: none - targeted 5 x 7, single scan, nightside: none 14) 12 days loaded