PDS_VERSION_ID          = PDS3
RECORD_TYPE             = STREAM
OBJECT                  = TEXT
  PUBLICATION_DATE      = 2005-01-15
  START_ORBIT_NUMBER    = 5155
  STOP_ORBIT_NUMBER     = 5755
  START_TIME            = 1999-351T16:32:28
  STOP_TIME             =  2000-035T18:57:40
  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 #5155: 1999-351 // 16:32:28 - p5155.img
TES orb #5156: 1999-351 // 18:30:07
TES orb #5157: 1999-351 // 20:27:43
TES orb #5158: 1999-351 // 22:25:20
TES orb #5159: 1999-352 // 00:22:58
TES orb #5160: 1999-352 // 02:20:39
TES orb #5161: 1999-352 // 04:18:20
TES orb #5162: 1999-352 // 06:16:01
TES orb #5163: 1999-352 // 08:13:38
TES orb #5164: 1999-352 // 10:11:13
TES orb #5165: 1999-352 // 12:08:50
TES orb #5166: 1999-352 // 14:06:32
TES orb #5167: 1999-352 // 16:04:13
TES orb #5168: 1999-352 // 18:01:53
TES orb #5169: 1999-352 // 19:59:31
TES orb #5170: 1999-352 // 21:57:07
TES orb #5171: 1999-352 // 23:54:44
TES orb #5172: 1999-353 // 01:52:24
TES orb #5173: 1999-353 // 03:50:05
TES orb #5174: 1999-353 // 05:47:47
TES orb #5175: 1999-353 // 07:45:26
TES orb #5176: 1999-353 // 09:43:03
TES orb #5177: 1999-353 // 11:40:27
TES orb #5178: 1999-353 // 13:38:07
TES orb #5179: 1999-353 // 15:35:49
TES orb #5180: 1999-353 // 17:33:30
TES orb #5181: 1999-353 // 19:31:09
TES orb #5182: 1999-353 // 21:28:46
TES orb #5183: 1999-353 // 23:26:22
TES orb #5184: 1999-354 // 01:24:00
TES orb #5185: 1999-354 // 03:21:41
TES orb #5186: 1999-354 // 05:19:25
TES orb #5187: 1999-354 // 07:17:03
TES orb #5188: 1999-354 // 09:14:41
TES orb #5189: 1999-354 // 11:12:16
TES orb #5190: 1999-354 // 13:09:53
TES orb #5191: 1999-354 // 15:07:34
TES orb #5192: 1999-354 // 17:05:15
TES orb #5193: 1999-354 // 19:02:55
TES orb #5194: 1999-354 // 21:00:34
TES orb #5195: 1999-354 // 22:58:10
TES orb #5196: 1999-355 // 00:55:46
TES orb #5197: 1999-355 // 02:53:26
TES orb #5198: 1999-355 // 04:51:07
TES orb #5199: 1999-355 // 06:48:48
TES orb #5200: 1999-355 // 08:46:28
TES orb #5201: 1999-355 // 10:44:05
TES orb #5202: 1999-355 // 12:41:40
TES orb #5203: 1999-355 // 14:39:19
TES orb #5204: 1999-355 // 16:37:01
TES orb #5205: 1999-355 // 18:34:43
TES orb #5206: 1999-355 // 20:32:22
TES orb #5207: 1999-355 // 22:29:59

p5155.img notes:
      1) optical switch 00
      2) day surface = -66(desc) to +6(asc) degrees lat, full spectral, 
                 full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) three orbits of double scan surface coverage (nadir only, limbs
         remain single-scan) every fourth day centered on MPL landing
         site closest groundtrack orbit that day
      5) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      6) limb removed from 76S lat position - for MPL surface viewing
      7) limbs every 10 degrees, alternate orbits (a and b)
      8) continuous limb look - with 3 looks at ~60 degree emission angle
        (50 degrees pnt_angle) between each set for once per week repeat
        cont_limb 90S - 30N
      9) continuous limbs for MPL - fore set covers ~47 degrees latitude
         starting at sub-spacecraft latitude of -46(desc) 
         then switching to aft set covering additional ~47 degrees latitude
         finishing at sub-spacecraft lat of -46(asc)
           - angles 70, 68.5 to 62.5 in .41 degree steps, 3 icks 50 deg.
     10) EPF NEW mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
     11) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref1 orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
     12) dense epf- none in this upload
     13) MPL epf set - 2 double-sided (fore-nadir-aft) sets, one at
         -76 degrees lat descending, one at -76 degrees lat ascending
     14) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
           - set on orbit 9 (same places as above), one set during HGA
             motion and one during HGA parked time
     15) mosaics -
           - latitude band set 5 x 7, double scan, column averaged 
             (det_mask 5)dayside:
             1 per day cycling through latitudes -25, -22, -19, -16, -13, 9
     16) Multi day schedule to provide MPL landing site coverage/support:
           1st day - normal (regular limb/epf/surface) 
           2nd day - MPL (regular orbit - MPL limb orbit - regular orbit - 
                     MPL epf orbit - regular orbit - etc)
           3rd day - normal with 3 double surface orbits
           4th day - MPL 
           [2nd and 4th days alternate so closest groundtrack orbit to
            lander switches between MPL-limb and MPL-epf]
     17) space/ref single/double sequence: 
           - 3 single space, 3 single bb_ref, 3 double space,
             3 double bb_ref, 2 idle icks 
     18) Due to MOC imaging of the MPL landing site, the following 7 
         ocks will stare at surface only and have the south polar
         space_ref look removed: 5155, 5159, 5160, 5167, 5172, 5179, 5180
     19) EQTX command sent up due to eqtx broadcast being terminated until
         doy 1999-359
     20) 19 days worth of orbits loaded

     NOTE: Spacecraft to CSA/backup mode on ock 5142: no more equator
           crossing broadcasts until MHSA mode resumes - timing will drift



TES orb #5207: 1999-356 // 00:27:35     OCK=5208 - p5209.img
TES orb #5208: 1999-356 // 02:25:13     OCK=5209
TES orb #5209: 1999-356 // 04:22:53     OCK=5210
TES orb #5210: 1999-356 // 06:20:35     OCK=5211
TES orb #5211: 1999-356 // 08:18:16     OCK=5212
TES orb #5212: 1999-356 // 10:15:55     OCK=5213
TES orb #5213: 1999-356 // 12:13:30     OCK=5214
TES orb #5214: 1999-356 // 14:11:07     OCK=5215

p5209.img notes:
      1) optical switch 00
      2) day surface = -66(desc) to +6(asc) degrees lat, full spectral,
                 full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) three orbits of double scan surface coverage (nadir only, limbs
         remain single-scan) every fourth day centered on MPL landing
         site closest groundtrack orbit that day
      5) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      6) limb removed from 76S lat position - for MPL surface viewing
      7) limbs every 10 degrees, alternate orbits (a and b)
      8) continuous limb look - with 3 looks at ~60 degree emission angle
         (50 degrees pnt_angle) between each set for once per week repeat
         cont_limb 90S - 30N
      9) continuous limbs for MPL - fore set covers ~47 degrees latitude
         starting at sub-spacecraft latitude of -46(desc) 
         then switching to aft set covering additional ~47 degrees latitude
         finishing at sub-spacecraft lat of -46(asc)
           - angles 70, 68.5 to 62.5 in .41 degree steps, 3 icks 50 deg.
     10) EPF NEW mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
     11) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref1 orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
     12) dense epf- none in this upload
     13) MPL epf set - 2 double-sided (fore-nadir-aft) sets, one at
         -76 degrees lat descending, one at -76 degrees lat ascending
     14) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
           - set on orbit 9 (same places as above), one set during HGA
             motion and one during HGA parked time
     15) mosaics -
           - latitude band set 5 x 7, double scan, column averaged 
             (det_mask 5)dayside:
             1 per day cycling through latitudes -25, -22, -19, -16, -13, 9
     16) Multi day schedule to provide MPL landing site coverage/support:
           1st day - normal (regular limb/epf/surface) 
           2nd day - MPL (regular orbit - MPL limb orbit - regular orbit - 
                     MPL epf orbit - regular orbit - etc)
           3rd day - normal with 3 double surface orbits
           4th day - MPL 
           [2nd and 4th days alternate so closest groundtrack orbit to
            lander switches between MPL-limb and MPL-epf]
     17) space/ref single/double sequence: 
           - 3 single space, 3 single bb_ref, 3 double space, 
             3 double bb_ref, 2 idle icks 
     18) MOC stopped imaging MPL landing site, removed moc_orbits schedule
     19) EQTX command sent up due to eqtx broadcast being terminated until
         doy 1999-359
     20) 15 days worth of orbits loaded

     ERROR: typo in ground document led to incorrect timing/orbit number
            TES orb number out of sync with TES ock

     NOTE: Spacecraft to CSA/backup mode on ock 5142: no more equator 
           crossing broadcasts until MHSA mode resumes - timing will drift



TES orb #5214: 1999-356 // 16:08:47     OCK=5216 - p5217.img - No TLM
TES orb #5215: 1999-356 // 18:06:29     OCK=5217 - No TLM
TES orb #5216: 1999-356 // 20:04:10     OCK=5218 - No TLM
TES orb #5217: 1999-356 // 22:01:48     OCK=5219
TES orb #5218: 1999-357 // 00:59:24     OCK=5220
TES orb #5219: 1999-357 // 01:57:01     OCK=5221
TES orb #5220: 1999-357 // 03:54:39     OCK=5222
TES orb #5221: 1999-357 // 05:52:20     OCK=5223
TES orb #5222: 1999-357 // 07:50:01     OCK=5224
TES orb #5223: 1999-357 // 09:47:42     OCK=5225
TES orb #5224: 1999-357 // 11:45:19     OCK=5226
TES orb #5225: 1999-357 // 13:42:53     OCK=5227
TES orb #5226: 1999-357 // 15:40:32     OCK=5228
TES orb #5227: 1999-357 // 17:38:14     OCK=5229
TES orb #5228: 1999-357 // 19:35:55     OCK=5230
TES orb #5229: 1999-357 // 21:33:35     OCK=5231
TES orb #5230: 1999-357 // 23:31:12     OCK=5232
TES orb #5231: 1999-358 // 01:28:48     OCK=5233
TES orb #5232: 1999-358 // 03:26:26     OCK=5234
TES orb #5233: 1999-358 // 05:24:06     OCK=5235
TES orb #5234: 1999-358 // 07:21:47     OCK=5236
TES orb #5235: 1999-358 // 09:19:29     OCK=5237
TES orb #5236: 1999-358 // 11:17:08     OCK=5238
TES orb #5237: 1999-358 // 13:14:43     OCK=5239
TES orb #5238: 1999-358 // 15:12:19     OCK=5240
TES orb #5239: 1999-358 // 17:10:00     OCK=5241
TES orb #5240: 1999-358 // 19:07:42     OCK=5242
TES orb #5241: 1999-358 // 21:05:22     OCK=5243
TES orb #5242: 1999-358 // 23:03:01     OCK=5244
TES orb #5243: 1999-359 // 01:00:37     OCK=5245
TES orb #5244: 1999-359 // 02:58:14     OCK=5246
TES orb #5245: 1999-359 // 04:55:52     OCK=5247
TES orb #5246: 1999-359 // 06:53:32     OCK=5248
TES orb #5247: 1999-359 // 08:51:14     OCK=5249
TES orb #5248: 1999-359 // 10:48:54     OCK=5250
TES orb #5249: 1999-359 // 12:46:32     OCK=5251
TES orb #5250: 1999-359 // 14:44:06     OCK=5252
TES orb #5251: 1999-359 // 16:41:44     OCK=5253
TES orb #5252: 1999-359 // 18:39:25     OCK=5254
TES orb #5253: 1999-359 // 20:37:07     OCK=5255
TES orb #5254: 1999-359 // 22:34:47     OCK=5256
TES orb #5255: 1999-360 // 00:32:24     OCK=5257
TES orb #5256: 1999-360 // 02:30:01     OCK=5258
TES orb #5257: 1999-360 // 04:27:38     OCK=5259
TES orb #5258: 1999-360 // 06:25:17     OCK=5260
TES orb #5259: 1999-360 // 08:22:58     OCK=5261
TES orb #5260: 1999-360 // 10:20:40     OCK=5262
TES orb #5261: 1999-360 // 12:18:19     OCK=5263
TES orb #5262: 1999-360 // 14:15:56     OCK=5264
TES orb #5263: 1999-360 // 16:13:31     OCK=5265
TES orb #5264: 1999-360 // 18:11:14     OCK=5266
TES orb #5265: 1999-360 // 20:08:53     OCK=5267
TES orb #5266: 1999-360 // 22:06:34     OCK=5268
TES orb #5267: 1999-361 // 00:04:13     OCK=5269
TES orb #5268: 1999-361 // 02:01:50     OCK=5270
TES orb #5269: 1999-361 // 03:59:26     OCK=5271
TES orb #5270: 1999-361 // 05:57:04     OCK=5272
TES orb #5271: 1999-361 // 07:54:45     OCK=5273
TES orb #5272: 1999-361 // 09:52:26     OCK=5274
TES orb #5273: 1999-361 // 11:50:07     OCK=5275
TES orb #5274: 1999-361 // 13:47:45     OCK=5276
TES orb #5275: 1999-361 // 15:45:20     OCK=5277
TES orb #5276: 1999-361 // 17:42:57     OCK=5278
TES orb #5277: 1999-361 // 19:40:38     OCK=5279
TES orb #5278: 1999-361 // 21:38:20     OCK=5280
TES orb #5279: 1999-361 // 23:36:00     OCK=5281
TES orb #5280: 1999-362 // 01:33:38     OCK=5282
TES orb #5281: 1999-362 // 03:31:14     OCK=5283
TES orb #5282: 1999-362 // 05:28:51     OCK=5284
TES orb #5283: 1999-362 // 07:26:30     OCK=5285
TES orb #5284: 1999-362 // 09:24:11     OCK=5286
TES orb #5285: 1999-362 // 11:21:52     OCK=5287
TES orb #5286: 1999-362 // 13:19:32     OCK=5288
TES orb #5287: 1999-362 // 15:17:09     OCK=5289
TES orb #5288: 1999-362 // 17:14:44     OCK=5290
TES orb #5289: 1999-362 // 19:12:23     OCK=5291
TES orb #5290: 1999-362 // 21:10:05     OCK=5292
TES orb #5291: 1999-362 // 23:07:47     OCK=5293
TES orb #5292: 1999-363 // 01:05:26     OCK=5294
TES orb #5293: 1999-363 // 03:03:03     OCK=5295
TES orb #5294: 1999-363 // 05:00:39     OCK=5296
TES orb #5295: 1999-363 // 06:58:17     OCK=5297
TES orb #5296: 1999-363 // 08:55:57     OCK=5298
TES orb #5297: 1999-363 // 10:53:39     OCK=5299
TES orb #5298: 1999-363 // 12:51:20     OCK=5300
TES orb #5299: 1999-363 // 14:48:59     OCK=5301
TES orb #5300: 1999-363 // 16:46:35     OCK=5302
TES orb #5301: 1999-363 // 18:44:11     OCK=5303
TES orb #5302: 1999-363 // 20:41:52     OCK=5304
TES orb #5303: 1999-363 // 22:39:33     OCK=5305
TES orb #5304: 1999-364 // 00:37:14     OCK=5306
TES orb #5305: 1999-364 // 02:34:52     OCK=5307
TES orb #5306: 1999-364 // 04:32:29     OCK=5308
TES orb #5307: 1999-364 // 06:30:05     OCK=5309
TES orb #5308: 1999-364 // 08:27:43     OCK=5310
TES orb #5309: 1999-364 // 10:25:24     OCK=5311
TES orb #5310: 1999-364 // 12:23:06     OCK=5312
TES orb #5311: 1999-364 // 14:20:46     OCK=5313
TES orb #5312: 1999-364 // 16:18:23     OCK=5314
TES orb #5313: 1999-364 // 18:15:58     OCK=5315
TES orb #5314: 1999-364 // 20:13:36     OCK=5316
TES orb #5315: 1999-364 // 22:11:18     OCK=5317
TES orb #5316: 1999-365 // 00:08:59     OCK=5318
TES orb #5317: 1999-365 // 02:06:39     OCK=5319
TES orb #5318: 1999-365 // 04:04:16     OCK=5320
TES orb #5319: 1999-365 // 06:01:52     OCK=5321
TES orb #5320: 1999-365 // 07:59:30     OCK=5322
TES orb #5321: 1999-365 // 09:57:10     OCK=5323
TES orb #5322: 1999-365 // 11:54:51     OCK=5324
TES orb #5323: 1999-365 // 13:52:32     OCK=5325
TES orb #5324: 1999-365 // 15:50:12     OCK=5326
TES orb #5325: 1999-365 // 17:47:48     OCK=5327
TES orb #5326: 1999-365 // 19:45:23     OCK=5328
TES orb #5327: 1999-365 // 21:43:04     OCK=5329
TES orb #5328: 1999-365 // 23:40:45     OCK=5330
TES orb #5329: 2000-001 // 01:38:26     OCK=5331
TES orb #5330: 2000-001 // 03:36:05     OCK=5332
TES orb #5331: 2000-001 // 05:33:42     OCK=5333
TES orb #5332: 2000-001 // 07:31:18     OCK=5334
TES orb #5333: 2000-001 // 09:28:56     OCK=5335
TES orb #5334: 2000-001 // 11:26:36     OCK=5336
TES orb #5335: 2000-001 // 13:25:18     OCK=5337
TES orb #5336: 2000-001 // 15:21:59     OCK=5338
TES orb #5337: 2000-001 // 17:19:36     OCK=5339
TES orb #5338: 2000-001 // 19:17:11     OCK=5340
TES orb #5339: 2000-001 // 21:14:48     OCK=5341
TES orb #5340: 2000-001 // 23:12:29     OCK=5342
TES orb #5341: 2000-002 // 01:10:11     OCK=5343
TES orb #5342: 2000-002 // 03:07:51     OCK=5344
TES orb #5343: 2000-002 // 05:05:29     OCK=5345
TES orb #5344: 2000-002 // 07:03:05     OCK=5346
TES orb #5345: 2000-002 // 09:00:42     OCK=5347
TES orb #5346: 2000-002 // 10:58:21     OCK=5348
TES orb #5347: 2000-002 // 12:56:02     OCK=5349
TES orb #5348: 2000-002 // 14:53:44     OCK=5350
TES orb #5349: 2000-002 // 16:51:23     OCK=5351
TES orb #5350: 2000-002 // 18:49:00     OCK=5352
TES orb #5351: 2000-002 // 20:46:35     OCK=5353
TES orb #5352: 2000-002 // 22:44:15     OCK=5354
TES orb #5353: 2000-003 // 00:41:58     OCK=5355
TES orb #5354: 2000-003 // 02:39:39     OCK=5356
TES orb #5355: 2000-003 // 04:37:18     OCK=5357
TES orb #5356: 2000-003 // 06:34:55     OCK=5358
TES orb #5357: 2000-003 // 08:32:31     OCK=5359
TES orb #5358: 2000-003 // 10:30:09     OCK=5360
TES orb #5359: 2000-003 // 12:27:50     OCK=5361
TES orb #5360: 2000-003 // 14:25:31     OCK=5362
TES orb #5361: 2000-003 // 16:23:12     OCK=5363
TES orb #5362: 2000-003 // 18:20:51     OCK=5364
TES orb #5363: 2000-003 // 20:18:26     OCK=5365
TES orb #5364: 2000-003 // 22:16:02     OCK=5366
TES orb #5365: 2000-004 // 00:13:43     OCK=5367

p5217.img notes:
      1) optical switch 00
      2) day surface = -66(desc) to +6(asc) degrees lat, full spectral,
                 full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) three orbits of double scan surface coverage (nadir only, limbs
         remain single-scan) every fourth day centered on MPL landing
         site closest groundtrack orbit that day
      5) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      6) limb removed from 76S lat position - for MPL surface viewing
      7) limbs every 10 degrees, alternate orbits (a and b)
      8) continuous limb look - with 3 looks at ~60 degree emission angle
         (50 degrees pnt_angle) between each set for once per week repeat
         cont_limb 90S - 30N
      9) continuous limbs for MPL - fore set covers ~47 degrees latitude
         starting at sub-spacecraft latitude of -46(desc) 
         then switching to aft set covering additional ~47 degrees latitude
         finishing at sub-spacecraft lat of -46(asc)
           - angles 70, 68.5 to 62.5 in .41 degree steps, 3 icks 50 deg.
     10) EPF NEW mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
     11) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref1 orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
     12) dense epf- none in this upload
     13) MPL epf set - 2 double-sided (fore-nadir-aft) sets, one at
         -76 degrees lat descending, one at -76 degrees lat ascending
     14) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
           - set on orbit 9 (same places as above), one set during HGA
             motion and one during HGA parked time
     15) mosaics -
           - latitude band set 5 x 7, double scan, column averaged 
             (det_mask 5)dayside:
             1 per day cycling through latitudes -25, -22, -19, -16, -13, 9
     16) Multi day schedule to provide MPL landing site coverage/support:
           1st day - normal (regular limb/epf/surface) 
           2nd day - MPL (regular orbit - MPL limb orbit - regular orbit - 
                     MPL epf orbit - regular orbit - etc)
           3rd day - normal with 3 double surface orbits
           4th day - MPL 
           [2nd and 4th days alternate so closest groundtrack orbit to 
            lander switches between MPL-limb and MPL-epf]
     17) space/ref single/double sequence: 
           - 3 single space, 3 single bb_ref, 3 double space, 
             3 double bb_ref, 2 idle icks 
     18) Due to MOC imaging of the MPL landing site, the following 6 
         ocks will stare at surface only and have the south polar
         space_ref look removed: 5217, 5218, 5229, 5230, 5243, 5261
     19) EQTX command sent up due to eqtx broadcast being terminated until
         doy 1999-361
     20) 15 days worth of orbits loaded

     ERROR: TES orb number still out of sync with TES ock (due to ground
            document typo)

     NOTE: Spacecraft to CSA/backup mode on ock 5142: no more equator 
           crossing broadcasts until MHSA mode resumes - timing will drift;
           Spacecraft back to MHSA mode prior to ock 5266: started
           receiving eqtrx broadcasts, no more timing drift



TES orb #5368: 2000-004 // 02:11:25 - p5368.img 
TES orb #5369: 2000-004 // 04:09:05
TES orb #5370: 2000-004 // 06:06:43
TES orb #5371: 2000-004 // 08:04:20
TES orb #5372: 2000-004 // 10:01:56
TES orb #5373: 2000-004 // 11:59:35
TES orb #5374: 2000-004 // 13:57:16
TES orb #5375: 2000-004 // 15:54:57
TES orb #5376: 2000-004 // 17:52:37
TES orb #5377: 2000-004 // 19:50:14
TES orb #5378: 2000-004 // 21:47:49
TES orb #5379: 2000-004 // 23:45:28
TES orb #5380: 2000-005 // 01:43:10
TES orb #5381: 2000-005 // 03:40:51
TES orb #5382: 2000-005 // 05:38:31
TES orb #5383: 2000-005 // 07:36:08
TES orb #5384: 2000-005 // 09:33:44
TES orb #5385: 2000-005 // 11:31:22
TES orb #5386: 2000-005 // 13:29:02
TES orb #5387: 2000-005 // 15:26:44
TES orb #5388: 2000-005 // 17:24:25
TES orb #5389: 2000-005 // 19:22:04
TES orb #5390: 2000-005 // 21:19:39
TES orb #5391: 2000-005 // 23:17:15
TES orb #5392: 2000-006 // 01:14:56
TES orb #5393: 2000-006 // 03:12:38
TES orb #5394: 2000-006 // 05:10:19
TES orb #5395: 2000-006 // 07:07:57
TES orb #5396: 2000-006 // 09:05:32
TES orb #5397: 2000-006 // 11:03:09
TES orb #5398: 2000-006 // 13:00:48
TES orb #5399: 2000-006 // 14:58:29
TES orb #5400: 2000-006 // 16:56:10
TES orb #5401: 2000-006 // 18:53:50
TES orb #5402: 2000-006 // 20:51:27
TES orb #5403: 2000-006 // 22:49:02
TES orb #5404: 2000-007 // 00:46:40
TES orb #5405: 2000-007 // 02:44:22
TES orb #5406: 2000-007 // 04:42:03
TES orb #5407: 2000-007 // 06:39:43
TES orb #5408: 2000-007 // 08:37:21
TES orb #5409: 2000-007 // 10:34:57
TES orb #5410: 2000-007 // 12:32:34
TES orb #5411: 2000-007 // 14:30:14
TES orb #5412: 2000-007 // 16:27:55
TES orb #5413: 2000-007 // 18:25:36
TES orb #5414: 2000-007 // 20:23:16
TES orb #5415: 2000-007 // 22:20:52
TES orb #5416: 2000-008 // 00:18:27
TES orb #5417: 2000-008 // 02:16:08
TES orb #5418: 2000-008 // 04:13:49
TES orb #5419: 2000-008 // 06:11:30
TES orb #5420: 2000-008 // 08:09:09
TES orb #5421: 2000-008 // 10:06:46
TES orb #5422: 2000-008 // 12:04:22
TES orb #5423: 2000-008 // 14:02:00
TES orb #5424: 2000-008 // 15:59:40
TES orb #5425: 2000-008 // 17:57:22

p5368.img notes:
      1) optical switch 00
      2) day surface = -66(desc) to +6(asc) degrees lat, full spectral, 
                       full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      5) limbs every 10 degrees, alternate orbits (a and b)
      6) continuous limb look - with 3 looks at ~60 degree emission angle
         (50 degrees pnt_angle) between each set for once per week repeat 
         cont_limb 90S - 30N
      7) EPF mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
      8) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
      9) dense epf- 75S to 75N, 15 degree steps, one every third day
     10) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
            - set on orbit 9 (same places as above), one set during HGA
              motion and one during HGA parked time
     11) mosaics - latitude band set 5 x 13, single scan, 
         1 per day cycling through latitudes -12, -9, -6, -3, 0, 3
     12) 12 days worth of orbits loaded
     13) set_orbit command sent to recover from out-of-sync problem

     NOTE: out-of-sync problem fixed by upload



TES orb #5426: 2000-008 // 19:55:03 - p5426.img
TES orb #5427: 2000-008 // 21:52:40
TES orb #5428: 2000-008 // 23:50:15
TES orb #5429: 2000-009 // 01:47:43
TES orb #5430: 2000-009 // 03:45:33
TES orb #5431: 2000-009 // 05:43:15
TES orb #5432: 2000-009 // 07:40:55
TES orb #5433: 2000-009 // 09:38:33
TES orb #5434: 2000-009 // 11:36:09
TES orb #5435: 2000-009 // 13:33:46
TES orb #5436: 2000-009 // 15:31:25
TES orb #5437: 2000-009 // 17:29:06
TES orb #5438: 2000-009 // 19:26:48
TES orb #5439: 2000-009 // 21:24:29
TES orb #5440: 2000-009 // 23:22:04
TES orb #5441: 2000-010 // 01:19:26
TES orb #5442: 2000-010 // 03:17:06
TES orb #5443: 2000-010 // 05:14:48
TES orb #5444: 2000-010 // 07:12:29
TES orb #5445: 2000-010 // 09:10:08
TES orb #5446: 2000-010 // 11:07:45
TES orb #5447: 2000-010 // 13:05:21
TES orb #5448: 2000-010 // 15:02:59
TES orb #5449: 2000-010 // 17:00:39
TES orb #5450: 2000-010 // 18:58:21
TES orb #5451: 2000-010 // 20:56:02
TES orb #5452: 2000-010 // 22:53:40
TES orb #5453: 2000-011 // 00:51:15
TES orb #5454: 2000-011 // 02:48:52
TES orb #5455: 2000-011 // 04:46:32
TES orb #5456: 2000-011 // 06:44:14
TES orb #5457: 2000-011 // 08:41:54
TES orb #5458: 2000-011 // 10:39:32
TES orb #5459: 2000-011 // 12:37:08
TES orb #5460: 2000-011 // 14:34:45
TES orb #5461: 2000-011 // 16:32:24
TES orb #5462: 2000-011 // 18:30:04
TES orb #5463: 2000-011 // 20:27:46
TES orb #5464: 2000-011 // 22:25:26
TES orb #5465: 2000-012 // 00:23:02
TES orb #5466: 2000-012 // 02:20:37
TES orb #5467: 2000-012 // 04:18:16
TES orb #5468: 2000-012 // 06:15:58
TES orb #5469: 2000-012 // 08:13:39
TES orb #5470: 2000-012 // 10:11:19
TES orb #5471: 2000-012 // 12:08:56
TES orb #5472: 2000-012 // 14:06:32
TES orb #5473: 2000-012 // 16:04:09
TES orb #5474: 2000-012 // 18:01:49
TES orb #5475: 2000-012 // 19:59:30
TES orb #5476: 2000-012 // 21:57:12
TES orb #5477: 2000-012 // 23:54:51
TES orb #5478: 2000-013 // 01:52:26
TES orb #5479: 2000-013 // 03:50:02
TES orb #5480: 2000-013 // 05:47:43
TES orb #5481: 2000-013 // 07:45:24
TES orb #5482: 2000-013 // 09:43:05
TES orb #5483: 2000-013 // 11:40:43
TES orb #5484: 2000-013 // 13:38:20
TES orb #5485: 2000-013 // 15:35:56
TES orb #5486: 2000-013 // 17:33:34
TES orb #5487: 2000-013 // 19:31:14
TES orb #5488: 2000-013 // 21:28:56
TES orb #5489: 2000-013 // 23:26:36
TES orb #5490: 2000-014 // 01:24:13
TES orb #5491: 2000-014 // 03:21:48
TES orb #5492: 2000-014 // 05:19:25
TES orb #5493: 2000-014 // 07:17:07
TES orb #5494: 2000-014 // 09:14:48
TES orb #5495: 2000-014 // 11:12:28
TES orb #5496: 2000-014 // 13:10:05
TES orb #5497: 2000-014 // 15:07:41
TES orb #5498: 2000-014 // 17:05:18
TES orb #5499: 2000-014 // 19:02:58
TES orb #5500: 2000-014 // 21:00:39
TES orb #5501: 2000-014 // 22:58:21

p5426.img notes:
      1) optical switch 00
      2) day surface = -66(desc) to +6(asc) degrees lat, full spectral, 
                       full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      5) limbs every 10 degrees, alternate orbits (a and b)
      6) continuous limb look - with 3 looks at ~60 degree emission angle
         (50 degrees pnt_angle) between each set for once per week repeat 
         cont_limb 90S - 30N
      7) EPF mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
      8) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
      9) dense epf- 75S to 75N, 15 degree steps, one every third day
     10) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
           - set on orbit 9 (same places as above), one set during HGA
             motion and one during HGA parked time
     11) mosaics - latitude band set 5 x 7, double scan,
         1 per day cycling through latitudes -25, 22, 19, -16, -13, -9
     12) 12 days worth of orbits loaded
     13) stare nadir only with space/reference sets on ock 5437: 
         Pathfinder imaging opportunity, spacecraft will be slewed

     NOTE: did not have MPL imaging orbits prior to upload; atmospheric
           observations those four orbits will be useless

     NOTE: spacecraft will be in CSA/backup mode from doy 2000-009 to 
           2000-012, TES will not receive eqtrx broadcasts during that 
           period; timing will drift.



TES orb #5502: 2000-015 // 00:56:00 - p5502.img
TES orb #5503: 2000-015 // 02:53:36
TES orb #5504: 2000-015 // 04:51:11
TES orb #5505: 2000-015 // 06:48:51
TES orb #5506: 2000-015 // 08:46:33
TES orb #5507: 2000-015 // 10:44:14
TES orb #5508: 2000-015 // 12:41:53
TES orb #5509: 2000-015 // 14:39:29
TES orb #5510: 2000-015 // 16:37:05
TES orb #5511: 2000-015 // 18:34:44
TES orb #5512: 2000-015 // 20:32:14
TES orb #5513: 2000-015 // 22:30:05
TES orb #5514: 2000-016 // 00:27:46
TES orb #5515: 2000-016 // 02:25:24
TES orb #5516: 2000-016 // 04:22:59
TES orb #5517: 2000-016 // 06:20:35
TES orb #5518: 2000-016 // 08:18:16
TES orb #5519: 2000-016 // 10:15:58
TES orb #5520: 2000-016 // 12:13:38
TES orb #5521: 2000-016 // 14:11:16
TES orb #5522: 2000-016 // 16:08:52
TES orb #5523: 2000-016 // 18:06:28
TES orb #5524: 2000-016 // 20:04:07
TES orb #5525: 2000-016 // 22:01:48
TES orb #5526: 2000-016 // 23:59:30
TES orb #5527: 2000-017 // 01:57:10
TES orb #5528: 2000-017 // 03:54:46
TES orb #5529: 2000-017 // 05:52:21
TES orb #5530: 2000-017 // 07:50:00
TES orb #5531: 2000-017 // 09:47:42
TES orb #5532: 2000-017 // 11:45:24
TES orb #5533: 2000-017 // 13:43:03
TES orb #5534: 2000-017 // 15:40:40
TES orb #5535: 2000-017 // 17:38:16
TES orb #5536: 2000-017 // 19:35:54
TES orb #5537: 2000-017 // 21:33:34
TES orb #5538: 2000-017 // 23:31:15
TES orb #5539: 2000-018 // 01:28:57
TES orb #5540: 2000-018 // 03:26:35
TES orb #5541: 2000-018 // 05:24:10
TES orb #5542: 2000-018 // 07:21:46
TES orb #5543: 2000-018 // 09:19:27
TES orb #5544: 2000-018 // 11:17:09
TES orb #5545: 2000-018 // 13:14:49
TES orb #5546: 2000-018 // 15:12:27
TES orb #5547: 2000-018 // 17:10:04
TES orb #5548: 2000-018 // 19:07:40
TES orb #5549: 2000-018 // 21:05:18
TES orb #5550: 2000-018 // 23:02:59
TES orb #5551: 2000-019 // 01:00:40
TES orb #5552: 2000-019 // 02:58:20
TES orb #5553: 2000-019 // 04:55:57
TES orb #5554: 2000-019 // 06:53:32
TES orb #5555: 2000-019 // 08:51:10
TES orb #5556: 2000-019 // 10:48:52
TES orb #5557: 2000-019 // 12:46:34
TES orb #5558: 2000-019 // 14:44:13
TES orb #5559: 2000-019 // 16:41:50
TES orb #5560: 2000-019 // 18:39:26
TES orb #5561: 2000-019 // 20:37:04
TES orb #5562: 2000-019 // 22:34:44
TES orb #5563: 2000-020 // 00:32:25
TES orb #5564: 2000-020 // 02:30:06
TES orb #5565: 2000-020 // 04:27:45
TES orb #5566: 2000-020 // 06:25:21
TES orb #5567: 2000-020 // 08:22:56
TES orb #5568: 2000-020 // 10:20:37
TES orb #5569: 2000-020 // 12:18:19
TES orb #5570: 2000-020 // 14:16:00
TES orb #5571: 2000-020 // 16:13:37
TES orb #5572: 2000-020 // 18:11:14
TES orb #5573: 2000-020 // 20:08:50
TES orb #5574: 2000-020 // 22:06:29
TES orb #5575: 2000-021 // 00:04:09
TES orb #5576: 2000-021 // 02:01:50
TES orb #5577: 2000-021 // 03:59:31
TES orb #5578: 2000-021 // 05:57:08
TES orb #5579: 2000-021 // 07:54:42
TES orb #5580: 2000-021 // 09:52:20
TES orb #5581: 2000-021 // 11:50:01
TES orb #5582: 2000-021 // 13:47:42
TES orb #5583: 2000-021 // 15:45:23

p5502.img notes:
      1) optical switch 00
      2) day surface = -66(desc) to +6(asc) degrees lat, full spectral, 
                       full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      5) limbs every 10 degrees, alternate orbits (a and b)
      6) continuous limb look - with 3 looks at ~60 degree emission angle
         (50 degrees pnt_angle) between each set for once per week repeat
         cont_limb 90S - 30N
      7) EPF mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
      8) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
      9) dense epf- 75S to 75N, 15 degree steps, one every third day
     10) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
           - set on orbit 9 (same places as above), one set during HGA
             motion and one during HGA parked time
     11) mosaics - latitude band set 5 x 7, double scan,
         1 per day cycling through latitudes -25, 22, 19, -16, -13, -9
     12) mosaics - 
           - targeted 5 x 13, single scan, dayside:
             Korolev Crater, ock 5568; Viking1, ock 5601
     13) 12 days worth of orbits loaded
     14) stare nadir only with space/reference sets on ock 5525 (Pathfinder 
         imaging opportunity) and on ocks 5532 and 5557 (MPL site imaging); 
         spacecraft will be slewed

     NOTE: spacecraft will be in CSA/backup mode from doy 2000-016 to 
           2000-019, TES will not receive eqtrx broadcasts during that 
           period; timing will drift - MOC imaging both MPL and MPF sites



TES orb #5584: 2000-021 // 17:43:00 - p5584.img
TES orb #5585: 2000-021 // 19:40:36
TES orb #5586: 2000-021 // 21:38:13
TES orb #5587: 2000-021 // 23:35:52
TES orb #5588: 2000-022 // 01:33:33
TES orb #5589: 2000-022 // 03:31:15
TES orb #5590: 2000-022 // 05:28:54
TES orb #5591: 2000-022 // 07:26:31
TES orb #5592: 2000-022 // 09:24:06
TES orb #5593: 2000-022 // 11:21:46
TES orb #5594: 2000-022 // 13:19:28
TES orb #5595: 2000-022 // 15:17:09
TES orb #5596: 2000-022 // 17:14:47
TES orb #5597: 2000-022 // 19:12:24
TES orb #5598: 2000-022 // 21:10:00
TES orb #5599: 2000-022 // 23:07:38
TES orb #5600: 2000-023 // 01:05:19
TES orb #5601: 2000-023 // 03:03:00
TES orb #5602: 2000-023 // 05:00:41
TES orb #5603: 2000-023 // 06:58:19
TES orb #5604: 2000-023 // 08:55:54
TES orb #5605: 2000-023 // 10:53:30
TES orb #5606: 2000-023 // 12:51:11
TES orb #5607: 2000-023 // 14:48:53
TES orb #5608: 2000-023 // 16:46:33
TES orb #5609: 2000-023 // 18:44:11
TES orb #5610: 2000-023 // 20:41:47
TES orb #5611: 2000-023 // 22:39:23
TES orb #5612: 2000-024 // 00:37:02
TES orb #5613: 2000-024 // 02:34:43
TES orb #5614: 2000-024 // 04:32:25
TES orb #5615: 2000-024 // 06:30:04
TES orb #5616: 2000-024 // 08:27:41
TES orb #5617: 2000-024 // 10:25:16
TES orb #5618: 2000-024 // 12:22:55
TES orb #5619: 2000-024 // 14:20:20
TES orb #5620: 2000-024 // 16:18:02
TES orb #5621: 2000-024 // 18:15:41
TES orb #5622: 2000-024 // 20:13:18
TES orb #5623: 2000-024 // 22:10:54
TES orb #5624: 2000-025 // 00:08:31
TES orb #5625: 2000-025 // 02:06:11
TES orb #5626: 2000-025 // 04:03:53
TES orb #5627: 2000-025 // 06:01:34
TES orb #5628: 2000-025 // 07:59:12
TES orb #5629: 2000-025 // 09:56:48
TES orb #5630: 2000-025 // 11:54:24
TES orb #5631: 2000-025 // 13:52:04
TES orb #5632: 2000-025 // 15:49:46
TES orb #5633: 2000-025 // 17:47:26
TES orb #5634: 2000-025 // 19:45:04
TES orb #5635: 2000-025 // 21:42:41
TES orb #5636: 2000-025 // 23:40:17
TES orb #5637: 2000-026 // 01:37:55
TES orb #5638: 2000-026 // 03:35:35
TES orb #5639: 2000-026 // 05:33:17
TES orb #5640: 2000-026 // 07:30:57
TES orb #5641: 2000-026 // 09:28:34
TES orb #5642: 2000-026 // 11:26:08
TES orb #5643: 2000-026 // 13:23:46
TES orb #5644: 2000-026 // 15:21:28
TES orb #5645: 2000-026 // 17:19:09
TES orb #5646: 2000-026 // 19:16:49
TES orb #5647: 2000-026 // 21:14:26
TES orb #5648: 2000-026 // 23:12:02
TES orb #5649: 2000-027 // 01:09:39
TES orb #5650: 2000-027 // 03:07:19
TES orb #5651: 2000-027 // 05:05:00
TES orb #5652: 2000-027 // 07:02:41
TES orb #5653: 2000-027 // 09:00:20
TES orb #5654: 2000-027 // 10:57:56
TES orb #5655: 2000-027 // 12:55:31
TES orb #5656: 2000-027 // 14:53:11
TES orb #5657: 2000-027 // 16:50:53
TES orb #5658: 2000-027 // 18:48:34
TES orb #5659: 2000-027 // 20:46:12
TES orb #5660: 2000-027 // 22:43:49
TES orb #5661: 2000-028 // 00:41:24
TES orb #5662: 2000-028 // 02:39:03
TES orb #5663: 2000-028 // 04:36:43
TES orb #5664: 2000-028 // 06:34:24
TES orb #5665: 2000-028 // 08:32:05
TES orb #5666: 2000-028 // 10:29:42
TES orb #5667: 2000-028 // 12:27:16
TES orb #5668: 2000-028 // 14:24:53
TES orb #5669: 2000-028 // 16:22:35

p5584.img notes:
      1) optical switch 00
      2) day surface = -66(desc) to +6(asc) degrees lat, full spectral, 
                       full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      5) limbs every 10 degrees, alternate orbits (a and b)
      6) continuous limb look - with 3 looks at ~60 degree emission angle
         (50 degrees pnt_angle) between each set for once per week repeat
         cont_limb 90S - 30N
      7) EPF mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
      8) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
      9) dense epf- 75S to 75N, 15 degree steps, one every third day
     10) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
           - set on orbit 9 (same places as above), one set during HGA
             motion and one during HGA parked time
     11) mosaics - latitude band set 5 x 7, double scan,
         1 per day cycling through latitudes -25, 22, 19, -16, -13, -9
     12) mosaics - 
           - targeted 5 x 13, single scan, dayside:
             Viking1, ock 5601; Becquerel Cr., ock 5625; 
             Aram Chaos, ock 5663; W. Candor Chasm, ock 5665
           - 3 x 45, single scan, dayside, cloud/volc:
             Arsia, ock 5654; Elysium, ock 5657; Olympus, ock 5692;
     13) 12 days worth of orbits loaded
     14) no information on MPL/MPF targeting orbits, also nothing
         special done for MAG calibrations (affects only HGA and SA)



TES orb #5670: 2000-028 // 18:20:16 - p5670.img
TES orb #5671: 2000-028 // 20:17:56
TES orb #5672: 2000-028 // 22:15:33
TES orb #5673: 2000-029 // 00:13:09
TES orb #5674: 2000-029 // 02:10:46
TES orb #5675: 2000-029 // 04:08:25
TES orb #5676: 2000-029 // 06:06:06
TES orb #5677: 2000-029 // 08:03:48
TES orb #5678: 2000-029 // 10:01:27
TES orb #5679: 2000-029 // 11:59:03
TES orb #5680: 2000-029 // 13:56:38
TES orb #5681: 2000-029 // 15:54:18
TES orb #5682: 2000-029 // 17:52:00
TES orb #5683: 2000-029 // 19:49:41
TES orb #5684: 2000-029 // 21:47:20
TES orb #5685: 2000-029 // 23:45:56
TES orb #5686: 2000-030 // 01:42:32
TES orb #5687: 2000-030 // 03:40:10
TES orb #5688: 2000-030 // 05:37:50
TES orb #5689: 2000-030 // 07:35:32
TES orb #5690: 2000-030 // 09:33:13
TES orb #5691: 2000-030 // 11:30:51
TES orb #5692: 2000-030 // 13:28:26
TES orb #5693: 2000-030 // 15:26:02
TES orb #5694: 2000-030 // 17:23:43
TES orb #5695: 2000-030 // 19:21:24
TES orb #5696: 2000-030 // 21:19:05
TES orb #5697: 2000-030 // 23:16:42
TES orb #5698: 2000-031 // 01:14:18
TES orb #5699: 2000-031 // 03:11:55
TES orb #5700: 2000-031 // 05:09:33
TES orb #5701: 2000-031 // 07:07:14
TES orb #5702: 2000-031 // 09:04:55
TES orb #5703: 2000-031 // 11:02:35
TES orb #5704: 2000-031 // 13:00:12
TES orb #5705: 2000-031 // 14:57:47
TES orb #5706: 2000-031 // 16:55:26
TES orb #5707: 2000-031 // 18:53:07
TES orb #5708: 2000-031 // 20:50:49
TES orb #5709: 2000-031 // 22:48:28
TES orb #5710: 2000-032 // 00:46:05
TES orb #5711: 2000-032 // 02:43:41
TES orb #5712: 2000-032 // 04:41:18
TES orb #5713: 2000-032 // 06:38:58
TES orb #5714: 2000-032 // 08:36:40
TES orb #5715: 2000-032 // 10:34:21
TES orb #5716: 2000-032 // 12:31:59
TES orb #5717: 2000-032 // 14:29:35
TES orb #5718: 2000-032 // 16:27:11
TES orb #5719: 2000-032 // 18:24:51
TES orb #5720: 2000-032 // 20:22:33
TES orb #5721: 2000-032 // 22:20:13
TES orb #5722: 2000-033 // 00:17:51
TES orb #5723: 2000-033 // 02:15:28
TES orb #5724: 2000-033 // 04:13:04
TES orb #5725: 2000-033 // 06:10:42
TES orb #5726: 2000-033 // 08:08:22
TES orb #5727: 2000-033 // 10:06:04
TES orb #5728: 2000-033 // 12:03:44
TES orb #5729: 2000-033 // 14:01:21
TES orb #5730: 2000-033 // 15:58:55
TES orb #5731: 2000-033 // 17:56:33
TES orb #5732: 2000-033 // 19:54:14
TES orb #5733: 2000-033 // 21:52:56
TES orb #5734: 2000-033 // 23:49:35
TES orb #5735: 2000-034 // 01:47:13
TES orb #5736: 2000-034 // 03:44:49
TES orb #5737: 2000-034 // 05:42:26
TES orb #5738: 2000-034 // 07:40:05
TES orb #5739: 2000-034 // 09:37:46
TES orb #5740: 2000-034 // 11:35:28
TES orb #5741: 2000-034 // 13:34:11
TES orb #5742: 2000-034 // 15:30:43
TES orb #5743: 2000-034 // 17:28:18
TES orb #5744: 2000-034 // 19:25:58
TES orb #5745: 2000-034 // 21:23:40
TES orb #5746: 2000-034 // 23:21:20
TES orb #5747: 2000-035 // 01:18:59
TES orb #5748: 2000-035 // 03:16:35
TES orb #5749: 2000-035 // 05:14:11
TES orb #5750: 2000-035 // 07:11:49
TES orb #5751: 2000-035 // 09:09:30
TES orb #5752: 2000-035 // 11:07:11
TES orb #5753: 2000-035 // 13:04:51
TES orb #5754: 2000-035 // 15:02:29
TES orb #5755: 2000-035 // 17:00:03

p5670.img notes:
      1) optical switch 00
      2) MEDIUM data record rate (ocks 5670 - 5770)
         day surface = -66(desc) to +6(asc) degrees lat, full spectral, 
                       full spatial
         night = +54 to -66 degrees lat, spectral mask, full spatial
         poles = +6(asc) to +54(desc) degrees lat, spectral mask,
                 spatial mask (all detectors averaged together)
           - short packets except for space/reference sets

         LOW data record rate (starting ock 5771 through next 9 months)
         day surface = -50 to +10 degrees lat, full spectral, 
                       full spatial
         night = +40 to -40 degrees lat descending orbit side, +10 to +50
                 degrees lat dayside, spectral mask, full spatial
         poles = -40 to -50(day) south pole, +50(day) to +40 north pole, 
                 spectral mask, spatial mask (all detectors averaged 
                 together)
           - short packets except for space/reference sets
           - dayside wedge centered on sub_solar latitude (20S)
      3) for realtime orbits: full spatial, full spectral for entire orbit
           - long packets
      4) limb: all forward looking, space, +75 degrees, limb set (100 km
         height, 1/2 degree steps, padded by one look at surface angle)
           - all short packets
      5) limbs every 10 degrees, alternate orbits (a and b)
      6) continuous limb look - with 3 looks at ~60 degree emission angle
         (50 degrees pnt_angle) between each set for once per week repeat
          cont_limb 90S - 30N
      7) EPF mirror angles = -59.5,-54.5,-47,-26.5,0,26.5,47,54.5,59.5;
         5 icks at each angle
      8) 1 N-polar, 1 S-polar, and 1 nightside epf (alb_ref orbit) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 deg lat steps to cycle through dayside completely in a 
         single day
      9) dense epf- 75S to 75N, 15 degree steps, one every third day
     10) space_ref_long twice per day on a single orbit: once in noise
         free zone (south pole) and once during Solar Array motion 
         (nightside)
           - set on orbit 9 (same places as above), one set during HGA
             motion and one during HGA parked time
     11) mosaics - latitude band set 5 x 7, double scan,
         1 per day cycling through latitudes -25, 22, 19, -16, -13, -9
     12) mosaics - 
          - targeted 5 x 13, single scan, dayside:
            Hebes Chasm, ock 5753
          - 3 x 45, single scan, dayside, cloud/volc:
            Olympus, ock 5692
     13) 12 days worth of orbits loaded
     14) nothing done for MPL/MPF imaging or HGA testing