PDS_VERSION_ID          = PDS3
RECORD_TYPE             = STREAM
OBJECT                  = TEXT
  PUBLICATION_DATE      = 2000-06-16
  START_ORBIT_NUMBER    = 4200
  STOP_ORBIT_NUMBER     = 4582
  START_TIME            = 1999-273T15:57:16.000
  STOP_TIME             = 1999-304T22:57:07.000
  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."  

END_OBJECT              = TEXT
END



TES orb #4200: 1999-273 // 15:57:16 - p4103.img
TES orb #4201: 1999-273 // 17:54:53
TES orb #4202: 1999-273 // 19:52:29
TES orb #4203: 1999-273 // 21:50:08
TES orb #4204: 1999-273 // 23:47:48
TES orb #4205: 1999-274 // 01:45:30
TES orb #4206: 1999-274 // 03:43:11
TES orb #4207: 1999-274 // 05:40:50
TES orb #4208: 1999-274 // 07:38:25
TES orb #4209: 1999-274 // 09:36:01
TES orb #4210: 1999-274 // 11:33:43
TES orb #4211: 1999-274 // 13:31:25
TES orb #4212: 1999-274 // 15:29:05
TES orb #4213: 1999-274 // 17:26:43


p4103.img notes:
      1) optical switch 00
      2) day surface = -80 to +40 degrees lat., full spectral, full spatial
         night = +60 to -60 degrees lat., spectral mask, full spatial
         poles = rest of lats., 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
             - maximum 4 interferograms near subsolar point, detector 2,
               one minute between interferograms [for mini_tes]
      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 nadir looks between set for
         once per week repeat. cont_limb 90S - 30N  (orbits 3975,4059)
      7) EPF = -62,-60,-45,0,45,60,62 angles, 5 icks at each angle
      8) 1 N-polar, 1 S-polar (refa orbit), 1 nightside epf (orb 11) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 lat steps to cycle through dayside completely in a single day
      9) dense epf- one dense epf targeted every third day,
             - pnt = +-60,+-58,+-55,+-54,+-50 etc to 0 degrees,
             - it will take ~ 1 month to cycle through the full dayside
               latitudinal converage (75S, 60S, 45S, 30S, 15S, 0, 15N,
               30N, 45N, 60N, 75N)
     10) space_ref_long  twice per day on a single orbit: once in noise 
         free zone (south pole) and once during panel motion (dark side)
             - added additional set on orb 9 (same places as above), hope
               to have one set during hga motion, one during hga parked time
     11) mosaics (5 x 13) done once per day, varying in latitude 
         [-12,-9,-6,-3,0,3 degrees], attempting 1.5 lat x 1 long degree 
         coverage
     12) moved limb looks out of solar array motion periods, times change
         by ~3 icks/day - so will update every upload
     13) 14 days worth of orbits loaded - trying to avoid conflict with
         MCO MOI and critical start of aerobraking


TES orb #4214: 1999-274 // 19:24:19 - p4214.img
TES orb #4215: 1999-274 // 21:21:56
TES orb #4216: 1999-274 // 23:19:35
TES orb #4217: 1999-275 // 01:17:16
TES orb #4218: 1999-275 // 03:14:58
TES orb #4219: 1999-275 // 05:12:38
TES orb #4220: 1999-275 // 07:10:15
TES orb #4221: 1999-275 // 09:07:50
TES orb #4222: 1999-275 // 11:05:30
TES orb #4223: 1999-275 // 13:03:12
TES orb #4224: 1999-275 // 15:00:53
TES orb #4225: 1999-275 // 16:58:33
TES orb #4226: 1999-275 // 18:56:10
TES orb #4227: 1999-275 // 20:53:37
TES orb #4228: 1999-275 // 22:51:24
TES orb #4229: 1999-276 // 00:49:05
TES orb #4230: 1999-276 // 02:46:46
TES orb #4231: 1999-276 // 04:44:28
TES orb #4232: 1999-276 // 06:42:07
TES orb #4233: 1999-276 // 08:39:43
TES orb #4234: 1999-276 // 10:37:19
TES orb #4235: 1999-276 // 12:35:00
TES orb #4236: 1999-276 // 14:32:42
TES orb #4237: 1999-276 // 16:30:22
TES orb #4238: 1999-276 // 18:28:01
TES orb #4239: 1999-276 // 20:25:37
TES orb #4240: 1999-276 // 22:23:14
TES orb #4241: 1999-277 // 00:20:52
TES orb #4242: 1999-277 // 02:18:33
TES orb #4243: 1999-277 // 04:16:15
TES orb #4244: 1999-277 // 06:13:55
TES orb #4245: 1999-277 // 08:11:31
TES orb #4246: 1999-277 // 10:09:04
TES orb #4247: 1999-277 // 12:06:44
TES orb #4248: 1999-277 // 14:04:25
TES orb #4249: 1999-277 // 16:02:07
TES orb #4250: 1999-277 // 17:59:47
TES orb #4251: 1999-277 // 19:57:24
TES orb #4252: 1999-277 // 21:55:01
TES orb #4253: 1999-277 // 23:52:38
TES orb #4254: 1999-278 // 01:50:18
TES orb #4255: 1999-278 // 03:47:59
TES orb #4256: 1999-278 // 05:45:41
TES orb #4257: 1999-278 // 07:43:20
TES orb #4258: 1999-278 // 09:40:56
TES orb #4259: 1999-278 // 11:38:32
TES orb #4260: 1999-278 // 13:33:12
TES orb #4261: 1999-278 // 15:33:55
TES orb #4262: 1999-278 // 17:31:35
TES orb #4263: 1999-278 // 19:29:14
TES orb #4264: 1999-278 // 21:26:51
TES orb #4265: 1999-278 // 23:24:27
TES orb #4266: 1999-279 // 01:22:06
TES orb #4267: 1999-279 // 03:19:46
TES orb #4268: 1999-279 // 05:17:28
TES orb #4269: 1999-279 // 07:15:08
TES orb #4270: 1999-279 // 09:12:46
TES orb #4271: 1999-279 // 11:10:21
TES orb #4272: 1999-279 // 13:07:58
TES orb #4273: 1999-279 // 15:05:40
TES orb #4274: 1999-279 // 17:03:21
TES orb #4275: 1999-279 // 19:01:02
TES orb #4276: 1999-279 // 20:58:39
TES orb #4277: 1999-279 // 22:56:16
TES orb #4278: 1999-280 // 00:53:52
TES orb #4279: 1999-280 // 02:51:32
TES orb #4280: 1999-280 // 04:49:13
TES orb #4281: 1999-280 // 06:46:55
TES orb #4282: 1999-280 // 08:44:35
TES orb #4283: 1999-280 // 10:42:11
TES orb #4284: 1999-280 // 12:39:46


p4214.img notes:
      1) optical switch 00
      2) day surface = -80 to +40 degrees lat., full spectral, full spatial
         night = +60 to -60 degrees lat., spectral mask, full spatial
         poles = rest of lats., 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
             - maximum 4 interferograms near subsolar point, detector 2,
               one minute between interferograms [for mini_tes]
      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 = -62,-60,-45,0,45,60,62 angles, 5 icks at each angle
      8) 1 N-polar, 1 S-polar (refa orbit), 1 nightside epf(orb 11) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 lat steps to cycle through dayside completely in a single day
      9) dense epf- one dense epf targeted every third day,
             - pnt = +-60,+-58,+-55,+-54,+-50 etc to 0 degrees,
             - it will take ~ 1 month to cycle through the full dayside
               latitudinal converage (75S, 60S, 45S, 30S, 15S, 0, 15N,
               30N, 45N, 60N, 75N)
     10) space_ref_long  twice per day on a single orbit: once in noise 
         free zone (south pole) and once during panel motion (dark side)
             - added additional set on orb 9 (same places as above), hope to
               have one set during hga motion, one during hga parked time
     11) mosaics (5 x 13) done once per day, varying in latitude 
         [-12,-9,-6,-3,0,3 degrees], attempting 1.5 lat x 1 long degree 
         coverage
     12) moved limb looks out of solar array motion periods, times change
         by ~3 icks/day - so will update every upload
     13) 12 days worth of orbits loaded 


TES orb #4285: 1999-280 // 14:37:26 - p4285.img
TES orb #4286: 1999-280 // 16:35:08
TES orb #4287: 1999-280 // 18:32:50
TES orb #4288: 1999-280 // 20:30:29
TES orb #4289: 1999-280 // 22:28:06
TES orb #4290: 1999-281 // 00:25:41
TES orb #4291: 1999-281 // 02:23:20
TES orb #4292: 1999-281 // 04:21:01
TES orb #4293: 1999-281 // 06:18:43
TES orb #4294: 1999-281 // 08:16:24
TES orb #4295: 1999-281 // 10:14:02
TES orb #4296: 1999-281 // 12:11:38
TES orb #4297: 1999-281 // 14:09:14
TES orb #4298: 1999-281 // 16:06:55
TES orb #4299: 1999-281 // 18:04:37
TES orb #4300: 1999-281 // 20:02:18
TES orb #4301: 1999-281 // 21:59:56
TES orb #4302: 1999-281 // 23:57:32
TES orb #4303: 1999-282 // 01:55:09
TES orb #4304: 1999-282 // 03:52:48
TES orb #4305: 1999-282 // 05:50:29
TES orb #4306: 1999-282 // 07:48:10
TES orb #4307: 1999-282 // 09:45:50
TES orb #4308: 1999-282 // 11:43:27
TES orb #4309: 1999-282 // 13:41:02
TES orb #4310: 1999-282 // 15:38:41
TES orb #4311: 1999-282 // 17:36:23
TES orb #4312: 1999-282 // 19:34:05
TES orb #4313: 1999-282 // 21:31:45
TES orb #4314: 1999-282 // 23:29:22
TES orb #4315: 1999-283 // 01:26:58
TES orb #4316: 1999-283 // 03:24:36
TES orb #4317: 1999-283 // 05:22:16
TES orb #4318: 1999-283 // 07:19:58
TES orb #4319: 1999-283 // 09:17:39
TES orb #4320: 1999-283 // 11:15:18
TES orb #4321: 1999-283 // 13:12:54
TES orb #4322: 1999-283 // 15:10:30
TES orb #4323: 1999-283 // 17:08:11
TES orb #4324: 1999-283 // 19:05:53
TES orb #4325: 1999-283 // 21:03:33
TES orb #4326: 1999-283 // 23:01:12
TES orb #4327: 1999-284 // 00:58:48
TES orb #4328: 1999-284 // 02:56:25
TES orb #4329: 1999-284 // 04:54:03
TES orb #4330: 1999-284 // 06:51:44
TES orb #4331: 1999-284 // 08:49:25
TES orb #4332: 1999-284 // 10:47:06
TES orb #4333: 1999-284 // 12:44:43
TES orb #4334: 1999-284 // 14:42:18
TES orb #4335: 1999-284 // 16:39:56
TES orb #4336: 1999-284 // 18:37:38
TES orb #4337: 1999-284 // 20:35:19
TES orb #4338: 1999-284 // 22:32:59
TES orb #4339: 1999-285 // 00:30:37
TES orb #4340: 1999-285 // 02:28:13
TES orb #4341: 1999-285 // 04:25:50
TES orb #4342: 1999-285 // 06:23:30
TES orb #4343: 1999-285 // 08:21:11
TES orb #4344: 1999-285 // 10:18:53
TES orb #4345: 1999-285 // 12:16:33
TES orb #4346: 1999-285 // 14:14:09
TES orb #4347: 1999-285 // 16:11:44
TES orb #4348: 1999-285 // 18:09:25
TES orb #4349: 1999-285 // 20:07:07
TES orb #4350: 1999-285 // 22:04:48
TES orb #4351: 1999-286 // 00:02:27
TES orb #4352: 1999-286 // 02:00:03
TES orb #4353: 1999-286 // 03:57:40
TES orb #4354: 1999-286 // 05:55:18
TES orb #4355: 1999-286 // 07:52:58
TES orb #4356: 1999-286 // 09:50:40
TES orb #4357: 1999-286 // 11:48:21
TES orb #4358: 1999-286 // 13:45:59


p4284.img notes:
      1) optical switch 00
      2) day surface = -80 to +40 degrees lat., full spectral, full spatial
         night = +60 to -60 degrees lat., spectral mask, full spatial
         poles = rest of lats., 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
             - maximum 4 interferograms near subsolar point, detector 2,
               one minute between interferograms [for mini_tes]
      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 = -62,-60,-45,0,45,60,62 angles, 5 icks at each angle
      8) 1 N-polar, 1 S-polar (refa orbit), 1 nightside epf(orb 11) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 lat steps to cycle through dayside completely in a single day
      9) dense epf- one dense epf targeted every third day,
             - pnt = +-60,+-58,+-55,+-54,+-50 etc to 0 degrees,
             - it will take ~ 1 month to cycle through the full dayside
               latitudinal converage (75S, 60S, 45S, 30S, 15S, 0, 15N,
               30N, 45N, 60N, 75N)
     10) space_ref_long  twice per day on a single orbit: once in noise
         free zone (south pole) and once during panel motion (dark side)
             - added additional set on orb 9 (same places as above), hope to
               have one set during hga motion, one during hga parked time
     11) mosaics (5 x 13) done once per day, varying in latitude
         [-12,-9,-6,-3,0,3 degrees], attempting 1.5 lat x 1 long degree
         coverage
     12) moved limb looks out of solar array motion periods, times change
         by ~3 icks/day - so will update every upload
     13) 12 days worth of orbits loaded


TES orb #4359: 1999-286 // 15:43:34 - p4359.img
TES orb #4360: 1999-286 // 17:41:11
TES orb #4361: 1999-286 // 19:38:52
TES orb #4362: 1999-286 // 21:36:34
TES orb #4363: 1999-286 // 23:34:14
TES orb #4364: 1999-287 // 01:31:52
TES orb #4365: 1999-287 // 03:29:28
TES orb #4366: 1999-287 // 05:27:05
TES orb #4367: 1999-287 // 07:24:44
TES orb #4368: 1999-287 // 09:22:26
TES orb #4369: 1999-287 // 11:20:07
TES orb #4370: 1999-287 // 13:17:47
TES orb #4371: 1999-287 // 15:15:24
TES orb #4372: 1999-287 // 17:12:59
TES orb #4373: 1999-287 // 19:10:39
TES orb #4374: 1999-287 // 21:08:21
TES orb #4375: 1999-287 // 23:06:02
TES orb #4376: 1999-288 // 01:03:42
TES orb #4377: 1999-288 // 03:01:19
TES orb #4378: 1999-288 // 04:54:55
TES orb #4379: 1999-288 // 06:56:33
TES orb #4380: 1999-288 // 08:54:14
TES orb #4381: 1999-288 // 10:51:55
TES orb #4382: 1999-288 // 12:49:37
TES orb #4383: 1999-288 // 14:47:15
TES orb #4384: 1999-288 // 16:44:51
TES orb #4385: 1999-288 // 18:42:27
TES orb #4386: 1999-288 // 20:40:08
TES orb #4387: 1999-288 // 22:37:50
TES orb #4388: 1999-289 // 00:35:31
TES orb #4389: 1999-289 // 02:33:09
TES orb #4390: 1999-289 // 04:30:45
TES orb #4391: 1999-289 // 06:28:22
TES orb #4392: 1999-289 // 08:26:01
TES orb #4393: 1999-289 // 10:23:41
TES orb #4394: 1999-289 // 12:21:23
TES orb #4395: 1999-289 // 14:19:03
TES orb #4396: 1999-289 // 16:16:40
TES orb #4397: 1999-289 // 18:14:15
TES orb #4398: 1999-289 // 20:11:54
TES orb #4399: 1999-289 // 22:09:36
TES orb #4400: 1999-290 // 00:07:17
TES orb #4401: 1999-290 // 02:04:57
TES orb #4402: 1999-290 // 04:02:35
TES orb #4403: 1999-290 // 06:00:11
TES orb #4404: 1999-290 // 07:57:48
TES orb #4405: 1999-290 // 09:55:29
TES orb #4406: 1999-290 // 11:53:10
TES orb #4407: 1999-290 // 13:51:56
TES orb #4408: 1999-290 // 15:48:31


p4359.img notes:
      1) optical switch 00
      2) day surface = -80 to +40 degrees lat., full spectral, full spatial
         night = +60 to -60 degrees lat., spectral mask, full spatial
         poles = rest of lats., 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
             - maximum 4 interferograms near subsolar point, detector 2,
               one minute between interferograms [for mini_tes]
      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 = -62,-60,-45,0,45,60,62 angles, 5 icks at each angle
      8) 1 N-polar, 1 S-polar (refa orbit), 1 nightside epf(orb 11) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 lat steps to cycle through dayside completely in a single day
      9) dense epf- one dense epf targeted every third day,
             - pnt = +-60,+-58,+-55,+-54,+-50 etc to 0 degrees,
             - it will take ~ 1 month to cycle through the full dayside
                 latitudinal converage (75S, 60S, 45S, 30S, 15S, 0, 15N,
                 30N, 45N, 60N, 75N)
     10) space_ref_long  twice per day on a single orbit: once in noise
         free zone (south pole) and once during panel motion (dark side)
             - added additional set on orb 9 (same places as above), hope to
               have one set during hga motion, one during hga parked time
     11) mosaics (5 x 13) done once per day, varying in latitude
         [-12,-9,-6,-3,0,3 degrees], attempting 1.5 lat x 1 long degree
         coverage
             - used Michael's tools to target and build dayside (5x13) 
               mosaics for western hematite locale (p4430) and Aram Chaos
               (p4418)
     12) moved limb looks out of solar array motion periods, times change
         by ~3 icks/day - so will update every upload
             - AEM/pef times out of sync, will be fixed next week so
               added all limbs back into schedules and moved long ref
               to near equator crossing
     13) 12 days worth of orbits loaded


TES orb #4410: 1999-290 // 19:43:43 - p4410.img
TES orb #4411: 1999-290 // 21:41:23
TES orb #4412: 1999-290 // 23:39:05
TES orb #4413: 1999-291 // 01:36:46
TES orb #4414: 1999-291 // 03:34:25
TES orb #4415: 1999-291 // 05:32:01
TES orb #4416: 1999-291 // 07:29:35
TES orb #4417: 1999-291 // 09:27:13
TES orb #4418: 1999-291 // 11:24:54
TES orb #4419: 1999-291 // 13:22:35
TES orb #4420: 1999-291 // 15:20:16
TES orb #4421: 1999-291 // 17:17:53
TES orb #4422: 1999-291 // 19:15:28
TES orb #4423: 1999-291 // 21:13:05
TES orb #4424: 1999-291 // 23:10:47
TES orb #4425: 1999-292 // 01:08:28
TES orb #4426: 1999-292 // 03:06:08
TES orb #4427: 1999-292 // 05:03:46
TES orb #4428: 1999-292 // 07:01:22
TES orb #4429: 1999-292 // 08:58:59
TES orb #4430: 1999-292 // 10:56:39
TES orb #4431: 1999-292 // 12:54:20
TES orb #4432: 1999-292 // 14:52:02
TES orb #4433: 1999-292 // 16:49:41
TES orb #4434: 1999-292 // 18:47:18
TES orb #4435: 1999-292 // 20:44:53
TES orb #4436: 1999-292 // 22:42:33
TES orb #4437: 1999-293 // 00:40:15
TES orb #4438: 1999-293 // 02:37:57
TES orb #4439: 1999-293 // 04:35:34
TES orb #4440: 1999-293 // 06:33:12
TES orb #4441: 1999-293 // 08:30:48
TES orb #4442: 1999-293 // 10:28:27
TES orb #4443: 1999-293 // 12:26:07
TES orb #4444: 1999-293 // 14:23:49
TES orb #4445: 1999-293 // 16:21:30
TES orb #4446: 1999-293 // 18:19:08
TES orb #4447: 1999-293 // 20:16:43
TES orb #4448: 1999-293 // 22:14:19
TES orb #4449: 1999-294 // 00:12:01
TES orb #4450: 1999-294 // 02:09:42
TES orb #4451: 1999-294 // 04:07:23
TES orb #4452: 1999-294 // 06:05:01
TES orb #4453: 1999-294 // 08:02:37
TES orb #4454: 1999-294 // 10:00:13
TES orb #4455: 1999-294 // 11:57:53
TES orb #4456: 1999-294 // 13:55:34


p4410.img notes:
      1) optical switch 00
      2) day surface = -80 to +40 degrees lat., full spectral, full spatial
         night = +60 to -60 degrees lat., spectral mask, full spatial
         poles = rest of lats., 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
             - maximum 4 interferograms near subsolar point, detector 2,
               one minute between interferograms [for mini_tes]
      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 = -62,-60,-45,0,45,60,62 angles, 5 icks at each angle
      8) 1 N-polar, 1 S-polar (refa orbit), 1 nightside epf(orb 11) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 lat steps to cycle through dayside completely in a single day
      9) dense epf- one dense epf targeted every third day,
             - pnt = +-60,+-58,+-55,+-54,+-50 etc to 0 degrees,
             - it will take ~ 1 month to cycle through the full dayside
               latitudinal converage (75S, 60S, 45S, 30S, 15S, 0, 15N,
               30N, 45N, 60N, 75N)
     10) space_ref_long  twice per day on a single orbit: once in noise
         free zone (south pole) and once during panel motion (dark side)
             - added additional set on orb 9 (same places as above), hope to
               have one set during hga motion, one during hga parked time
     11) mosaics (5 x 13) done once per day, varying in latitude
         [-12,-9,-6,-3,0,3 degrees], attempting 1.5 lat x 1 long degree
         coverage
             - used Michael's tools to target and build dayside (5x13)
               mosaics for western hematite locale (p4430), Aram Chaos
               (p4418), white rock, and isidis rim dayside mosaics
     12) moved limb looks out of solar array motion periods, times change
         by ~3 icks/day - so will update every upload
             - AEM/pef times out of sync, will be fixed next week so
               added all limbs back into schedules and moved long ref
               to near equator crossing
     13) 12 days worth of orbits loaded
     ERROR: ACE radiated upload too early, instrument warmstarted due to
            bit hit during transmission, TES stared at nadir until correct 
            equator crossing occurred [instrument recovered at that point] 
            - staring at nadir with no reference looks because flush queue 
            removed all previous commands and new ones had not been initiated


TES orb #4457: 1999-294 // 15:53:15 - p4457.img
TES orb #4458: 1999-294 // 17:50:55
TES orb #4459: 1999-294 // 19:48:32
TES orb #4460: 1999-294 // 21:46:07
TES orb #4461: 1999-294 // 23:43:47
TES orb #4462: 1999-295 // 01:41:29
TES orb #4463: 1999-295 // 03:39:10
TES orb #4464: 1999-295 // 05:36:50
TES orb #4465: 1999-295 // 07:34:27
TES orb #4466: 1999-295 // 09:32:03
TES orb #4467: 1999-295 // 11:29:41
TES orb #4468: 1999-295 // 13:27:21
TES orb #4469: 1999-295 // 15:25:03
TES orb #4470: 1999-295 // 17:22:44
TES orb #4471: 1999-295 // 19:20:23
TES orb #4472: 1999-295 // 21:17:58
TES orb #4473: 1999-295 // 23:15:35
TES orb #4474: 1999-296 // 01:13:16
TES orb #4475: 1999-296 // 03:10:58
TES orb #4476: 1999-296 // 05:08:38
TES orb #4477: 1999-296 // 07:06:16
TES orb #4478: 1999-296 // 09:03:53
TES orb #4479: 1999-296 // 11:01:29
TES orb #4480: 1999-296 // 12:59:08
TES orb #4481: 1999-296 // 14:56:49
TES orb #4482: 1999-296 // 16:54:30
TES orb #4483: 1999-296 // 18:52:10
TES orb #4484: 1999-296 // 20:49:47
TES orb #4485: 1999-296 // 22:47:22
TES orb #4486: 1999-297 // 00:45:01
TES orb #4487: 1999-297 // 02:42:43
TES orb #4488: 1999-297 // 04:40:24
TES orb #4489: 1999-297 // 06:38:04
TES orb #4490: 1999-297 // 08:36:41
TES orb #4491: 1999-297 // 10:33:18
TES orb #4492: 1999-297 // 12:30:55
TES orb #4493: 1999-297 // 14:28:35
TES orb #4494: 1999-297 // 16:26:16
TES orb #4495: 1999-297 // 18:24:58
TES orb #4496: 1999-297 // 20:21:37
TES orb #4497: 1999-297 // 22:19:13
TES orb #4498: 1999-298 // 00:16:49
TES orb #4499: 1999-298 // 02:14:29
TES orb #4500: 1999-298 // 04:12:11
TES orb #4501: 1999-298 // 06:09:52
TES orb #4502: 1999-298 // 08:07:31
TES orb #4503: 1999-298 // 10:05:07
TES orb #4504: 1999-298 // 12:02:43
TES orb #4505: 1999-298 // 14:00:22
TES orb #4506: 1999-298 // 15:58:02
TES orb #4507: 1999-298 // 17:55:44
TES orb #4508: 1999-298 // 19:53:25
TES orb #4509: 1999-298 // 21:51:02
TES orb #4510: 1999-298 // 23:48:37
TES orb #4511: 1999-299 // 01:46:14
TES orb #4512: 1999-299 // 03:43:56
TES orb #4513: 1999-299 // 05:41:37
TES orb #4514: 1999-299 // 07:39:17
TES orb #4515: 1999-299 // 09:36:55
TES orb #4516: 1999-299 // 11:34:31
TES orb #4517: 1999-299 // 13:32:08
TES orb #4518: 1999-299 // 15:29:48
TES orb #4519: 1999-299 // 17:27:29
TES orb #4520: 1999-299 // 19:25:11
TES orb #4521: 1999-299 // 21:22:50
TES orb #4522: 1999-299 // 23:20:27
TES orb #4523: 1999-300 // 01:18:02
TES orb #4524: 1999-300 // 03:15:42
TES orb #4525: 1999-300 // 05:13:24
TES orb #4526: 1999-300 // 07:11:05
TES orb #4527: 1999-300 // 09:08:44
TES orb #4528: 1999-300 // 11:06:23
TES orb #4529: 1999-300 // 13:03:57
TES orb #4530: 1999-300 // 15:01:36
TES orb #4531: 1999-300 // 16:59:16
TES orb #4532: 1999-300 // 18:57:58
TES orb #4533: 1999-300 // 20:54:39
TES orb #4534: 1999-300 // 22:52:17
TES orb #4535: 1999-301 // 00:49:52
TES orb #4536: 1999-301 // 02:47:29
TES orb #4537: 1999-301 // 04:45:10
TES orb #4538: 1999-301 // 06:42:52
TES orb #4539: 1999-301 // 08:40:32
TES orb #4540: 1999-301 // 10:38:10
TES orb #4541: 1999-301 // 12:35:46
TES orb #4542: 1999-301 // 14:33:23


p4457.img notes:
      1) optical switch 00
      2) day surface = -80 to +40 degrees lat., full spectral, full spatial
         night = +60 to -60 degrees lat., spectral mask, full spatial
         poles = rest of lats., 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
             - maximum 4 interferograms near subsolar point, detector 2,
               one minute between interferograms [for mini_tes]
      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 = -62,-60,-45,0,45,60,62 angles, 5 icks at each angle
      8) 1 N-polar, 1 S-polar (refa orbit), 1 nightside epf(orb 11) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 lat steps to cycle through dayside completely in a single day
      9) dense epf- one dense epf targeted every third day,
             - pnt = +-60,+-58,+-55,+-54,+-50 etc to 0 degrees,
             - it will take ~ 1 month to cycle through the full dayside
               latitudinal converage (75S, 60S, 45S, 30S, 15S, 0, 15N,
               30N, 45N, 60N, 75N)
     10) space_ref_long  twice per day on a single orbit: once in noise
         free zone (south pole) and once during panel motion (dark side)
             - added additional set on orb 9 (same places as above), hope to
               have one set during hga motion, one during hga parked time
     11) mosaics (5 x 13) done once per day, varying in latitude
         [-12,-9,-6,-3,0,3 degrees], attempting 1.5 lat x 1 long degree
         coverage
             - used Michael's tools to target and build dayside (5x13)
                 mosaics for hematite2 locale (p4533)
     12) solar array motion periods times change by ~3 icks/day 
         all limbs back into schedules and moved long ref to near equator 
         crossing
     13) 12 days worth of orbits loaded


TES orb #4543: 1999-301 // 16:31:02 - p4543.img
TES orb #4544: 1999-301 // 18:28:43
TES orb #4545: 1999-301 // 20:26:25
TES orb #4546: 1999-301 // 22:24:05
TES orb #4547: 1999-302 // 00:21:41
TES orb #4548: 1999-302 // 02:19:16
TES orb #4549: 1999-302 // 04:16:56
TES orb #4550: 1999-302 // 06:14:38
TES orb #4551: 1999-302 // 08:12:19
TES orb #4552: 1999-302 // 10:09:59
TES orb #4553: 1999-302 // 12:07:36
TES orb #4554: 1999-302 // 14:05:12
TES orb #4555: 1999-302 // 16:02:50
TES orb #4556: 1999-302 // 18:00:30
TES orb #4557: 1999-302 // 19:58:12
TES orb #4558: 1999-302 // 21:55:53
TES orb #4559: 1999-302 // 23:53:32
TES orb #4560: 1999-303 // 01:51:08
TES orb #4561: 1999-303 // 03:48:44
TES orb #4562: 1999-303 // 05:46:25
TES orb #4563: 1999-303 // 07:44:07
TES orb #4564: 1999-303 // 09:41:47
TES orb #4565: 1999-303 // 11:39:26
TES orb #4566: 1999-303 // 13:37:02
TES orb #4567: 1999-303 // 15:34:38
TES orb #4568: 1999-303 // 17:32:17
TES orb #4569: 1999-303 // 19:29:58
TES orb #4570: 1999-303 // 21:27:39
TES orb #4571: 1999-303 // 23:25:20
TES orb #4572: 1999-304 // 01:23:57
TES orb #4573: 1999-304 // 03:20:31
TES orb #4574: 1999-304 // 05:18:10
TES orb #4575: 1999-304 // 07:15:51
TES orb #4576: 1999-304 // 09:13:33
TES orb #4577: 1999-304 // 11:11:13
TES orb #4578: 1999-304 // 13:08:50
TES orb #4579: 1999-304 // 15:06:27
TES orb #4580: 1999-304 // 17:04:04
TES orb #4581: 1999-304 // 19:01:44
TES orb #4582: 1999-304 // 20:59:25


p4543.img notes:
      1) optical switch 00
      2) day surface = -80 to +40 degrees lat., full spectral, full spatial 
         night = +60 to -60 degrees lat., spectral mask, full spatial
         poles = rest of lats., 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 = -62,-60,-45,0,45,60,62 angles, 5 icks at each angle
      8) 1 N-polar, 1 S-polar (refa orbit), 1 nightside epf(orb 11) per day;
         1 dayside epf per orbit - steps from -75 lat to +75 lat
         in 15 lat steps to cycle through dayside completely in a single day
      9) dense epf- one dense epf targeted every third day,
             - pnt = +-60,+-58,+-55,+-54,+-50 etc to 0 degrees,
             - it will take ~ 1 month to cycle through the full dayside
               latitudinal converage (75S, 60S, 45S, 30S, 15S, 0, 15N,
               30N, 45N, 60N, 75N)
             - four dense epf's added to investigate dust activity
               Hellas[p4566], Argyre[p4545], bright terrain northern
               hemisphere[p4571], bright terrain southern hem[p4552]
     10) space_ref_long  twice per day on a single orbit: once in noise
         free zone (south pole) and once during panel motion (dark side)
             - added additional set on orb 9 (same places as above), hope to
               have one set during hga motion, one during hga parked time
     11) mosaics (5 x 13) done once per day, varying in latitude
         [-12,-9,-6,-3,0,3 degrees], attempting 1.5 lat x 1 long degree
         coverage
             - used Michael's tools to target and build dayside (5x13)
               mosaics for W. hemaitite [p4581], Aram Chaos[p4594] and
               Hebes Chasm [p4596]; also nightside mosaics for
               W. hematite [p4550] and Aram Chaos [p4625]
     12) 12 days worth of orbits loaded