1. Summary of entire flight as best can be reconstructed from notes, logs and integrated comments from MCCS.
| Description | Start | End | Duration |
| Flight | 04/10/14 02:25 AM | 04/10/14 11:40 AM | 09:15:06.13 |
| Setup leg | 04/10/14 02:56 AM | 04/10/14 03:18 AM | 22:14.87 |
| Turn to leg 5 | 04/10/14 03:18 AM | 04/10/14 03:19 AM | 00:46.67 |
| Leg 5, Alpha Cma | 04/10/14 03:19 AM | 04/10/14 04:29 AM | 01:09:46.99 |
| Turn to Leg 6 | 04/10/14 04:29 AM | 04/10/14 04:31 AM | 01:56.29 |
| Leg 6, Alpha Tau | 04/10/14 04:31 AM | 04/10/14 05:17 AM | 46:11.26 |
| Turn to Leg 7 then 8 | 04/10/14 05:17 AM | 04/10/14 05:27 AM | 10:03.84 |
| Leg 8, Ceres | 04/10/14 05:28 AM | 04/10/14 06:30 AM | 01:02:07.46 |
| Turn to Leg 9 | 04/10/14 06:30 AM | 04/10/14 06:35 AM | 05:23.03 |
| Leg 9, Jupiter | 04/10/14 06:35 AM | 04/10/14 07:38 AM | 01:02:56.57 |
| Turn to Leg 10 | 04/10/14 07:38 AM | 04/10/14 07:43 AM | 04:49.33 |
| Leg 10 or 11, Alpha Lyr | 04/10/14 07:43 AM | 04/10/14 09:06 AM | 01:23:26.73 |
| Turn to Leg 13 | 04/10/14 09:06 AM | 04/10/14 09:19 AM | 12:55.69 |
| Net FAIL & Recover | 04/10/14 09:19 AM | 04/10/14 09:40 AM | 20:50.53 |
| Leg 13, Delta Vir | 04/10/14 09:40 AM | 04/10/14 09:58 AM | 17:45.51 |
| Turn to Leg 15 | 04/10/14 09:58 AM | 04/10/14 10:04 AM | 06:11.88 |
| Leg 15, AFGL 2591 | 04/10/14 10:04 AM | 04/10/14 11:24 AM | 01:19:36.19 |
| Turn to home | 04/10/14 11:24 AM | 04/10/14 11:40 AM | 16:02.71 |
I believe we set the time to GMT on the PC for flight 2, which should also be UTC time.
2. Summary of each non-dead flight leg and how much time spent between events such as MD signaling we are "On Leg" and TO signaling we are "Ready". Alpha Lyr, Ceres and AFGL 2591 the start of flat field file is actually a couple or three files of data into the leg. Those are usually "stares", my guess is that they are used to make sure we are at the proper wavelength.
| TOL | Total Time On Leg |
| TLR | Time between On Leg and Ready |
| TRF | Time between Ready and Taking Flats |
| TD | Taking Data |
| TRS | Time between Ready and First Science |
| Leg | TOL | TLR | TRF | TD | TRS |
| Setup leg | 1335 | 749 | 0 | 706 | 0 |
| 5: Alpha Cma | 4187 | 84 | 109 | 3736 | 302 |
| 6: Alpha Tau | 2771 | 93 | 37 | 2523 | 302 |
| 8: Ceres | 3727 | 79 | 8 | 3581 | 127 |
| 9: Jupiter | 3777 | 112 | 26 | 3593 | 319 |
| 11: Alpha Lyr | 5007 | 113 | 776 | 4007 | 1019 |
| 13: Delta Vir | 1066 | 2026 | 137 | 819 | 411 |
| 15: AFGL 2591 | 4776 | 163 | 58 | 4383 | 299 |
| Average | 3330.75 | 427.38 | 143.88 | 2918.5 | 347.38 |
| SD | 1483.88 | 684.35 | 259.86 | 1431.84 | 300.39 |
| median | 3752 | 112.5 | 47.5 | 3587 | 302 |
3. For each non-dead leg, show time elapsed for all peakup, flats or science data. Other includes files labeled in the EXES Notes files as adjusting focus as well as files that were taken between end of one leg and official first flat of the next leg.
| TOL | Total Time On Leg |
| TS | Total Time doing Science |
| TF | Total Time doing Flats |
| TP | Total Time doing Peakup |
| Other | E.g. focus |
| Leg | TOL | TS | TF | TP | Other |
| Setup | 1335 | ||||
| 5: Alpha Cma | 4187 | 1476 | 128 | 232 | 2351 |
| 6: Alpha Tau | 2771 | 1010 | 226 | 763 | 772 |
| 8: Ceres | 3727 | 1487 | 412 | 838 | 990 |
| 9: Jupiter | 3777 | 2853 | 84 | 0 | 840 |
| 11: Alpha Lyr | 5007 | 1964 | 398 | 769 | 1876 |
| 13: Delta Vir | 1066 | 273 | 233 | 183 | 377 |
| 15: AFGL 2591 | 4776 | 1549 | 810 | 1165 | 1252 |
| Average | 3330.75 | 1516 | 327.29 | 564.29 | 1208.29 |
| SD | 1483.88 | 795.08 | 246.05 | 426.49 | 685.35 |
| median | 3752 | 1487 | 233 | 763 | 990 |
4. These two go together. One shows the elapsed time between the close of a file in one wavelength configuration and the opening of the next file in the new wavelength configuration. The other shows the "delta wave0". The table shows the wave0 transition values (from / to).
I think these plots are useless or at least confusing. For example, the transition between 717.06 and 1548.56 happens in one or two steps. One of those steps consists of "move 2 402363 7500 2000" (echelle) which according to what I can tell in the logs takes almost exactly 1 minute co complete and all the other motor moves of that same configuration file load takes about 1 minute 50 seconds to complete. So maybe these "statistics" are too messy. To really understand it has to be analyzed on a case by case basis based on the moves of all motors between the transitions.
| Leg | Time (seconds) | Wave difference | From wave | To wave | Transition time per inverse cm (seconds) |
| setup to acma | 251 | -831.5 | 717.06 | 1548.56 | 0.3 |
| atau to ceres | 221 | 818.26 | 1548.46 | 730.20 | 0.27 |
| atau to ceres | 135 | -0.83 | 730.20 | 731.03 | 162.65 |
| ceres | 229 | -573.86 | 731.03 | 1304.89 | 0.4 |
| jupiter | 176 | 573.86 | 1304.89 | 731.03 | 0.31 |
| jupiter to alyr | 370 | -902.09 | 731.03 | 1633.12 | 0.41 |
| alyr | 55 | -3.37 | 1633.12 | 1636.49 | 16.32 |
| alyr to dvir | 2281 | 88.03 | 1636.49 | 1548.46 | 25.91 |
| dvir to afgl 2591 | 628 | -88.03 | 1548.46 | 1636.49 | 7.13 |
| afgl 2591 | 150 | 150.04 | 1636.49 | 1486.45 | 1 |
| afgl 2591 | 192 | 770.51 | 1486.45 | 715.94 | 0.25 |
| Average | 426.18 | 19.54 | |||
| SD | 633.42 | 48.21 | |||
| median | 221 | 0.41 |
Dropping longest time to change per unit (2281/88 and 135/0.83) and two shortest transitions (55 sec and 68 sec)
| Average | 280.86 | 1.4 | |||
| SD | 168.69 | 2.54 | |||
| Median | 221 | 0.4 |
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