Date: Mon, 11 Feb 2002 07:22:15 -0700 (MST) From: long@apo.nmsu.edu (Daniel Long) Subject: 2.5m obslog 20020210 (MJD 52316) APACHE POINT OBSERVATORY SDSS 2.5M OBSERVING LOG Sunday February 10, 2002 (MJD 52316) ---=== OBSERVING TEAM ===--- Night: Stephanie Snedden Dan Long Semi-Swing: Scot Kleinman ---=== OBSERVING PLAN ===--- Science! ---=== OBSERVING SUMMARY ===--- Mediocre seeing made this clear dark night perfect for spectroscopy. Despite a couple spectrograph warm-ups ( one due to operator error, one not ) six plates were declared done. ( 3 858, 7 834, 6 504, 8 559, 5 598, 2 601 ) ---=== OBSERVING LOG ===--- This afternoon at around 1 PM one of the spectrographs began warming. This was because the auto-fill lines were not connected from the previous night. The Watcher threw a critical error. This was only discovered at about 4 PM during the afternoon checkout. Apparently no email warning was sent out ( at least none of the observers got it ). Fortunately the spectrographs could be cooled in time for the night's observing so no science time was lost, but it is worrying that the email alert did not warn people. During the afternoon and early evening, with clear skies and a light west wind, it was decided to start with imaging. As fate would have it, shortly after sunset, the wind switched to the east, so by the time we started imaging, seeing was between 1.8 and 2.2 arcseconds. Note for those in search of bright stars to test astroline. Whopping bright stars show up in dewars 1 and 3 in r' on 82 S around lambda -101.5. 2978: 82 S starting at -105 Science started at lambda -100 ( twilight ) Seeing never good enough in this run, but we were looking SE. 2979: 82 S starting at -126 Tried again on 82 S on the west side of the meridian to see if the seeing is better there. Nope. Time for spectroscopy. Cart 3 858: 10.6 9.5 9.6 9.9 11.5 7.2 11.2 7.7 ( 52315 ) ------------------- 22.1 16.7 20.8 17.6 No stars on slew. Found FK5. Similar offset to last night. Binning on preCalib guider flat was not correct 384x256 instead of twice that. Second preCalib attempt worked. It was later determined that the problem was caused by starting the preCalib sequence before the last guider exposure had read out ( even though a stopGuider was issued prior to the preCalib ). Note: There are lots of black specs in the guider flat image of the fibers, indicating dirt somewhere in the light path. Cart 7 834: 19.7 24.3 19.3 18.5 No stars on slew. FK5 correction required. Cart 6 504: 24.7 22.7 20.6 17.0 No stars on slew. FK5 correction required. Note: Do not use spectro 2's frame 13068. Spectro 1's 13068 is fine. On first science exposure a sky of 2 and a (S/N)^2 of .2 on r2. This turned out to be an indication of a warming ccd. A short time later the watcher complained of a ccd temp error. It had gone from being in spec to -60 C in one update. A fill was forced. A check of the spectrographs showed the 10L dewar for spectro two at 5 PSI, and filling rather slowly. We stopped and filled both 10L dewars from the 180L which boosted the pressure in both to around 8 PSI. A few biases were taken once the CCD temps were back in spec. All tolled it cost about an hour and a half when the ruined science exposure, and the otherwise unnecessary duplication of setup and preCalib are included ( Cart 8 559: 4.9 4.1 4.6 3.9 19.3 15.2 21.3 12.9 ------------------- 24.2 19.3 25.9 16.8 One guide star on slew, but that was enough to avoid the need for an FK5. Just needed one exposure to get enough signal to declare it done. Cart 5 598: 19.8 15.6 19.2 15.1 All guide stars on slew! Cart 2 601: 18.0 15.0 17.5 14.5 All guide stars on slew, again! Tracking weirdness during smear: It is not clear whether the smear actually succeeded, but it is at least suspect. See problems section for tcc output during the problem. Somewhat simultaneously SoS stopped updating, leaving out the last science exposure and the smear. The frames are on host in /data/spectro/52316, so why SoS isn't reducing them is more of a mystery than we are willing to tackle at 6:00 AM. Given the lowest signal-to-noise in two exposures totals 14.5, it is hard to believe that the third wouldn't push it over 15. Therefore we have declared the plate done. ---=== IMAGING RUN SUMMARY ===--- Run Time Stripe Lambda Last Flavor Comments Start End Begin End Frame ------------------------------------------------------------------------- 2977 0124Z 0140Z 100 O -128.66 -124.79 40 bias 2978 0144Z 0229Z 82 S -106.32 -95.07 89 ignore 2979 0233Z 0250Z 82 S -128.61 -124.39 42 ignore ---=== IMAGING RUN DETAILS ===--- ---=== SKIPPY RESULTS ===--- Run Frame nFrames stars muErr muRms nuErr nuRms rot --------------------------------------------------------------- 2978 13 4 95 5.400 0.113 -11.200 0.195 -0.00973 2978 23 4 136 4.200 0.164 -10.700 0.116 -0.00939 2978 32 3 94 -0.900 0.262 0.900 0.128 -0.00720 2978 58 4 66 -0.500 0.104 1.500 0.113 -0.00696 2979 10 4 39 1.200 0.174 1.600 0.119 -0.01242 2979 11 4 41 1.300 0.171 1.600 0.089 -0.01274 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 2979 30 4 43 1.900 0.202 1.900 0.128 -0.01259 ---=== LTMATCH RESULTS ===--- Run Field nFields nGood rowMean rowSig colMean colSig rot --------------------------------------------------------------- 2978 35 1 41 -0.941 0.979 3.333 3.345 -0.01121 2978 35 1 62 -0.743 0.775 3.441 3.451 -0.01157 2978 35 1 42 -0.680 0.750 3.484 3.495 -0.01171 2978 35 1 40 -0.551 0.663 3.561 3.577 -0.01197 2978 35 1 52 -0.263 0.415 3.477 3.494 -0.01169 2978 68 1 31 -1.339 1.390 3.633 3.639 -0.01221 2978 68 1 43 -1.011 1.072 3.480 3.487 -0.01170 2978 68 1 39 -0.843 0.899 3.414 3.424 -0.01148 2978 68 1 30 -0.516 0.603 3.246 3.252 -0.01091 2978 68 1 29 -0.410 0.499 3.252 3.265 -0.01094 2979 22 1 16 -1.174 1.203 3.137 3.144 -0.01055 2979 22 1 10 -1.060 1.079 3.125 3.129 -0.01051 2979 22 1 6 -0.819 0.842 3.287 3.293 -0.01105 2979 22 1 6 -0.538 0.578 3.160 3.174 -0.01063 2979 22 1 12 -0.201 0.436 3.223 3.233 -0.01084 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 2979 23 1 10 -0.862 0.942 3.418 3.428 -0.01149 2979 23 1 10 -0.640 0.743 3.117 3.129 -0.01048 2979 23 1 8 -0.703 0.754 3.327 3.333 -0.01119 2979 23 1 15 -0.501 0.616 3.480 3.490 -0.01170 2979 23 1 8 -0.164 0.411 3.368 3.381 -0.01132 ---=== SPECTROSCOPY DATA SUMMARY ===--- UT Exp Time flavor comment (S/N)^2 totals ========================================== b1 r1 b2 r2 ----- sequence 13052, plate -9999 ------- 02:56 13052 0.0 bias ----- sequence 13053, plate 858 ------- 10.6 9.5 9.6 9.9 03:30 13053 10.0 flat 11.5 7.2 11.2 7.7 ( 52315 ) 03:33 13054 2.0 arc ------------------- 04:07 13055 1501.0 target 22.1 16.7 20.8 17.6 04:21 13056 603.0 target 04:27 13057 240.0 smear 04:30 13058 10.0 flat 04:32 13059 2.0 arc ----- sequence 13060, plate 834 ------- 19.7 24.3 19.3 18.5 04:50 13060 10.0 flat 04:52 13061 2.0 arc 05:18 13062 1201.0 target 05:36 13063 903.0 target 05:53 13064 901.0 target 06:00 13065 240.0 smear ----- sequence 13066, plate 504 ------- 24.7 22.7 20.6 17.0 06:19 13066 10.0 flat 06:21 13067 2.0 arc 06:43 13068 901.0 target 07:39 13069 0.0 bias 07:41 13070 0.0 bias 07:43 13071 0.0 bias 07:49 13072 10.0 flat 07:51 13073 2.0 arc 08:12 13074 902.0 target 08:29 13075 901.0 target 08:52 13076 1200.0 target 08:59 13077 240.0 smear 09:02 13078 10.0 flat 09:04 13079 2.0 arc ----- sequence 13080, plate 559 ------- 4.9 4.1 4.6 3.9 09:22 13080 10.0 flat 19.3 15.2 21.3 12.9 ( 52314 ) 09:24 13081 2.0 arc ------------------- 09:43 13082 903.0 target 24.2 19.3 25.9 16.8 09:50 13083 240.0 smear ----- sequence 13084, plate 598 ------- 19.8 15.6 19.2 15.1 10:05 13084 10.0 flat 10:07 13085 2.0 arc 10:27 13086 901.0 target 10:49 13087 1203.0 target 11:16 13088 1402.0 target 11:22 13089 240.0 smear 11:26 13090 10.0 flat 11:28 13091 2.0 arc ----- sequence 13092, plate 601 ------- 18.0 15.0 17.5 14.5 not counting 11:42 13092 10.0 flat 3rd science exp 11:44 13093 2.0 arc 12:12 13094 1200.0 target 12:30 13095 900.0 target 12:43 13096 602.0 target 12:50 13097 240.0 smear 12:55 13098 10.0 flat 12:57 13099 2.0 arc ---=== TELESCOPE OFFSETS AND SCALE I ===--- Time Instrument Az Alt Rot Scale pos offset pos offset pos offset ------------------------------------------------------------------------------ 0341Z 3 858 82.41 -0.0004 65.75 -0.0036 248.79 0.0052 1.000060 0503Z 7 834 129.87 -0.0047 61.11 -0.0032 -71.92 -0.0320 0.999980 0627Z 6 504 42.15 0.0014 51.48 -0.0021 214.33 -0.0074 1.000010 0927Z 8 559 202.45 -0.0028 59.84 0.0013 38.81 -0.0126 0.999850 1012Z 5 598 187.89 -0.0033 57.34 0.0007 15.84 -0.0254 0.999670 1152Z 2 601 195.71 -0.0018 55.53 0.0007 32.32 -0.0146 0.999700 ---=== TELESCOPE OFFSETS AND SCALE II ===--- ---=== DATA TAPE SUMMARY ===--- Goes: JL5030 Stays: JL5031 ---=== FOCUS LOG ===--- setmir piston Temp Wind Time Inst scale M1 M2 Foc Az Alt (C) MPH Dir filt fwhm ------------------------------------------------------------------------------ 02:21 imager 1.00000 0 -300 -206 30 53.2 -6.8 10 64 23-i' 1.9 03:40 3 858 1.00006 -591 749 100 83 65.6 -5.8 14 6 - 2.3 05:01 7 834 0.99998 198 1364 50 130 60.8 -5.4 21 26 - 2.2 06:27 6 504 1.00001 -99 1145 50 42 51.5 -5.8 10 53 - 2.4 07:55 6 504 0.99994 591 1695 50 5 59.2 -4.3 5 17 - 2.0 09:26 8 559 0.99985 1480 2378 0 202 59.9 -3.9 0 359 - 2.2 10:12 5 598 0.99967 3258 3837 -20 188 57.3 -3.6 14 60 - 2.2 10:57 5 598 0.99965 3455 3976 -50 196 55.3 -2.8 12 54 - 2.7 11:52 2 601 0.99970 2961 3666 50 196 55.5 -2.6 10 59 - 2.4 12:41 2 601 0.99972 2764 3513 50 202 52.1 -2.1 11 56 - 1.8 ---=== WEATHER LOG ===--- MST Wind Time Temp F Dewp F MPH Direction Dust DIMM Sky 15:58 26 0 6 263 (W) 547 - Clear 16:30 26 2 4 296 (WNW) 429 - Clear 19:01 20 -10 12 54 (NE) 146 - Clear 19:33 19 -10 11 42 (NE) 136 - Clear 20:04 21 -9 6 356 (NNW) 263 - Clear 20:37 21 -10 14 12 (NNE) 251 - Clear 21:10 21 -9 5 2 (N) 235 - Clear 21:40 22 -15 22 25 (NNE) 120 - Clear 22:10 22 -14 12 27 (NNE) 179 - Clear 22:43 22 -11 6 352 (NNW) 217 - Clear 23:15 21 -11 13 69 (ENE) 189 - Clear 23:47 22 -13 8 21 (NNE) 214 - Clear 00:19 23 -16 16 41 (NE) 213 - Clear 00:51 24 -16 14 43 (NE) 202 - Clear 01:24 24 -16 11 41 (NE) 210 - Clear 01:56 24 -17 11 53 (NE) 206 - Clear 02:26 24 -16 0 359 (NNW) 214 - Clear 02:56 24 -17 6 88 (E) 210 - Clear 03:28 26 -19 11 81 (E) 171 - Clear 03:59 26 -25 11 52 (NE) 221 - Clear 04:29 27 -23 9 57 (ENE) 237 - Clear 05:01 27 -28 11 58 (ENE) 238 - Clear 05:33 28 -29 11 61 (ENE) 288 - Clear 06:05 28 -28 10 49 (NE) 273 - Clear 06:38 29 -26 5 73 (ENE) 156 - Clear 07:08 30 -27 8 54 (NE) 147 - ---=== TELESCOPE STATUS ===--- 2337Z Doors open, Fans on 0103Z Enclosure off 1325Z Enclosure on, Fans off. Stowed at 30 deg alt, cartrige 1 installed. Spectro auto-fill connected. Spectrograph dewar 14:00 Dewar wt 41 lb Imager dewar 14:00 Dewar wt 71 lb ---=== SOFTWARE USED ===--- IOP/SOP: v3_66_5a Watcher: v2_15_0 MCP: v5_9_6 TPM: v2_4_6 AstroDa: v14_36 TCC: v2.6 sdssProcedures:v1_39 ---=== MIRROR NUMBERS ===--- They were taken during afternoon checkout, and were fine. Why they are not here now, I do not know. Here is a set from the end of the night. PRIMARY: -------- Scale: 1.000000 MIGS TONIGHT NOMINAL Axial A 0.0760 0.0750 Axial B 0.7990 0.8020 Axial C 0.0690 0.0710 Trans D -1.5190 -1.4860 Lateral E 1.8720 1.8540 Lateral F 1.4370 1.4240 GALILS Commanded: -38000. -47100. -42450. -200. 31750. 30800. Actual: 5377. -3699. 923. -208. 31535. 30647. SETMIR VALUES PriDesOrient: 0.00 -11.80 23.00 1256.90 642.10 PriOrient: 0.00 -12.16 22.81 1257.41 642.19 SECONDARY: ---------- Focus: 0.00 Air Temp.: -0.9 Alt.: 30.000269 MIGS TONIGHT NOMINAL Axial A 1.5580 1.5500 Axial B 1.2410 1.2260 Axial C 1.2650 1.2480 Trans D 0.2120 0.2320 GALILS Commanded: 4443741. 4411603. 4421612. -5150. -4500. Actual: 1599620. 1565254. 1586350. -10395. -9766. SETMIR VALUES SecDesOrient: 1257.00 -3.40 -10.00 0.00 133.82 SecOrient: 1256.83 -3.46 -9.75 -0.08 133.73 ---=== PROBLEMS IN DETAIL ===--- Here is the telrun ouput during the smear. Note among other things, the lack of tracking updates during the smear. Should an AZ move command take 203 seconds to complete? 0 0 I TCCStatus="TTT","NNN"; TCCPos=203.12,51.61,50.77; AxePos=203.12,51.61,50.78 0 0 I AxisErrCode="OK","OK","OK" 0 0 I SpiderInstAng = -129.064383, 0.005184, 4520148487.15761 0 0 I GCamReply='2 2 0 0 384 256 120.00 2 10.00 "image: binXY begXY sizeXY expTime camID temp"' 0 5 : 0 0 I TrackAdvTime=3.51 0 5 > Started; Cmd='offset boresight 0.00034722222222222224, 0.00083333333333333339 /pabs' 0 5 I MoveItems="NNNNNYNNN"; Moved 0 5 I Boresight = 0.000347, 0.000000, 4520148486.23000, 0.000833, 0.000000, 4520148486.23000 0 5 : 0 5 > Started; Text="command queued"; Cmd='gcam doread 120.0' 0 5 I Text="command executing" 0 5 > Started; Cmd='offset boresight 0,0,0,-1.388888888888889e-05' 0 0 I GCamCmd="doread 120.00 2 2 192.0 128.0 0.0 0.0" 0 0 I TrackAdvTime=3.55 0 0 I Modu="exe_BrdTelPos"; Text="573950 packets sent successfully" 0 0 I PrimDesOrient=2764.13, -11.80, 23.00, 1256.90, 642.10; PrimConstRMS=0.00 0 0 I SecDesOrient=3514.69, 0.05, -10.00, 0.00, 14.32; SecConstRMS=0.00 0 0 I PrimCmdMount=-38009.,-47085.,-42463.,-208.,31726.,30816.; CmdDTime=2.1 0 0 I PrimMount=-38000., -47100., -42450., -200., 31750., 30800. 0 0 I PrimOrient=2763.98, -11.90, 23.25, 1256.70, 642.48 0 0 I SecCmdMount=4445927.,4413775.,4424160.,-5320.,-4661.; CmdDTime=20.8 0 0 I SecMount=4445959., 4413644., 4424164., -5300., -4650. 0 0 I SecOrient=3514.67, 0.02, -10.04, 0.07, 13.96 0 0 I Modu="exe_BrdTelPos"; Text="574000 packets sent successfully" 0 0 I PrimDesOrient=2764.13, -11.80, 23.00, 1256.90, 642.10; PrimConstRMS=0.00 0 0 I SecDesOrient=3514.97, 0.03, -10.00, 0.00, 14.87; SecConstRMS=0.00 0 0 I PrimCmdMount=-38009.,-47085.,-42463.,-208.,31726.,30816.; CmdDTime=2.1 0 0 I PrimMount=-38000., -47100., -42450., -200., 31750., 30800. 0 0 I PrimOrient=2763.98, -11.90, 23.25, 1256.70, 642.48 0 0 I SecCmdMount=4446271.,4414108.,4424543.,-5342.,-4683.; CmdDTime=20.8 0 0 I SecMount=4446299., 4414085., 4424630., -5350., -4700. 0 0 I SecOrient=3515.00, 0.00, -10.01, 0.10, 15.19 0 0 I Modu="exe_BrdTelPos"; Text="574050 packets sent successfully" 0 0 I GCamReply='2 2 0 0 384 256 120.00 2 10.00 "image: binXY begXY sizeXY expTime camID temp"' 0 5 : 0 0 I Modu="exe_BrdTelPos"; Text="574100 packets sent successfully" 0 0 I PrimDesOrient=2764.13, -11.80, 23.00, 1256.90, 642.10; PrimConstRMS=0.00 0 0 I SecDesOrient=3515.25, 0.01, -10.00, 0.00, 15.42; SecConstRMS=0.00 0 0 I PrimCmdMount=-38009.,-47085.,-42463.,-208.,31726.,30816.; CmdDTime=2.1 0 0 I PrimMount=-38000., -47100., -42450., -200., 31750., 30800. 0 0 I PrimOrient=2763.98, -11.90, 23.25, 1256.70, 642.48 0 0 I SecCmdMount=4446615.,4414442.,4424926.,-5364.,-4706.; CmdDTime=20.8 0 0 I SecMount=4446683., 4414639., 4425052., -5350., -4700. 0 0 I SecOrient=3515.36, 0.02, -9.96, 0.13, 15.18 0 0 F Modu="prt_cmdSet_Forth"; Text="Command 'AZ +MOVE 0.0000000 -0.0000174' took 203.30 sec" 0 5 I MoveItems="NNNNNYNNN"; Moved 0 5 I Boresight = 0.000347, 0.000000, 4520148489.62000, 0.000833, -0.000014, 4520148489.62000 0 0 F Modu="axe_i_SchMove"; Text="awakened too late, adjust Tune parameters (or obj.pvtEndTime defective)" 0 5 : 0 5 > Started; Cmd='offset boresight /pabs' 0 0 I AxisStop="TTT" 0 0 F Modu="axe_i_SchMove"; Text="tracking failed; axes halted" 0 5 W Text="move rejected"; AxisNoSlew=T,T,T; RejectedAxisErrCode="NoRestart","NoRestart","NoRestart" 0 0 I SchMoveTimes=-4.0, -4.0, 195.1, 195.1