Subject: 2.5m obslog 20190419 (SJD 58593) From: kpan@apo.nmsu.edu Date: Sat, 20 Apr 2019 12:36:39 +0000 (UTC) APACHE POINT OBSERVATORY SDSS 2.5M OBSERVING LOG Friday April 19, 2019 (SJD 58593) ---- Observing Team ---- Olena Malanushenko Kaike Pan ---- Observing Plan ---- Fri 19 APR 2019 58593.0 1.00 02:14 11:52 09:02 18:42 Both APOGEE-2 ( 9.6 h) ---- Observing Summary ---- It is clear night with good seeing and a productive night. homed/relaxed mirrors and built and installed fiducial tables in the afternoon; updated the engineering camera instrument block with a grid and a ring data set; completed a new pointing model; fit the pointing model data with our usual 13 terms and new customized 10 terms. New terms give a better results: Pops SD of 3.22 vs 3.67 although 3 fewer terms. We compared two pointing models (from the same data set but with different fitting terms) on sky, it's hard to tell differences. We observed one APOGEE plate and completed it. cart 1, plate 11446, field: K2_C7_010-10_btx. APOGEE-led. SOGTF. 1XAB for APOGEE, 5X90 sec for MaNGA. Missing fibers: [211, 273] Faint fibers: [10, 148, '151 - 173', '175 - 180', 227] Notes: ===== SP2 180L dewar is low. Dust: 5K ---- Observing Log ---- Afternoon --------- All systems alive and responsive. 23:29:12 Hartmann collimate output on cart #4 sp1: offset: r= -989 (In Focus); b= -2.2 (In Focus) sp2: offset: r= 315 (In Focus); b= 0.0 (In Focus) sp1: pred. move: spAverageMove= -141 sp2: pred. move: spAverageMove= 157 sp1: pred. resid: r= -848, b= -2.7, txt= OK, spTemp = 11.3 sp2: pred. resid: r= 157, b= 0.5, txt= OK, spTemp = 9.6 Based on last night's residuals, no changes were made to the blue focus rings. ---------- motorPosition sp1: 23635, 23258, 22279; sp2: 18465, 18723, 18293; ---------- Median spectrographs temperatures: Tsp1= 11.3, Tsp2= 9.5; Outside air temperature= 13.3; Made home and relax mirrors as the preparation for new pointing model. 00:50 started ventilation Night ------ Fiducial tables are generated during afternoon. 01:30Z: mounted engineering camera and open. Focus the engineering camera. The best focus is at 0.0. We took grid and ring data, fit the instrument block, updated it. The old image scale, Rot_inst_angl, and Rot_inst_xy are (-16764.0 16709.8), -89.3, (-0.004432 0.001084). The new ones are (16741.3 166709.8), -90.08, (-0.003547 0.002540). For Rot_inst_xy, the fit center is somewhere (540, 495), tens of pixel off from the desired center (512, 512). 5:45Z: started to pointing model data collection. The point model data starts with star image number 155, the used mag range is 8.2 to 9.7. The settling time is set to 4.0 sec. Seeing at 1.1". Fit the data set with or usual 13 terms: Use old terms: coeff change value sigma 1 IA +0.177 +98.54 1.217 2 IE +0.069 -14.21 1.030 3 CA -0.214 -17.82 0.902 4 AN +0.132 -4.52 0.436 5 AW -0.074 +5.49 0.435 6 TX -0.186 +4.20 1.757 7 PZZ1 +0.303 +118.97 3.583 8 HWCA2 -0.128 +0.13 0.573 9 HWSA2 -0.142 -0.55 0.585 10 HNCA1 -0.185 +0.68 0.691 11 HNSA1 +0.080 +0.54 0.692 12 ACEC +0.031 -1.62 0.817 13 ACES -0.136 -0.93 0.830 Sky RMS = 3.48 Popn SD = 3.67 Customized fit with 10 terms: coeff change value sigma 1 IA +0.212 +87.34 0.660 2 IE +0.006 -14.01 0.854 3 NPAE -0.108 -14.75 0.616 4 CA +0.00 5 AN +0.038 -4.87 0.310 6 AW +0.019 +5.61 0.355 7 TX -0.051 +4.41 1.572 8 PZZ1 +0.077 +118.48 3.191 9 HACA +0.068 -1.64 0.633 10 HECA2CE -0.023 +1.52 0.564 11 HECA3SE6 -0.010 +1.15 0.577 Sky RMS = 3.09 Popn SD = 3.22 Observation #31 is a weak outlier candidate. use the pointing model with new terms: tcc track/pterr 120, 45 obs /rotty=obj /rota=0 /magRange=(8.5,8.6) star=425,254.10,261.99 tcc track/pterr 240, 60 obs /rotty=obj /rota=0 /magRange=(8.5,8.6) star=426,254.30,257.63 tcc track/pterr 0, 75 obs /rotty=obj /rota=0 /magRange=(8.5,8.6) star=428,259.51,263.76 using the point model with old terms: tcc track/pterr 120, 45 obs /rotty=obj /rota=0 /magRange=(8.5,8.6) ecam_star=429,256.28,261.91 tcc track/pterr 240, 60 obs /rotty=obj /rota=0 /magRange=(8.5,8.6) star=430,254.47,252.62 tcc track/pterr 0, 75 obs /rotty=obj /rota=0 /magRange=(8.5,8.6) ecam_star=431,261.36,262.09 We also compared centers of star images at rotator angles 0. 90, 180, 270 degrees for two stars az=0, alt=0, and az=150, alt=45 with the two pointing models. The positions are: star at Az=0, alt=75 pointing with the 13 old terms pointing with the 10 new term 261.2 262.0 256.5 263.4 268.0 250.4 266.9 261.7 257.3 247.9 258.3 245.5 245.8 255.6 245.0 253.6 ------------------------------------------------------------- mean 258.1 253.9 256.6 256.05 star at Az=150, alt=45 pointing with the 13 old terms pointing with the 10 new term 259.3 257.0 258.9 256.5 266.6 247.3 265.4 247.4 258.8 257.4 258.5 258.1 257.3 256.2 257.9 255.5 ------------------------------------------------------------- mean 260.5 254.4 260.1 254.4 10:50Z dismount the engineering camera, mount cart 1. 11:19Z: cart 1, plate 11446, field: K2_C7_010-10_btx. SOGTF. 11:25:02 Hartmann collimate output on cart #1 sp1: offset: r= 659 (In Focus); b= -1.2 (In Focus) sp2: offset: r= -1577 (Out of focus); b= 3.0 (In Focus) sp1: pred. move: spAverageMove= 522 sp2: pred. move: spAverageMove= -1261 sp1: pred. resid: r= 137, b= 0.4, txt= OK, spTemp = 9.6 sp2: pred. resid: r= -316, b= -1.0, txt= OK, spTemp = 8.8 11:31Z: started 1XAB for APOGEE, 5X90 sec for MaNGA. Clear, guider seeing 1.4". The offsets are the same at (4.6,7.5). 11:31:55 apogee.expose=apRaw-30310022, 47, A, Object 11:32:02 boss exposure 90.0, file=288128, C 11:34:55 boss exposure 90.0, file=288129, C 11:37:46 boss exposure 90.0, file=288130, C 11:40:19 apogee.expose=apRaw-30310023, 47, B, Object 11:40:37 boss exposure 90.0, file=288131, C 11:43:27 boss exposure 90.0, file=288132, C 11:53:42 apogee.expose=apRaw-30310024, 5, B, DomeFlat 11:57:35 apogee.expose=apRaw-30310025, 10, B, Dark 11:59:23 apogee.expose=apRaw-30310026, 10, B, Dark Missing fibers: [211, 273] Faint fibers: [10, 148, '151 - 173', '175 - 180', 227] 12:01Z: enclosure on. Started morning calibs. ---- Mirror Numbers ---- PRIMARY: -------- Scale: 1.000000; MIGS TONIGHT NOMINAL Axial A: -5.316 -5.316 Axial B: -5.068 -5.074 Axial C: -5.332 -5.332 Trans D: 10.73 10.726 Lateral E: 9.0805 9.1059 Lateral F: 14.224 14.2494 GALILS Commanded: 10250 -1100 7100 16850 12400 12400 Actual: 10250 -1100 7100 16850 12400 12400 SETMIR VALUES PrimDesOrient: 0.0 3.27 2.1 115.0 -178.65 PrimOrient: -1.06 3.29 2.19 115.07 -177.78 SECONDARY: ---------- Focus: 0.0000 Air temp: 14 Altitude: 30.0 MIGS TONIGHT NOMINAL Axial A: -0.905 -0.9 Axial B: -0.901 -0.889 Axial C: -0.29 -0.282 Trans D: -0.099 -0.094 GALILS Commanded: 1119450 1123650 1085000 -5700 -7450 Actual: 1086006 1107102 1046491 -5700 -7450 SETMIR VALUES SecDesOrient: 857.0 18.54 2.85 -17.2 138.98 SecOrient: 856.99 18.54 2.87 -16.95 138.78 I did home and relax of primary, and home secondary. This is new mirror values and they have been saved as new nominal values. PRIMARY: -------- Scale: 1.000000; MIGS TONIGHT NOMINAL Axial A: -5.316 -5.316 Axial B: -5.072 -5.074 Axial C: -5.332 -5.332 Trans D: 10.729 10.726 Lateral E: 9.0805 9.1059 Lateral F: 14.1986 14.2494 GALILS Commanded: 10250 -1100 7100 16850 12400 12400 Actual: 10250 -1100 7100 16850 12400 12400 SETMIR VALUES PrimDesOrient: 0.0 3.27 2.1 115.0 -178.65 PrimOrient: -1.06 3.29 2.19 115.07 -177.78 SECONDARY: ---------- Focus: 0.0000 Air temp: 13.3 Altitude: 30.0 MIGS TONIGHT NOMINAL Axial A: -0.905 -0.9 Axial B: -0.903 -0.889 Axial C: -0.293 -0.282 Trans D: -0.101 -0.094 GALILS Commanded: 1123600 1129400 1085250 -5700 -7450 Actual: 1086586 1107902 1047021 -5700 -7450 SETMIR VALUES SecDesOrient: 857.0 18.54 2.85 -17.2 138.98 SecOrient: 857.53 18.59 2.94 -16.91 138.75 Tested new nominal MIGs with new obtained mirror numbers: PRIMARY: -------- Scale: 1.000000; MIGS TONIGHT NOMINAL Axial A: -5.316 -5.316 Axial B: -5.072 -5.072 Axial C: -5.332 -5.332 Trans D: 10.73 10.73 Lateral E: 9.0805 9.0805 Lateral F: 14.1859 14.1859 GALILS Commanded: 10250 -1100 7100 16850 12400 12400 Actual: 10250 -1100 7100 16850 12400 12400 SETMIR VALUES PrimDesOrient: 0.0 3.27 2.1 115.0 -178.65 PrimOrient: -1.06 3.29 2.19 115.07 -177.78 SECONDARY: ---------- Focus: 0.0000 Air temp: 12.8 Altitude: 30.0 MIGS TONIGHT NOMINAL Axial A: -0.904 -0.904 Axial B: -0.903 -0.903 Axial C: -0.292 -0.292 Trans D: -0.099 -0.1 GALILS Commanded: 1122900 1128250 1084700 -5750 -7450 Actual: 1086057 1107046 1046391 -5750 -7450 SETMIR VALUES SecDesOrient: 857.0 18.54 2.85 -17.2 138.98 SecOrient: 856.99 18.58 2.85 -17.54 139.33 ---- Telescope Status ---- 00:50Z Started ventilation 01:30Z encl25m : open 12:01 encl25m : closed No interlocks bypassed Status at: 12:40Z Telescope stowed at: 121.0, 30.0, 0.0 mount Instrument mounted: cartridge = 3 Counterweights at: LN2 autofill systems: Connected and turned on 180L LN2 dewar scales: SP1 109 lbs, 22.5 psi SP2 160 lbs, 24 psi ---- Software Used ---- Get Versions, 04/19/19, 23:23:19 -- STUI software: STUI : 1.7.8 alerts : trunk apo : trunk boss : v4_0 -boss.specMec : 3.0.4 gcamera : v2_2 guider : 3.8.1 hartmann : 1.6.0 hub : Tag: v4.2 mcp : v7_0_4 -mcp.plc : 34 -mcp.azFiduci : v1_135 -mcp.altFiduc : v1_135 -mcp.rotFiduc : v1_135 platedb : 2.8.0 sop : 3.12.3 tcc : 1.3.1 apogee : not available apogeecal : not available apogeeql : v1_6_1 APO-local : not available -- Other versions ---- idlspec2d : v5_7_12 plate-mapper3 : NOCVS:v6_0_12 petunia : 1.4.1 autoscheduler : 1.2.0 sdss_python_module: trunk mangadrp : trunk exported ---- APOGEE Data Summary ---- APOGEE data list, mjd=58593, all raw_data: /data/apogee/utr_cdr/58593/apRaw-*.fits archive: /data/apogee/archive/58593/apR-[a,b,c]-*.apz quickred: /data/apogee/quickred/58593/ap2D-a-*.fits.fz -------------------------------------------------------------------------------- mjd i UT File/Exp Imtype Nread A/B Dth Ct-Plate Arch Offset %Flux Comm -------------------------------------------------------------------------------- 58593 1 20:12 30310001 Object 42 A 13.0 4-8561 a-b-c - - 58593 2 20:19 30310002 Object 42 B 13.5 4-8561 a-b-c - - 58593 3 20:29 30310003 Object 42 B 13.5 4-8561 a-b-c - - 58593 4 23:16 30310004 Dark 3 B 13.5 4-8561 a-b-c - - 58593 5 23:21 30310005 Dark 60 B 13.5 4-8561 a-b-c - - 58593 6 23:32 30310006 Dark 60 B 13.5 4-8561 a-b-c - - 58593 7 23:42 30310007 Dark 60 B 13.5 4-8561 a-b-c - - 58593 8 23:53 30310008 QuarFlat 10 B 13.5 4-8561 a-b-c - 45 58593 9 23:55 30310009 QuarFlat 10 B 13.5 4-8561 a-b-c - 45 58593 10 23:57 30310010 QuarFlat 10 B 13.5 4-8561 a-b-c - 45 58593 11 23:59 30310011 Arc-Thar 12 A 13.0 4-8561 a-b-x 0.46 - 58593 12 00:01 30310012 Arc-Une 40 A 13.0 4-8561 a-b-c - - 58593 13 00:08 30310013 Arc-Thar 12 B 13.5 4-8561 a-b-c 0.94 - 58593 14 00:10 30310014 Arc-Une 40 B 13.5 4-8561 a-b-c - - 58593 15 00:18 30310015 Dark 30 A 13.0 4-8561 a-b-c - - 58593 16 00:23 30310016 InteFlat 30 A 13.0 4-8561 a-b-c - 0 58593 17 00:28 30310017 InteFlat 30 A 13.0 4-8561 a-b-c - 0 58593 18 00:34 30310018 InteFlat 30 A 13.0 4-8561 a-b-c - 0 58593 19 00:39 30310019 Dark 30 A 13.0 4-8561 a-b-c - - 58593 20 11:15 30310020 Dark 10 A 13.0 3-11249 a-b-c - - 58593 21 11:16 30310021 Dark 10 A 13.0 3-11249 a-b-c - - 58593 22 11:31 30310022 Object 47 A 13.0 1-11446 a-b-c - - 58593 23 11:40 30310023 Object 47 B 13.5 1-11446 a-b-c - - 58593 24 11:53 30310024 DomeFlat 5 B 13.5 1-11446 a-b-c - 70 58593 25 11:57 30310025 Dark 10 B 13.5 1-11446 a-b-c - - 58593 26 11:59 30310026 Dark 10 B 13.5 1-11446 a-b-c - - 58593 27 12:09 30310027 Dark 60 B 13.5 3-11249 a-b-c - - 58593 28 12:30 30310028 Dark 60 B 13.5 ------- a-x-x - - 58593 29 12:33 30310029 Dark 60 B 13.5 ------- x-x-x - - -------------------------------------------------------------------------------- ---- MaNGA Data Summary ---- Reading FITS from /data/spectro/58593/ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - n time filename crt plt flav Shu Dth exp colA colB colC Hrt b1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 1 20:12 b1-00288114 4 8561 sci Out C 900.1 24402 24026 23046 20:12 b2-00288114 4 8561 sci Out C 900.2 17211 17446 17033 20:12 r1-00288114 4 8561 sci Out C 900.1 24402 24026 23046 20:12 r2-00288114 4 8561 sci Out C 900.2 17211 17446 17033 2 20:29 b1-00288115 4 8561 sci Out C 52.6 24402 24026 23046 20:29 b2-00288115 4 8561 sci Out C 52.2 17211 17446 17033 20:29 r1-00288115 4 8561 sci Out C 52.6 24402 24026 23046 20:29 r2-00288115 4 8561 sci Out C 52.2 17211 17446 17033 3 23:17 b1-00288116 4 8561 bia Clo N 0.0 24402 24026 23046 23:17 b2-00288116 4 8561 bia Clo N 0.0 17211 17446 17033 23:17 r1-00288116 4 8561 bia Clo N 0.0 24402 24026 23046 23:17 r2-00288116 4 8561 bia Clo N 0.0 17211 17446 17033 4 23:18 b1-00288117 4 8561 dar Clo N 20.0 24402 24026 23046 23:18 b2-00288117 4 8561 dar Clo N 20.0 17211 17446 17033 23:18 r1-00288117 4 8561 dar Clo N 20.0 24402 24026 23046 23:18 r2-00288117 4 8561 dar Clo N 20.0 17211 17446 17033 5 23:22 b1-00288118 4 8561 arc Lef N 4.1 24402 24026 23046 HART 23:22 b2-00288118 4 8561 arc Lef N 4.2 17211 17446 17033 HART 23:22 r1-00288118 4 8561 arc Lef N 4.1 24402 24026 23046 HART 23:22 r2-00288118 4 8561 arc Lef N 4.2 17211 17446 17033 HART 6 23:24 b1-00288119 4 8561 arc Rig N 4.1 24402 24026 23046 HART 23:24 b2-00288119 4 8561 arc Rig N 4.2 17211 17446 17033 HART 23:24 r1-00288119 4 8561 arc Rig N 4.1 24402 24026 23046 HART 23:24 r2-00288119 4 8561 arc Rig N 4.2 17211 17446 17033 HART 7 23:26 b1-00288120 4 8561 arc Lef N 4.1 23775 23398 22417 HART 23:26 b2-00288120 4 8561 arc Lef N 4.2 18309 18560 18136 HART 23:26 r1-00288120 4 8561 arc Lef N 4.1 23775 23398 22417 HART 23:26 r2-00288120 4 8561 arc Lef N 4.2 18309 18560 18136 HART 8 23:27 b1-00288121 4 8561 arc Rig N 4.1 23775 23398 22417 HART 23:27 b2-00288121 4 8561 arc Rig N 4.1 18309 18560 18136 HART 23:27 r1-00288121 4 8561 arc Rig N 4.1 23775 23398 22417 HART 23:27 r2-00288121 4 8561 arc Rig N 4.1 18309 18560 18136 HART 9 23:33 b1-00288122 4 8561 fla Out N 25.1 23635 23258 22279 23:33 b2-00288122 4 8561 fla Out N 25.1 18465 18723 18293 23:33 r1-00288122 4 8561 fla Out N 25.1 23635 23258 22279 23:33 r2-00288122 4 8561 fla Out N 25.1 18465 18723 18293 10 23:36 b1-00288123 4 8561 arc Out N 4.1 23635 23258 22279 23:36 b2-00288123 4 8561 arc Out N 4.2 18465 18723 18293 23:36 r1-00288123 4 8561 arc Out N 4.1 23635 23258 22279 23:36 r2-00288123 4 8561 arc Out N 4.2 18465 18723 18293 11 11:23 b1-00288124 1 11446 arc Lef N 4.1 23635 23258 22279 HART 11:23 b2-00288124 1 11446 arc Lef N 4.2 18465 18719 18293 HART 11:23 r1-00288124 1 11446 arc Lef N 4.1 23635 23258 22279 HART 11:23 r2-00288124 1 11446 arc Lef N 4.2 18465 18719 18293 HART 12 11:24 b1-00288125 1 11446 arc Rig N 4.1 23635 23258 22279 HART 11:24 b2-00288125 1 11446 arc Rig N 4.2 18465 18719 18293 HART 11:24 r1-00288125 1 11446 arc Rig N 4.1 23635 23258 22279 HART 11:24 r2-00288125 1 11446 arc Rig N 4.2 18465 18719 18293 HART 13 11:25 b1-00288126 1 11446 arc Out N 4.1 24157 23779 22801 11:25 b2-00288126 1 11446 arc Out N 4.2 17204 17460 17031 11:25 r1-00288126 1 11446 arc Out N 4.1 24157 23779 22801 11:25 r2-00288126 1 11446 arc Out N 4.2 17204 17460 17031 14 11:26 b1-00288127 1 11446 fla Out N 25.1 24157 23779 22801 11:26 b2-00288127 1 11446 fla Out N 25.2 17204 17460 17031 11:26 r1-00288127 1 11446 fla Out N 25.1 24157 23779 22801 11:26 r2-00288127 1 11446 fla Out N 25.2 17204 17460 17031 15 11:32 b1-00288128 1 11446 sci Out C 90.1 24157 23779 22801 11:32 b2-00288128 1 11446 sci Out C 90.2 17204 17460 17031 11:32 r1-00288128 1 11446 sci Out C 90.1 24157 23779 22801 11:32 r2-00288128 1 11446 sci Out C 90.2 17204 17460 17031 16 11:34 b1-00288129 1 11446 sci Out C 90.1 24157 23779 22801 11:34 b2-00288129 1 11446 sci Out C 90.2 17204 17460 17031 11:34 r1-00288129 1 11446 sci Out C 90.1 24157 23779 22801 11:34 r2-00288129 1 11446 sci Out C 90.2 17204 17460 17031 17 11:37 b1-00288130 1 11446 sci Out C 90.1 24157 23779 22801 11:37 b2-00288130 1 11446 sci Out C 90.2 17204 17460 17031 11:37 r1-00288130 1 11446 sci Out C 90.1 24157 23779 22801 11:37 r2-00288130 1 11446 sci Out C 90.2 17204 17460 17031 18 11:40 b1-00288131 1 11446 sci Out C 90.1 24157 23779 22801 11:40 b2-00288131 1 11446 sci Out C 90.2 17204 17460 17031 11:40 r1-00288131 1 11446 sci Out C 90.1 24157 23779 22801 11:40 r2-00288131 1 11446 sci Out C 90.2 17204 17460 17031 19 11:43 b1-00288132 1 11446 sci Out C 90.1 24157 23779 22801 11:43 b2-00288132 1 11446 sci Out C 90.2 17204 17460 17031 11:43 r1-00288132 1 11446 sci Out C 90.1 24157 23779 22801 11:43 r2-00288132 1 11446 sci Out C 90.2 17204 17460 17031 20 12:09 b1-00288133 3 11249 bia Clo C 0.0 24157 23779 22801 12:09 b2-00288133 3 11249 bia Clo C 0.0 17204 17458 17031 12:09 r1-00288133 3 11249 bia Clo C 0.0 24157 23779 22801 12:09 r2-00288133 3 11249 bia Clo C 0.0 17204 17458 17031 21 12:10 b1-00288134 3 11249 bia Clo C 0.0 24157 23779 22801 12:10 b2-00288134 3 11249 bia Clo C 0.0 17204 17458 17031 12:10 r1-00288134 3 11249 bia Clo C 0.0 24157 23779 22801 12:10 r2-00288134 3 11249 bia Clo C 0.0 17204 17458 17031 22 12:11 b1-00288135 3 11249 bia Clo C 0.0 24157 23779 22801 12:11 b2-00288135 3 11249 bia Clo C 0.0 17204 17458 17031 12:11 r1-00288135 3 11249 bia Clo C 0.0 24157 23779 22801 12:11 r2-00288135 3 11249 bia Clo C 0.0 17204 17458 17031 23 12:13 b1-00288136 3 11249 bia Clo C 0.0 24157 23779 22801 12:13 b2-00288136 3 11249 bia Clo C 0.0 17204 17458 17031 12:13 r1-00288136 3 11249 bia Clo C 0.0 24157 23779 22801 12:13 r2-00288136 3 11249 bia Clo C 0.0 17204 17458 17031 24 12:14 b1-00288137 3 11249 bia Clo C 0.0 24157 23779 22801 12:14 b2-00288137 3 11249 bia Clo C 0.0 17204 17458 17031 12:14 r1-00288137 3 11249 bia Clo C 0.0 24157 23779 22801 12:14 r2-00288137 3 11249 bia Clo C 0.0 17204 17458 17031 25 12:15 b1-00288138 3 11249 bia Clo C 0.0 24157 23779 22801 12:15 b2-00288138 3 11249 bia Clo C 0.0 17204 17458 17031 12:15 r1-00288138 3 11249 bia Clo C 0.0 24157 23779 22801 12:15 r2-00288138 3 11249 bia Clo C 0.0 17204 17458 17031 26 12:17 b1-00288139 3 11249 bia Clo C 0.0 24157 23779 22801 12:17 b2-00288139 3 11249 bia Clo C 0.0 17204 17458 17031 12:17 r1-00288139 3 11249 bia Clo C 0.0 24157 23779 22801 12:17 r2-00288139 3 11249 bia Clo C 0.0 17204 17458 17031 27 12:18 b1-00288140 3 11249 bia Clo C 0.0 24157 23779 22801 12:18 b2-00288140 3 11249 bia Clo C 0.0 17204 17458 17031 12:18 r1-00288140 3 11249 bia Clo C 0.0 24157 23779 22801 12:18 r2-00288140 3 11249 bia Clo C 0.0 17204 17458 17031 28 12:19 b1-00288141 3 11249 bia Clo C 0.0 24157 23779 22801 12:19 b2-00288141 3 11249 bia Clo C 0.0 17204 17458 17031 12:19 r1-00288141 3 11249 bia Clo C 0.0 24157 23779 22801 12:19 r2-00288141 3 11249 bia Clo C 0.0 17204 17458 17031 29 12:21 b1-00288142 3 11249 bia Clo C 0.0 24157 23779 22801 12:21 b2-00288142 3 11249 bia Clo C 0.0 17204 17458 17031 12:21 r1-00288142 3 11249 bia Clo C 0.0 24157 23779 22801 12:21 r2-00288142 3 11249 bia Clo C 0.0 17204 17458 17031 30 12:22 b1-00288143 3 11249 bia Clo C 0.0 24157 23779 22801 12:22 b2-00288143 3 11249 bia Clo C 0.0 17204 17458 17031 12:22 r1-00288143 3 11249 bia Clo C 0.0 24157 23779 22801 12:22 r2-00288143 3 11249 bia Clo C 0.0 17204 17458 17031 31 12:23 b1-00288144 3 11249 bia Clo C 0.0 24157 23779 22801 12:23 b2-00288144 3 11249 bia Clo C 0.0 17204 17458 17031 12:23 r1-00288144 3 11249 bia Clo C 0.0 24157 23779 22801 12:23 r2-00288144 3 11249 bia Clo C 0.0 17204 17458 17031 32 12:25 b1-00288145 3 11249 bia Clo C 0.0 24157 23779 22801 12:25 b2-00288145 3 11249 bia Clo C 0.0 17204 17458 17031 12:25 r1-00288145 3 11249 bia Clo C 0.0 24157 23779 22801 12:25 r2-00288145 3 11249 bia Clo C 0.0 17204 17458 17031 33 12:26 b1-00288146 3 11249 bia Clo C 0.0 24157 23779 22801 12:26 b2-00288146 3 11249 bia Clo C 0.0 17204 17458 17031 12:26 r1-00288146 3 11249 bia Clo C 0.0 24157 23779 22801 12:26 r2-00288146 3 11249 bia Clo C 0.0 17204 17458 17031 34 12:27 b1-00288147 3 11249 bia Clo C 0.0 24157 23779 22801 12:27 b2-00288147 3 11249 bia Clo C 0.0 17204 17458 17031 12:27 r1-00288147 3 11249 bia Clo C 0.0 24157 23779 22801 12:27 r2-00288147 3 11249 bia Clo C 0.0 17204 17458 17031 35 12:29 b1-00288148 3 11249 bia Clo C 0.0 24157 23779 22801 12:29 b2-00288148 3 11249 bia Clo C 0.0 17204 17458 17031 12:29 r1-00288148 3 11249 bia Clo C 0.0 24157 23779 22801 12:29 r2-00288148 3 11249 bia Clo C 0.0 17204 17458 17031 36 12:30 b1-00288149 3 11249 bia Clo C 0.0 24157 23779 22801 12:30 b2-00288149 3 11249 bia Clo C 0.0 17204 17458 17031 12:30 r1-00288149 3 11249 bia Clo C 0.0 24157 23779 22801 12:30 r2-00288149 3 11249 bia Clo C 0.0 17204 17458 17031 37 12:31 b1-00288150 3 11249 bia Clo C 0.0 24157 23779 22801 12:31 b2-00288150 3 11249 bia Clo C 0.0 17204 17458 17031 12:31 r1-00288150 3 11249 bia Clo C 0.0 24157 23779 22801 12:31 r2-00288150 3 11249 bia Clo C 0.0 17204 17458 17031 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - --- OK ---