# GCN t(sec) filt exp mag err -11.0 clear 10.0 11.48 < 3.0 clear 10.0 9.830 17.0 clear 10.0 5.760 32.0 clear 10.0 6.000 79.0 clear 10.0 8.260 93.0 clear 10.0 8.770 108.0 clear 10.0 9.100 122.0 clear 10.0 10.270 163.0 clear 10.0 10.500 177.0 clear 10.0 11.100 252.0 clear 10.0 11.210 296.0 clear 10.0 11.790 310.0 clear 10.0 11.950 37.2 clear 10.0 5.600 24.6 clear 5.0 5.350 111.7 clear 20.0 8.490 60300.0 R 19.800 55830.0 clear 1500.0 19.080 0.020 X 70500.0 clear 2040.0 19.000 0.100 X 74831.0 R 20.000 0.300 X 8.9 V 8.198 0.579 10.1 V 6.967 0.188 11.5 V 6.650 0.141 12.8 V 6.014 0.076 14.0 V 5.801 0.064 14.4 V 5.667 0.054 15.4 V 5.493 0.049 15.7 V 5.508 0.050 16.6 V 5.473 0.050 17.1 V 5.459 0.049 17.9 V 5.369 0.050 18.3 V 5.325 0.047 19.2 V 5.444 0.045 19.6 V 5.414 0.048 20.5 V 5.414 0.047 21.0 V 5.459 0.048 21.8 V 5.399 0.053 22.2 V 5.503 0.051 23.1 V 5.667 0.054 31.6 V 5.831 0.036 32.8 V 5.955 0.039 34.1 V 5.727 0.033 35.5 V 5.493 0.025 36.7 V 5.533 0.026 38.0 V 5.598 0.028 39.4 V 5.776 0.031 40.6 V 5.702 0.030 41.9 V 5.607 0.027 43.3 V 5.359 0.030 44.5 V 5.488 0.025 45.8 V 5.607 0.028 47.2 V 5.637 0.028 48.4 V 5.712 0.031 49.7 V 5.905 0.034 51.0 V 5.980 0.039 52.3 V 6.193 0.049 53.6 V 6.188 0.042 54.9 V 6.352 0.053 56.2 V 6.431 0.059 57.5 V 6.650 0.069 58.8 V 6.769 0.078 60.1 V 6.888 0.085 61.4 V 7.101 0.108 62.7 V 6.992 0.099 66.4 V 7.334 0.110 71.6 V 7.632 0.132 76.9 V 8.034 0.203 82.0 V 8.600 0.330 87.2 V 8.580 0.330 92.4 V 9.002 0.498 97.5 V 9.925 1.161 43934.4 R 19.100 46270.8 R 19.900 71208.0 R 20.100 1656000 R 24.350 X 1656000 I 23.760 X 4590000 R 26.280 0.100 X 4590000 I 25.460 0.100 X # Gemini t(sec) filt exp mag err 89308.8 g 900 20.670 0.100 90356.4 r 900 20.520 0.060 91306.8 i 900 20.380 0.050 92469.6 z 900 20.310 0.050 174960 r 900 21.510 0.060 520390 g 1080 23.450 0.190 521589 r 1080 23.340 0.090 522792 i 1080 22.900 0.060 523990 z 1080 22.940 0.090 780120 r 1080 23.670 0.070 781560 i 1080 23.280 0.060 1209960 g 1080 24.440 0.080 1211220 r 1080 24.100 0.080 1212480 i 1080 23.810 0.070 2286720 g 1080 25.860 0.110 2287800 r 1080 25.050 0.090 2285280 i 1080 24.360 0.080 2531160 z 760 23.940 0.130 4592160 g 1620 26.50 < # KAIT t(sec) filt exp mag err 1217.0 clear 20.0 14.116 0.008 1308.0 clear 20.0 14.261 0.007 1404.0 clear 20.0 14.424 0.011 1495.0 clear 20.0 14.548 0.013 1586.0 clear 20.0 14.651 0.011 1651.0 clear 20.0 14.735 0.010 1714.0 clear 20.0 14.798 0.010 1773.0 clear 20.0 14.901 0.013 1832.0 clear 20.0 14.947 0.011 1942.0 clear 20.0 15.051 0.010 2001.0 clear 20.0 15.069 0.011 2128.0 clear 20.0 15.209 0.010 2188.0 clear 20.0 15.259 0.011 2308.0 clear 20.0 15.335 0.010 2432.0 clear 20.0 15.400 0.012 2557.0 clear 20.0 15.503 0.009 2678.0 clear 20.0 15.601 0.013 2798.0 clear 20.0 15.640 0.013 2922.0 clear 20.0 15.716 0.014 3047.0 clear 20.0 15.750 0.016 3168.0 clear 20.0 15.806 0.014 3289.0 clear 20.0 15.870 0.017 3414.0 clear 20.0 15.900 0.014 3534.0 clear 20.0 15.978 0.021 3655.0 clear 20.0 15.999 0.014 3780.0 clear 20.0 16.060 0.015 3901.0 clear 20.0 16.080 0.020 4026.0 clear 20.0 16.127 0.018 4146.0 clear 20.0 16.198 0.016 4267.0 clear 20.0 16.242 0.013 4331.0 clear 20.0 16.262 0.017 4390.0 clear 20.0 16.254 0.014 4449.0 clear 20.0 16.278 0.017 4508.0 clear 20.0 16.285 0.016 4567.0 clear 20.0 16.334 0.014 5015.0 clear 20.0 16.422 0.019 5114.0 clear 20.0 16.471 0.011 5316.0 clear 20.0 16.508 0.016 5420.0 clear 20.0 16.541 0.017 5619.0 clear 20.0 16.592 0.021 5823.0 clear 20.0 16.633 0.012 6023.0 clear 20.0 16.667 0.020 6227.0 clear 20.0 16.739 0.017 6426.0 clear 20.0 16.783 0.021 6631.0 clear 20.0 16.773 0.025 6830.0 clear 20.0 16.850 0.017 7034.0 clear 20.0 16.892 0.022 8820.0 clear 300.0 17.153 0.012 10028.0 clear 300.0 17.335 0.015 11271.0 clear 300.0 17.528 0.014 12477.0 clear 300.0 17.625 0.014 15537.0 clear 300.0 17.919 0.022 16744.0 clear 300.0 18.021 0.022 2098.0 B 20.0 15.623 0.045 2249.0 B 20.0 15.750 0.041 2373.0 B 20.0 15.814 0.042 2546.5 B 40.0 15.911 0.037 2791.0 B 40.0 16.094 0.035 3097.3 B 60.0 16.305 0.031 3465.0 B 60.0 16.378 0.040 3771.5 B 40.0 16.574 0.043 4075.7 B 60.0 16.602 0.045 5493.7 B 120.0 17.036 0.035 6117.3 B 120.0 17.173 0.036 6720.7 B 120.0 17.412 0.068 7789.0 B 300.0 17.518 0.023 8984.0 B 300.0 17.737 0.030 10236.0 B 300.0 17.833 0.028 11435.0 B 300.0 18.065 0.044 14508.0 B 300.0 18.440 0.052 15707.0 B 300.0 18.490 0.058 1157.0 V 20.0 14.345 0.022 1248.0 V 20.0 14.442 0.022 1339.0 V 20.0 14.651 0.022 1435.0 V 20.0 14.815 0.025 1526.0 V 20.0 14.939 0.026 2067.0 V 20.0 15.492 0.043 2218.0 V 20.0 15.631 0.047 2453.3 V 60.0 15.800 0.029 2820.0 V 60.0 15.921 0.036 3188.7 V 60.0 16.130 0.037 3556.3 V 60.0 16.336 0.043 3984.3 V 80.0 16.421 0.037 5332.5 V 80.0 16.827 0.042 5782.0 V 80.0 16.954 0.055 6165.5 V 80.0 16.989 0.047 6569.0 V 80.0 17.111 0.060 6973.0 V 80.0 17.144 0.068 8134.0 V 300.0 17.453 0.057 9335.0 V 300.0 17.629 0.069 10580.0 V 300.0 17.776 0.019 11785.0 V 300.0 17.958 0.031 14852.0 V 300.0 18.223 0.029 16051.0 V 300.0 18.370 0.038 1188.0 I 20.0 13.777 0.013 1279.0 I 20.0 13.879 0.012 1370.0 I 20.0 14.016 0.015 1465.0 I 20.0 14.176 0.020 1557.0 I 20.0 14.328 0.018 1621.0 I 20.0 14.381 0.021 1680.0 I 20.0 14.516 0.015 1744.0 I 20.0 14.572 0.028 1803.0 I 20.0 14.616 0.016 1862.0 I 20.0 14.686 0.021 1912.0 I 20.0 14.778 0.025 1972.0 I 20.0 14.807 0.025 2031.0 I 20.0 14.836 0.026 2158.0 I 20.0 14.958 0.021 2331.0 I 40.0 15.060 0.022 2575.5 I 40.0 15.174 0.023 2821.0 I 40.0 15.334 0.020 3065.5 I 40.0 15.439 0.022 3311.5 I 40.0 15.565 0.035 3555.5 I 40.0 15.700 0.031 3800.5 I 40.0 15.700 0.043 4046.5 I 40.0 15.788 0.031 4259.5 I 40.0 15.902 0.042 4379.5 I 40.0 15.892 0.043 4527.3 I 60.0 15.986 0.024 5002.5 I 80.0 16.170 0.028 5255.0 I 80.0 16.221 0.025 5662.0 I 80.0 16.296 0.024 6065.0 I 80.0 16.385 0.036 6469.0 I 80.0 16.507 0.033 6873.0 I 80.0 16.495 0.030 8479.0 I 300.0 16.841 0.017 9680.0 I 300.0 17.017 0.030 10924.0 I 300.0 17.204 0.019 12129.0 I 300.0 17.342 0.023 15195.0 I 300.0 17.648 0.022 16402.0 I 300.0 17.750 0.099 # Nickel t(sec) filt exp mag err 7154.7 B 360.0 17.365 0.005 8579.2 B 360.0 17.646 0.006 10013.4 B 360.0 17.866 0.008 11512.3 B 360.0 18.090 0.008 13015.9 B 360.0 18.248 0.011 14473.6 B 360.0 18.389 0.011 16436.8 B 360.0 18.587 0.015 17937.4 B 360.0 18.770 0.018 19398.1 B 360.0 18.858 0.015 20965.3 B 360.0 18.970 0.023 7444.0 V 300.0 17.251 0.005 8860.5 V 300.0 17.484 0.007 10291.9 V 300.0 17.727 0.007 11829.3 V 300.0 17.899 0.007 13294.2 V 300.0 18.062 0.007 14767.2 V 300.0 18.236 0.014 16714.4 V 300.0 18.424 0.012 18236.5 V 300.0 18.559 0.016 19700.4 V 300.0 18.637 0.013 22996.8 V 300.0 18.902 0.021 7782.0 R 300.0 16.991 0.006 9196.4 R 300.0 17.239 0.005 10635.4 R 300.0 17.435 0.008 12181.0 R 300.0 17.637 0.009 13652.0 R 300.0 17.799 0.007 15110.2 R 300.0 17.917 0.007 17071.9 R 300.0 18.107 0.011 18582.1 R 300.0 18.218 0.008 20035.8 R 300.0 18.308 0.017 23331.8 R 300.0 18.541 0.021 8122.0 I 300.0 16.797 0.004 9531.2 I 300.0 17.013 0.005 10995.4 I 300.0 17.189 0.005 12520.7 I 300.0 17.394 0.005 14003.3 I 300.0 17.537 0.009 15973.2 I 300.0 17.704 0.008 17412.9 I 300.0 17.817 0.011 18936.7 I 300.0 17.921 0.010 20447.9 I 300.0 18.045 0.014 23665.5 I 300.0 18.111 0.118 # UVOT t(sec) filt exp mag err 6156.0 UVW1 196.6 16.146 0.043 17398.0 UVW1 885.6 17.645 0.042 28047.0 UVW1 427.9 18.316 0.086 45393.0 UVW1 427.9 18.909 0.121 75628.0 UVW1 200.6 19.266 0.213 5542.0 UVW2 196.6 16.192 0.046 10709.0 UVW2 885.6 17.231 0.036 22273.0 UVW2 266.3 18.394 0.116 28931.0 UVW2 856.1 18.631 0.073 46279.0 UVW2 856.1 19.228 0.102 76050.0 UVW2 401.3 19.888 0.220 5951.0 UVM2 196.6 15.923 0.052 12528.0 UVM2 334.6 17.144 0.071 16491.0 UVM2 885.6 17.493 0.052 30028.0 UVM2 611.2 18.381 0.101 47376.0 UVM2 610.0 19.039 0.144 631.0 U 19.4 12.474 0.028 X 785.0 U 19.4 12.968 0.030 1430.0 U 19.4 14.108 0.042 1591.0 U 19.5 14.342 0.046 4926.0 U 196.6 16.015 0.029 6362.0 U 196.6 16.329 0.033 18304.0 U 295.0 17.864 0.056 18609.0 U 231.2 17.886 0.064 28486.0 U 213.4 18.498 0.089 45833.0 U 213.4 19.435 0.148 656.0 B 9.6 13.334 0.042 X 811.0 B 9.6 13.913 0.046 1454.0 B 19.4 15.012 0.046 1616.0 B 19.5 15.291 0.052 5131.0 B 196.6 16.962 0.033 6567.0 B 196.6 17.350 0.039 28708.0 B 213.4 19.417 0.112 46055.0 B 213.3 20.036 0.171 75943.0 B 100.2 20.441 0.316 711.0 V 19.5 13.373 0.040 X 975.0 V 393.5 14.337 0.013 X 1518.0 V 19.4 15.025 0.076 1680.0 V 19.5 15.127 0.081 5746.0 V 196.6 16.955 0.058 11616.0 V 295.0 17.948 0.078 11919.0 V 295.1 17.895 0.078 12222.0 V 295.0 18.041 0.082 29806.0 V 213.4 19.491 0.256 # PAIRITEL t(sec) filt exp mag err 307.8 J 7.8 10.071 0.048 X 316.0 J 7.8 10.100 0.048 X 324.0 J 7.8 10.166 0.048 X 344.0 J 7.8 10.389 0.048 352.3 J 7.8 10.483 0.048 360.2 J 7.8 10.563 0.048 380.1 J 7.8 10.652 0.048 388.4 J 7.8 10.722 0.048 396.3 J 7.8 10.781 0.048 416.3 J 7.8 10.877 0.048 424.5 J 7.8 10.896 0.048 432.4 J 7.8 10.952 0.048 452.4 J 7.8 11.000 0.048 460.7 J 7.8 11.082 0.048 468.6 J 7.8 11.137 0.048 488.6 J 7.8 11.266 0.048 496.9 J 7.8 11.244 0.048 504.8 J 7.8 11.314 0.048 525.8 J 7.8 11.432 0.048 534.1 J 7.8 11.447 0.048 542.0 J 7.8 11.471 0.048 561.9 J 7.8 11.589 0.048 570.2 J 7.8 11.598 0.048 578.2 J 7.8 11.602 0.048 598.2 J 7.8 11.671 0.048 606.4 J 7.8 11.694 0.048 614.4 J 7.8 11.714 0.048 634.4 J 7.8 11.675 0.048 650.6 J 7.8 11.749 0.048 670.6 J 7.8 11.950 0.048 678.9 J 7.8 11.931 0.048 686.8 J 7.8 11.978 0.048 706.8 J 7.8 11.943 0.048 715.0 J 7.8 11.990 0.048 723.0 J 7.8 11.979 0.048 743.0 J 7.8 12.104 0.048 751.3 J 7.8 12.121 0.048 759.2 J 7.8 12.146 0.048 779.3 J 7.8 12.166 0.048 787.5 J 7.8 12.135 0.048 795.5 J 7.8 12.172 0.048 815.5 J 7.8 12.257 0.048 823.8 J 7.8 12.277 0.048 831.7 J 7.8 12.249 0.048 851.7 J 7.8 12.345 0.048 860.0 J 7.8 12.363 0.048 867.9 J 7.8 12.384 0.048 888.0 J 7.8 12.394 0.048 896.2 J 7.8 12.465 0.049 904.1 J 7.8 12.449 0.049 924.1 J 7.8 12.502 0.049 932.4 J 7.8 12.500 0.049 940.3 J 7.8 12.500 0.049 960.3 J 7.8 12.616 0.049 968.5 J 7.8 12.575 0.049 976.5 J 7.8 12.541 0.049 996.5 J 7.8 12.655 0.049 1004.8 J 7.8 12.665 0.049 1012.7 J 7.8 12.673 0.049 1032.7 J 7.8 12.758 0.049 1041.0 J 7.8 12.854 0.049 1049.0 J 7.8 12.823 0.049 1069.0 J 7.8 12.905 0.049 1077.2 J 7.8 12.868 0.049 1085.2 J 7.8 12.853 0.049 1105.2 J 7.8 12.922 0.049 1113.5 J 7.8 12.938 0.049 1121.4 J 7.8 12.929 0.049 1141.4 J 7.8 13.035 0.050 1149.7 J 7.8 13.048 0.050 1157.6 J 7.8 13.041 0.049 1177.6 J 7.8 12.998 0.049 1185.8 J 7.8 13.036 0.049 1193.8 J 7.8 13.094 0.050 1221.5 J 23.5 13.101 0.035 1257.5 J 23.5 13.150 0.035 1293.5 J 23.5 13.311 0.035 1330.0 J 23.5 13.307 0.035 1366.0 J 23.5 13.412 0.035 1402.0 J 23.5 13.516 0.035 1438.5 J 23.5 13.479 0.035 1474.5 J 23.5 13.587 0.035 1510.5 J 23.5 13.610 0.035 1547.0 J 23.5 13.690 0.035 1583.0 J 23.5 13.708 0.035 1619.5 J 23.5 13.761 0.035 1656.5 J 23.5 13.834 0.036 1692.5 J 23.5 13.829 0.036 1729.0 J 23.5 13.857 0.036 1765.0 J 23.5 13.911 0.036 1801.5 J 23.5 14.011 0.036 1837.5 J 23.5 14.115 0.037 1873.5 J 23.5 14.069 0.036 1910.0 J 23.5 14.084 0.036 1964.0 J 47.1 14.171 0.036 2036.5 J 47.1 14.214 0.036 2109.0 J 47.1 14.254 0.035 2181.5 J 47.1 14.377 0.036 2254.0 J 47.1 14.330 0.037 2326.0 J 47.1 14.457 0.037 2399.5 J 47.1 14.510 0.037 2472.0 J 47.1 14.536 0.037 2544.5 J 47.1 14.568 0.037 2616.5 J 47.1 14.628 0.037 2689.0 J 47.1 14.670 0.037 2761.5 J 47.1 14.748 0.037 2834.0 J 47.1 14.781 0.037 2906.5 J 47.1 14.850 0.038 2978.5 J 47.1 14.883 0.038 3051.0 J 47.1 14.832 0.038 3123.5 J 47.1 14.894 0.038 3195.5 J 47.1 15.008 0.039 3268.5 J 47.1 14.987 0.038 3340.5 J 47.1 14.922 0.039 3414.0 J 47.1 15.068 0.039 3486.5 J 47.1 15.072 0.039 3559.0 J 47.1 15.005 0.038 3632.0 J 47.1 15.174 0.040 3686.5 J 23.5 15.098 0.039 3892.5 J 227.6 15.265 0.038 4251.0 J 235.4 15.369 0.038 4613.0 J 235.4 15.501 0.039 4975.5 J 235.4 15.586 0.039 5338.5 J 235.4 15.748 0.041 5703.0 J 235.4 15.774 0.041 6068.5 J 235.4 15.870 0.043 6431.5 J 235.4 15.811 0.041 6860.0 J 313.9 16.019 0.042 7613.0 J 353.2 16.139 0.042 8248.0 J 470.9 16.236 0.042 8973.0 J 470.9 16.475 0.045 9698.5 J 470.9 16.469 0.051 10424.0 J 470.9 16.649 0.047 11738.5 J 1169.3 16.832 0.047 13521.5 J 1138.0 16.962 0.049 15328.5 J 1169.3 17.014 0.049 17109.5 J 1138.0 17.307 0.057 19132.5 J 1412.6 17.505 0.059 21321.0 J 1294.9 17.528 0.060 344.0 H 7.8 9.639 0.042 352.3 H 7.8 9.721 0.042 360.2 H 7.8 9.753 0.042 380.1 H 7.8 9.946 0.042 388.4 H 7.8 9.985 0.042 396.3 H 7.8 10.115 0.042 416.3 H 7.8 10.127 0.042 424.5 H 7.8 10.177 0.042 432.4 H 7.8 10.245 0.042 452.4 H 7.8 10.288 0.042 460.7 H 7.8 10.352 0.042 468.6 H 7.8 10.396 0.042 488.6 H 7.8 10.545 0.042 496.9 H 7.8 10.534 0.042 504.8 H 7.8 10.607 0.042 525.8 H 7.8 10.794 0.042 534.1 H 7.8 10.822 0.042 542.0 H 7.8 10.863 0.042 561.9 H 7.8 10.892 0.042 570.2 H 7.8 10.847 0.042 578.2 H 7.8 10.914 0.042 598.2 H 7.8 10.981 0.042 606.4 H 7.8 11.009 0.042 614.4 H 7.8 11.032 0.042 634.4 H 7.8 11.073 0.042 642.7 H 7.8 11.144 0.042 650.6 H 7.8 11.145 0.042 670.6 H 7.8 11.202 0.042 678.9 H 7.8 11.309 0.043 686.8 H 7.8 11.319 0.043 706.8 H 7.8 11.316 0.043 715.0 H 7.8 11.287 0.043 723.0 H 7.8 11.328 0.043 743.0 H 7.8 11.483 0.043 751.3 H 7.8 11.498 0.043 759.2 H 7.8 11.481 0.043 779.3 H 7.8 11.503 0.043 787.5 H 7.8 11.574 0.043 795.5 H 7.8 11.597 0.043 815.5 H 7.8 11.646 0.043 823.8 H 7.8 11.697 0.043 831.7 H 7.8 11.667 0.043 851.7 H 7.8 11.662 0.043 860.0 H 7.8 11.688 0.043 867.9 H 7.8 11.695 0.043 888.0 H 7.8 11.807 0.044 896.2 H 7.8 11.842 0.043 904.1 H 7.8 11.889 0.043 924.1 H 7.8 11.892 0.043 932.4 H 7.8 11.903 0.043 940.3 H 7.8 11.840 0.043 960.3 H 7.8 11.990 0.044 968.5 H 7.8 12.023 0.044 976.5 H 7.8 11.960 0.044 996.5 H 7.8 11.959 0.044 1004.8 H 7.8 12.030 0.044 1012.7 H 7.8 12.037 0.044 1032.7 H 7.8 12.130 0.044 1041.0 H 7.8 12.187 0.044 1049.0 H 7.8 12.172 0.044 1069.0 H 7.8 12.242 0.045 1077.2 H 7.8 12.228 0.045 1085.2 H 7.8 12.246 0.045 1105.2 H 7.8 12.249 0.045 1113.5 H 7.8 12.239 0.045 1121.4 H 7.8 12.323 0.045 1141.4 H 7.8 12.341 0.046 1149.7 H 7.8 12.417 0.046 1157.6 H 7.8 12.433 0.046 1177.6 H 7.8 12.370 0.045 1185.8 H 7.8 12.410 0.045 1193.8 H 7.8 12.467 0.047 1221.5 H 23.5 12.389 0.049 1257.5 H 23.5 12.508 0.049 1293.5 H 23.5 12.687 0.049 1330.0 H 23.5 12.653 0.049 1366.0 H 23.5 12.691 0.049 1402.0 H 23.5 12.882 0.049 1438.5 H 23.5 12.943 0.049 1474.5 H 23.5 12.983 0.049 1510.5 H 23.5 12.972 0.049 1547.0 H 23.5 13.081 0.049 1583.0 H 23.5 13.055 0.049 1619.5 H 23.5 13.196 0.049 1656.5 H 23.5 13.354 0.050 1692.5 H 23.5 13.224 0.050 1729.0 H 23.5 13.205 0.050 1765.0 H 23.5 13.364 0.050 1801.5 H 23.5 13.503 0.050 1837.5 H 23.5 13.402 0.051 1891.5 H 47.1 13.537 0.049 1964.0 H 47.1 13.554 0.050 2036.5 H 47.1 13.655 0.050 2109.0 H 47.1 13.775 0.050 2181.5 H 47.1 13.746 0.050 2254.0 H 47.1 13.783 0.050 2326.0 H 47.1 13.863 0.051 2399.5 H 47.1 13.990 0.050 2472.0 H 47.1 13.904 0.051 2544.5 H 47.1 14.034 0.051 2616.5 H 47.1 14.062 0.051 2689.0 H 47.1 14.074 0.051 2761.5 H 47.1 14.205 0.052 2834.0 H 47.1 14.160 0.051 2906.5 H 47.1 14.187 0.052 2978.5 H 47.1 14.278 0.054 3051.0 H 47.1 14.338 0.053 3123.5 H 47.1 14.344 0.053 3195.5 H 47.1 14.422 0.053 3268.5 H 47.1 14.303 0.052 3340.5 H 47.1 14.520 0.056 3414.0 H 47.1 14.488 0.053 3486.5 H 47.1 14.321 0.052 X 3559.0 H 47.1 14.517 0.056 3632.0 H 47.1 14.508 0.054 3892.5 H 227.6 14.753 0.053 4251.0 H 235.4 14.799 0.052 4613.0 H 235.4 15.026 0.055 4975.5 H 235.4 15.101 0.055 5338.5 H 235.4 15.108 0.056 5703.0 H 235.4 15.129 0.055 6068.5 H 235.4 15.357 0.056 6431.5 H 235.4 15.497 0.055 6860.0 H 313.9 15.469 0.056 7613.0 H 353.2 15.662 0.058 8066.5 H 470.9 15.827 0.059 8973.0 H 470.9 15.915 0.060 10061.5 H 894.7 16.059 0.059 11738.5 H 1169.3 16.242 0.060 13511.0 H 1106.6 16.278 0.061 15328.5 H 1169.3 16.577 0.065 17109.5 H 973.2 16.677 0.074 19132.5 H 1389.1 16.763 0.072 21321.0 H 1404.8 16.856 0.070 344.0 K_s 7.8 9.067 0.058 X 352.3 K_s 7.8 9.308 0.058 X 360.2 K_s 7.8 9.207 0.058 X 380.1 K_s 7.8 9.312 0.058 388.4 K_s 7.8 9.310 0.058 396.3 K_s 7.8 9.419 0.058 416.3 K_s 7.8 9.508 0.058 424.5 K_s 7.8 9.546 0.058 432.4 K_s 7.8 9.638 0.058 452.4 K_s 7.8 9.800 0.058 460.7 K_s 7.8 9.882 0.058 468.6 K_s 7.8 9.906 0.058 488.6 K_s 7.8 10.029 0.058 496.9 K_s 7.8 10.115 0.058 504.8 K_s 7.8 10.129 0.058 525.8 K_s 7.8 10.072 0.058 534.1 K_s 7.8 10.235 0.058 542.0 K_s 7.8 10.240 0.058 561.9 K_s 7.8 10.312 0.058 570.2 K_s 7.8 10.377 0.058 578.2 K_s 7.8 10.502 0.058 598.2 K_s 7.8 10.398 0.058 606.4 K_s 7.8 10.492 0.058 614.4 K_s 7.8 10.488 0.058 634.4 K_s 7.8 10.603 0.058 642.7 K_s 7.8 10.562 0.058 650.6 K_s 7.8 10.561 0.058 670.6 K_s 7.8 10.728 0.058 678.9 K_s 7.8 10.753 0.059 686.8 K_s 7.8 10.687 0.058 706.8 K_s 7.8 10.797 0.058 715.0 K_s 7.8 10.749 0.059 723.0 K_s 7.8 10.826 0.059 743.0 K_s 7.8 10.830 0.059 751.3 K_s 7.8 10.916 0.059 759.2 K_s 7.8 10.844 0.059 779.3 K_s 7.8 10.751 0.059 X 787.5 K_s 7.8 10.971 0.059 795.5 K_s 7.8 11.003 0.059 815.5 K_s 7.8 10.949 0.059 823.8 K_s 7.8 11.160 0.059 831.7 K_s 7.8 11.169 0.059 851.7 K_s 7.8 11.092 0.059 860.0 K_s 7.8 11.106 0.059 867.9 K_s 7.8 11.130 0.059 888.0 K_s 7.8 11.089 0.059 896.2 K_s 7.8 11.157 0.059 904.1 K_s 7.8 11.225 0.059 924.1 K_s 7.8 11.267 0.059 932.4 K_s 7.8 11.319 0.059 940.3 K_s 7.8 11.288 0.059 960.3 K_s 7.8 11.337 0.059 968.5 K_s 7.8 11.367 0.059 976.5 K_s 7.8 11.377 0.059 996.5 K_s 7.8 11.479 0.059 1004.8 K_s 7.8 11.406 0.059 1012.7 K_s 7.8 11.407 0.060 1032.7 K_s 7.8 11.582 0.060 1041.0 K_s 7.8 11.594 0.060 1049.0 K_s 7.8 11.637 0.060 1069.0 K_s 7.8 11.608 0.060 1077.2 K_s 7.8 11.624 0.061 1085.2 K_s 7.8 11.658 0.060 1105.2 K_s 7.8 11.774 0.061 1113.5 K_s 7.8 11.736 0.061 1121.4 K_s 7.8 11.691 0.061 1141.4 K_s 7.8 11.702 0.061 1149.7 K_s 7.8 11.814 0.062 1157.6 K_s 7.8 11.780 0.061 1177.6 K_s 7.8 11.866 0.061 1185.8 K_s 7.8 11.845 0.061 1193.8 K_s 7.8 11.751 0.061 1221.5 K_s 23.5 11.773 0.041 1257.5 K_s 23.5 11.837 0.041 1293.5 K_s 23.5 12.062 0.041 1330.0 K_s 23.5 12.046 0.041 1366.0 K_s 23.5 12.123 0.041 1402.0 K_s 23.5 12.183 0.041 1438.5 K_s 23.5 12.227 0.041 1474.5 K_s 23.5 12.318 0.041 1510.5 K_s 23.5 12.382 0.042 1583.0 K_s 23.5 12.469 0.042 1619.5 K_s 23.5 12.590 0.042 1656.5 K_s 23.5 12.673 0.042 1692.5 K_s 23.5 12.594 0.043 1729.0 K_s 23.5 12.653 0.042 1765.0 K_s 23.5 12.728 0.043 1801.5 K_s 23.5 12.824 0.043 1837.5 K_s 23.5 12.654 0.044 X 1891.5 K_s 47.1 12.840 0.042 1964.0 K_s 47.1 12.915 0.042 2036.5 K_s 47.1 13.024 0.043 2109.0 K_s 47.1 13.147 0.042 2181.5 K_s 47.1 13.203 0.043 2254.0 K_s 47.1 13.267 0.044 2326.0 K_s 47.1 13.238 0.044 2399.5 K_s 47.1 13.334 0.044 2472.0 K_s 47.1 13.388 0.045 2544.5 K_s 47.1 13.490 0.045 2616.5 K_s 47.1 13.430 0.045 2689.0 K_s 47.1 13.455 0.045 2761.5 K_s 47.1 13.520 0.045 2834.0 K_s 47.1 13.650 0.046 2906.5 K_s 47.1 13.707 0.047 2978.5 K_s 47.1 13.861 0.048 3051.0 K_s 47.1 13.777 0.050 3123.5 K_s 47.1 13.813 0.049 3195.5 K_s 47.1 13.791 0.048 3268.5 K_s 47.1 13.905 0.052 3340.5 K_s 47.1 13.752 0.047 3414.0 K_s 47.1 13.816 0.048 3486.5 K_s 47.1 13.930 0.048 3632.0 K_s 47.1 14.083 0.056 3892.5 K_s 227.6 14.216 0.046 4251.0 K_s 235.4 14.376 0.047 4613.0 K_s 235.4 14.509 0.049 4975.5 K_s 235.4 14.562 0.049 5338.5 K_s 235.4 14.846 0.053 X 5703.0 K_s 235.4 14.653 0.050 6068.5 K_s 235.4 14.835 0.055 6431.5 K_s 235.4 14.854 0.052 6860.0 K_s 313.9 14.989 0.053 7559.0 K_s 423.8 15.173 0.053 8284.5 K_s 376.7 15.394 0.064 8973.0 K_s 470.9 15.357 0.055 9771.0 K_s 282.5 15.335 0.071 10424.0 K_s 470.9 15.504 0.062 11738.5 K_s 1169.3 15.708 0.057 13521.5 K_s 1138.0 15.874 0.068 15328.5 K_s 1169.3 16.143 0.066 17104.0 K_s 753.4 16.146 0.079 19096.0 K_s 965.3 16.399 0.098 21321.0 K_s 1404.8 16.491 0.094 # PAIRITEL (short reads) t(sec) filt exp mag err 59.3 J 0.051 5.206 0.055 X 67.3 J 0.051 5.627 0.055 X 87.3 J 0.051 6.470 0.055 X 95.5 J 0.051 6.847 0.056 X 103.5 J 0.051 6.954 0.056 X 123.1 J 0.051 7.414 0.056 X 131.3 J 0.051 7.598 0.057 X 139.3 J 0.051 7.684 0.057 X 159.2 J 0.051 8.025 0.058 X 167.5 J 0.051 8.142 0.059 X 175.4 J 0.051 8.204 0.059 X 195.4 J 0.051 8.572 0.062 X 203.6 J 0.051 8.535 0.062 X 211.6 J 0.051 8.680 0.065 X 231.5 J 0.051 9.019 0.069 X 239.8 J 0.051 9.192 0.071 X 247.7 J 0.051 9.187 0.074 X 267.7 J 0.051 9.514 0.082 X 276.0 J 0.051 9.446 0.078 X 283.9 J 0.051 9.606 0.089 X 59.3 H 0.051 4.520 0.052 X 67.3 H 0.051 4.853 0.052 X 87.3 H 0.051 5.713 0.052 X 95.5 H 0.051 6.101 0.052 X 103.5 H 0.051 6.225 0.052 X 123.1 H 0.051 6.498 0.053 X 131.3 H 0.051 6.818 0.053 X 139.3 H 0.051 6.826 0.053 X 159.2 H 0.051 7.195 0.054 X 167.5 H 0.051 7.442 0.054 X 175.4 H 0.051 7.472 0.054 X 195.4 H 0.051 7.702 0.056 X 203.6 H 0.051 7.794 0.056 X 211.6 H 0.051 7.923 0.057 X 231.5 H 0.051 8.009 0.058 X 239.8 H 0.051 8.257 0.060 X 247.7 H 0.051 8.394 0.063 X 267.7 H 0.051 8.521 0.064 X 276.0 H 0.051 8.620 0.065 X 283.9 H 0.051 8.724 0.070 X 303.9 H 0.051 8.923 0.078 X 312.1 H 0.051 8.867 0.077 X 320.1 H 0.051 9.120 0.085 X 67.3 K_s 0.051 4.362 0.048 X 87.3 K_s 0.051 5.192 0.048 X 95.5 K_s 0.051 5.308 0.048 X 103.5 K_s 0.051 5.675 0.048 X 123.1 K_s 0.051 5.922 0.049 X 131.3 K_s 0.051 6.176 0.049 X 139.3 K_s 0.051 6.226 0.049 X 159.2 K_s 0.051 6.575 0.049 X 167.5 K_s 0.051 6.651 0.050 X 175.4 K_s 0.051 6.687 0.050 X 195.4 K_s 0.051 7.016 0.051 X 203.6 K_s 0.051 7.205 0.052 X 211.6 K_s 0.051 7.271 0.052 X 231.5 K_s 0.051 7.520 0.054 X 239.8 K_s 0.051 7.534 0.054 X 247.7 K_s 0.051 7.680 0.056 X 267.7 K_s 0.051 7.897 0.059 X 276.0 K_s 0.051 7.889 0.059 X 283.9 K_s 0.051 8.046 0.062 X 303.9 K_s 0.051 8.411 0.072 X 312.1 K_s 0.051 8.452 0.073 X 320.1 K_s 0.051 8.376 0.071 X # PAIRITEL (annulus) t(sec) filt exp mag err 55.0 J 7.8 4.595 0.133 X 63.2 J 7.8 5.070 0.133 X 71.2 J 7.8 5.560 0.133 X 91.2 J 7.8 6.572 0.133 X 99.4 J 7.8 6.710 0.133 X 107.4 J 7.8 7.004 0.133 X 127.0 J 7.8 7.421 0.133 X 135.2 J 7.8 7.599 0.133 X 143.2 J 7.8 7.832 0.133 X 163.1 J 7.8 7.951 0.133 X 171.4 J 7.8 8.173 0.133 X 179.3 J 7.8 8.436 0.133 X 199.3 J 7.8 8.783 0.133 X 207.5 J 7.8 8.824 0.133 X 215.5 J 7.8 8.904 0.133 X 235.4 J 7.8 9.090 0.133 X 243.7 J 7.8 9.250 0.133 X 251.6 J 7.8 9.267 0.133 X 271.6 J 7.8 9.683 0.133 X 279.9 J 7.8 9.808 0.133 X 287.8 J 7.8 9.814 0.133 X 55.0 H 7.8 4.387 0.191 X 63.2 H 7.8 4.805 0.191 X 71.2 H 7.8 5.159 0.191 X 91.2 H 7.8 5.818 0.191 X 99.4 H 7.8 6.386 0.191 X 107.4 H 7.8 6.421 0.191 X 127.0 H 7.8 6.756 0.191 X 135.2 H 7.8 7.040 0.191 X 143.2 H 7.8 7.048 0.191 X 163.1 H 7.8 7.476 0.191 X 171.4 H 7.8 7.461 0.191 X 179.3 H 7.8 7.624 0.191 X 199.3 H 7.8 8.025 0.191 X 207.5 H 7.8 8.130 0.191 X 215.5 H 7.8 8.225 0.191 X 235.4 H 7.8 8.364 0.191 X 243.7 H 7.8 8.475 0.191 X 251.6 H 7.8 8.549 0.191 X 271.6 H 7.8 8.966 0.191 X 279.9 H 7.8 9.138 0.191 X 287.8 H 7.8 9.000 0.191 X 307.8 H 7.8 8.990 0.191 X 316.0 H 7.8 9.023 0.191 X 324.0 H 7.8 9.458 0.191 X 55.0 K_s 7.8 3.853 0.463 X 63.2 K_s 7.8 4.200 0.463 X 71.2 K_s 7.8 4.510 0.463 X 91.2 K_s 7.8 5.130 0.463 X 99.4 K_s 7.8 5.659 0.463 X 107.4 K_s 7.8 5.812 0.463 X 127.0 K_s 7.8 6.105 0.463 X 135.2 K_s 7.8 6.316 0.463 X 143.2 K_s 7.8 6.506 0.463 X 163.1 K_s 7.8 6.688 0.463 X 171.4 K_s 7.8 6.861 0.463 X 179.3 K_s 7.8 7.068 0.463 X 199.3 K_s 7.8 7.345 0.463 X 207.5 K_s 7.8 7.437 0.463 X 215.5 K_s 7.8 7.577 0.463 X 235.4 K_s 7.8 7.739 0.463 X 243.7 K_s 7.8 7.883 0.463 X 251.6 K_s 7.8 7.813 0.463 X 271.6 K_s 7.8 8.373 0.463 X 279.9 K_s 7.8 8.468 0.463 X 287.8 K_s 7.8 8.409 0.463 X 307.8 K_s 7.8 8.387 0.463 X 316.0 K_s 7.8 8.463 0.463 X 324.0 K_s 7.8 8.540 0.463 X