188601 M 0.210 0.983 294.2 280.3 +23.0 131 188601 M 0.210 0.975 286.5 279.0 +15.3 236 188601 M 0.210 1819 0.709 284.0 247.3 + 7.5 10 65 122C * 122 188601 M 0.210 1819 0.648 284.3 242.5 + 6.6 0 25 C * 122 188601 M 0.210 1819 0.635 285.8 241.4 + 7.3 0 4 C * 122 188601 M 0.210 1819 0.620 286.8 240.1 + 7.7 0 4 C * 122 188601 M 0.210 1820 0.891 75.2 142.1 +11.6 0 4 C * 333 188601 M 0.210 1820A 0.893 78.4 141.5 + 8.8 10 164 333C * 333 188601 M 0.210 + ( 20)( 266)( 822) 188601 M 1.424 0.836 265.1 244.2 - 6.0 43 188601 M 1.424 0.838 251.5 243.6 -17.4 209 188601 M 1.424 1819 0.879 280.6 247.9 + 7.7 13 62 234C 188601 M 1.424 1819 0.825 280.8 242.0 + 6.9 0 8 188601 M 1.424 1820A 0.741 74.6 141.4 + 9.0 8 64 85C 188601 M 1.424 1821A 0.987 102.6 106.4 -13.0 12 403 325C 188601 M 1.424 + ( 33)( 537)( 896) 188601 M 3.240 0.985 278.5 243.1 + 7.7 625 188601 M 3.240 0.968 252.4 239.6 -18.0 169 188601 M 3.240 0.946 294.6 231.6 +21.8 49 188601 M 3.240 1820A 0.437 59.3 141.6 + 9.5 7 32 39C * 39 188601 M 3.240 1822 0.783 96.9 112.4 - 7.7 1 11 C * 39 188601 M 3.240 1822 0.798 95.0 111.0 - 6.2 0 7 C * 39 188601 M 3.240 1822 0.804 96.1 110.4 - 7.1 0 4 C * 39 188601 M 3.240 1821A 0.854 103.3 105.5 -13.3 78 472 586C * 586 188601 M 3.240 1821 0.871 102.3 103.5 -12.6 0 32 C * 586 188601 M 3.240 1821 0.879 103.7 102.6 -13.8 0 12 C * 586 188601 M 3.240 1821B 0.890 102.8 101.1 -13.1 11 95 C * 586 188601 M 3.240 1821 0.922 105.2 96.8 -15.4 0 6 C * 586 188601 M 3.240 0.864 110.1 104.9 -19.2 102 188601 M 3.240 0.948 74.0 94.3 +13.9 604 188601 M 3.240 + ( 97)( 671)( 2174) 188601 G 4.492 1820A 0.248 22.5 141.6 + 9.5 4 17 188601 G 4.492 1821 0.643 105.2 107.8 -12.7 0 13 C * 132 188601 G 4.492 1821 0.660 111.1 107.3 -16.6 0 17 C * 132 188601 G 4.492 1821 0.669 102.2 105.5 -11.0 8 48 C * 132 188601 G 4.492 1821A 0.675 107.1 105.5 -14.3 54 404 132C * 132 188601 G 4.492 1821 0.699 104.0 103.3 -12.5 0 8 C * 132 188601 G 4.492 1821 0.704 105.8 103.1 -13.8 0 12 C * 132 188601 G 4.492 1821B 0.738 104.4 100.1 -13.2 14 63 C * 132 188601 G 4.492 0.833 71.6 93.1 +13.0 306 188601 G 4.492 + ( 80)( 582)( 438) 188601 M 5.216 0.983 252.6 217.4 -17.8 114 188601 M 5.216 0.937 260.5 207.1 -10.3 111 188601 M 5.216 0.942 284.9 206.2 +12.7 50 188601 M 5.216 1820A 0.243 344.9 141.2 + 9.6 5 10 188601 M 5.216 1821 0.521 107.0 107.0 -12.1 1 24 188601 M 5.216 1821 0.547 114.7 106.4 -16.5 2 14 188601 M 5.216 1821 0.540 103.8 105.4 -10.7 3 22 188601 M 5.216 1821A 0.552 110.1 105.3 -14.2 60 346 188601 M 5.216 1821 0.559 105.1 104.2 -11.6 0 3 188601 M 5.216 1821 0.584 114.8 103.9 -17.4 0 2 188601 M 5.216 1821 0.591 108.6 102.4 -14.1 0 3 188601 M 5.216 1821B 0.633 105.9 99.0 -13.1 8 77 188601 M 5.216 0.815 66.6 86.3 +16.4 216 188601 M 5.216 0.933 61.7 73.1 +24.6 93 188601 M 5.216 0.913 86.1 72.0 + 2.0 68 188601 M 5.216 0.951 64.9 69.0 +22.4 131 188601 M 5.216 + ( 79)( 501)( 783) 188601 I 6.148 0.971 251.9 201.9 -18.6 148 188601 I 6.148 1820A 0.362 309.4 141.7 + 9.4 1 7 188601 I 6.148 1823 0.055 211.6 127.0 - 6.7 3 8 188601 I 6.148 1823 0.028 177.0 125.2 - 5.6 0 5 188601 I 6.148 1823 0.049 133.9 123.3 - 6.0 3 16 188601 I 6.148 1821 0.340 115.1 107.0 -12.1 0 2 188601 I 6.148 1821 0.350 111.0 105.9 -11.0 6 32 188601 I 6.148 1821A 0.375 119.3 105.7 -14.3 76 340 188601 I 6.148 1821 0.357 107.5 105.2 - 9.9 0 2 188601 I 6.148 1821 0.419 127.5 104.9 -18.4 2 15 188601 I 6.148 1821 0.441 128.5 103.9 -19.7 0 2 188601 I 6.148 1821 0.420 120.2 103.2 -15.9 2 4 188601 I 6.148 1821 0.431 115.4 101.7 -14.3 2 18 188601 I 6.148 1821C 0.455 110.4 99.5 -12.7 11 63 188601 I 6.148 1821D 0.470 113.3 99.0 -14.3 11 76 188601 I 6.148 1821 0.473 110.4 98.3 -13.1 0 2 188601 I 6.148 1824A 0.539 59.9 96.9 +12.1 0 4 188601 I 6.148 1824B 0.578 60.3 94.4 +13.2 0 3 188601 I 6.148 0.846 54.0 75.1 +27.3 90 188601 I 6.148 0.877 70.9 66.6 +14.6 153 188601 I 6.148 0.938 89.5 55.8 - 0.9 62 188601 I 6.148 0.948 99.0 53.7 - 9.9 156 188601 I 6.148 0.964 72.0 52.9 +16.2 228 188601 I 6.148 + ( 117)( 599)( 837) 188601 M 7.216 1823 0.303 261.8 128.7 - 6.4 3 9 188601 M 7.216 1823 0.255 261.8 125.8 - 6.0 0 15 188601 M 7.216 1823 0.223 263.1 124.0 - 5.6 0 4 188601 M 7.216 1821A 0.198 154.3 106.1 -14.3 48 343 188601 M 7.216 1821 0.271 160.7 105.8 -18.9 0 12 188601 M 7.216 1821 0.150 146.3 105.4 -11.3 0 24 188601 M 7.216 1821 0.224 139.8 102.7 -13.9 0 7 188601 M 7.216 1821C 0.254 128.0 99.4 -13.0 4 17 188601 M 7.216 1821D 0.271 132.0 99.3 -14.4 5 75 188601 M 7.216 1821 0.302 131.0 97.6 -15.4 0 12 188601 M 7.216 1824B 0.410 43.4 94.4 +13.4 0 10 188601 M 7.216 1825 0.836 98.9 54.5 - 9.7 0 4 76C 188601 M 7.216 1826A 0.957 92.8 38.1 - 3.9 9 97 C * 715 188601 M 7.216 1826B 0.986 93.3 30.8 - 4.0 16 227 715C * 715 188601 M 7.216 1826C 0.992 94.3 28.4 - 4.8 0 82 C * 715 188601 M 7.216 0.854 86.6 52.9 + 0.8 39 188601 M 7.216 0.856 69.7 55.2 +15.0 287 188601 M 7.216 + ( 85)( 938)( 1117) 188601 M 8.196 1823 0.480 265.0 126.9 - 6.1 0 7 188601 M 8.196 1821 0.189 227.9 106.5 -11.4 0 8 188601 M 8.196 1821A 0.220 218.3 106.3 -14.0 57 336 188601 M 8.196 1821 0.158 238.2 106.1 - 8.9 0 6 188601 M 8.196 1821 0.166 198.8 101.4 -13.2 0 2 188601 M 8.196 1821 0.183 178.7 98.0 -14.7 0 25 188601 M 8.196 1821C 0.146 187.0 99.3 -12.5 0 2 188601 M 8.196 1821D 0.174 185.1 99.2 -14.1 4 66 188601 M 8.196 1824C 0.278 0.3 98.2 +11.9 0 3 188601 M 8.196 1826A 0.866 92.3 38.3 - 4.2 20 111 C * 884 188601 M 8.196 1826B 0.925 92.2 30.7 - 3.6 44 239 884C * 884 188601 M 8.196 1826C 0.942 93.4 27.9 - 4.7 6 103 C * 884 188601 M 8.196 0.903 61.8 38.6 +23.2 123 188601 M 8.196 + ( 131)( 908)( 1007) 188601 I 9.155 0.833 281.4 140.8 + 7.0 158 188601 I 9.155 1823 0.666 265.2 127.4 - 6.4 0 2 188601 I 9.155 1823 0.627 264.7 124.5 - 6.7 0 2 188601 I 9.155 1821 0.365 249.1 106.0 -11.5 0 3 188601 I 9.155 1821A 0.378 243.0 105.9 -13.9 71 284 188601 I 9.155 1821 0.352 243.5 104.5 -13.1 0 2 188601 I 9.155 1821 0.379 233.7 104.2 -17.0 0 3 188601 I 9.155 1821D 0.279 232.1 98.7 -14.0 8 140 188601 I 9.155 1821 0.270 220.7 96.2 -16.0 0 21 188601 I 9.155 1824C 0.342 323.6 97.6 +11.7 0 4 188601 I 9.155 1826A 0.740 91.6 38.0 - 4.2 36 158 75C 188601 I 9.155 1826B 0.823 91.3 30.2 - 3.5 50 230 485C * 485 188601 I 9.155 1826C 0.854 92.2 27.1 - 4.2 9 49 C * 485 188601 I 9.155 1826 0.858 93.9 26.6 - 5.6 0 11 C * 485 188601 I 9.155 0.923 95.3 17.9 - 6.6 690 188601 I 9.155 + ( 174)( 909)( 1408) 188601 I 10.210 0.959 283.3 143.7 +11.4 129 188601 I 10.210 0.834 264.3 128.2 - 7.2 156 188601 I 10.210 0.838 208.8 111.0 -50.5 42 188601 I 10.210 1827A 0.697 258.5 115.6 -11.1 2 61 100C * 100 188601 I 10.210 1827 0.655 256.9 112.2 -11.9 0 13 C * 100 188601 I 10.210 1827 0.649 259.3 112.0 -10.3 0 6 C * 100 188601 I 10.210 1821A 0.583 251.9 106.4 -14.0 73 315 188601 I 10.210 1821 0.567 244.6 104.1 -17.8 0 9 188601 I 10.210 1821 0.486 251.5 99.8 -12.7 0 2 188601 I 10.210 1821D 0.482 248.2 99.1 -14.2 2 73 188601 I 10.210 1821 0.458 243.3 96.8 -15.8 0 11 188601 I 10.210 1826A 0.554 91.2 38.1 - 4.4 24 145 188601 I 10.210 1826B 0.658 90.4 30.6 - 3.6 44 254 225C * 225 188601 I 10.210 1826 0.673 93.4 29.4 - 5.6 0 12 C * 225 188601 I 10.210 1826 0.696 93.4 27.6 - 5.5 0 4 C * 225 188601 I 10.210 1826C 0.698 91.5 27.5 - 4.2 4 55 C * 225 188601 I 10.210 1826 0.710 95.1 26.5 - 6.7 0 10 188601 I 10.210 0.844 92.6 14.1 - 4.6 441 188601 I 10.210 0.948 103.9 359.9 -14.6 54 188601 I 10.210 + ( 149)( 970)( 1147) 188601 M 11.231 0.930 266.2 126.7 - 5.2 140 188601 M 11.231 0.766 250.7 107.5 -17.7 107 188601 M 11.231 0.716 260.3 103.9 -10.1 62 188601 M 11.231 1827A 0.847 260.4 116.2 -10.5 17 106 111C * 111 188601 M 11.231 1827 0.832 262.1 114.7 - 9.1 0 6 C * 111 188601 M 11.231 1827 0.808 261.0 112.2 -10.0 2 26 C * 111 188601 M 11.231 1821A 0.744 255.9 106.0 -13.5 62 317 188601 M 11.231 1821D 0.660 254.4 99.0 -13.6 1 31 188601 M 11.231 1821 0.641 251.9 97.2 -15.0 1 5 188601 M 11.231 1826A 0.340 89.6 38.5 - 4.2 20 117 188601 M 11.231 1826B 0.456 88.0 31.3 - 3.1 33 224 188601 M 11.231 1826 0.476 91.1 29.9 - 4.5 1 16 188601 M 11.231 1826C 0.504 90.6 28.1 - 4.2 4 38 188601 M 11.231 1828 0.488 103.3 29.5 -10.4 3 28 188601 M 11.231 1828 0.523 102.8 27.2 -10.5 0 7 188601 M 11.231 1828 0.530 99.2 26.5 - 8.7 7 37 188601 M 11.231 1828 0.572 101.3 23.7 -10.1 7 35 188601 M 11.231 0.888 106.8 355.8 -16.9 71 188601 M 11.231 + ( 158)( 993)( 491) 188601 I 12.266 0.815 290.9 96.2 +14.0 337 188601 I 12.266 1827A 0.952 259.1 117.2 -11.8 17 122 188601 I 12.266 1821A 0.879 256.2 106.3 -14.4 64 345 688C * 688 188601 I 12.266 1821 0.803 254.2 97.8 -15.4 0 16 C * 688 188601 I 12.266 1826A 0.116 87.7 38.1 - 4.3 5 86 188601 I 12.266 1826 0.148 104.4 36.4 - 6.7 0 26 188601 I 12.266 1826B 0.237 84.9 31.1 - 3.3 40 257 188601 I 12.266 1826C 0.288 89.9 28.0 - 4.4 1 13 188601 I 12.266 1828A 0.254 117.3 31.5 -11.2 33 165 188601 I 12.266 1828 0.283 118.4 30.0 -12.2 0 4 188601 I 12.266 1828 0.279 112.1 29.5 -10.4 0 12 188601 I 12.266 1828 0.312 115.0 28.0 -12.0 0 8 188601 I 12.266 1828 0.319 104.3 26.6 - 8.9 21 88 188601 I 12.266 1828 0.337 112.1 26.2 -11.7 1 13 188601 I 12.266 1828 0.343 108.3 25.4 -10.5 0 1 188601 I 12.266 1828 0.349 101.1 24.5 - 8.2 0 6 188601 I 12.266 1828 0.377 106.7 23.3 -10.5 0 53 188601 I 12.266 1829 0.967 78.0 330.9 +10.3 0 33 C * 241 188601 I 12.266 1829 0.967 79.1 330.7 + 9.3 0 9 C * 241 188601 I 12.266 1829 0.974 79.8 329.0 + 8.8 0 48 C * 241 188601 I 12.266 0.959 102.5 330.8 -13.3 221 188601 I 12.266 + ( 182)( 1305)( 1487) 188601 G 13.524 0.938 286.0 95.7 +13.2 200 188601 G 13.524 1821A 0.973 256.6 105.2 -14.1 18 170 338C 188601 G 13.524 1826 0.196 274.7 39.3 - 3.7 0 53 188601 G 13.524 1826B 0.063 294.7 31.4 - 3.2 18 155 188601 G 13.524 1828A 0.131 217.9 32.8 -10.6 77 411 188601 G 13.524 1828 0.142 198.5 30.7 -12.4 0 9 188601 G 13.524 1828 0.125 186.7 29.0 -11.8 0 31 188601 G 13.524 1828B 0.081 154.2 26.1 - 8.9 0 174 188601 G 13.524 1829 0.835 76.6 333.1 + 8.5 4 99 188601 G 13.524 1829 0.873 77.2 328.8 + 8.8 6 125 125C 188601 G 13.524 + ( 123)( 1227)( 663) 188601 M 14.257 0.977 256.7 96.9 -14.0 333 188601 M 14.257 0.954 287.9 88.8 +15.5 244 188601 M 14.257 1821A 0.997 256.1 105.1 -14.3 0 100 188601 M 14.257 1826 0.385 272.7 41.2 - 3.4 0 10 188601 M 14.257 1826 0.361 273.1 39.7 - 3.4 0 11 188601 M 14.257 1826 0.348 265.3 38.9 - 6.2 0 6 188601 M 14.257 1826 0.343 271.7 38.6 - 4.0 0 18 188601 M 14.257 1826 0.297 263.7 35.8 - 6.5 0 6 188601 M 14.257 1826 0.253 273.9 33.2 - 3.7 3 28 188601 M 14.257 1826 0.232 283.4 31.6 - 1.6 0 2 188601 M 14.257 1826B 0.224 276.8 31.4 - 3.2 25 134 188601 M 14.257 1826I 0.222 287.8 30.8 - 0.9 0 5 188601 M 14.257 1826 0.184 284.5 28.8 - 2.1 0 2 188601 M 14.257 1828A 0.272 247.8 33.4 -10.6 68 476 188601 M 14.257 1828 0.217 241.8 29.8 -10.6 0 29 188601 M 14.257 1828 0.212 235.0 28.8 -11.7 6 16 188601 M 14.257 1828 0.192 236.1 27.9 -10.9 0 5 188601 M 14.257 1828B 0.140 242.3 25.8 - 8.5 12 159 188601 M 14.257 1828 0.153 233.6 25.7 -10.0 3 28 188601 M 14.257 1828 0.152 220.1 24.3 -11.4 0 4 188601 M 14.257 1828 0.129 222.7 23.7 -10.2 0 3 188601 M 14.257 1828 0.111 225.0 23.1 - 9.3 0 2 188601 M 14.257 1829A 0.714 73.4 335.0 + 8.3 11 57 188601 M 14.257 1829B 0.732 72.2 333.8 + 9.5 14 74 188601 M 14.257 1829 0.769 74.8 330.2 + 8.4 3 8 188601 M 14.257 1829 0.785 73.9 328.9 + 9.5 4 50 382C 188601 M 14.257 0.892 94.8 315.4 - 6.5 124 188601 M 14.257 + ( 149)( 1233)( 1083) 188601 G 15.451 0.921 287.7 67.4 +14.2 124 188601 G 15.451 0.823 258.7 58.2 -12.1 107 188601 G 15.451 1826 0.596 269.7 39.3 - 4.2 3 35 188601 G 15.451 1826 0.515 270.9 33.7 - 3.7 5 23 188601 G 15.451 1826B 0.483 271.5 31.6 - 3.6 20 123 188601 G 15.451 1828A 0.511 257.9 33.2 -10.3 70 506 188601 G 15.451 1828 0.453 254.7 29.1 -11.3 5 68 188601 G 15.451 1828 0.435 259.7 28.4 - 8.9 0 4 188601 G 15.451 1828 0.409 256.1 26.5 -10.2 20 89 188601 G 15.451 1828 0.375 259.5 24.6 - 8.5 5 74 188601 G 15.451 1829A 0.497 63.0 336.3 + 8.6 8 31 188601 G 15.451 1829 0.505 66.4 335.1 + 7.3 0 23 188601 G 15.451 1829B 0.522 63.7 334.6 + 9.1 10 58 188601 G 15.451 1829 0.536 67.5 333.0 + 7.6 0 21 188601 G 15.451 1829 0.565 67.4 331.1 + 8.4 6 18 188601 G 15.451 1829 0.582 65.6 330.4 + 9.8 0 10 188601 G 15.451 1829 0.599 67.4 328.9 + 9.2 0 34 188601 G 15.451 1830 0.967 90.9 287.7 - 2.1 0 21 194C 188601 G 15.451 1830 0.977 92.3 285.2 - 3.3 0 22 188601 G 15.451 0.949 68.6 294.3 +18.5 237 188601 G 15.451 0.951 96.3 290.6 - 7.5 148 188601 G 15.451 + ( 152)( 1160)( 810) 188601 G 16.541 0.908 290.1 50.5 +15.9 92 188601 G 16.541 1826 0.718 269.9 34.1 - 3.6 0 11 188601 G 16.541 1826B 0.691 270.2 31.9 - 3.5 3 84 188601 G 16.541 1828A 0.703 260.5 32.9 -10.2 64 482 188601 G 16.541 1828C 0.630 260.8 27.3 - 9.7 13 466 188601 G 16.541 1828 0.588 263.8 24.3 - 7.7 0 8 188601 G 16.541 1829A 0.309 37.8 337.3 + 9.2 4 14 188601 G 16.541 1829 0.304 44.0 336.1 + 7.7 2 11 188601 G 16.541 1829B 0.327 44.0 335.1 + 8.7 7 43 188601 G 16.541 1829 0.362 51.2 331.8 + 8.3 2 8 188601 G 16.541 1829 0.390 49.5 330.9 + 9.9 0 4 188601 G 16.541 1829 0.402 53.0 329.4 + 9.2 0 31 188601 G 16.541 1830 0.871 89.7 287.9 - 2.2 0 5 364N 188601 G 16.541 1831 0.933 94.2 279.3 - 5.8 0 14 146C 188601 G 16.541 0.878 63.0 291.7 +20.8 141 188601 G 16.541 0.849 96.9 290.1 - 8.5 175 188601 G 16.541 0.947 69.9 279.9 +17.2 152 188601 G 16.541 0.982 87.8 269.6 + 1.2 101 188601 G 16.541 + ( 95)( 1181)( 1171) 188601 G 18.508 0.937 270.0 31.9 - 1.8 80 188601 G 18.508 1828A 0.931 261.1 31.4 -10.2 24 461 262C * 262 188601 G 18.508 1828 0.902 262.7 27.1 - 8.8 0 49 C * 262 188601 G 18.508 1828 0.884 261.8 24.8 - 9.6 10 140 188601 G 18.508 1829A 0.368 312.6 338.4 + 9.5 0 8 188601 G 18.508 1829 0.355 313.5 337.6 + 9.2 0 7 188601 G 18.508 1829 0.321 312.1 336.3 + 7.4 0 4 188601 G 18.508 1829 0.327 320.0 334.8 + 9.5 0 5 188601 G 18.508 + ( 34)( 674)( 342) 188601 G 19.514 0.929 269.4 17.7 - 2.5 123 188601 G 19.514 1828A 0.990 260.7 31.7 - 9.8 27 448 531NF* 531 188601 G 19.514 1828 0.965 261.4 24.7 - 9.7 12 82 NF* 531 188601 G 19.514 1829A 0.548 297.2 339.0 +10.0 2 9 188601 G 19.514 1829 0.529 295.9 338.2 + 8.8 0 3 188601 G 19.514 1829 0.538 300.1 337.7 +11.0 0 3 188601 G 19.514 1829 0.501 298.7 335.8 + 9.2 0 5 188601 G 19.514 1829 0.486 302.9 333.9 +10.6 0 2 188601 G 19.514 + ( 41)( 552)( 654) 188601 I 20.142 1828 0.997 259.9 27.2 -10.5 0 161 952C 188601 I 20.142 1829A 0.660 291.3 339.4 + 9.7 4 13 188601 I 20.142 1829 0.647 293.0 338.1 +10.4 0 4 188601 I 20.142 1829 0.635 291.1 337.7 + 8.9 0 20 188601 I 20.142 1829 0.619 292.8 336.2 + 9.5 0 5 188601 I 20.142 0.827 75.7 247.0 + 8.7 313 188601 I 20.142 0.902 110.3 236.6 -20.6 122 188601 I 20.142 + ( 4)( 203)( 1397) 188601 M 21.213 0.983 262.2 6.8 - 8.7 395 188601 M 21.213 1829A 0.815 285.9 339.4 + 9.6 2 7 144C 188601 M 21.213 + ( 2)( 7)( 539) 188601 M 22.239 0.899 283.2 335.6 + 9.3 341 188601 M 22.239 0.852 251.3 331.6 -18.8 79 188601 M 22.239 1832 0.162 255.1 282.4 - 8.0 0 5 188601 M 22.239 1832 0.147 248.3 281.2 - 8.6 0 5 188601 M 22.239 + ( 0)( 11)( 420) 188601 G 23.545 0.979 280.1 333.1 + 8.7 232 188601 G 23.545 0.966 253.0 332.1 -17.9 93 188601 G 23.545 + ( 0)( 0)( 325) 188601 I 24.154 0.910 262.2 314.0 - 9.5 140 188601 I 24.154 0.824 287.1 301.3 +10.6 80 188601 I 24.154 0.787 303.0 293.1 +21.3 151 188601 I 24.154 + ( 0)( 0)( 371) 188601 G 25.423 0.887 264.5 294.1 - 7.5 90 188601 G 25.423 0.916 296.4 293.0 +21.4 170 188601 G 25.423 0.851 269.2 289.7 - 3.7 52 188601 G 25.423 + ( 0)( 0)( 312) 188601 G 26.475 0.973 295.1 290.2 +22.7 235 188601 G 26.475 0.950 268.0 289.5 - 3.7 54 188601 G 26.475 0.913 288.7 280.7 +14.4 126 188601 G 26.475 0.827 274.8 273.0 + 0.7 156 188601 G 26.475 0.950 75.1 148.0 +12.2 140 188601 G 26.475 + ( 0)( 0)( 711) 188601 G 27.449 0.860 294.9 259.5 +17.8 43 188601 G 27.449 0.881 72.1 145.6 +12.7 124 188601 G 27.449 0.927 95.4 136.5 - 7.3 146 188601 G 27.449 + ( 0)( 0)( 313) 188601 I 28.164 0.935 291.3 261.1 +17.4 152 188601 I 28.164 0.907 273.5 260.0 + 0.7 78 188601 I 28.164 0.870 252.3 256.0 -18.3 60 188601 I 28.164 0.858 282.1 252.9 + 7.1 207 188601 I 28.164 0.967 101.6 119.5 -12.7 277 188601 I 28.164 + ( 0)( 0)( 774) 188601 I 29.263 0.912 280.6 245.4 + 7.1 200 188601 I 29.263 1833A 0.961 103.6 106.3 -14.7 0 196 296C 188601 I 29.263 0.973 75.5 106.4 +12.6 59 188601 I 29.263 + ( 0)( 196)( 555) 188601 M 30.231 1833 0.874 105.9 106.9 -16.9 0 6 C * 394 188601 M 30.231 1833A 0.880 103.4 106.1 -14.7 21 161 394C * 394 188601 M 30.231 0.937 72.3 101.3 +14.2 297 188601 M 30.231 + ( 21)( 167)( 691) 188602 G 31.480 1833A 0.716 104.9 106.1 -15.0 23 182 188602 G 31.480 0.763 114.2 103.1 -22.4 103 188602 G 31.480 0.772 99.8 101.0 -11.5 67 188602 G 31.480 0.886 67.9 93.1 +16.3 243 188602 G 31.480 + ( 23)( 182)( 413) 188602 I 32.289 0.896 253.7 205.2 -17.4 125 188602 I 32.289 1833 0.518 109.7 110.8 -15.5 4 31 188602 I 32.289 1833 0.548 110.4 108.9 -16.3 1 5 188602 I 32.289 1833 0.578 114.8 107.5 -19.3 0 12 188602 I 32.289 1833 0.568 109.9 107.4 -16.3 8 19 188602 I 32.289 1833A 0.578 107.2 106.4 -15.0 28 166 188602 I 32.289 1833 0.601 113.0 105.5 -18.7 0 13 188602 I 32.289 0.810 63.4 92.0 +17.2 109 188602 I 32.289 0.968 100.3 64.9 -11.6 163 188602 I 32.289 + ( 41)( 246)( 397) 188602 I 33.280 1833 0.297 121.0 112.8 -14.9 5 20 188602 I 33.280 1833 0.323 120.2 111.2 -15.4 0 16 188602 I 33.280 1833 0.353 120.0 109.5 -16.2 0 10 188602 I 33.280 1833 0.383 117.0 107.3 -15.9 9 20 188602 I 33.280 1833A 0.392 112.7 106.2 -14.6 30 142 188602 I 33.280 1833 0.419 120.8 105.8 -18.2 0 5 188602 I 33.280 1833 0.420 113.6 104.6 -15.4 0 6 188602 I 33.280 0.881 65.1 70.8 +18.4 162 188602 I 33.280 0.911 101.6 61.8 -13.2 270 188602 I 33.280 + ( 44)( 219)( 432) 188602 G 34.567 1834 0.075 261.9 115.4 - 7.0 0 13 188602 G 34.567 1833 0.158 202.9 114.7 -14.7 0 5 188602 G 34.567 1833 0.175 193.5 113.5 -16.2 4 34 188602 G 34.567 1833 0.161 187.1 112.3 -15.6 0 2 188602 G 34.567 1833 0.177 178.6 110.8 -16.6 0 5 188602 G 34.567 1833 0.189 175.1 110.1 -17.2 2 29 188602 G 34.567 1833 0.181 160.6 107.5 -16.2 3 12 188602 G 34.567 1833A 0.167 150.8 106.3 -14.7 15 126 188602 G 34.567 1835A 0.967 98.7 35.3 -10.0 45 441 342C 188602 G 34.567 0.898 98.4 46.8 -10.3 222 188602 G 34.567 0.902 91.6 46.6 - 4.3 316 188602 G 34.567 + ( 69)( 667)( 880) 188602 I 35.148 1833 0.338 228.0 118.8 -19.2 0 5 188602 I 35.148 1833 0.247 236.2 115.6 -14.1 0 3 188602 I 35.148 1833 0.248 229.6 114.7 -15.5 7 53 188602 I 35.148 1833 0.219 211.5 110.2 -17.1 0 23 188602 I 35.148 1833 0.212 205.9 108.9 -17.4 0 3 188602 I 35.148 1833 0.184 201.5 107.4 -16.2 0 4 188602 I 35.148 1833A 0.154 199.1 106.4 -14.7 16 118 188602 I 35.148 1835A 0.932 97.6 34.2 - 9.4 75 476 948F 188602 I 35.148 0.859 98.4 43.8 -10.5 135 188602 I 35.148 0.894 85.1 40.6 + 1.5 130 188602 I 35.148 + ( 98)( 685)( 1213) 188602 G 36.479 1833 0.507 253.5 115.8 -14.0 1 20 188602 G 36.479 1833 0.444 24.4 110.5 -17.2 0 4 188602 G 36.479 1833A 0.375 246.4 106.6 -14.7 11 68 188602 G 36.479 1833 0.358 245.7 105.5 -14.6 4 17 188602 G 36.479 1835A 0.777 97.3 34.6 - 9.8 52 449 203C 188602 G 36.479 0.893 96.3 22.3 - 8.5 618 188602 G 36.479 + ( 68)( 558)( 821) 188602 I 37.239 1833 0.616 250.6 113.1 -17.0 0 8 188602 I 37.239 1833 0.586 256.5 111.5 -13.1 0 7 188602 I 37.239 1833 0.585 248.6 110.5 -17.7 0 4 188602 I 37.239 1833A 0.521 252.0 106.5 -14.9 9 83 188602 I 37.239 1836 0.402 55.3 56.4 + 7.0 6 41 188602 I 37.239 1835A 0.658 96.9 34.5 - 9.5 120 498 219C 188602 I 37.239 0.783 109.4 24.5 -19.2 94 188602 I 37.239 0.821 95.5 20.4 - 8.2 580 188602 I 37.239 + ( 135)( 641)( 893) 188602 G 38.459 0.931 283.9 126.4 +10.4 147 188602 G 38.459 0.786 296.3 106.8 +15.9 282 188602 G 38.459 1837A 0.839 266.3 117.1 - 6.7 0 7 18C 188602 G 38.459 1837B 0.812 266.9 114.4 - 6.4 0 3 27C 188602 G 38.459 1833 0.822 258.3 115.5 -13.4 3 13 C * 342 188602 G 38.459 1833 0.800 255.5 113.2 -15.6 2 11 C * 342 188602 G 38.459 1833 0.772 253.3 110.4 -17.1 4 14 342C * 342 188602 G 38.459 1833A 0.726 256.3 106.4 -14.4 7 40 188602 G 38.459 1836 0.237 4.6 58.8 + 7.0 9 46 188602 G 38.459 1835 0.376 98.7 37.9 - 9.4 1 3 188602 G 38.459 1835 0.402 91.3 36.1 - 6.6 0 3 188602 G 38.459 1835A 0.422 98.4 35.0 - 9.5 70 447 188602 G 38.459 1838A 0.400 85.0 36.5 - 4.1 6 16 188602 G 38.459 1838B 0.444 85.6 33.7 - 4.0 2 15 188602 G 38.459 0.976 79.2 344.1 + 8.9 248 188602 G 38.459 + ( 104)( 618)( 1064) 188602 G 39.449 0.889 289.8 106.3 +14.3 155 188602 G 39.449 1837A 0.941 265.2 117.3 - 6.7 8 66 188602 G 39.449 1837B 0.921 266.3 114.1 - 6.0 3 33 200C 188602 G 39.449 1833 0.942 258.4 117.9 -13.1 6 44 298C 188602 G 39.449 1833A 0.858 257.4 106.3 -14.2 4 24 342C 188602 G 39.449 1836 0.320 316.3 59.6 + 6.9 6 16 188602 G 39.449 1835 0.146 109.1 38.8 - 9.3 0 11 188602 G 39.449 1835 0.159 102.4 37.8 - 8.5 0 4 188602 G 39.449 1835 0.159 92.5 37.6 - 7.0 2 7 188602 G 39.449 1835A 0.207 105.2 35.2 - 9.6 67 414 188602 G 39.449 1835 0.245 98.2 32.7 - 8.4 0 2 188602 G 39.449 1835 0.265 100.3 31.6 - 9.1 0 3 188602 G 39.449 1838A 0.168 77.2 37.4 - 4.4 0 7 188602 G 39.449 1838B 0.241 80.3 33.1 - 4.2 0 6 188602 G 39.449 0.919 77.4 341.9 + 8.8 248 188602 G 39.449 + ( 96)( 637)( 1243) 188602 I 40.150 0.946 286.7 106.1 +13.4 138 188602 I 40.150 0.863 294.2 92.9 +17.0 131 188602 I 40.150 1837 0.984 263.3 117.9 - 7.8 0 25 188602 I 40.150 1837 0.974 263.4 115.1 - 8.0 0 11 188602 I 40.150 1837B 0.967 265.0 113.6 - 6.6 0 14 265C 188602 I 40.150 1833A 0.926 256.6 106.2 -15.0 0 13 451C 188602 I 40.150 1836 0.448 299.6 60.7 + 6.6 2 11 188602 I 40.150 1835 0.051 216.2 39.7 - 9.1 0 5 188602 I 40.150 1835 0.022 253.5 38.9 - 7.1 0 5 188602 I 40.150 1835 0.022 204.1 38.2 - 7.9 0 17 188602 I 40.150 1835A 0.061 145.6 35.7 - 9.6 83 409 188602 I 40.150 1835 0.090 107.4 32.7 - 8.2 0 10 188602 I 40.150 1838 0.056 331.6 39.2 - 3.9 0 11 188602 I 40.150 1838 0.038 345.8 38.2 - 4.7 0 7 188602 I 40.150 1838 0.042 29.7 36.5 - 4.7 0 6 188602 I 40.150 1838 0.081 64.7 33.5 - 4.7 0 6 188602 I 40.150 0.848 67.3 343.7 +15.2 103 188602 I 40.150 0.868 77.1 339.3 + 7.7 278 188602 I 40.150 0.935 108.2 327.6 -19.4 194 188602 I 40.150 + ( 85)( 550)( 1560) 188602 I 41.151 0.912 294.3 85.8 +18.9 150 188602 I 41.151 0.758 303.0 66.7 +19.5 62 188602 I 41.151 1833A 0.981 256.1 104.5 -14.9 0 18 296C 188602 I 41.151 1839 0.682 263.8 67.7 - 9.2 3 10 188602 I 41.151 1836 0.629 289.8 60.9 + 6.9 0 6 188602 I 41.151 1835 0.266 262.9 39.9 - 8.4 0 4 188602 I 41.151 1835A 0.198 255.1 35.6 - 9.5 77 403 188602 I 41.151 1835 0.163 260.8 33.8 - 8.1 0 57 188602 I 41.151 1835 0.131 256.4 31.9 - 8.4 0 22 188602 I 41.151 1840 0.036 69.4 22.6 - 6.0 0 4 188602 I 41.151 1841 0.910 98.6 318.5 -10.6 0 3 C * 172 188602 I 41.151 1841 0.919 99.6 317.2 -11.4 0 9 172C * 172 188602 I 41.151 + ( 80)( 536)( 680) 188602 I 42.180 0.963 272.9 84.8 + 0.9 53 188602 I 42.180 1835A 0.422 261.9 35.9 - 9.6 83 390 188602 I 42.180 1835 0.379 264.2 33.3 - 8.5 6 64 188602 I 42.180 1840 0.272 269.6 26.7 - 6.7 0 6 188602 I 42.180 1840 0.268 271.5 26.5 - 6.2 0 1 188602 I 42.180 1840 0.257 277.0 25.7 - 4.8 0 4 188602 I 42.180 1840 0.248 270.4 25.3 - 6.5 0 3 188602 I 42.180 1840 0.226 270.2 24.0 - 6.6 0 6 188602 I 42.180 1840 0.216 276.3 23.3 - 5.4 0 5 188602 I 42.180 1841 0.792 96.5 318.2 - 9.3 0 23 188602 I 42.180 1841 0.802 99.6 317.2 -11.7 0 4 188602 I 42.180 1841 0.816 99.9 315.9 -12.0 0 2 102C 188602 I 42.180 0.972 94.1 294.2 - 5.6 194 188602 I 42.180 + ( 89)( 508)( 349) 188602 I 43.170 0.944 262.6 69.1 - 9.3 165 188602 I 43.170 0.863 281.1 56.0 + 6.0 140 188602 I 43.170 0.825 269.0 53.4 - 4.7 210 188602 I 43.170 1835A 0.619 263.4 36.2 - 9.4 87 425 188602 I 43.170 1835 0.574 265.2 33.0 - 8.4 0 13 188602 I 43.170 1840 0.490 272.4 27.1 - 4.8 10 70 188602 I 43.170 1840 0.472 268.1 26.1 - 6.9 1 6 188602 I 43.170 1840 0.448 269.7 24.5 - 6.2 3 15 188602 I 43.170 1840 0.448 273.4 24.3 - 4.6 0 1 188602 I 43.170 1840 0.439 267.5 23.9 - 7.2 0 3 188602 I 43.170 1840 0.425 271.3 23.0 - 5.6 0 8 188602 I 43.170 1841 0.623 97.0 319.1 - 9.7 0 3 188602 I 43.170 0.918 63.4 296.4 +21.1 200 188602 I 43.170 0.900 94.1 293.3 - 6.7 135 188602 I 43.170 + ( 101)( 544)( 850) 188602 M 44.186 0.909 263.7 50.2 - 8.6 618 188602 M 44.186 1835A 0.774 263.3 35.4 - 9.5 52 333 69C 188602 M 44.186 1840 0.679 271.2 27.1 - 4.3 5 26 188602 M 44.186 1840 0.631 269.7 23.6 - 5.5 1 17 188602 M 44.186 1840 0.627 265.8 23.4 - 8.0 0 4 188602 M 44.186 1840 0.621 268.1 22.9 - 6.6 6 28 188602 M 44.186 + ( 64)( 408)( 687) 188602 I 45.250 0.961 276.8 43.4 + 4.6 154 188602 I 45.250 0.831 258.7 27.0 -13.2 243 188602 I 45.250 0.841 242.9 26.8 -26.4 66 188602 I 45.250 0.925 262.4 38.6 - 9.6 53 188602 I 45.250 1835A 0.908 263.0 36.1 - 9.3 66 311 626P 188602 I 45.250 1840 0.859 269.2 29.7 - 4.3 0 38 233C * 233 188602 I 45.250 1840 0.819 267.6 25.6 - 5.9 0 5 C * 233 188602 I 45.250 1840 0.790 266.9 22.8 - 6.7 0 12 C * 233 188602 I 45.250 + ( 66)( 366)( 1375) 188602 I 46.186 0.892 277.7 20.3 + 3.6 21 188602 I 46.186 1835A 0.976 261.9 36.3 - 9.4 53 259 188602 I 46.186 1840 0.946 267.8 29.4 - 4.4 0 13 C *1084 188602 I 46.186 1840 0.926 265.9 26.3 - 6.5 6 30 C *1084 188602 I 46.186 1840 0.910 265.4 24.0 - 7.1 4 47 1084C *1084 188602 I 46.186 0.923 79.0 252.4 + 7.4 69 188602 I 46.186 + ( 63)( 349)( 1174) 188602 M 47.251 1840 0.994 267.1 27.9 - 3.7 0 45 C * 54 188602 M 47.251 1840 0.989 264.6 26.1 - 6.4 10 68 54C * 54 188602 M 47.251 1840 0.978 262.9 22.7 - 8.4 0 13 C * 54 188602 M 47.251 1840 0.978 104.6 225.1 -15.7 4 45 160C 188602 M 47.251 + ( 28)( 251)( 214) 188602 I 48.181 0.772 284.9 340.3 + 6.8 153 188602 I 48.181 1842 0.915 104.7 224.8 -16.3 4 47 214F 188602 I 48.181 + ( 4)( 47)( 367) 188602 I 49.277 0.878 284.7 336.6 + 9.3 146 188602 I 49.277 1842 0.794 106.0 224.6 -17.1 7 32 229F 188602 I 49.277 0.870 79.5 218.4 + 5.5 58 188602 I 49.277 0.934 103.4 207.5 -15.0 33 188602 I 49.277 + ( 7)( 32)( 466) 188602 I 50.162 0.887 250.0 328.7 -21.0 197 188602 I 50.162 0.796 261.1 318.8 -11.4 58 188602 I 50.162 1843 0.240 119.4 253.3 -13.7 0 18 188602 I 50.162 1843 0.260 121.4 252.5 -14.7 0 3 188602 I 50.162 1843 0.264 115.2 251.6 -13.3 1 19 188602 I 50.162 1843 0.274 118.7 251.4 -14.4 0 15 188602 I 50.162 1843 0.301 119.6 250.0 -15.4 6 38 188602 I 50.162 1843 0.293 114.4 249.8 -13.8 0 7 188602 I 50.162 1842 0.665 108.2 224.4 -17.4 3 30 188602 I 50.162 + ( 10)( 130)( 255) 188602 I 51.112 0.935 262.2 323.1 - 9.8 80 188602 I 51.112 0.926 247.5 322.7 -23.5 99 188602 I 51.112 0.922 270.7 320.2 - 2.1 48 188602 I 51.112 1843 0.123 191.7 254.6 -14.0 5 17 188602 I 51.112 1843 0.118 176.7 252.7 -13.8 2 14 188602 I 51.112 1843 0.142 170.0 251.6 -15.1 0 2 188602 I 51.112 1843 0.152 161.6 250.3 -15.3 5 21 188602 I 51.112 1842 0.501 113.2 224.3 -17.6 2 7 188602 I 51.112 0.932 99.3 183.7 -11.2 40 188602 I 51.112 + ( 14)( 61)( 267) 188602 G 52.525 0.920 299.5 295.3 +23.6 127 188602 G 52.525 1843 0.376 251.3 256.0 -13.6 0 10 188602 G 52.525 1843 0.349 248.0 254.0 -14.2 0 11 188602 G 52.525 1843 0.300 244.4 250.7 -14.3 0 25 188602 G 52.525 1842 0.250 138.7 224.7 -17.8 0 8 188602 G 52.525 + ( 0)( 54)( 127) 188602 I 53.157 0.932 270.2 295.0 - 2.5 50 188602 I 53.157 0.936 285.0 293.4 +11.3 88 188602 I 53.157 0.926 300.8 287.5 +25.0 160 188602 I 53.157 0.854 291.3 281.3 +14.0 31 188602 I 53.157 1843 0.506 256.5 256.6 -13.0 0 9 188602 I 53.157 1842 0.186 172.1 224.9 -17.8 0 8 188602 I 53.157 + ( 0)( 17)( 329) 188602 G 54.429 0.963 98.5 134.4 -10.1 160 188602 G 54.429 + ( 0)( 0)( 160) 188602 I 55.200 1843 0.834 260.0 256.4 -12.3 0 3 75C 188602 I 55.200 1844 0.876 95.5 137.8 - 8.3 0 18 285C * 285 188602 I 55.200 1844 0.908 97.6 133.6 - 9.9 0 17 C *285 188602 I 55.200 0.971 91.2 123.2 - 2.9 303 188602 I 55.200 + ( 0)( 38)( 663) 188602 G 56.428 0.934 257.5 253.0 -14.2 256 188602 G 56.428 0.946 279.7 252.7 + 6.7 144 188602 G 56.428 1845 0.251 341.6 187.7 + 6.6 1 8 188602 G 56.428 1844A 0.691 95.7 139.1 - 9.2 7 46 102C * 102 188602 G 56.428 1844 0.726 96.4 136.3 - 9.6 0 4 C * 102 188602 G 56.428 1844 0.761 97.0 133.2 -10.0 0 7 C * 102 188602 G 56.428 0.862 91.6 123.4 - 5.1 210 188602 G 56.428 0.901 102.2 118.1 -14.1 341 188602 G 56.428 0.968 74.7 110.1 +12.8 78 188602 G 56.428 + ( 8)( 65)( 1131) 188602 G 57.472 1844A 0.484 96.4 140.3 - 9.4 0 22 188602 G 57.472 1844 0.504 95.4 139.0 - 8.9 0 3 188602 G 57.472 + ( 0)( 25)( 0) 188602 M 58.196 0.880 252.3 222.1 -19.0 122 188602 M 58.196 1846 0.279 242.8 174.7 -14.3 0 17 188602 M 58.196 1844A 0.323 96.9 141.0 - 9.1 4 32 188602 M 58.196 1844 0.343 93.7 139.8 - 8.1 0 8 188602 M 58.196 1844 0.369 94.3 138.2 - 8.3 0 4 188602 M 58.196 1847A 0.961 104.4 84.9 -15.8 15 121 188602 M 58.196 1847 0.970 105.9 82.7 -17.1 0 59 188602 M 58.196 1847 0.975 104.7 81.5 -15.9 0 11 188602 M 58.196 1847B 0.982 106.7 79.3 -17.7 0 92 195C 188602 M 58.196 1848 0.991 94.3 77.3 - 5.2 0 80 303S 188602 M 58.196 0.961 67.7 90.0 +19.0 112 188602 M 58.196 + ( 19)( 424)( 732) 188603 M 59.207 0.960 251.5 221.8 -19.8 182 188603 M 59.207 0.863 310.8 195.3 +29.6 21 188603 M 59.207 1846 0.498 255.5 176.3 -13.4 4 8 188603 M 59.207 1846 0.467 254.0 174.1 -13.8 1 7 188603 M 59.207 1846 0.451 252.7 173.0 -14.2 1 3 188603 M 59.207 1846 0.454 249.8 172.8 -15.5 4 8 188603 M 59.207 1844A 0.093 112.1 141.7 - 9.2 0 5 188603 M 59.207 1844 0.105 105.5 140.9 - 8.8 1 6 188603 M 59.207 1844 0.162 101.0 137.5 - 8.9 0 2 188603 M 59.207 1844 0.182 113.7 137.0 -11.3 0 5 188603 M 59.207 1844 0.175 102.5 136.8 - 9.2 1 7 188603 M 59.207 1844 0.205 111.3 135.5 -11.4 0 4 188603 M 59.207 1844 0.226 110.6 134.3 -11.6 0 2 188603 M 59.207 1847A 0.878 104.5 84.7 -16.2 51 454 188603 M 59.207 1847 0.914 103.5 79.9 -15.2 6 52 C * 268 188603 M 59.207 1847 0.917 104.6 79.4 -16.2 0 73 C * 268 188603 M 59.207 1847B 0.922 106.6 78.7 -18.1 15 297 268C * 268 188603 M 59.207 1848 0.933 93.0 77.6 - 5.4 27 120 550SF 188603 M 59.207 0.899 62.9 88.1 +20.6 165 188603 M 59.207 + ( 111)( 1053)( 1186) 188603 G 60.454 1846 0.742 257.9 178.5 -13.9 0 12 39C 188603 G 60.454 1844A 0.209 259.1 142.3 - 9.4 1 4 188603 G 60.454 1849 0.146 43.8 124.5 - 1.3 8 27 188603 G 60.454 1849A 0.166 57.1 122.3 - 2.1 0 11 188603 G 60.454 1847C 0.679 107.4 87.8 -17.2 21 235 C * 629 188603 G 60.454 1847 0.707 105.6 85.3 -16.2 10 126 C * 629 188603 G 60.454 1847 0.709 103.1 85.0 -14.4 0 5 C * 629 188603 G 60.454 1847 0.724 103.2 83.7 -14.6 0 17 C * 629 188603 G 60.454 1847 0.730 106.4 83.4 -16.9 7 45 C * 629 188603 G 60.454 1847 0.741 105.2 82.4 -16.2 0 24 C * 629 188603 G 60.454 1847 0.763 103.6 80.3 -15.0 4 101 C * 629 188603 G 60.454 1847 0.767 106.5 80.1 -17.3 1 89 C * 629 188603 G 60.454 1847 0.770 104.8 79.7 -16.0 0 11 C * 629 188603 G 60.454 1847B 0.794 108.5 77.7 -19.1 26 271 629C * 629 188603 G 60.454 1847 0.793 105.0 77.6 -16.3 2 37 C * 629 188603 G 60.454 1848 0.793 91.9 77.7 - 6.0 17 86 599C 188603 G 60.454 0.937 88.5 61.0 - 1.2 212 188603 G 60.454 0.948 78.7 60.6 + 8.2 68 188603 G 60.454 0.956 98.8 56.6 -10.6 192 188603 G 60.454 + ( 97)( 1101)( 1739) 188603 G 61.435 1846 0.876 258.7 179.0 -13.4 0 17 195F 188603 G 61.435 1844A 0.423 263.2 142.3 - 9.5 0 6 188603 G 61.435 1850A 0.383 320.8 131.4 +10.2 0 5 188603 G 61.435 1850B 0.364 324.8 129.5 +10.2 2 9 188603 G 61.435 1849 0.193 306.8 126.1 - 0.7 4 52 188603 G 61.435 1849 0.172 311.7 124.5 - 0.7 0 9 188603 G 61.435 1849 0.144 311.4 123.4 - 1.9 0 7 188603 G 61.435 1849A 0.125 314.9 122.3 - 2.3 4 31 188603 G 61.435 1847C 0.504 112.4 88.1 -17.5 33 276 188603 G 61.435 1847 0.552 109.1 84.4 -16.5 5 139 188603 G 61.435 1847 0.588 108.0 81.7 -16.5 3 30 188603 G 61.435 1847 0.606 105.4 80.1 -15.1 0 44 188603 G 61.435 1847 0.624 108.6 79.1 -17.3 0 84 188603 G 61.435 1847 0.639 105.9 77.7 -15.7 7 61 188603 G 61.435 1847B 0.655 110.8 77.0 -19.0 9 174 188603 G 61.435 1848 0.640 90.6 77.3 - 6.0 14 72 190C 188603 G 61.435 1851A 0.975 91.8 39.9 - 3.4 20 127 259C 188603 G 61.435 1852A 0.988 97.8 35.4 - 8.8 24 194 85C 188603 G 61.435 0.890 84.3 55.0 + 1.7 228 188603 G 61.435 0.909 98.5 51.3 -10.7 486 188603 G 61.435 + ( 125)( 1337) 1443P 188603 G 62.473 0.955 257.2 177.4 -14.4 99 188603 G 62.473 1844A 0.570 263.8 142.7 - 9.6 0 9 188603 G 62.473 1850A 0.531 301.1 130.9 + 9.4 0 11 188603 G 62.473 1850B 0.506 303.7 128.8 + 9.6 0 5 188603 G 62.473 1849 0.395 286.4 125.8 - 0.4 3 85 188603 G 62.473 1849 0.367 285.3 124.2 - 1.3 0 27 188603 G 62.473 1849A 0.329 282.6 122.3 - 2.8 3 93 188603 G 62.473 1847C 0.320 124.5 87.6 -17.4 48 269 188603 G 62.473 1847 0.333 113.1 85.2 -14.4 0 8 188603 G 62.473 1847 0.365 118.3 84.1 -16.8 5 97 188603 G 62.473 1847 0.411 116.1 81.0 -17.2 0 36 188603 G 62.473 1847 0.430 110.0 79.0 -15.1 0 38 188603 G 62.473 1847D 0.464 112.4 77.1 -16.8 0 112 188603 G 62.473 1847E 0.487 117.3 76.4 -19.4 11 143 188603 G 62.473 1848 0.449 88.5 76.9 - 5.9 3 44 188603 G 62.473 1851A 0.900 89.9 39.5 - 3.1 18 108 55C 188603 G 62.473 1852A 0.930 96.6 34.7 - 8.8 32 220 79C 188603 G 62.473 1853A 0.983 93.7 23.8 - 5.0 32 196 208C 188603 G 62.473 0.968 101.6 27.2 -13.0 121 188603 G 62.473 + ( 155)( 1501)( 562) 188603 M 63.217 1850A 0.681 292.6 133.2 + 9.6 4 10 188603 M 63.217 1850B 0.641 294.1 129.9 + 9.4 0 7 188603 M 63.217 1849B 0.583 278.6 128.8 - 1.2 8 46 188603 M 63.217 1849C 0.552 280.9 126.4 - 0.1 17 147 188603 M 63.217 1849A 0.499 276.4 123.3 - 3.1 11 91 188603 M 63.217 1847C 0.197 150.7 87.9 -17.1 46 282 188603 M 63.217 1847 0.174 136.4 86.6 -14.3 0 2 188603 M 63.217 1847 0.239 148.2 86.1 -18.9 0 2 188603 M 63.217 1847 0.192 131.7 85.2 -14.4 0 1 188603 M 63.217 1847 0.225 140.2 85.1 -17.1 4 58 188603 M 63.217 1847 0.263 129.4 81.5 -16.6 4 66 188603 M 63.217 1847 0.342 132.4 78.2 -20.3 4 30 188603 M 63.217 1847D 0.313 124.0 78.0 -17.0 8 80 188603 M 63.217 1847E 0.351 126.4 76.4 -18.9 13 82 188603 M 63.217 1848 0.276 85.5 77.7 - 5.8 14 37 188603 M 63.217 1851A 0.804 88.0 40.4 - 2.7 21 116 171C * 188603 M 63.217 1851 0.819 88.6 38.8 - 3.0 0 10 171C * 188603 M 63.217 1852A 0.847 95.4 35.4 - 8.4 29 214 83C 188603 M 63.217 1853A 0.933 92.2 24.6 - 4.7 62 561 934C * 934 188603 M 63.217 1853 0.966 93.6 18.4 - 5.4 0 140 C * 934 188603 M 63.217 0.964 72.3 22.1 +14.9 85 188603 M 63.217 + ( 245)( 1895)( 1273) 188603 M 64.226 0.835 261.9 137.5 -10.7 171 188603 M 64.226 0.732 266.0 127.8 - 7.9 38 188603 M 64.226 1850A 0.840 285.6 135.3 + 9.0 1 12 188603 M 64.226 1849B 0.778 274.7 131.1 - 0.9 35 169 188603 M 64.226 1849 0.736 273.7 127.6 - 2.2 0 2 188603 M 64.226 1849C 0.730 276.2 126.8 - 0.5 28 309 188603 M 64.226 1849A 0.682 272.8 123.4 - 3.4 12 122 188603 M 64.226 1847C 0.209 21.6 87.8 -16.9 30 319 188603 M 64.226 1847 0.159 213.4 85.7 -14.8 0 9 188603 M 64.226 1847 0.189 198.1 84.0 -17.5 0 2 188603 M 64.226 1847 0.156 168.4 78.6 -16.0 0 11 188603 M 64.226 1847D 0.181 167.5 78.2 -17.4 0 27 188603 M 64.226 1847 0.229 168.9 77.8 -20.1 0 3 188603 M 64.226 1847E 0.211 160.9 76.3 -18.7 17 118 188603 M 64.226 1848 0.050 62.6 78.0 - 5.9 3 11 188603 M 64.226 1851A 0.643 84.8 40.8 - 2.2 24 113 188603 M 64.226 1851 0.659 85.3 39.6 - 2.4 0 11 188603 M 64.226 1851 0.684 87.3 37.5 - 3.5 0 2 188603 M 64.226 1852A 0.702 94.2 35.7 - 8.1 35 220 188603 M 64.226 1853 0.804 88.3 27.1 - 2.9 0 7 C * 644 188603 M 64.226 1853A 0.832 90.7 24.1 - 4.6 101 585 644C * 644 188603 M 64.226 1853 0.881 91.9 18.6 - 5.1 11 139 C * 644 188603 M 64.226 1853 0.914 90.9 14.4 - 3.7 0 31 C * 644 188603 M 64.226 0.837 104.0 23.3 -15.6 239 188603 M 64.226 + ( 297)( 2122)( 1092) 188603 G 65.507 0.962 261.6 138.4 -10.0 162 188603 G 65.507 0.941 283.3 131.7 + 9.9 105 188603 G 65.507 1849B 0.933 272.6 132.1 - 0.3 21 180 C * 197 188603 G 65.507 1849C 0.898 274.0 127.0 + 0.4 45 244 197C * 197 188603 G 65.507 1849C 0.879 272.8 124.8 - 1.0 5 64 C * 197 188603 G 65.507 1849A 0.865 270.9 123.4 - 3.3 28 130 C * 197 188603 G 65.507 1847C 0.418 245.4 86.9 -16.6 23 270 188603 G 65.507 1847 0.385 247.3 85.1 -15.3 0 8 188603 G 65.507 1847E 0.290 224.0 75.8 -19.0 13 106 188603 G 65.507 1848 0.255 274.5 78.3 - 5.8 0 7 188603 G 65.507 1851A 0.392 79.8 41.0 - 2.7 16 117 188603 G 65.507 1852A 0.466 94.8 35.7 - 8.6 29 192 188603 G 65.507 1853 0.602 86.2 26.8 - 3.5 0 5 188603 G 65.507 1853A 0.643 89.4 23.6 - 5.1 104 573 188603 G 65.507 1853 0.693 88.9 19.8 - 4.5 0 86 188603 G 65.507 1853 0.695 91.8 19.4 - 6.5 0 9 188603 G 65.507 1853 0.728 92.0 16.7 - 6.4 6 73 188603 G 65.507 1853 0.768 90.6 13.4 - 5.1 0 17 316F 188603 G 65.507 + ( 290)( 2081)( 675) 188603 G 66.430 0.921 261.2 119.1 -11.3 108 188603 G 66.430 1849B 0.989 270.7 132.6 - 0.4 13 150 188603 G 66.430 1849C 0.968 271.6 126.5 - 0.3 36 426 188603 G 66.430 1849A 0.955 268.6 124.2 - 3.5 36 314 529C 188603 G 66.430 1847C 0.587 251.3 86.7 -16.8 32 311 188603 G 66.430 1847E 0.452 240.7 76.0 -19.3 11 85 188603 G 66.430 1851A 0.191 66.7 41.3 - 2.8 14 135 188603 G 66.430 1851 0.215 74.2 39.5 - 3.7 0 5 188603 G 66.430 1851 0.242 74.6 37.9 - 3.3 0 4 188603 G 66.430 1852A 0.267 96.4 35.9 - 8.6 27 196 188603 G 66.430 1853A 0.468 87.8 23.5 - 5.4 105 655 188603 G 66.430 1853 0.513 85.8 20.7 - 4.1 2 40 188603 G 66.430 1853 0.513 91.6 20.4 - 7.0 0 22 188603 G 66.430 1853 0.532 89.8 19.2 - 6.0 0 9 188603 G 66.430 1853 0.554 92.4 17.6 - 7.4 0 4 188603 G 66.430 1853 0.570 89.3 16.6 - 5.5 0 15 188603 G 66.430 1853 0.572 92.0 16.4 - 7.1 5 54 188603 G 66.430 0.961 78.3 339.2 + 9.1 89 188603 G 66.430 + ( 281)( 2453)( 726) 188603 G 67.448 1847C 0.745 254.1 86.1 -16.6 34 268 188603 G 67.448 1847E 0.623 248.3 75.5 -19.0 3 50 188603 G 67.448 1851A 0.102 322.6 41.4 - 2.6 10 116 188603 G 67.448 1852A 0.040 119.9 35.9 - 8.4 23 186 188603 G 67.448 1853A 0.255 82.5 23.3 - 5.1 67 577 188603 G 67.448 1853 0.299 79.3 20.9 - 3.7 0 72 188603 G 67.448 1853 0.296 89.6 20.6 - 6.8 0 44 188603 G 67.448 1853 0.372 90.3 16.0 - 6.8 0 72 188603 G 67.448 0.893 75.5 336.9 + 9.5 154 188603 G 67.448 + ( 137)( 1385)( 154) 188603 G 68.419 0.914 297.2 85.8 +21.3 80 188603 G 68.419 0.773 266.9 76.0 - 7.0 234 188603 G 68.419 1847C 0.870 254.9 86.2 -16.6 11 233 329C * 329 188603 G 68.419 1847E 0.776 250.9 76.0 -19.3 6 43 C * 329 188603 G 68.419 1851A 0.299 284.5 42.0 - 2.7 9 118 188603 G 68.419 1852A 0.187 263.6 36.0 - 8.3 26 188 188603 G 68.419 1853A 0.048 45.6 23.2 - 5.3 88 544 188603 G 68.419 1853 0.097 46.9 21.2 - 3.4 0 32 188603 G 68.419 1853 0.090 66.0 20.5 - 5.1 0 37 188603 G 68.419 1853 0.091 89.3 20.0 - 7.1 0 17 188603 G 68.419 1853 0.156 76.2 16.5 - 5.0 0 3 188603 G 68.419 1853 0.154 86.7 16.3 - 6.6 0 10 188603 G 68.419 1853 0.177 95.8 15.0 - 8.1 0 6 188603 G 68.419 1853 0.185 80.4 14.7 - 5.3 0 11 188603 G 68.419 0.797 71.1 335.4 +10.3 97 188603 G 68.419 + ( 140)( 1242)( 740) 188603 G 69.465 0.897 264.6 75.6 - 8.1 308 188603 G 69.465 1847C 0.954 254.5 85.0 -16.9 8 186 455C * 455 188603 G 69.465 1847E 0.896 251.2 75.7 -20.0 0 24 C * 455 188603 G 69.465 1851A 0.516 276.9 42.1 - 2.7 14 91 188603 G 69.465 1852 0.448 261.6 38.0 -10.2 2 27 188603 G 69.465 1852 0.424 261.1 36.5 -10.3 0 8 188603 G 69.465 1852A 0.415 264.9 36.0 - 8.6 15 206 188603 G 69.465 1852 0.399 260.1 34.9 -10.6 3 76 188603 G 69.465 1853 0.273 274.5 27.2 - 5.8 0 4 188603 G 69.465 1853A 0.205 278.2 23.1 - 5.4 78 581 188603 G 69.465 1853 0.161 262.8 20.6 - 8.3 0 14 188603 G 69.465 1853 0.153 280.0 20.1 - 5.6 0 6 188603 G 69.465 1853 0.094 285.1 16.6 - 5.7 0 9 188603 G 69.465 1853 0.074 295.3 15.2 - 5.4 0 10 188603 G 69.465 1853 0.054 315.6 13.6 - 5.0 0 8 188603 G 69.465 + ( 120)( 1323)( 763) 188603 I 70.207 0.969 253.9 78.4 -17.4 473 188603 I 70.207 0.956 263.5 75.0 - 8.3 324 188603 I 70.207 0.852 273.7 59.5 - 0.7 131 188603 I 70.207 1851A 0.658 274.6 42.4 - 2.5 12 93 188603 I 70.207 1852 0.601 264.0 38.6 - 9.3 15 47 188603 I 70.207 1852A 0.564 265.6 36.0 - 8.5 29 171 188603 I 70.207 1852 0.547 262.0 34.8 -10.4 4 89 188603 I 70.207 1853 0.483 279.2 29.9 - 2.0 0 9 188603 I 70.207 1853A 0.371 274.1 23.2 - 5.2 97 594 188603 I 70.207 1853 0.280 267.7 17.8 - 7.5 0 3 188603 I 70.207 1853 0.268 276.4 16.9 - 5.2 0 25 188603 I 70.207 1853 0.191 256.2 12.3 - 9.7 2 22 188603 I 70.207 + ( 159)( 1053)( 928) 188603 G 71.569 0.913 264.3 50.1 - 8.2 135 188603 G 71.569 1851A 0.859 271.8 42.7 - 2.2 5 43 159C 188603 G 71.569 1852 0.820 263.5 39.2 - 9.5 3 11 C * 324 188603 G 71.569 1852A 0.786 264.8 35.8 - 8.6 28 180 324C * 324 188603 G 71.569 1852 0.768 263.1 34.2 - 9.9 0 83 188603 G 71.569 1853A 0.635 270.7 23.1 - 5.1 92 585 188603 G 71.569 1853 0.632 274.4 22.6 - 2.8 0 31 188603 G 71.569 1853 0.608 265.5 21.3 - 8.5 0 10 188603 G 71.569 1853 0.586 270.1 19.6 - 5.8 0 3 188603 G 71.569 0.881 79.7 283.4 + 5.5 44 188603 G 71.569 + ( 128)( 946)( 662) 188603 I 72.219 1851A 0.926 270.5 42.8 - 2.3 3 44 658C 188603 I 72.219 1852 0.898 262.8 39.5 - 9.6 7 15 C * 108 188603 I 72.219 1852A 0.867 264.2 35.6 - 8.6 38 181 108C * 108 188603 I 72.219 1852 0.851 262.5 33.9 -10.1 0 48 C * 108 188603 I 72.219 1853A 0.741 269.8 23.0 - 5.0 149 592 284C 188603 I 72.219 0.879 70.6 276.9 +13.3 97 188603 I 72.219 + ( 197)( 880)( 1147) 188603 M 73.229 0.907 286.5 24.1 +11.7 103 188603 M 73.229 1852 0.975 261.1 39.7 -10.3 0 12 188603 M 73.229 1852A 0.960 262.9 36.0 - 8.8 21 170 551C 188603 M 73.229 1853A 0.880 268.0 23.5 - 5.1 109 632 736C 188603 M 73.229 0.927 77.2 255.7 + 9.0 151 188603 M 73.229 0.926 103.0 253.1 -14.7 202 188603 M 73.229 + ( 130)( 814)( 1743) 188603 M 74.327 0.937 254.5 17.8 -17.0 351 188603 M 74.327 1853A 0.970 267.4 23.4 - 4.3 113 603 667F 188603 M 74.327 1854 0.431 261.9 332.8 - 9.9 3 9 188603 M 74.327 1854 0.423 259.8 332.3 -10.7 0 1 188603 M 74.327 1854 0.415 262.0 331.8 - 9.8 0 1 188603 M 74.327 1854 0.372 258.8 329.0 -10.7 0 5 188603 M 74.327 1854 0.334 262.4 326.8 - 9.2 0 1 188603 M 74.327 0.860 104.1 247.5 -15.7 47 188603 M 74.327 + ( 116)( 620)( 1065) 188603 G 75.440 0.978 263.8 11.1 - 7.5 421 188603 G 75.440 1854A 0.667 264.4 334.6 - 9.0 9 52 188603 G 75.440 1854 0.624 263.8 331.4 - 9.5 0 4 188603 G 75.440 1854B 0.613 261.8 330.6 -10.6 2 12 188603 G 75.440 + ( 11)( 68)( 421) 188603 M 76.202 1854A 0.794 264.0 335.4 - 9.0 11 94 71C 188603 M 76.202 1854B 0.748 262.3 331.2 -10.4 4 48 60C 188603 M 76.202 1855 0.938 101.8 212.0 -13.5 0 5 147C * 147 188603 M 76.202 1855 0.950 98.9 210.0 -10.7 0 4 C * 147 188603 M 76.202 1856A 0.993 84.1 200.2 + 5.0 35 268 188603 M 76.202 0.979 173.1 229.8 -81.5 46 188603 M 76.202 0.959 161.8 222.9 -69.7 107 188603 M 76.202 0.894 105.6 218.5 -17.1 99 188603 M 76.202 + ( 50)( 419)( 530) 188603 G 77.465 1854A 0.935 263.7 335.7 - 8.4 8 45 268C * 268 188603 G 77.465 1854B 0.907 262.4 331.6 - 9.9 0 15 C * 268 188603 G 77.465 1857A 0.729 259.4 313.0 -12.6 0 14 C * 82 188603 G 77.465 1857B 0.696 258.3 310.3 -13.2 0 22 82C * 82 188603 G 77.465 1855 0.793 100.3 213.2 -12.4 0 9 131C 188603 G 77.465 1856A 0.921 81.6 200.1 + 4.9 39 275 477F 188603 G 77.465 + ( 47)( 380)( 958) 188603 I 78.159 1854A 0.979 262.4 335.6 - 8.8 21 131 314C * 314 188603 I 78.159 1854B 0.964 262.2 332.0 - 9.4 0 40 C * 314 188603 I 78.159 1857A 0.840 259.8 314.4 -12.4 0 7 59C * 59 188603 I 78.159 1857B 0.805 258.6 310.8 -13.4 0 5 C * 59 188603 I 78.159 1858 0.264 50.0 245.2 + 2.9 0 2 188603 I 78.159 1858 0.255 52.9 245.1 + 2.0 2 29 188603 I 78.159 1858 0.289 55.8 243.0 + 2.5 0 6 188603 I 78.159 1858 0.297 54.0 242.9 + 3.3 0 14 188603 I 78.159 1855 0.731 99.6 209.2 -11.8 2 11 188603 I 78.159 1856A 0.855 79.6 199.4 + 5.1 36 276 596C * 596 188603 I 78.159 1856 0.881 80.0 196.4 + 5.4 4 16 C * 596 188603 I 78.159 1856 0.894 81.1 194.6 + 4.7 0 15 C * 596 188603 I 78.159 1856 0.916 80.4 191.8 + 5.9 6 22 C * 596 188603 I 78.159 0.955 102.5 183.1 -14.0 109 188603 I 78.159 + ( 69)( 574)( 1078) 188603 M 79.196 1858 0.171 334.7 247.3 + 2.0 6 25 188603 M 79.196 1858 0.160 342.5 245.8 + 1.9 7 17 188603 M 79.196 1858 0.147 353.2 244.1 + 1.5 0 1 188603 M 79.196 1858 0.176 359.4 243.2 + 3.2 1 12 188603 M 79.196 1858 0.159 4.0 242.5 + 2.2 10 51 188603 M 79.196 1855 0.506 103.1 212.9 -12.6 1 10 188603 M 79.196 1855 0.551 102.6 209.8 -12.7 0 6 188603 M 79.196 1856A 0.710 75.5 199.6 + 5.2 33 254 301C * 301 188603 M 79.196 1856 0.735 75.5 197.6 + 5.8 9 14 C * 301 188603 M 79.196 1856 0.795 77.0 192.1 + 6.0 3 12 C * 301 188603 M 79.196 0.907 104.5 177.3 -16.0 100 188603 M 79.196 + ( 70)( 402)( 401) 188603 M 80.205 0.986 258.1 311.3 -12.9 136 188603 M 80.205 1858A 0.352 294.2 248.5 + 1.7 14 67 188603 M 80.205 1858 0.293 301.4 244.2 + 2.1 0 6 188603 M 80.205 1858 0.291 306.1 243.4 + 3.1 0 1 188603 M 80.205 1858 0.269 304.2 242.6 + 1.9 1 9 188603 M 80.205 1858 0.265 306.4 242.1 + 2.3 9 15 188603 M 80.205 1855 0.337 107.7 210.7 -12.3 0 2 188603 M 80.205 1856A 0.531 68.8 200.1 + 5.1 41 236 188603 M 80.205 1856B 0.563 67.1 198.5 + 6.7 15 101 188603 M 80.205 1856 0.632 71.6 192.9 + 6.0 1 17 188603 M 80.205 0.838 105.8 172.6 -17.0 63 188603 M 80.205 0.974 72.9 155.6 +14.9 133 188603 M 80.205 + ( 81)( 454)( 332) 188603 I 81.141 1858A 0.538 284.1 248.7 + 1.7 21 86 188603 I 81.141 1858 0.524 279.6 248.4 - 1.0 0 2 188603 I 81.141 1858 0.462 287.0 243.5 + 1.6 0 15 188603 I 81.141 1858 0.436 290.3 241.5 + 2.4 0 7 188603 I 81.141 1856A 0.364 56.2 199.8 + 5.1 64 215 188603 I 81.141 1856B 0.395 55.4 198.4 + 6.5 22 89 188603 I 81.141 1856 0.462 63.2 193.0 + 5.7 2 15 188603 I 81.141 1859A 0.985 89.0 137.6 - 0.3 0 166 192C * 192 188603 I 81.141 1859 0.990 93.6 135.4 - 4.6 0 37 C * 192 188603 I 81.141 0.893 70.0 157.6 +14.4 160 188603 I 81.141 0.937 98.8 147.2 -10.7 131 188603 I 81.141 + ( 109)( 632)( 483) 188603 G 82.466 0.885 288.8 259.1 +13.1 120 188603 G 82.466 1858A 0.763 277.3 249.0 + 1.1 6 42 76C 188603 G 82.466 1856A 0.208 1.8 199.6 + 5.1 39 242 188603 G 82.466 1856B 0.228 7.1 198.4 + 6.3 11 83 188603 G 82.466 1859A 0.890 86.8 137.5 - 0.3 22 171 188603 G 82.466 1859 0.898 91.7 136.0 - 4.6 0 32 188603 G 82.466 1859 0.915 88.4 134.1 - 1.3 0 81 C * 756 188603 G 82.466 1859B 0.929 89.6 131.9 - 2.2 16 221 756C * 756 188603 G 82.466 0.898 74.6 138.5 +10.6 118 188603 G 82.466 + ( 94)( 872)( 1070) 188603 G 83.594 0.977 285.4 260.5 +13.4 120 188603 G 83.594 1858A 0.900 273.5 248.9 + 0.1 3 30 250F 188603 G 83.594 1856A 0.325 307.9 200.0 + 4.9 27 212 188603 G 83.594 1856B 0.326 313.6 198.9 + 6.3 6 82 188603 G 83.594 1859A 0.740 84.1 138.0 - 0.3 21 172 C * 619 188603 G 83.594 1859 0.752 89.7 136.5 - 4.3 0 10 C * 619 188603 G 83.594 1859 0.769 85.4 135.3 - 0.9 5 19 C * 619 188603 G 83.594 1859 0.782 86.6 134.1 - 1.6 0 27 C * 619 188603 G 83.594 1859B 0.801 86.8 132.3 - 1.6 38 213 619C * 619 188603 G 83.594 0.914 105.1 118.5 -16.6 185 188603 G 83.594 + ( 100)( 765)( 1174) 188603 G 84.426 0.947 273.6 244.9 + 1.2 159 188603 G 84.426 1856A 0.477 293.5 200.1 + 4.9 29 204 188603 G 84.426 1856B 0.477 297.9 199.2 + 6.8 11 87 188603 G 84.426 1856 0.446 296.6 197.7 + 5.3 0 4 188603 G 84.426 1859A 0.602 81.8 137.8 - 0.5 17 174 188603 G 84.426 1859 0.616 89.1 136.2 - 4.7 0 6 188603 G 84.426 1859 0.634 83.9 135.3 - 1.4 0 12 188603 G 84.426 1859 0.663 83.2 133.2 - 0.6 0 6 188603 G 84.426 1859B 0.676 85.2 132.0 - 1.7 24 283 188603 G 84.426 1860 0.868 104.0 113.6 -15.4 0 14 154C * 154 188603 G 84.426 1860 0.875 104.7 112.7 -16.1 0 5 C * 154 188603 G 84.426 1860 0.882 106.1 111.9 -17.3 0 3 C * 154 188603 G 84.426 0.903 73.3 112.3 +11.9 81 188603 G 84.426 + ( 81)( 798)( 394) 188603 I 85.116 0.986 272.8 245.0 + 1.6 156 188603 I 85.116 1856A 0.602 287.7 200.1 + 5.1 38 205 188603 I 85.116 1856B 0.604 291.0 199.6 + 7.0 10 57 188603 I 85.116 1859A 0.466 78.3 138.1 - 0.6 24 169 188603 I 85.116 1859 0.507 72.9 136.2 + 2.7 0 11 188603 I 85.116 1859 0.504 81.6 135.3 - 1.6 2 5 188603 I 85.116 1859B 0.547 82.9 132.3 - 1.8 38 235 188603 I 85.116 1860 0.729 106.1 118.5 -16.3 0 15 C * 215 188603 I 85.116 1860 0.768 105.5 114.9 -16.2 9 17 C * 215 188603 I 85.116 1860 0.803 105.8 111.5 -16.7 6 47 215C * 215 188603 I 85.116 1860 0.829 106.1 108.9 -17.1 4 16 C * 215 188603 I 85.116 0.944 84.2 95.2 + 3.2 98 188603 I 85.116 0.965 87.9 90.7 + 0.3 47 188603 I 85.116 0.984 109.2 83.9 -20.0 316 188603 I 85.116 + ( 131)( 777)( 832) 188603 M 86.188 0.959 275.1 223.7 + 3.0 26 188603 M 86.188 0.914 278.2 215.9 + 4.7 43 188603 M 86.188 0.871 258.5 211.9 -13.3 107 188603 M 86.188 0.686 281.4 193.1 + 2.9 65 188603 M 86.188 1856 0.778 285.1 199.9 + 7.4 3 37 C * 158 188603 M 86.188 1856A 0.772 282.3 199.9 + 5.2 30 178 158C * 158 188603 M 86.188 1856 0.754 284.2 198.0 + 6.2 0 6 C * 158 188603 M 86.188 1859A 0.244 65.1 138.2 - 0.5 23 165 188603 M 86.188 1859 0.279 72.7 135.5 - 1.6 0 2 188603 M 86.188 1859B 0.326 75.6 132.6 - 1.7 18 181 188603 M 86.188 1860 0.548 109.5 118.5 -16.1 3 16 188603 M 86.188 1860A 0.582 109.5 116.1 -16.6 16 131 188603 M 86.188 1860 0.605 108.9 114.4 -16.6 0 4 188603 M 86.188 1860B 0.634 108.9 112.2 -17.0 31 138 188603 M 86.188 1860 0.680 109.0 108.6 -17.7 2 14 188603 M 86.188 0.922 61.8 89.3 +22.8 73 188603 M 86.188 0.894 101.8 87.0 -13.5 176 188603 M 86.188 0.938 109.4 80.5 -20.4 390 188603 M 86.188 + ( 126)( 872)( 1038) 188603 G 87.421 1856A 0.915 279.2 199.6 + 5.6 27 176 559C 188603 G 87.421 1859A 0.126 326.4 138.6 - 0.6 32 124 188603 G 87.421 1859B 0.093 17.0 133.0 - 1.5 15 120 188603 G 87.421 1860A 0.327 122.1 117.9 -16.3 16 252 188603 G 87.421 1860 0.370 118.1 114.8 -16.2 0 8 188603 G 87.421 1860B 0.420 117.0 111.7 -17.1 11 239 188603 G 87.421 1861 0.972 100.5 57.3 -11.8 0 27 232C 188603 G 87.421 0.957 87.4 61.9 + 0.5 120 188603 G 87.421 + ( 101)( 946)( 911) 188603 I 88.232 1856A 0.976 277.2 200.2 + 5.5 28 172 584NF 188603 I 88.232 1859A 0.274 290.7 138.7 - 0.8 20 153 188603 I 88.232 1859 0.225 291.2 136.0 - 1.7 0 6 188603 I 88.232 1859B 0.186 296.3 133.5 - 1.7 18 114 188603 I 88.232 1860A 0.193 153.0 118.7 -16.3 38 285 188603 I 88.232 1860 0.243 139.4 114.4 -17.1 6 12 188603 I 88.232 1860B 0.288 131.9 111.0 -17.4 21 221 188603 I 88.232 1861 0.916 99.6 57.0 -11.4 7 30 810C * 810 188603 I 88.232 1861 0.966 101.4 48.0 -12.7 5 17 C * 810 188603 I 88.232 1862 0.923 96.7 56.1 - 8.7 0 18 C * 810 188603 I 88.232 + ( 143)( 1028)( 1394) 188603 G 89.418 1859A 0.516 279.3 138.9 - 0.8 20 161 188603 G 89.418 1859B 0.443 279.0 134.2 - 1.9 15 103 188603 G 89.418 1860 0.232 219.6 117.2 -16.7 0 16 188603 G 89.418 1860B 0.203 193.4 111.2 -17.8 11 182 188603 G 89.418 1861 0.769 99.2 57.9 -11.3 0 41 366F * 366 188603 G 89.418 1861 0.817 99.9 53.3 -11.9 0 7 F * 366 188603 G 89.418 1862 0.771 96.3 57.7 - 9.0 0 4 188603 G 89.418 1863A 0.940 99.0 37.8 -10.7 0 19 C * 451 188603 G 89.418 1864A 0.992 93.8 25.5 - 4.6 0 217 451C * 451 188603 G 89.418 0.983 106.3 27.7 -17.2 243 188603 G 89.418 + ( 93)( 1039)( 1060) 188604 G 90.386 1859A 0.691 275.7 138.9 - 0.8 18 161 188604 G 90.386 1859B 0.631 274.5 134.5 - 2.2 7 64 188604 G 90.386 1860A 0.440 244.8 120.0 -16.6 54 345 188604 G 90.386 1860 0.392 240.2 116.4 -17.2 4 41 188604 G 90.386 1860B 0.338 232.5 111.9 -18.0 15 180 188604 G 90.386 1861 0.617 100.9 57.5 -11.7 4 93 188604 G 90.386 1861 0.643 102.4 55.7 -12.9 0 5 188604 G 90.386 1861 0.657 100.7 54.5 -11.9 4 12 188604 G 90.386 1861 0.683 101.3 52.5 -12.4 0 24 188604 G 90.386 1861 0.725 101.4 49.0 -12.7 0 9 188604 G 90.386 1862 0.650 96.1 54.9 - 8.8 0 6 188604 G 90.386 1863A 0.845 99.0 37.6 -11.0 0 14 249N 188604 G 90.386 1864A 0.940 92.9 25.4 - 4.9 65 248 377C 188604 G 90.386 0.953 72.4 26.0 +14.6 248 188604 G 90.386 0.942 104.7 24.4 -16.0 465 188604 G 90.386 + ( 171)( 1202)( 1339) 188604 G 91.432 1859A 0.844 273.4 139.0 - 0.6 17 94 188604 G 91.432 1859B 0.800 272.3 134.7 - 2.0 15 111 188604 G 91.432 1860A 0.633 251.6 120.4 -16.6 58 521 188604 G 91.432 1860 0.582 248.7 116.3 -17.5 0 80 188604 G 91.432 1860B 0.518 244.8 111.3 -18.3 20 248 188604 G 91.432 1865 0.278 324.1 91.2 + 6.7 0 5 188604 G 91.432 1865 0.278 336.1 88.3 + 8.3 0 5 188604 G 91.432 1861 0.398 104.0 58.7 -11.4 6 47 188604 G 91.432 1861 0.464 102.2 54.4 -11.3 0 4 188604 G 91.432 1861 0.488 103.3 52.9 -12.0 0 7 188604 G 91.432 1861 0.514 102.5 51.1 -11.9 0 8 188604 G 91.432 1863A 0.693 99.3 37.8 -11.1 0 13 188604 G 91.432 1863 0.696 102.2 37.7 -13.1 0 8 188604 G 91.432 1864A 0.830 92.0 25.6 - 5.3 40 256 319F 188604 G 91.432 0.896 110.2 17.9 -20.9 99 188604 G 91.432 + ( 156)( 1407)( 418) 188604 G 92.567 1859A 0.952 271.2 138.6 - 0.8 10 89 C * 405 188604 G 92.567 1859B 0.924 270.0 134.1 - 2.4 12 160 405C * 405 188604 G 92.567 1860A 0.802 253.9 120.1 -16.7 78 532 188604 G 92.567 1860 0.764 252.2 116.2 -17.6 0 46 188604 G 92.567 1860B 0.698 249.0 110.1 -19.1 21 230 360C 188604 G 92.567 1865 0.487 296.1 92.7 + 6.7 0 6 188604 G 92.567 1865 0.468 298.9 91.0 + 7.3 0 4 188604 G 92.567 1865 0.442 302.3 88.8 + 7.8 0 6 188604 G 92.567 1861 0.162 124.1 58.9 -11.4 4 58 188604 G 92.567 1861 0.187 116.2 56.9 -11.0 0 3 188604 G 92.567 1861 0.208 123.3 56.5 -12.7 2 5 188604 G 92.567 1861 0.221 113.9 54.9 -11.3 0 7 188604 G 92.567 1861 0.242 112.8 53.6 -11.6 10 54 188604 G 92.567 1861 0.286 113.2 51.2 -12.5 7 58 188604 G 92.567 1863 0.472 104.7 38.9 -12.5 0 16 188604 G 92.567 1863A 0.483 101.3 38.0 -11.0 0 7 188604 G 92.567 1863 0.506 98.6 36.3 - 9.8 0 5 188604 G 92.567 1864A 0.654 90.6 25.8 - 5.2 52 269 188604 G 92.567 1864 0.655 96.2 25.7 - 8.8 0 11 188604 G 92.567 1864 0.670 94.3 24.5 - 7.6 0 3 188604 G 92.567 + ( 196)( 1569)( 765) 188604 I 93.102 0.980 283.6 136.3 +12.0 146 188604 I 93.102 1859A 0.986 270.3 139.8 - 0.8 14 103 188604 I 93.102 1859B 0.967 269.4 134.8 - 2.2 35 238 723C 188604 I 93.102 1860 0.873 258.3 120.9 -13.3 0 8 188604 I 93.102 1860A 0.872 254.8 120.7 -16.3 109 538 188604 I 93.102 1860 0.837 253.3 116.6 -17.4 0 21 280C 188604 I 93.102 1860 0.812 251.8 113.9 -18.4 0 4 188604 I 93.102 1860B 0.776 250.5 110.2 -19.0 17 184 167C 188604 I 93.102 1865A 0.587 291.4 93.0 + 7.1 5 27 188604 I 93.102 1865 0.548 292.1 90.3 + 6.6 0 2 188604 I 93.102 1865 0.540 295.6 89.1 + 8.1 0 14 188604 I 93.102 1861 0.090 175.3 59.3 -11.4 7 60 188604 I 93.102 1861 0.131 140.3 54.8 -12.0 8 91 188604 I 93.102 1861 0.179 122.6 50.9 -11.6 7 39 188604 I 93.102 1863A 0.371 105.9 38.4 -11.6 6 34 188604 I 93.102 1863 0.381 108.9 38.1 -12.8 4 12 188604 I 93.102 1864A 0.557 90.4 25.8 - 5.4 61 284 188604 I 93.102 1864 0.557 97.0 25.8 - 9.1 0 2 188604 I 93.102 1864 0.586 94.5 23.7 - 7.7 0 2 188604 I 93.102 0.751 96.9 10.8 - 9.3 120 188604 I 93.102 0.915 107.9 353.0 -18.9 81 188604 I 93.102 0.986 96.6 338.9 - 7.6 77 188604 I 93.102 + ( 273)( 1863)( 1594) 188604 G 94.446 1860A 0.977 254.8 120.6 -16.2 30 431 741C * 741 188604 G 94.446 1860B 0.909 252.3 107.7 -18.6 0 22 C * 741 188604 G 94.446 1865A 0.811 284.3 94.2 + 7.8 0 14 188604 G 94.446 1865 0.766 284.7 90.0 + 7.1 0 6 95C 188604 G 94.446 1861 0.332 253.3 60.7 -11.3 4 28 188604 G 94.446 1861 0.311 252.6 59.4 -11.3 0 6 188604 G 94.446 1861 0.314 248.2 59.2 -12.7 0 4 188604 G 94.446 1861 0.293 257.8 58.7 - 9.5 0 20 188604 G 94.446 1861 0.290 251.4 58.1 -11.3 0 5 188604 G 94.446 1861 0.276 246.1 56.8 -12.4 5 49 188604 G 94.446 1861 0.231 245.7 54.2 -11.5 2 42 188604 G 94.446 1861 0.230 238.0 53.4 -13.1 0 6 188604 G 94.446 1861 0.233 232.9 52.9 -14.1 0 3 188604 G 94.446 1861 0.193 240.0 51.7 -11.7 2 34 188604 G 94.446 1861 0.200 229.9 50.9 -13.5 0 13 188604 G 94.446 1863 0.102 150.8 39.0 -11.3 0 2 188604 G 94.446 1863 0.112 137.4 37.5 -10.9 0 6 188604 G 94.446 1864A 0.267 88.2 26.4 - 5.5 58 260 188604 G 94.446 1864 0.317 85.1 23.5 - 4.3 0 4 188604 G 94.446 0.918 97.5 334.9 - 9.3 89 188604 G 94.446 + ( 101)( 955)( 925) 188604 G 95.419 0.984 251.8 109.9 -18.9 522 188604 G 95.419 1865A 0.920 281.4 94.5 + 8.0 0 18 137C 188604 G 95.419 1861 0.537 258.4 61.4 -11.4 0 8 188604 G 95.419 1861 0.512 258.1 59.7 -11.3 0 11 188604 G 95.419 1861 0.481 257.2 57.6 -11.5 3 128 188604 G 95.419 1861 0.446 257.7 55.3 -10.9 14 70 188604 G 95.419 1861 0.441 254.0 54.7 -12.5 0 17 188604 G 95.419 1863 0.160 238.5 37.1 -10.7 0 4 188604 G 95.419 1864A 0.047 77.8 26.5 - 5.5 59 260 188604 G 95.419 1864 0.116 69.9 22.9 - 3.9 0 3 188604 G 95.419 1864 0.113 83.8 22.7 - 5.4 0 2 188604 G 95.419 1864 0.145 69.9 21.3 - 3.2 0 5 188604 G 95.419 0.821 99.0 333.7 -10.9 47 188604 G 95.419 0.883 105.6 326.8 -16.6 38 188604 G 95.419 0.943 101.3 318.0 -12.7 166 188604 G 95.419 0.970 87.4 313.5 + 1.1 119 188604 G 95.419 + ( 76)( 526)( 1029) 188604 I 96.286 0.899 251.1 82.0 -19.6 249 188604 I 96.286 1865A 0.984 279.4 96.2 + 8.1 0 8 188C 188604 I 96.286 1861 0.663 260.0 59.2 -11.1 9 91 188604 I 96.286 1861 0.644 256.7 57.6 -13.1 0 2 188604 I 96.286 1861 0.623 257.1 56.0 -12.7 2 26 188604 I 96.286 1861 0.619 259.3 55.9 -11.3 22 98 188604 I 96.286 1861 0.600 256.4 54.3 -13.0 0 6 188604 I 96.286 1861 0.576 258.1 52.7 -11.8 3 47 188604 I 96.286 1861 0.575 255.1 52.4 -13.5 4 33 188604 I 96.286 1863 0.345 251.7 37.2 -11.9 0 4 188604 I 96.286 1864A 0.163 272.1 27.1 - 5.6 60 256 188604 I 96.286 1864 0.089 271.1 22.8 - 5.9 0 7 188604 I 96.286 1866 0.391 344.0 24.1 +16.0 0 4 188604 I 96.286 1866 0.372 344.0 23.8 +14.9 0 5 188604 I 96.286 + ( 100)( 587)( 437) 188604 G 97.544 0.963 248.9 76.4 -21.9 278 188604 G 97.544 0.908 274.9 65.7 + 1.9 204 188604 G 97.544 1861 0.862 260.8 61.0 -11.0 0 38 443C * 188604 G 97.544 1861 0.809 259.0 55.3 -12.4 7 56 443C * 188604 G 97.544 1861 0.807 260.9 55.1 -10.9 0 15 443C * 188604 G 97.544 1861 0.775 259.2 52.0 -12.1 0 26 443C * 188604 G 97.544 1864A 0.437 268.8 27.0 - 5.9 58 268 188604 G 97.544 1866 0.527 309.9 25.7 +14.3 0 2 188604 G 97.544 1866 0.517 311.7 24.5 +14.6 1 9 188604 G 97.544 + ( 66)( 414)( 925) 188604 G 98.417 1861 0.912 259.7 55.8 -11.9 12 60 601C * 188604 G 98.417 1861 0.894 258.7 53.4 -12.7 0 7 601C * 188604 G 98.417 1861 0.886 257.2 52.6 -14.1 0 9 601C * 188604 G 98.417 1861 0.879 259.1 51.5 -12.4 0 25 601C * 188604 G 98.417 1864A 0.617 268.2 27.7 - 5.8 59 267 188604 G 98.417 + ( 71)( 368)( 601) 188604 G 99.479 0.922 263.4 43.1 - 8.4 639 188604 G 99.479 0.847 252.5 33.5 -17.9 133 188604 G 99.479 0.864 292.9 31.5 +16.5 86 188604 G 99.479 1864A 0.792 267.5 28.0 - 5.5 60 279 149C 188604 G 99.479 1867 0.685 117.6 294.5 -22.9 0 6 188604 G 99.479 1867 0.697 118.3 293.7 -23.7 0 6 188604 G 99.479 1867 0.729 120.8 291.6 -26.1 0 7 188604 G 99.479 + ( 60)( 298)( 1007) 188604 G 100.627 0.906 252.1 25.6 -18.7 298 188604 G 100.627 0.925 290.1 24.8 +16.1 106 188604 G 100.627 0.866 267.3 20.4 - 5.3 121 188604 G 100.627 1864A 0.924 266.5 28.0 - 5.5 48 253 275C 188604 G 100.627 1867 0.483 130.8 296.9 -23.7 0 3 188604 G 100.627 1867 0.534 135.2 295.3 -27.5 0 5 188604 G 100.627 1867 0.514 128.4 294.3 -23.8 0 12 188604 G 100.627 1867 0.559 130.0 291.9 -26.1 0 6 188604 G 100.627 + ( 48)( 279)( 800) 188604 G 101.437 1864A 0.979 265.4 28.1 - 5.7 15 176 269F 188604 G 101.437 + ( 15)( 176)( 269) 188604 G 102.456 0.980 258.2 15.5 -12.7 225 188604 G 102.456 0.960 266.4 10.2 - 5.1 107 188604 G 102.456 0.926 248.5 4.5 -22.0 40 188604 G 102.456 + ( 0)( 0)( 372) 188604 G 103.095 + ( 0)( 0)( 0) 188604 G 104.557 0.892 26.1 332.0 -10.4 38 188604 G 104.557 1868 0.418 98.5 244.0 - 8.5 0 4 188604 G 104.557 1868 0.446 99.0 242.3 - 8.8 0 4 188604 G 104.557 1869A 0.928 82.7 201.4 + 4.7 26 141 478C 188604 G 104.557 0.944 72.2 200.4 +14.9 109 188604 G 104.557 + ( 26)( 149)( 625) 188604 G 105.389 0.943 270.8 328.0 - 1.1 32 188604 G 105.389 0.922 284.7 322.7 +11.3 38 188604 G 105.389 1870 0.329 332.5 266.4 +11.6 2 3 188604 G 105.389 1870 0.313 339.7 263.8 +11.7 2 14 188604 G 105.389 1868 0.234 105.0 244.3 - 8.8 0 4 188604 G 105.389 1869A 0.839 81.4 201.4 + 4.2 17 134 293F 188604 G 105.389 0.872 69.8 199.9 +14.7 57 188604 G 105.389 + ( 21)( 155)( 420) 188604 I 106.102 0.907 260.4 313.5 -10.9 105 188604 I 106.102 1870 0.442 311.7 267.7 +12.1 0 1 188604 I 106.102 1870 0.415 314.9 265.5 +11.9 0 19 188604 I 106.102 1870 0.400 318.9 263.6 +12.4 3 8 188604 I 106.102 1869A 0.744 79.2 201.2 + 4.4 27 121 179C 188604 I 106.102 0.929 105.4 179.5 -16.3 68 188604 I 106.102 + ( 30)( 149)( 352) 188604 I 107.103 1869A 0.574 74.7 201.2 + 4.4 18 136 188604 I 107.103 + ( 18)( 136)( 0) 188604 G 108.391 1869A 0.324 60.5 201.4 + 4.3 10 112 188604 G 108.391 1871A 0.948 78.8 147.8 + 8.9 6 52 241F 188604 G 108.391 1872A 0.985 90.7 137.9 - 1.6 12 165 358C 188604 G 108.391 0.963 102.3 142.9 -13.2 113 188604 G 108.391 + ( 28)( 329)( 712) 188604 G 109.578 0.905 287.2 264.6 -13.3 155 188604 G 109.578 1869A 0.156 1.9 201.9 + 4.0 12 95 188604 G 109.578 1871A 0.822 75.2 148.8 + 9.2 16 77 237C * 188604 G 109.578 1871 0.844 77.8 146.1 + 7.5 0 4 237C * 188604 G 109.578 1873 0.975 78.4 126.4 +10.1 0 25 143C 188604 G 109.578 1872A 0.896 89.1 138.8 - 1.5 24 182 203C * 188604 G 109.578 1872 0.916 88.6 136.1 - 0.8 0 65 203C * 188604 G 109.578 1874A 0.991 107.1 118.9 -17.6 67 463 314C 188604 G 109.578 0.898 99.9 138.1 -11.1 69 188604 G 109.578 + ( 119)( 911)( 1121) 188604 I 110.159 0.952 285.4 264.7 +13.0 108 188604 I 110.159 1869A 0.208 320.4 202.1 + 4.3 17 113 188604 I 110.159 1871A 0.741 72.6 148.9 + 9.3 17 91 17C 188604 I 110.159 1872A 0.829 88.0 138.8 - 1.1 28 111 136C * 188604 I 110.159 1872 0.851 86.9 136.5 + 0.1 7 21 136C * 188604 I 110.159 1872 0.852 88.8 136.3 - 1.6 0 5 136C * 188604 I 110.159 1873 0.934 76.9 126.7 +10.3 0 11 134C * 188604 I 110.159 1873 0.955 75.0 123.7 +12.7 4 31 134C * 188604 I 110.159 1874A 0.967 107.4 118.7 -18.1 137 480 188C 188604 I 110.159 0.811 78.1 141.7 + 6.7 147 188604 I 110.159 + ( 210)( 863)( 837) 188604 I 110.159 0.840 99.2 137.3 -10.4 107 188604 G 111.430 1869A 0.442 289.6 202.3 + 4.2 10 62 188604 G 111.430 1871A 0.509 65.0 150.0 + 8.2 8 33 188604 G 111.430 1872 0.614 83.6 140.3 + 0.1 0 9 188604 G 111.430 1872 0.624 84.0 139.5 - 0.1 0 11 188604 G 111.430 1872A 0.628 86.8 139.0 - 1.7 16 103 188604 G 111.430 1872 0.650 83.9 137.6 + 0.3 0 13 188604 G 111.430 1873 0.810 71.6 126.1 +11.9 3 10 76C * 188604 G 111.430 1873 0.829 71.1 124.4 +12.7 0 23 76C * 188604 G 111.430 1873 0.838 73.0 123.1 +11.4 0 27 76C * 188604 G 111.430 1874A 0.862 108.5 118.4 -18.4 62 486 464C * 188604 G 111.430 1874 0.920 105.2 110.6 -15.9 0 9 464C * 188604 G 111.430 0.949 114.3 105.9 -24.6 120 188604 G 111.430 + ( 99)( 786)( 660) 188604 G 112.451 1869A 0.629 282.6 202.1 + 4.2 13 78 188604 G 112.451 1869A 0.629 282.6 202.1 + 4.2 13 78 188604 G 112.451 1875 0.039 143.2 163.0 - 6.5 0 6 188604 G 112.451 1871A 0.323 47.9 150.4 + 7.9 0 6 188604 G 112.451 1872A 0.429 84.4 139.1 - 1.9 9 86 188604 G 112.451 1872B 0.445 78.5 138.6 + 0.8 0 9 188604 G 112.451 1873 0.654 65.6 127.0 +11.9 0 3 188604 G 112.451 1873 0.652 69.8 126.1 + 9.3 0 16 188604 G 112.451 1873 0.683 69.0 124.0 +10.6 0 6 188604 G 112.451 1874A 0.733 111.2 118.3 -18.7 72 465 131C * 188604 G 112.451 1874 0.761 113.8 116.3 -21.0 0 31 131C * 188604 G 112.451 1874 0.808 106.0 110.8 -15.7 0 7 188604 G 112.451 1874 0.834 105.5 108.0 -15.5 0 5 281S 188604 G 112.451 0.978 101.0 85.9 -11.7 217 188604 G 112.451 + ( 94)( 718)( 629) 188604 G 113.499 1869 0.834 276.3 206.2 + 2.7 0 17 182C * 188604 G 113.499 1869A 0.797 278.8 202.3 + 4.2 17 49 182C * 188604 G 113.499 1872A 0.196 76.5 139.4 - 2.0 14 80 188604 G 113.499 1872B 0.212 76.0 138.5 - 1.6 4 9 188604 G 113.499 1873 0.448 58.4 127.7 + 9.3 0 2 188604 G 113.499 1873 0.458 59.4 126.9 + 9.2 1 5 188604 G 113.499 1873 0.516 60.0 123.4 +10.8 0 7 188604 G 113.499 1874A 0.569 116.3 117.9 -18.4 59 393 188604 G 113.499 1874 0.620 115.2 114.1 -19.0 0 3 188604 G 113.499 1874 0.623 113.2 113.5 -17.9 0 2 188604 G 113.499 0.929 114.4 82.4 -24.3 95 188604 G 113.499 0.936 101.1 80.7 -12.0 403 188604 G 113.499 + ( 95)( 567)( 680) 188604 G 114.582 1869A 0.916 276.6 201.6 + 4.2 0 34 181C 188604 G 114.582 1872A 0.079 308.8 139.5 - 1.7 10 81 188604 G 114.582 1872B 0.048 327.1 137.5 - 2.2 0 5 188604 G 114.582 1874 0.418 136.5 118.0 -21.9 0 6 188604 G 114.582 1874A 0.388 129.5 117.7 -18.5 54 380 188604 G 114.582 1874 0.437 132.3 115.8 -21.3 0 39 188604 G 114.582 0.825 103.3 80.5 -13.6 110 188604 G 114.582 0.934 98.2 66.8 - 9.3 340 188604 G 114.582 + ( 64)( 545)( 631) 188604 G 115.564 0.931 281.0 190.5 + 8.6 66 188604 G 115.564 1869A 0.981 275.3 201.3 + 4.3 0 62 148C 188604 G 115.564 1872A 0.299 279.2 140.3 - 1.5 7 52 188604 G 115.564 1872 0.303 287.7 139.9 + 1.1 0 3 188604 G 115.564 1872 0.286 281.6 139.4 - 1.0 0 5 188604 G 115.564 1872B 0.260 278.5 138.0 - 2.1 0 17 188604 G 115.564 1874 0.209 172.1 121.5 -13.8 0 14 188604 G 115.564 1874 0.218 164.6 119.8 -16.5 0 11 188604 G 115.564 1874A 0.259 159.8 117.8 -18.4 51 360 188604 G 115.564 1874 0.321 156.5 115.3 -21.4 0 10 188604 G 115.564 0.848 99.0 65.2 -10.0 425 188604 G 115.564 + ( 58)( 534)( 639) 188604 G 116.388 1872A 0.473 275.5 140.2 - 1.2 7 22 188604 G 116.388 1872 0.446 275.1 138.5 - 1.6 0 4 188604 G 116.388 1874A 0.262 201.0 117.9 -18.4 67 379 188604 G 116.388 1874 0.270 219.3 122.4 -16.2 0 5 188604 G 116.388 1874 0.300 189.7 115.3 -21.5 0 12 188604 G 116.388 1874 0.235 188.9 114.4 -17.7 0 3 188604 G 116.388 1876 0.987 96.0 31.3 - 6.6 0 143 96C 188604 G 116.388 0.731 106.1 65.8 -14.7 156 188604 G 116.388 0.907 93.2 47.1 - 4.7 200 188604 G 116.388 + ( 74)( 568)( 452) 188604 G 117.524 1872 0.698 269.5 141.4 - 3.4 0 35 188604 G 117.524 1872 0.676 273.0 139.5 - 1.1 3 158 188604 G 117.524 1872 0.665 270.3 138.8 - 3.0 0 27 188604 G 117.524 1874A 0.415 232.9 117.5 -18.4 74 365 188604 G 117.524 1874 0.381 227.3 114.3 -19.0 0 8 188604 G 117.524 1877 0.647 89.5 57.0 - 2.9 0 9 188604 G 117.524 1877 0.672 90.7 55.0 - 3.6 0 10 188604 G 117.524 1876 0.911 95.2 31.5 - 6.5 21 164 143C 188604 G 117.524 0.943 105.0 26.5 -15.6 277 188604 G 117.524 0.955 92.3 24.5 - 3.5 179 188604 G 117.524 + ( 98)( 776)( 599) 188604 G 118.511 0.893 263.9 147.4 - 7.3 124 188604 G 118.511 0.892 282.8 145.8 + 9.5 180 188604 G 118.511 1872 0.847 270.1 141.8 - 2.1 9 186 167C * 188604 G 118.511 1872 0.820 272.2 138.9 - 0.6 8 167 167C * 188604 G 118.511 1872 0.815 268.8 138.6 - 3.4 0 17 167C * 188604 G 118.511 1874A 0.579 243.9 117.1 -18.1 61 365 188604 G 118.511 1874 0.546 242.2 114.5 -18.3 0 23 188604 G 118.511 1878 0.271 116.7 69.9 -11.0 2 38 188604 G 118.511 1878 0.341 115.5 65.8 -12.3 4 12 188604 G 118.511 1877 0.446 91.1 56.7 - 4.2 0 1 188604 G 118.511 1877 0.488 91.1 54.9 - 4.1 0 5 188604 G 118.511 1876 0.790 95.2 31.9 - 6.6 23 185 77C 188604 G 118.511 0.890 114.9 22.3 -24.0 195 188604 G 118.511 0.892 97.6 20.9 - 8.6 338 188604 G 118.511 + ( 107)( 999)( 1081) 188604 G 119.389 0.952 282.7 143.2 +10.7 111 188604 G 119.389 0.931 260.5 141.2 -10.3 76 188604 G 119.389 0.833 251.9 128.3 -17.2 131 188604 G 119.389 1872 0.947 269.3 143.6 - 2.0 10 220 388C * 188604 G 119.389 1872 0.937 273.5 141.6 + 1.9 0 49 388C * 188604 G 119.389 1872 0.920 270.9 139.2 - 0.8 10 144 388C * 188604 G 119.389 1874A 0.720 248.6 117.2 -18.1 43 393 114C 188604 G 119.389 1878 0.124 164.9 70.6 -10.9 0 26 188604 G 119.389 1878 0.130 153.5 69.1 -10.6 0 11 188604 G 119.389 1878 0.150 148.0 67.9 -11.3 0 7 188604 G 119.389 1878 0.176 143.9 66.4 -12.1 4 29 188604 G 119.389 1877 0.264 87.8 57.2 - 3.3 0 6 188604 G 119.389 1877 0.310 90.3 54.5 - 3.9 0 6 188604 G 119.389 1876 0.654 95.5 31.7 - 6.6 19 188 74C 188604 G 119.389 0.778 99.7 21.6 -10.0 109 188604 G 119.389 0.784 89.9 21.0 - 2.5 173 188604 G 119.389 0.838 118.3 17.8 -25.7 69 188604 G 119.389 0.831 109.1 17.0 -18.1 92 188604 G 119.389 0.964 99.6 357.7 -10.3 205 188604 G 119.389 + ( 86)( 1079)( 1542) 188605 G 120.433 0.948 256.1 130.3 -14.4 231 188605 G 120.433 0.937 284.5 126.5 +12.1 131 188605 G 120.433 1872 0.987 269.2 139.3 - 1.5 0 74 705C * 188605 G 120.433 1872 0.985 270.6 138.5 - 0.1 0 39 705C * 188605 G 120.433 1872 0.985 271.7 138.5 + 1.0 0 35 705C * 188605 G 120.433 1874 0.856 253.7 117.1 -15.9 0 8 317C * 188605 G 120.433 1874A 0.855 251.1 116.8 -18.1 69 312 317C * 188605 G 120.433 1878 0.246 238.3 71.0 -11.2 15 158 188605 G 120.433 1878 0.197 235.6 68.2 -10.3 0 5 188605 G 120.433 1878 0.203 226.7 67.3 -11.9 3 30 188605 G 120.433 1878 0.188 220.9 65.9 -12.0 8 45 188605 G 120.433 1876 0.448 97.3 32.2 - 6.8 29 196 188605 G 120.433 1879 0.819 101.8 3.9 -11.9 0 13 188605 G 120.433 1879 0.891 100.2 355.7 -10.9 0 8 181C 188605 G 120.433 0.880 100.1 357.0 -10.8 214 188605 G 120.433 + ( 124)( 923)( 1779) 188605 G 121.406 1874A 0.944 252.2 116.5 -18.1 40 372 533C * 188605 G 121.406 1874 0.927 251.7 113.6 -18.4 0 13 533C * 188605 G 121.406 1878A 0.469 251.8 72.8 -11.9 49 445 188605 G 121.406 1878 0.403 251.3 68.6 -10.9 0 7 188605 G 121.406 1878B 0.364 248.2 65.9 -11.3 26 367 188605 G 121.406 1876 0.238 102.2 32.3 - 6.6 26 186 188605 G 121.406 1880 0.957 80.7 33.7 + 7.7 5 95 311C * 188605 G 121.406 1880 0.980 80.2 328.3 + 8.8 26 714 311C * 188605 G 121.406 + ( 172)( 2199)( 844) 188605 G 122.418 0.782 256.9 83.7 -12.5 83 188605 G 122.418 1874A 0.992 252.3 115.9 -18.0 38 365 407F 188605 G 122.418 1878A 0.663 256.5 73.6 -11.7 76 524 188605 G 122.418 1878 0.611 256.9 69.7 -10.9 0 5 188605 G 122.418 1878 0.613 253.7 69.6 -12.8 0 6 188605 G 122.418 1878B 0.558 255.2 65.8 -11.3 28 375 188605 G 122.418 1876 0.049 179.4 32.6 - 6.5 23 172 188605 G 112.418 1880 0.864 77.8 334.2 + 8.6 23 121 506C * 188605 G 112.418 1880 0.925 79.4 326.1 + 8.4 64 821 506C * 188605 G 112.418 + ( 252)( 2389)( 996) 188605 G 123.432 0.912 255.0 84.8 -15.1 129 188605 G 123.432 1878A 0.819 258.3 73.9 -11.6 80 505 297C * 188605 G 123.432 1878 0.784 258.1 70.6 -11.6 0 5 297C * 188605 G 123.432 1878B 0.726 257.4 65.3 -11.6 32 378 297C * 188605 G 123.432 1876 0.239 256.7 32.7 - 6.7 27 171 188605 G 123.432 1880 0.751 75.5 332.1 + 8.4 22 329 430C * 188605 G 123.432 1880 0.797 75.5 328.0 + 9.3 0 11 430C * 188605 G 123.432 1880 0.801 78.2 327.2 + 7.2 0 14 430C * 188605 G 123.432 1880 0.835 77.1 324.0 + 8.7 58 590 430C * 188605 G 123.432 + ( 219)( 2003)( 856) 188605 G 124.553 0.892 272.9 67.1 + 1.0 91 188605 G 124.553 1878A 0.932 259.5 73.1 -11.0 54 437 573C * 188605 G 124.553 1878B 0.877 258.9 65.5 -11.4 19 546 573C * 188605 G 124.553 1876 0.478 262.7 32.7 - 6.6 26 179 188605 G 124.553 1880 0.568 69.0 332.0 + 8.8 18 302 188605 G 124.553 1880 0.618 72.6 327.9 + 7.8 0 3 188605 G 124.553 1880 0.627 69.7 327.8 + 9.7 0 5 188605 G 124.553 1880 0.668 73.0 324.2 + 8.5 36 738 188605 G 124.553 + ( 153)( 2210)( 664) 188605 G 125.454 1878A 0.981 259.3 71.5 -11.2 73 408 318C * 188605 G 125.454 1878B 0.951 258.6 64.5 -11.9 43 476 318C * 188605 G 125.454 1876 0.645 264.1 32.4 - 6.4 32 146 188605 G 125.454 1880 0.392 57.9 332.9 + 8.8 67 484 188605 G 125.454 1880 0.444 64.1 328.7 + 8.1 7 27 188605 G 125.454 1880 0.465 61.0 328.1 + 9.9 0 9 188605 G 125.454 1880 0.511 66.7 324.2 + 8.6 89 605 188605 G 125.454 + ( 311)( 2155)( 318) 188605 G 126.462 1876 0.805 264.7 32.5 - 6.2 14 151 126C 188605 G 126.462 1880 0.207 11.5 336.6 + 8.4 7 67 188605 G 126.462 1880 0.265 16.8 334.5 +11.3 0 11 188605 G 126.462 1880 0.236 28.4 332.5 + 8.6 29 407 188605 G 126.462 1880 0.277 40.8 328.5 + 8.8 0 69 188605 G 126.462 1880 0.321 52.0 324.3 + 8.1 43 487 188605 G 126.462 1880 0.357 45.2 324.1 +11.3 0 13 188605 G 126.462 + ( 93)( 1205)( 126) 188605 I 127.185 0.852 248.5 26.7 -19.9 399 188605 I 127.185 1876 0.894 264.4 32.8 - 6.5 29 162 183C 188605 I 127.185 1880 0.245 327.2 337.2 + 8.7 10 52 188605 I 127.185 1880 0.218 343.8 333.0 + 8.9 38 332 188605 I 127.185 1880 0.212 19.6 325.4 + 8.3 52 541 188605 I 127.185 + ( 129)( 1087)( 582) 188605 G 128.524 0.907 247.1 15.9 -22.0 195 188605 G 128.524 1876 0.984 264.5 31.6 - 6.0 0 131 188605 G 128.524 1880 0.431 297.5 334.4 + 8.6 33 435 188605 G 128.524 1880 0.359 305.9 328.9 + 9.1 0 60 188605 G 128.524 1880 0.334 303.7 328.0 + 7.7 0 5 188605 G 128.524 1880 0.296 310.4 324.9 + 8.0 7 278 188605 G 128.524 + ( 40)( 909)( 195) 188605 G 129.460 1880 0.613 289.0 335.3 + 9.1 41 400 188605 G 129.460 1880 0.530 293.6 328.9 + 9.6 6 80 188605 G 129.460 1880 0.474 294.0 325.3 + 8.4 10 171 188605 G 129.460 0.941 94.4 229.3 - 5.2 106 188605 G 129.460 + ( 57)( 651)( 106) 188605 I 130.265 0.940 259.0 358.8 -11.3 196 188605 I 130.265 1880 0.755 284.5 336.3 + 8.9 59 393 361C 188605 I 130.265 1880 0.673 286.7 329.4 + 8.9 11 40 188605 I 130.265 1880 0.626 286.4 326.0 + 7.8 7 56 188605 I 130.265 1880 0.575 287.2 322.3 + 7.3 0 6 188605 I 130.265 0.864 94.5 229.1 - 5.4 189 188605 I 130.265 + ( 77)( 495)( 746) 188605 I 131.160 1880 0.887 281.4 338.3 + 8.8 34 231 401C * 188605 I 131.160 1880 0.849 282.7 333.7 + 9.2 0 6 401C * 188605 I 131.160 1880 0.770 282.0 326.1 + 7.4 4 21 401C * 188605 I 131.160 1881A 0.339 181.5 277.5 -22.5 0 11 188605 I 131.160 1881B 0.352 177.4 275.9 -23.3 0 7 188605 I 131.160 0.917 79.2 211.5 + 8.7 188 188605 I 131.160 + ( 38)( 276)( 589) 188605 I 132.145 1880 0.968 279.4 338.5 + 8.4 5 119 726C * 188605 I 132.145 1880 0.894 279.3 326.3 + 7.1 0 12 726C * 188605 I 132.145 1882A 0.765 264.6 313.6 - 5.9 0 61 73C * 188605 I 132.145 1882 0.736 265.3 311.1 - 5.3 0 12 73C * 188605 I 132.145 1881A 0.417 214.5 278.6 -22.7 4 19 188605 I 132.145 1881B 0.401 207.9 275.5 -23.3 0 14 188605 I 132.145 0.904 79.9 200.0 + 8.0 248 188605 I 132.145 + ( 9)( 237)( 1047) 188605 I 133.091 0.959 279.7 324.0 + 8.5 980 188605 I 133.091 1882 0.905 265.7 316.1 - 5.0 4 32 81C * 188605 I 133.091 1882A 0.881 264.6 313.1 - 6.0 8 48 81C * 188605 I 133.091 0.867 77.4 192.5 + 9.6 96 188605 I 133.091 0.966 81.7 177.1 + 7.4 98 188605 I 133.091 + ( 12)( 80)( 1255) 188605 G 134.386 0.979 264.9 312.5 - 5.5 213 188605 G 134.386 0.926 203.8 281.5 -59.4 44 188605 G 134.386 0.862 81.4 175.5 + 6.2 173 188605 G 134.386 0.951 105.4 162.6 -15.4 37 188605 G 134.386 + ( 0)( 0)( 467) 188605 I 135.087 0.953 196.8 270.3 -67.2 57 188605 I 135.087 0.905 163.3 191.7 -61.8 47 188605 I 135.087 0.946 96.7 154.1 - 7.1 412 188605 I 135.087 + ( 0)( 0)( 516) 188605 I 136.263 0.857 100.1 150.8 - 9.8 239 188605 I 136.263 0.905 86.0 145.1 + 2.7 381 188605 I 136.263 + ( 0)( 0)( 620) 188605 G 137.392 0.772 85.6 144.2 + 2.1 163 188605 G 137.392 0.874 175.0 185.0 -62.4 40 188605 G 137.392 0.948 111.2 123.7 -20.8 282 188605 G 137.392 + ( 0)( 0)( 485) 188605 I 138.100 0.942 112.1 115.7 -21.4 695 188605 I 138.100 + ( 0)( 0)( 695) 188605 I 139.097 1883 0.589 254.7 206.9 -10.5 5 8 188605 I 139.097 1883 0.538 254.5 203.4 - 9.9 2 7 188605 I 139.097 0.867 115.1 113.8 -22.5 630 188605 I 139.097 + ( 7)( 15)( 630) 188605 G 140.403 1884 0.986 100.8 74.3 -11.0 64 287 298C 188605 G 140.403 0.897 106.0 91.6 -15.1 117 188605 G 140.403 + ( 64)( 287)( 415) 188605 M 141.194 1885A 0.666 287.9 184.2 +10.6 0 5 188605 M 141.194 1885B 0.648 289.5 182.6 +11.2 0 2 188605 M 141.194 1884 0.939 101.0 74.6 -10.9 53 386 375C 188605 M 141.194 0.893 93.2 81.1 - 3.6 146 188605 M 141.194 + ( 53)( 393)( 521) 188605 G 142.678 0.952 279.9 196.0 + 8.9 161 188605 G 142.678 1885A 0.867 282.6 183.6 +10.2 16 45 227C * 188605 G 142.678 1885C 0.834 285.9 179.6 +12.3 0 12 227C * 188605 G 142.678 1884 0.779 102.3 74.1 -10.4 73 380 448C 188605 G 142.678 0.823 91.5 69.4 - 2.1 146 188605 G 142.678 0.927 112.2 57.9 -21.1 37 188605 G 142.678 + ( 89)( 437)( 1019) 188605 I 143.098 1885A 0.917 281.8 184.6 +10.2 23 109 186C * 188605 I 143.098 1885C 0.887 284.5 180.2 +12.1 0 29 186C * 188605 I 143.098 1884 0.717 103.5 74.0 -10.6 89 377 72C 188605 I 143.098 0.820 106.5 65.0 -14.3 127 188605 I 143.098 0.923 91.0 51.9 - 1.5 108 188605 I 143.098 0.996 95.8 34.2 - 5.9 56 188605 I 143.098 + ( 112)( 515)( 549) 188605 G 144.573 0.990 281.8 180.7 +11.5 108 188605 G 144.573 0.821 260.6 154.3 - 8.5 137 188605 G 144.573 0.924 194.0 131.0 -64.7 203 188605 G 144.573 1884 0.457 111.0 73.9 -10.6 81 327 188605 G 144.573 1886 0.906 95.7 34.8 - 5.8 11 60 148C 188605 G 144.573 0.952 110.4 28.3 -19.8 261 188605 G 144.573 + ( 92)( 387)( 857) 188605 G 145.449 0.897 261.0 151.2 - 8.6 217 188605 G 145.449 0.837 273.2 144.3 + 2.1 239 188605 G 145.449 1884 0.287 126.0 74.2 -10.7 63 320 188605 G 145.449 1886 0.803 97.2 34.7 - 6.4 5 44 64C 188605 G 145.449 0.926 114.4 21.7 -22.9 206 188605 G 145.449 + ( 68)( 364)( 726) 188605 G 146.526 0.940 272.8 143.3 + 2.3 333 188605 G 146.526 0.939 253.9 142.6 -15.4 120 188605 G 146.526 0.902 263.8 137.7 - 6.1 140 188605 G 146.526 0.776 246.4 121.7 -18.1 231 188605 G 146.526 1884 0.169 183.1 74.0 -10.7 88 360 188605 G 146.526 1886 0.631 98.5 34.8 - 6.2 6 45 188605 G 146.526 0.812 99.2 19.7 - 8.0 76 188605 G 146.526 1886 0.866 115.6 16.0 -22.5 395 188605 G 146.526 + ( 94)( 405)( 1295) 188605 G 147.393 0.984 273.2 141.6 + 3.0 178 188605 G 147.393 0.971 264.8 138.2 - 5.3 142 188605 G 147.393 0.938 253.0 131.1 -16.3 260 188605 G 147.393 0.773 243.9 109.8 -20.4 500 188605 G 147.393 1884 0.269 230.5 74.3 -10.7 70 321 188605 G 147.393 1886 0.467 101.2 34.9 - 6.0 7 36 188605 G 147.393 0.790 121.0 14.2 -24.6 204 188605 G 147.393 0.975 80.4 345.5 + 9.2 440 188605 G 147.393 + ( 77)( 357)( 1724) 188605 G 148.529 0.905 245.5 109.8 -22.4 293 188605 G 148.529 1884 0.483 249.0 74.3 -10.6 67 323 188605 G 148.529 1886 0.227 112.4 35.0 - 5.8 8 29 188605 G 148.529 1887A 0.673 72.3 6.5 +11.2 0 10 188605 G 148.529 1887B 0.694 71.6 5.0 +12.0 0 4 188605 G 148.529 1887C 0.708 73.0 3.6 +11.3 0 4 188605 G 148.529 0.907 78.4 342.8 +10.2 438 188605 G 148.529 0.975 83.1 330.3 + 6.6 245 188605 G 148.529 + ( 75)( 370)( 976) 188605 G 149.483 0.952 250.6 105.6 -18.6 138 188605 G 149.483 0.923 249.3 100.4 -19.3 197 188605 G 149.483 0.839 240.6 87.8 -24.7 77 188605 G 149.483 0.746 266.8 82.5 - 2.8 251 188605 G 149.483 1888A 0.849 255.1 91.6 -13.0 4 32 185C * 188605 G 149.483 1888B 0.835 256.0 90.2 -12.0 7 38 185C * 188605 G 149.483 1884 0.657 254.5 74.4 -10.6 65 333 188605 G 149.483 1886 0.085 186.6 35.1 - 5.4 4 16 188605 G 149.483 1887A 0.509 66.2 6.3 +11.3 2 40 188605 G 149.483 1887C 0.540 68.8 3.8 +10.7 0 21 188605 G 149.483 1887D 0.548 66.9 3.6 +11.9 0 15 188605 G 149.483 0.792 76.7 343.1 +10.2 641 188605 G 149.483 0.904 82.9 330.3 + 6.1 595 188605 G 149.483 0.916 94.5 328.4 - 4.4 194 188605 G 149.483 + ( 82)( 495)( 2278) 188605 G 150.544 0.932 240.7 86.3 -27.3 43 188605 G 150.544 0.913 276.2 85.9 + 5.4 70 188605 G 150.544 0.870 263.9 80.5 - 5.5 264 188605 G 150.544 0.767 251.8 68.9 -14.2 122 188605 G 150.544 1888A 0.961 257.2 93.9 -12.4 11 138 221C * 188605 G 150.544 1888B 0.936 256.6 89.1 -12.7 56 181 221C * 188605 G 150.544 1884 0.817 257.3 74.4 -10.6 67 337 136C 188605 G 150.544 1889 0.417 306.9 40.4 +14.0 1 20 188605 G 150.544 1886 0.271 251.9 35.3 - 5.3 2 11 188605 G 150.544 0.866 77.6 321.3 +10.4 208 188605 G 150.544 0.883 98.5 318.8 - 7.7 172 188605 G 150.544 + ( 137)( 687)( 1236) 188606 G 151.524 1888B 0.989 257.1 88.6 -12.8 45 241 494C * 188606 G 151.524 1884 0.924 258.8 74.5 -10.5 66 282 494C * 188606 G 151.524 1889 0.603 294.8 41.7 +14.3 5 15 188606 G 151.524 + ( 116)( 538)( 494) 188606 G 152.417 0.927 266.6 63.3 - 3.3 161 188606 G 152.417 1884 0.981 259.4 74.0 -10.4 63 235 252S 188606 G 152.417 1889 0.748 289.1 42.2 +14.0 0 10 188606 G 152.417 1890 0.313 54.7 340.6 +10.1 2 8 188606 G 152.417 1890 0.331 57.2 339.3 +10.0 0 19 188606 G 152.417 1890 0.371 64.1 335.9 + 9.0 0 4 188606 G 152.417 1890 0.389 60.8 335.5 +10.6 0 9 188606 G 152.417 + ( 65)( 285)( 413) 188606 I 153.089 1890 0.195 24.6 342.0 +10.0 0 6 188606 I 153.089 1890 0.213 31.7 340.2 +10.2 8 35 188606 I 153.089 1890 0.246 37.8 337.9 +11.0 1 9 188606 I 153.089 1890 0.262 47.7 335.4 + 9.9 1 41 188606 I 153.089 1891 0.762 109.2 298.8 -14.6 4 17 147C * 188606 I 153.089 1891 0.807 109.2 297.5 -15.5 0 4 147C * 188606 I 153.089 1891 0.783 107.6 296.7 -13.8 0 14 147C * 188606 I 153.089 + ( 14)( 126)( 147) 188606 G 154.382 0.898 266.5 33.3 - 3.2 87 188606 G 154.382 0.820 241.8 21.1 -22.7 300 188606 G 154.382 1892A 0.646 249.0 7.8 -13.3 0 5 188606 G 154.382 1890 0.297 302.8 344.3 + 9.2 0 4 188606 G 154.382 1890 0.284 304.7 343.3 + 9.3 2 8 188606 G 154.382 1890 0.275 310.5 341.9 +10.3 0 7 188606 G 154.382 1890 0.263 307.8 341.8 + 9.2 0 24 188606 G 154.382 1890 0.238 323.3 338.0 +11.0 0 13 188606 G 154.382 1890 0.199 328.6 335.7 + 9.8 0 11 188606 G 154.382 1891A 0.524 118.8 301.5 -14.6 33 202 188606 G 154.382 1891 0.570 117.0 298.1 -15.0 0 18 188606 G 154.382 1891 0.568 114.2 297.6 -13.4 3 14 188606 G 154.382 1891 0.589 119.2 297.4 -16.6 0 12 188606 G 154.382 1891 0.590 117.2 296.8 -15.6 0 3 188606 G 154.382 1891 0.591 114.0 296.1 -13.8 18 56 188606 G 154.382 1891 0.612 118.4 295.6 -16.9 5 20 188606 G 154.382 + ( 61)( 397)( 387) 188606 G 155.473 0.886 243.9 14.8 -22.8 157 188606 G 155.473 1892B 0.840 255.1 11.3 -12.4 0 36 66C * 188606 G 155.473 1892A 0.809 252.7 7.8 -13.8 0 15 66C * 188606 G 155.473 1890 0.441 292.0 339.7 + 9.6 0 11 188606 G 155.473 1890 0.440 295.3 339.1 +10.9 0 23 188606 G 155.473 1890 0.401 295.2 336.8 + 9.9 0 10 188606 G 155.473 1890 0.409 299.2 336.6 +11.6 5 21 188606 G 155.473 1891A 0.322 143.4 303.9 -14.8 82 403 188606 G 155.473 1891 0.380 134.1 299.0 -15.1 6 61 188606 G 155.473 1891 0.405 127.2 296.0 -14.0 7 53 188606 G 155.473 1891 0.448 130.6 294.6 -16.8 10 41 188606 G 155.473 + ( 110)( 674)( 223) 188606 G 156.572 0.932 282.6 8.8 +11.8 65 188606 G 156.572 0.888 238.0 359.0 -27.9 124 188606 G 156.572 0.917 190.9 324.0 -64.0 78 188606 G 156.572 1892B 0.953 257.0 12.3 -12.3 0 18 235C 188606 G 156.572 1890 0.661 283.6 341.1 + 9.1 0 8 240P * 188606 G 156.572 1890A 0.661 286.0 340.8 +10.7 15 79 240P * 188606 G 156.572 1890B 0.602 287.7 336.3 +10.7 12 47 240P * 188606 G 156.572 1893A 0.619 262.3 338.5 - 4.6 0 7 188606 G 156.572 1893B 0.588 260.7 336.2 - 5.3 0 8 188606 G 156.572 1894 0.541 279.2 333.0 + 5.1 0 5 188606 G 156.572 1891A 0.275 196.8 305.4 -15.0 75 398 188606 G 156.572 1891 0.234 181.5 301.1 -13.3 0 5 188606 G 156.572 1891 0.269 180.2 300.8 -15.3 0 9 188606 G 156.572 1891 0.250 172.8 298.9 -14.1 0 11 188606 G 156.572 1891 0.292 168.0 297.1 -16.3 9 75 188606 G 156.572 1891 0.259 163.9 296.5 -14.2 3 83 188606 G 156.572 1891 0.306 160.2 294.5 -16.5 7 60 188606 G 156.572 + ( 121)( 813)( 742) 188606 G 157.429 0.985 255.9 8.7 -13.8 150 188606 G 157.429 0.923 241.2 353.5 -26.2 73 188606 G 157.429 1890A 0.802 282.6 341.8 +10.3 10 60 173P 188606 G 157.429 1890B 0.739 283.7 336.0 +10.3 0 19 188606 G 157.429 1893A 0.773 263.6 339.5 - 4.8 0 19 188606 G 157.429 1893B 0.731 262.2 335.8 - 5.4 0 3 188606 G 157.429 1891A 0.383 225.0 305.5 -15.4 79 451 188606 G 157.429 1891 0.331 219.0 301.7 -14.6 11 72 188606 G 157.429 1891 0.317 212.8 299.5 -15.1 0 50 188606 G 157.429 1891 0.287 206.1 296.8 -14.6 0 73 188606 G 157.429 1891 0.314 202.7 296.5 -16.5 10 76 188606 G 157.429 1891 0.304 196.1 294.3 -16.6 11 48 188606 G 157.429 + ( 121)( 871)( 396) 188606 G 158.402 1890A 0.918 280.8 342.5 +10.1 0 67 325C * 188606 G 158.402 1890B 0.867 281.4 335.8 +10.0 0 26 325C * 188606 G 158.402 1893A 0.896 264.3 339.7 - 5.0 0 14 188606 G 158.402 1893B 0.862 264.9 335.6 - 4.2 0 10 188606 G 158.402 1891A 0.538 240.6 305.3 -14.9 81 589 188606 G 158.402 1891 0.444 232.9 297.8 -15.1 14 74 188606 G 158.402 1891 0.442 228.2 296.4 -16.7 6 46 188606 G 158.402 1891 0.418 225.5 294.4 -16.6 3 33 188606 G 158.402 + ( 104)( 859)( 325) 188606 G 159.420 0.949 265.2 334.2 - 4.4 237 188606 G 159.420 0.934 280.1 331.5 + 9.6 597 188606 G 159.420 0.848 256.8 319.9 -10.8 59 188606 G 159.420 1891A 0.704 248.5 305.3 -14.5 94 529 188606 G 159.420 1891 0.658 247.0 301.4 -14.4 1 3 188606 G 159.420 1891 0.629 246.2 299.2 -14.2 0 10 188606 G 159.420 1891 0.621 243.7 298.0 -15.4 13 57 188606 G 159.420 1891 0.609 241.0 296.5 -16.6 5 22 188606 G 159.420 1891 0.586 240.8 294.9 -16.0 0 9 188606 G 159.420 1895 0.931 84.8 194.6 + 5.1 0 16 129C 188606 G 159.420 + ( 113)( 646)( 1022) 188606 I 160.301 0.966 278.5 326.1 + 8.4 272 188606 I 160.301 0.929 261.3 319.0 - 7.8 152 188606 I 160.301 1891A 0.824 252.0 305.1 -14.3 102 490 184C * 188606 I 160.301 1891 0.759 248.0 298.2 -16.0 3 44 184C * 188606 I 160.301 1895 0.842 84.5 194.2 + 5.1 0 7 266C 188606 I 160.301 + ( 105)( 541)( 874) 188606 G 160.402 1891A 0.935 254.6 304.9 -14.1 76 475 663F 188606 G 160.402 + ( 76)( 475)( 663) 188606 G 161.383 1891A 0.990 255.5 305.0 -14.3 61 377 555F 188606 G 161.383 0.939 94.6 154.3 - 4.0 226 188606 G 161.383 0.957 80.9 151.0 + 9.0 85 188606 G 161.383 + ( 61)( 377)( 866) 188606 G 163.601 0.850 77.5 150.2 +11.1 81 188606 G 163.601 0.866 93.4 148.0 - 2.4 343 188606 G 163.601 0.902 105.0 144.5 -13.0 241 188606 G 163.601 + ( 0)( 0)( 665) 188606 M 164.199 + ( 0)( 0)( 0) 188606 G 165.508 0.942 116.1 194.8 -24.0 156 188606 G 165.508 + ( 0)( 0)( 156) 188606 G 166.460 1896A 0.955 105.7 98.2 -14.6 18 113 209C 188606 G 166.460 + ( 18)( 113)( 270) 188606 G 167.500 1896A 0.863 108.2 98.3 -14.9 19 82 131C 188606 G 167.500 1897 0.991 101.9 74.5 -11.6 0 296 61P 188606 G 167.500 0.932 104.8 88.6 -13.2 474 188606 G 167.500 0.955 92.9 83.7 - 2.3 181 188606 G 167.500 + ( 19)( 378)( 847) 188606 I 168.164 0.906 253.9 210.8 -13.8 82 188606 I 168.164 1896A 0.784 110.6 98.1 -15.0 22 102 82C 188606 I 168.164 1897 0.964 102.5 73.7 -11.6 51 253 103C 188606 I 168.164 0.888 105.5 86.1 -13.0 349 188606 I 168.164 0.886 94.2 85.3 - 3.0 107 188606 I 168.164 0.981 95.4 68.8 - 5.0 80 188606 I 168.164 + ( 73)( 355)( 803) 188606 G 169.429 1896A 0.590 118.3 98.1 -14.7 11 118 188606 G 169.429 1897 0.845 104.6 74.2 -11.3 42 240 110C 188606 G 169.429 0.898 99.6 67.4 - 7.8 92 188606 G 169.429 + ( 53)( 358)( 202) 188606 G 170.366 1896A 0.440 130.4 97.9 -14.7 11 105 188606 G 170.366 1897 0.719 108.3 74.1 -11.7 22 201 69C 188606 G 170.366 0.970 94.0 42.5 - 3.5 0 34 194C 188606 G 170.366 + ( 33)( 340)( 263) 188606 M 171.196 1896A 0.325 151.9 9.8 -14.6 15 91 188606 M 171.196 1897 0.574 112.6 74.6 -11.0 21 168 188606 M 171.196 + ( 36)( 259)( 0) 188606 G 172.549 0.921 260.6 155.4 - 7.8 247 188606 G 172.549 0.878 270.9 150.3 + 1.9 78 188606 G 172.549 0.825 247.1 141.7 -17.4 70 188606 G 172.549 1898 0.637 280.8 128.2 + 8.5 6 43 188606 G 172.549 1898 0.584 282.3 124.2 + 8.9 0 35 188606 G 172.549 1896A 0.329 206.5 97.8 -15.0 15 85 188606 G 172.549 1897 0.346 133.1 74.2 -11.6 19 143 188606 G 172.549 1899 0.730 96.2 42.7 - 3.1 0 7 87F 188606 G 172.549 0.941 110.6 21.1 +18.5 337 188606 G 172.549 0.977 103.2 12.4 -12.4 111 188606 G 172.549 + ( 40)( 313)( 930) 188606 G 173.385 0.944 266.6 148.5 - 2.5 423 188606 G 173.385 0.930 253.9 145.0 -14.1 198 188606 G 173.385 1898 0.785 279.1 129.6 + 8.5 23 78 101C * 188606 G 173.385 1898 0.741 280.5 125.6 + 9.3 2 55 101C * 188606 G 173.385 1898 0.718 279.2 123.7 + 8.1 0 5 101C * 188606 G 173.385 1896 0.455 233.2 100.1 -13.7 0 5 188606 G 173.385 1896A 0.445 228.4 98.3 -15.1 10 77 188606 G 173.385 1897 0.250 165.4 74.5 -11.7 10 129 188606 G 173.385 1899 0.573 99.0 43.8 - 3.3 1 11 188606 G 173.385 1899 0.595 98.6 42.2 - 3.3 0 6 188606 G 173.385 0.905 113.2 16.2 -19.9 281 188606 G 173.385 + ( 46)( 366)( 1003) 188606 G 174.393 1898 0.915 278.4 130.8 + 8.6 10 95 118C * 188606 G 174.393 1898 0.877 278.6 125.8 + 8.6 0 16 118C * 188606 G 174.393 1896A 0.608 240.8 98.0 -15.3 14 48 188606 G 174.393 1897 0.291 213.6 74.2 -11.7 7 102 188606 G 174.393 0.963 78.7 350.6 +11.5 517 188606 G 174.393 0.985 94.0 345.1 - 3.6 136 188606 G 174.393 + ( 31)( 261)( 771) 188606 G 173.391 0.965 278.4 126.3 + 8.8 401 188606 G 173.391 0.935 250.8 118.6 -16.9 104 188606 G 173.391 0.914 245.7 114.4 -20.9 161 188606 G 173.391 1896A 0.762 247.1 98.1 -15.5 10 43 137C 188606 G 173.391 1897 0.448 236.9 74.0 -11.8 9 113 188606 G 173.391 0.881 78.5 350.0 +11.3 550 188606 G 173.391 0.926 94.6 344.2 - 3.3 120 188606 G 173.391 0.949 82.7 340.0 + 7.7 523 188606 G 173.391 + ( 19)( 156)( 1996) 188606 G 176.417 0.979 247.5 114.0 -21.4 106 188606 G 176.417 0.923 253.5 103.6 -14.1 78 188606 G 176.417 0.937 237.1 102.4 -29.4 86 188606 G 176.417 0.852 270.9 96.3 + 2.1 63 188606 G 176.417 0.903 232.0 95.2 -32.4 62 188606 G 176.417 0.833 254.2 92.7 -11.6 88 188606 G 176.417 1896A 0.886 250.7 98.1 -15.7 5 17 100C 188606 G 176.417 1897 0.626 247.0 73.9 -12.0 13 92 188606 G 176.417 0.907 81.7 333.0 + 8.6 451 188606 G 176.417 + ( 18)( 109)( 1034) 188606 G 177.484 0.902 255.2 86.7 -12.1 155 188606 G 177.484 1897 0.786 252.6 73.7 -11.9 7 79 188606 G 177.484 1900A 0.627 75.6 345.7 +11.1 1 25 188606 G 177.484 1900B 0.671 76.5 342.3 +11.0 0 36 188606 G 177.484 1901A 0.990 105.7 303.3 -15.1 0 244 239C 188606 G 177.484 + ( 8)( 384)( 394) 188606 G 178.398 0.953 268.8 83.8 - 0.3 181 188606 G 178.398 0.952 256.8 82.6 -11.7 169 188606 G 178.398 1897 0.895 254.7 73.6 -12.4 0 21 162S 188606 G 178.398 1900A 0.438 70.5 346.9 +11.0 0 30 188606 G 178.398 1900B 0.493 72.1 343.2 +11.2 1 32 188606 G 178.398 1901A 0.943 106.9 302.9 -14.9 52 364 462C 188606 G 178.398 1902A 0.950 71.4 300.3 +18.5 7 83 182F 188606 G 178.398 + ( 60)( 530)( 1156) 188606 G 179.406 0.964 254.8 71.4 -13.8 159 188606 G 179.406 0.950 263.8 69.6 - 5.0 84 188606 G 179.406 0.720 255.7 43.0 - 8.2 86 188606 G 179.406 1901 0.825 110.0 305.3 -14.6 0 41 188606 G 179.406 1901 0.836 112.3 304.7 -16.8 0 7 188606 G 179.406 1901A 0.848 109.8 302.9 -15.0 51 369 259C 188606 G 179.406 1902A 0.865 70.2 299.5 +18.6 18 77 117C 188606 G 179.406 1903A 0.938 112.5 291.5 -19.9 7 144 172C 188606 G 179.406 + ( 76)( 638)( 877) 188606 G 180.393 0.955 269.3 57.9 + 0.3 70 188606 G 180.393 0.849 261.1 42.6 - 5.9 99 188606 G 180.393 1901 0.692 116.4 305.5 -15.6 5 126 302C * 188606 G 180.393 1901A 0.719 114.3 302.9 -15.0 49 347 302C * 188606 G 180.393 1901 0.710 111.1 302.8 -12.6 0 12 302C * 188606 G 180.393 1901 0.733 117.8 302.7 -17.7 4 96 302C * 188606 G 180.393 1902A 0.738 67.2 299.7 +18.6 17 69 96C 188606 G 180.393 1903A 0.849 115.9 291.3 -20.0 13 130 261F 188606 G 180.393 0.918 71.3 279.3 +18.3 60 188606 G 180.393 + ( 88)( 780)( 888) 188607 G 181.413 1901 0.529 125.3 305.4 -15.0 4 55 188607 G 181.413 1901 0.553 128.7 305.0 -17.4 0 27 188607 G 181.413 1901 0.540 120.3 303.3 -13.0 0 18 188607 G 181.413 1901A 0.571 122.7 302.1 -15.2 59 361 188607 G 181.413 1901 0.596 127.4 302.0 -18.4 16 153 188607 G 181.413 1902A 0.583 61.6 299.2 +18.7 8 52 188607 G 181.413 1903A 0.730 122.2 290.7 -20.5 2 76 188607 G 181.413 1903A 0.956 87.5 259.0 + 3.3 100 188607 G 182.391 1901 0.385 144.5 305.6 -15.1 0 25 188607 G 182.391 1901 0.408 146.7 305.4 -16.8 0 20 188607 G 182.391 1901A 0.422 138.4 302.1 -15.2 59 348 188607 G 182.391 1901 0.458 142.2 301.8 -18.1 10 117 188607 G 182.391 1902A 0.419 50.6 299.0 +18.4 6 52 188607 G 182.391 1903 0.602 134.6 291.5 -22.1 0 4 188607 G 182.391 1903A 0.594 132.2 291.0 -20.6 0 49 188607 G 182.391 + ( 75)( 615)( 0) 188607 G 183.399 0.927 247.8 10.6 -19.1 208 188607 G 183.399 1901 0.316 184.9 307.1 -14.9 3 10 188607 G 183.399 1901 0.333 179.2 305.2 -16.0 0 2 188607 G 183.399 1901 0.353 174.9 303.6 -17.1 1 16 188607 G 183.399 1901A 0.323 169.5 302.0 -15.1 61 325 188607 G 183.399 1901 0.370 168.7 301.2 -17.8 12 115 188607 G 183.399 1902A 0.278 20.9 299.5 +18.4 8 17 188607 G 183.399 1902 0.287 31.4 296.5 +17.5 0 4 188607 G 183.399 1903A 0.465 151.1 291.7 -20.6 1 37 188607 G 183.399 1903 0.480 152.1 291.6 -21.7 0 8 188607 G 183.399 1903 0.504 152.4 290.8 -23.2 3 7 188607 G 183.399 1903 0.512 140.4 285.3 -20.0 0 4 188607 G 183.399 0.912 100.4 240.8 - 8.0 65 188607 G 183.399 + ( 89)( 545)( 273) 188607 G 184.404 0.895 278.7 355.8 + 9.3 175 188607 G 184.404 1901 0.394 210.1 304.1 -16.5 0 11 188607 G 184.404 1901A 0.360 206.4 301.8 -15.3 60 336 188607 G 184.404 1901 0.390 201.5 300.9 -17.8 10 79 188607 G 184.404 1902A 0.285 334.0 299.8 +18.3 0 5 188607 G 184.404 1902 0.302 342.4 297.9 +20.1 0 5 188607 G 184.404 1902 0.239 341.6 296.8 +16.5 0 2 188607 G 184.404 1903A 0.416 180.1 292.4 -20.9 7 35 188607 G 184.404 1903 0.453 176.7 290.7 -23.3 0 7 188607 G 184.404 1903 0.404 164.3 285.7 -19.3 0 5 188607 G 184.404 + ( 77)( 485)( 175) 188607 G 185.407 0.923 280.5 346.3 +11.1 473 188607 G 185.407 0.896 264.2 342.0 - 3.6 164 188607 G 185.407 1901 0.511 224.4 300.9 -18.0 7 27 188607 G 185.407 1901 0.490 224.0 299.7 -17.2 0 14 188607 G 185.407 1901A 0.486 229.3 301.2 -15.1 60 303 188607 G 185.407 1903 0.422 200.1 287.7 -19.7 8 20 188607 G 185.407 1903 0.400 196.6 285.8 -18.9 5 46 188607 G 185.407 + ( 80)( 410)( 637) 188607 G 186.402 0.971 264.9 341.5 - 4.0 116 188607 G 186.402 0.947 278.0 337.3 + 8.8 337 188607 G 186.402 1901 0.663 238.1 301.9 -17.5 0 24 188607 G 186.402 1901A 0.644 240.8 301.4 -15.3 45 308 188607 G 186.402 1903 0.533 223.5 288.7 -19.3 7 56 188607 G 186.402 1903 0.499 219.6 285.5 -19.0 0 39 188607 G 186.402 + ( 52)( 427)( 453) 188607 G 187.500 0.983 264.2 330.1 - 5.0 131 188607 G 187.500 0.964 281.8 326.1 +12.4 194 188607 G 187.500 1901A 0.800 248.1 301.3 -14.9 65 361 217C 188607 G 187.500 1901 0.730 246.5 294.8 -14.2 0 5 188607 G 187.500 1903 0.700 238.1 290.0 -18.7 0 31 188607 G 187.500 1903 0.681 235.5 287.7 -19.6 0 38 188607 G 187.500 1903 0.654 233.6 285.1 -19.7 0 43 188607 G 187.500 + ( 65)( 478)( 542) 188607 G 188.518 0.865 287.6 297.2 +17.1 199 188607 G 188.518 1901A 0.912 251.7 301.3 -14.9 51 331 293C 188607 G 188.518 1903 0.816 242.3 287.7 -19.7 0 16 118C * 188607 G 188.518 1903 0.785 241.6 284.6 -19.2 0 22 118C * 188607 G 188.518 1903 0.783 239.7 283.4 -19.3 0 12 118C * 188607 G 188.518 + ( 51)( 381)( 610) 188607 G 189.420 0.947 287.6 297.2 +18.0 209 188607 G 189.420 1901A 0.974 253.9 300.9 -14.7 47 288 334C 188607 G 189.420 1903 0.884 245.6 284.1 -19.3 0 6 292C 188607 G 189.420 0.923 107.3 160.7 -14.1 149 188607 G 189.420 + ( 47)( 294)( 984) 188607 G 190.456 0.966 246.1 284.0 -21.8 419 188607 G 190.456 0.918 111.0 148.5 -17.4 105 188607 G 190.456 0.965 82.2 137.2 + 8.6 108 188607 G 190.456 + ( 0)( 0)( 632) 188607 G 191.638 0.909 271.2 261.7 + 2.9 87 188607 G 191.638 0.885 82.9 134.1 + 8.2 246 188607 G 191.638 + ( 0)( 0)( 333) 188607 I 192.119 0.940 271.6 260.1 + 3.0 143 188607 I 192.119 0.796 82.6 137.4 + 8.5 93 188607 I 192.119 0.869 83.1 129.8 + 8.1 249 188607 I 192.119 + ( 0)( 0)( 485) 188607 G 193.472 1904 0.678 250.3 212.5 - 9.8 0 4 188607 G 193.472 1904 0.662 248.8 211.0 -10.4 0 4 188607 G 193.472 0.929 110.4 106.9 -17.1 155 188607 G 193.472 + ( 0)( 8)( 155) 188607 G 194.389 1904 0.819 254.1 213.2 -10.3 0 23 151C * 188607 G 194.389 1904 0.793 253.7 210.6 -10.0 0 32 151C * 188607 G 194.389 1905 0.515 236.6 186.2 -12.4 2 9 188607 G 194.389 0.901 101.4 97.4 - 7.7 360 188607 G 194.389 + ( 2)( 64)( 511) 188607 G 195.466 0.914 256.3 210.3 -10.5 90 188607 G 195.466 1906 0.972 101.6 70.9 -10.2 0 42 330C 188607 G 195.466 + ( 0)( 42)( 420) 188607 G 196.387 0.983 258.0 211.8 -10.9 147 188607 G 196.387 1906 0.894 103.3 71.9 - 9.7 9 80 286C * 188607 G 196.387 1906 0.924 103.1 67.8 -10.2 0 41 286C * 188607 G 196.387 1907 0.963 111.1 62.2 -18.9 0 13 162C 188607 G 196.387 0.864 92.3 74.2 + 0.4 88 188607 G 196.387 + ( 9)( 134)( 683) 188607 I 197.128 1906A 0.795 104.7 73.0 - 8.6 17 103 288C * 188607 I 197.128 1906 0.815 106.4 71.4 -10.4 4 27 288C * 188607 I 197.128 1906 0.848 105.5 67.9 -10.4 9 64 288C * 188607 I 197.128 1907 0.909 113.2 62.1 -18.8 0 16 263F 188607 I 197.128 0.918 92.2 57.6 - 0.1 48 188607 I 197.128 0.960 100.2 51.8 - 8.4 119 188607 I 197.128 + ( 30)( 210)( 718) 188607 G 198.557 1906A 0.543 113.2 74.9 - 8.2 41 244 188607 G 198.557 1906 0.578 113.9 72.8 - 9.5 6 25 188607 G 198.557 1906 0.595 112.3 71.4 - 9.1 0 5 188607 G 198.557 1906 0.611 114.3 70.7 -10.6 0 16 188607 G 198.557 1906 0.649 111.9 67.5 -10.2 7 73 188607 G 198.557 1906B 0.666 113.2 66.6 -11.4 18 80 188607 G 198.557 + ( 72)( 443)( 0) 188607 M 199.200 0.893 251.4 157.2 -14.1 77 188607 M 199.200 0.832 244.8 148.6 -17.7 75 188607 M 199.200 1906A 0.412 121.9 76.0 - 8.0 42 216 188607 M 199.200 1906 0.445 120.9 74.0 - 8.6 3 33 188607 M 199.200 1906 0.471 117.7 71.8 - 8.2 1 12 188607 M 199.200 1906B 0.558 117.9 66.6 -10.9 19 125 188607 M 199.200 + ( 65)( 386)( 152) 188607 G 200.403 0.956 257.0 151.9 -10.9 176 188607 G 200.403 0.878 248.5 138.7 -16.2 239 188607 G 200.403 0.820 275.6 135.8 + 7.4 141 188607 G 200.403 0.869 238.3 134.6 -24.3 50 188607 G 200.403 1906A 0.243 163.2 76.5 - 8.4 75 315 188607 G 200.403 1906 0.323 146.0 70.1 -10.6 15 46 188607 G 200.403 1906 0.324 141.4 68.8 - 9.8 0 7 188607 G 200.403 1906 0.348 138.7 67.2 -10.2 2 22 188607 G 200.403 1906B 0.377 136.5 65.3 -11.0 15 84 188607 G 200.403 0.985 78.1 359.9 +12.6 295 188607 G 200.403 + ( 107)( 474)( 901) 188607 G 201.421 0.906 275.0 132.2 + 6.7 184 188607 G 201.421 1906A 0.288 215.7 76.8 - 8.5 71 359 188607 G 201.421 1906 0.277 192.5 70.6 -10.5 1 5 188607 G 201.421 1906C 0.272 187.8 69.2 -10.4 5 17 188607 G 201.421 1906 0.263 184.5 68.3 -10.0 0 38 188607 G 201.421 1906 0.273 179.9 67.0 -10.6 0 8 188607 G 201.421 1906B 0.280 173.3 65.2 -11.0 8 68 188607 G 201.421 1908 0.952 94.4 355.5 - 2.6 13 99 351C 188607 G 201.421 0.939 79.1 356.8 +12.0 602 188607 G 201.421 + ( 98)( 594)( 1137) 188607 G 202.408 0.950 275.3 126.0 + 6.7 50 188607 G 202.408 0.867 239.9 108.2 -22.7 84 188607 G 202.408 1906A 0.454 239.2 77.1 - 8.6 81 360 188607 G 202.408 1906 0.457 231.2 75.2 -11.7 0 4 188607 G 202.408 1906 0.409 238.5 74.5 - 7.4 0 6 188607 G 202.408 1906D 0.425 233.0 74.1 - 9.9 0 29 188607 G 202.408 1906 0.455 226.4 73.7 -13.3 0 12 188607 G 202.408 1906 0.397 231.0 72.1 - 9.5 0 5 188607 G 202.408 1906 0.410 226.4 71.6 -11.4 0 3 188607 G 202.408 1906C 0.381 224.6 69.7 -10.7 14 60 188607 G 202.408 1906 0.361 216.9 66.7 -11.6 0 22 188607 G 202.408 1906B 0.341 215.2 65.5 -11.0 8 63 188607 G 202.408 1908 0.851 96.4 356.4 - 2.7 14 98 273C 188607 G 202.408 0.864 79.4 354.0 +11.8 269 188607 G 202.408 0.928 125.1 353.1 -29.8 105 188607 G 202.408 + ( 117)( 662)( 781) 188607 M 203.217 1906A 0.593 248.5 77.0 - 8.1 61 343 188607 M 203.217 1906D 0.565 244.4 74.3 - 9.6 0 36 188607 M 203.217 1906 0.533 243.8 72.1 - 8.9 4 16 188607 M 203.217 1906C 0.515 240.2 70.2 -10.1 5 32 188607 M 203.217 1906 0.490 245.1 69.8 - 7.1 0 4 188607 M 203.217 1906B 0.462 234.2 65.6 -10.7 0 18 188607 M 203.217 1908 0.741 98.7 356.3 - 2.8 6 76 188607 M 203.217 0.901 82.2 338.8 + 9.3 107 188607 M 203.217 + ( 76)( 525)( 107) 188607 G 204.404 1906A 0.780 254.2 76.8 - 8.8 58 352 188607 G 204.404 1906D 0.760 251.3 74.5 -10.5 6 56 188607 G 204.404 1906C 0.721 249.9 70.9 -10.5 0 57 188607 G 204.404 1906 0.692 246.8 67.9 -11.7 0 13 188607 G 204.404 1906B 0.667 246.9 66.1 -11.0 0 8 188607 G 204.404 1909 0.494 84.3 358.0 + 7.4 0 23 188607 G 204.404 1909 0.544 84.5 354.6 + 7.5 0 16 188607 G 204.404 1908 0.534 104.2 356.5 - 3.0 11 83 188607 G 204.404 0.929 113.7 323.2 -19.7 132 188607 G 204.404 + ( 75)( 608)( 132) 188607 M 205.198 1906 0.886 259.0 78.2 - 7.1 0 32 188607 M 205.198 1906A 0.872 256.3 76.1 - 9.2 37 245 188607 M 205.198 1906D 0.859 254.2 74.2 -10.6 0 7 188607 M 205.198 1906C 0.832 253.5 71.2 -10.5 0 41 188607 M 205.198 1909 0.325 83.1 358.3 + 7.4 0 12 188607 M 205.198 1908 0.382 112.1 356.5 - 3.2 16 83 188607 M 205.198 1910A 0.979 104.6 300.9 -13.1 16 160 188607 M 205.198 0.938 112.4 311.1 -18.8 81 188607 M 205.198 + ( 69)( 580)( 81) 188607 G 206.388 0.865 240.4 55.5 -22.2 135 188607 G 206.388 1906A 0.972 258.7 76.4 - 9.6 15 177 358C 188607 G 206.388 1908 0.172 151.5 356.7 - 3.2 18 103 188607 G 206.388 1911 0.454 102.6 335.2 - 0.7 0 16 188607 G 206.388 1911 0.490 102.5 332.9 - 1.2 0 11 188607 G 206.388 1911 0.511 100.2 331.3 - 0.5 1 12 188607 G 206.388 1911 0.543 99.5 329.2 - 0.5 0 9 188607 G 206.388 1912 0.873 73.4 300.5 +17.2 0 9 285C * 188607 G 206.388 1912 0.899 73.9 297.2 +16.9 8 64 285C * 188607 G 206.388 1910A 0.898 107.6 300.1 -13.1 27 182 201C 188607 G 206.388 0.826 116.3 310.5 -18.0 97 188607 G 206.388 0.976 113.0 287.4 -21.0 118 188607 G 206.388 + ( 69)( 583)( 1194) 188607 G 207.492 0.953 245.7 55.2 -21.1 213 188607 G 207.492 0.894 255.3 48.1 -10.4 104 188607 G 207.492 1908 0.234 227.9 356.8 - 3.5 16 112 188607 G 207.492 1911A 0.196 116.9 336.8 + 0.5 9 37 188607 G 207.492 1911B 0.254 116.0 333.7 - 0.9 0 21 188607 G 207.492 1912 0.747 71.2 299.1 +17.7 11 113 277C * 188607 G 207.492 1912 0.760 73.8 297.6 +15.9 4 32 277C * 188607 G 207.492 1912 0.790 73.7 294.5 +17.2 0 31 277C * 188607 G 207.492 1910A 0.774 112.6 299.7 -13.5 46 196 166C 188607 G 207.492 0.913 115.9 285.5 -20.9 255 188607 G 207.492 0.942 87.8 276.4 + 4.0 223 188607 G 207.492 + ( 86)( 542)( 1238) 188607 G 208.433 1908 0.412 249.1 357.0 - 3.2 21 113 188607 G 208.433 1911A 0.091 213.9 337.3 + 1.4 4 20 188607 G 208.433 1911B 0.113 170.7 333.4 - 0.7 0 3 188607 G 208.433 1912A 0.556 67.9 302.0 +16.9 18 96 188607 G 208.433 1912 0.579 66.1 300.7 +18.3 0 5 188607 G 208.433 1912 0.597 68.9 298.9 +17.1 0 16 188607 G 208.433 1912 0.628 70.0 296.5 +16.9 15 119 188607 G 208.433 1910A 0.633 119.1 299.9 -13.2 28 188 188607 G 208.433 0.880 87.8 272.7 + 4.7 147 188607 G 208.433 + ( 86)( 560)( 147) 188607 G 209.448 1908 0.610 257.1 357.3 - 3.2 13 108 188607 G 209.448 1911A 0.303 257.2 338.0 + 1.7 4 15 188607 G 209.448 1912A 0.359 56.5 302.8 +16.9 12 132 188607 G 209.448 1912 0.390 56.3 301.1 +17.9 0 10 188607 G 209.448 1912 0.405 59.0 299.7 +17.4 0 6 188607 G 209.448 1912 0.421 63.5 297.9 +16.2 0 7 188607 G 209.448 1912 0.438 66.6 296.4 +15.3 0 5 188607 G 209.448 1912 0.452 63.1 296.1 +17.1 2 25 188607 G 209.448 1912B 0.469 65.4 294.6 +16.4 12 83 188607 G 209.448 1910A 0.468 132.7 300.3 -13.1 17 156 188607 G 209.448 + ( 60)( 547)( 0) 188607 G 210.508 1908 0.781 261.3 357.3 - 3.1 12 94 188607 G 210.508 1911A 0.526 264.5 338.4 + 2.1 0 8 188607 G 210.508 1912A 0.204 18.4 303.1 +16.9 12 124 188607 G 210.508 1912 0.224 30.5 300.1 +16.8 0 32 188607 G 210.508 1912 0.246 41.4 297.2 +16.3 0 43 188607 G 210.508 1912B 0.283 50.4 293.8 +16.0 5 59 188607 G 210.508 1910A 0.343 161.7 300.6 -13.2 26 139 188607 G 210.508 + ( 55)( 499)( 0) 188607 G 211.505 0.901 281.9 358.4 +13.3 576 188607 G 211.505 1908 0.902 263.3 357.3 - 3.5 14 90 151SF 188607 G 211.505 1912A 0.247 321.2 303.0 +16.9 21 120 188607 G 211.505 1912 0.211 330.6 299.9 +16.5 2 27 188607 G 211.505 1912 0.186 348.7 295.9 +16.4 3 16 188607 G 211.505 1912B 0.172 358.9 293.9 +15.7 7 33 188607 G 211.505 1910 0.345 206.6 302.7 -12.1 0 3 188607 G 211.505 1910A 0.350 200.4 300.9 -13.3 23 126 188607 G 211.505 1910 0.313 199.6 299.8 -11.2 0 3 188607 G 211.505 + ( 70)( 418)( 727) 188608 G 212.496 0.963 277.9 355.6 + 9.2 237 188608 G 212.496 0.945 261.9 350.5 - 5.6 133 188608 G 212.496 0.927 254.1 346.3 -12.3 152 188608 G 212.496 1912A 0.409 298.3 302.7 +16.6 18 105 188608 G 212.496 1912C 0.374 299.9 300.4 +16.3 0 15 188608 G 212.496 1912D 0.325 306.3 296.5 +16.8 0 35 188608 G 212.496 1912E 0.298 304.8 295.3 +15.4 0 23 188608 G 212.496 1912B 0.276 308.4 293.6 +15.6 0 11 188608 G 212.496 1910A 0.469 225.4 300.7 -13.6 15 113 188608 G 212.496 + ( 33)( 302)( 522) 188608 M 213.232 0.902 280.3 335.7 +11.9 88 188608 M 213.232 1912A 0.542 291.9 302.4 +16.8 36 134 188608 M 213.232 1912C 0.515 291.8 300.6 +16.2 2 13 188608 M 213.232 1912D 0.454 295.0 296.2 +16.5 6 74 188608 M 213.232 1910A 0.582 237.0 300.9 -13.3 14 114 188608 M 213.232 1913 0.839 100.5 215.1 - 5.5 0 8 171C * 188608 M 213.232 1913 0.858 99.9 213.0 - 5.3 0 11 171C * 188608 M 213.232 1913 0.881 100.5 210.5 - 6.3 0 11 171C * 188608 M 213.232 + ( 58)( 365)( 259) 188608 G 214.584 1912A 0.759 286.7 302.1 +16.6 13 74 188608 G 214.584 1912 0.671 286.4 294.7 +15.5 0 9 188608 G 214.584 1910A 0.782 247.3 300.7 -13.4 20 81 188608 G 214.584 1913 0.647 105.3 214.4 - 5.1 0 5 188608 G 214.584 1913 0.692 104.0 210.8 - 5.1 0 5 188608 G 214.584 1913 0.708 105.0 209.7 - 6.2 0 14 188608 G 214.584 1914A 0.796 83.8 200.0 + 8.6 3 22 69NF 188608 G 214.584 + ( 36)( 210)( 69) 188608 I 215.305 0.878 240.3 298.9 -22.4 58 188608 I 215.305 1912A 0.857 286.1 302.7 +17.0 10 44 282F 188608 I 215.305 1910A 0.871 250.9 301.0 -13.3 18 118 138C 188608 I 215.305 1913 0.510 111.4 215.1 - 5.2 7 33 188608 I 215.305 1913 0.528 107.8 213.4 - 3.9 0 8 188608 I 215.305 1913 0.559 110.1 211.8 - 5.8 3 13 188608 I 215.305 1913 0.582 110.5 210.4 - 6.6 0 12 188608 I 215.305 1914 0.649 85.2 202.9 + 7.8 0 2 188608 I 215.305 1914A 0.679 84.4 200.6 + 8.4 12 22 188608 I 215.305 1914 0.694 85.9 199.4 + 7.3 0 2 188608 I 215.305 1914 0.697 82.1 199.2 +10.0 0 2 188608 I 215.305 1914 0.699 84.3 199.0 + 8.5 0 2 188608 I 215.305 0.878 82.5 181.7 + 9.6 23 188608 I 215.305 0.954 103.6 172.9 -11.0 145 188608 I 215.305 + ( 50)( 258)( 646) 188608 G 216.426 1912A 0.954 285.6 302.1 +16.8 0 52 454C 188608 G 216.426 1910A 0.963 254.1 300.7 -13.4 13 97 167C 188608 G 216.426 1913A 0.281 132.6 216.8 - 4.8 5 52 188608 G 216.426 1913 0.300 128.5 215.1 - 4.7 1 7 188608 G 216.426 1913 0.292 125.4 215.0 - 3.7 0 5 188608 G 216.426 1913 0.348 124.9 212.1 - 5.5 4 24 188608 G 216.426 1914A 0.459 84.5 201.3 + 8.1 2 8 188608 G 216.426 1914 0.479 82.6 200.1 + 8.9 0 6 188608 G 216.426 + ( 25)( 251)( 621) 188608 G 217.589 0.986 284.9 294.7 +15.7 171 188608 G 217.589 0.897 270.1 276.9 + 2.9 212 188608 G 217.589 1913A 0.208 200.6 217.4 - 5.0 19 76 188608 G 217.589 1913 0.235 173.7 214.7 - 7.1 0 6 188608 G 217.589 1913 0.214 186.6 214.6 - 5.9 0 28 188608 G 217.589 1913 0.213 171.8 211.5 - 5.8 7 36 188608 G 217.589 0.854 89.2 154.6 + 4.0 72 188608 G 217.589 0.919 83.0 146.0 + 8.9 125 188608 G 217.589 + ( 26)( 146)( 580) 188608 G 218.405 0.950 274.0 274.5 + 5.8 197 188608 G 218.405 1913A 0.321 232.7 217.3 - 5.0 16 98 188608 G 218.405 1913 0.286 226.4 214.4 - 5.1 0 9 188608 G 218.405 1913 0.291 222.9 213.9 - 6.0 0 9 188608 G 218.405 1913 0.289 216.9 212.5 - 7.0 0 16 188608 G 218.405 1913 0.264 216.3 211.5 - 5.9 3 36 188608 G 218.405 0.826 84.2 146.6 + 8.4 201 188608 G 218.405 + ( 19)( 168)( 398) 188608 G 219.414 1913A 0.504 249.2 217.2 - 4.7 17 96 188608 G 219.414 0.954 103.1 118.5 -10.4 125 188608 G 219.414 + ( 17)( 96)( 125) 188608 G 220.576 1913B 0.714 258.6 218.2 - 3.5 0 25 188608 G 220.576 1913A 0.707 255.5 217.1 - 5.5 8 49 188608 G 220.576 0.852 107.1 118.0 -10.9 138 188608 G 220.576 + ( 8)( 74)( 138) 188608 I 221.364 0.940 275.6 233.8 + 7.5 49 188608 I 221.364 1913B 0.831 261.0 218.5 - 3.8 0 9 119 * 188608 I 221.364 1913A 0.824 259.1 217.5 - 5.1 13 72 119 * 188608 I 221.364 0.812 91.0 109.2 + 3.0 92 188608 I 221.364 0.987 97.2 83.7 - 6.0 238 188608 I 221.364 + ( 13)( 81)( 498) 188608 G 222.400 0.781 275.5 201.2 + 8.4 116 188608 G 222.400 1913A 0.929 261.6 216.7 - 5.3 14 72 305C 188608 G 222.400 1915A 0.960 101.1 77.5 - 8.6 25 128 379C 188608 G 222.400 0.943 107.4 81.6 -14.0 154 188608 G 222.400 + ( 39)( 200)( 954) 188608 G 223.407 0.912 276.1 202.5 + 8.3 159 188608 G 223.407 1913A 0.989 263.5 216.8 - 5.4 0 93 322F 188608 G 223.407 1915B 0.800 104.2 85.1 - 7.2 3 17 261C 188608 G 223.407 1915A 0.869 104.2 78.0 - 8.9 25 126 330C 188608 G 223.407 + ( 28)( 236)( 1072) 188608 G 224.445 0.968 277.1 198.8 + 8.6 223 188608 G 224.445 1915B 0.632 109.9 86.1 - 7.0 3 9 188608 G 224.445 1915A 0.732 108.9 78.4 - 8.9 22 112 117C 188608 G 224.445 + ( 25)( 121)( 340) 188608 M 225.228 1915A 0.606 115.3 78.7 - 9.4 12 111 188608 M 225.228 0.893 121.2 55.8 -23.9 107 188608 M 225.228 + ( 12)( 111)( 107) 188608 G 226.335 0.958 261.2 169.7 - 6.4 54 188608 G 226.335 0.865 247.1 153.4 -15.9 60 188608 G 226.335 0.786 276.2 149.7 + 9.0 75 188608 G 226.335 1915A 0.420 130.6 78.8 - 9.5 12 83 188608 G 226.335 + ( 12)( 83)( 189) 188608 G 227.393 1916 0.855 283.9 142.8 +15.4 0 10 231C 188608 G 227.393 1915A 0.298 163.8 78.8 - 9.8 13 79 188608 G 227.393 0.913 106.6 20.4 -12.1 101 188608 G 227.393 0.967 80.5 7.6 +10.9 140 188608 G 227.393 + ( 13)( 89)( 472) 188608 G 228.466 0.965 279.8 145.1 +11.3 109 188608 G 228.466 0.859 281.3 129.2 +13.2 80 188608 G 228.466 1915A 0.328 210.6 79.2 - 9.6 12 69 188608 G 228.466 0.911 78.6 3.2 +13.1 488 188608 G 228.466 0.946 98.6 359.7 - 5.8 253 188608 G 228.466 + ( 12)( 69)( 930) 188608 G 229.411 1915A 0.472 234.5 79.8 - 9.6 13 55 188608 G 229.411 0.805 77.5 3.1 +14.1 261 188608 G 229.411 0.879 101.5 357.1 - 6.7 151 188608 G 229.411 0.898 85.1 352.8 + 7.4 176 188608 G 229.411 + ( 13)( 55)( 588) 188608 I 230.240 0.879 272.0 107.6 + 5.1 196 188608 I 230.240 1915A 0.612 244.2 79.9 - 9.7 8 38 188608 I 230.240 0.757 102.7 358.3 - 5.0 49 188608 I 230.240 0.880 126.0 353.1 -27.0 60 188608 I 230.240 0.863 108.9 349.5 -12.5 45 188608 I 230.240 0.878 46.3 348.7 +41.2 23 188608 I 230.240 0.878 91.7 344.8 + 1.9 217 188608 I 230.240 0.965 126.2 339.2 -32.2 31 188608 I 230.240 0.925 78.2 337.6 +13.5 114 188608 I 230.240 + ( 8)( 38)( 735) 188608 G 231.406 0.946 266.9 101.2 - 0.7 96 188608 G 231.406 0.881 258.7 90.8 - 6.6 371 188608 G 231.406 0.864 248.5 86.6 -14.6 82 188608 G 231.406 0.825 268.1 86.0 + 2.4 59 188608 G 231.406 1915A 0.788 252.1 79.9 - 9.6 2 17 94C 188608 G 231.406 1917 0.728 95.2 344.3 + 1.1 0 6 188608 G 231.406 0.728 89.7 343.8 + 0.5 49 188608 G 231.406 0.862 80.6 330.6 +11.6 122 188608 G 231.406 + ( 2)( 23)( 873) 188608 G 232.434 0.952 262.9 88.2 - 4.6 218 188608 G 232.434 0.901 253.6 78.7 -11.5 284 188608 G 232.434 0.972 73.7 299.4 +17.4 217 188608 G 232.434 + ( 0)( 0)( 719) 188608 G 233.498 0.970 255.9 76.8 -11.8 251 188608 G 233.498 0.906 72.0 297.4 +19.2 340 188608 G 233.498 0.931 110.9 296.1 -16.5 90 188608 G 233.498 + ( 0)( 0)( 681) 188608 G 234.502 1918A 0.935 108.0 283.5 -14.0 0 6 196C 188608 G 234.502 0.834 117.7 298.8 -18.4 103 188608 G 234.502 0.795 72.1 296.8 +18.4 230 188608 G 234.502 + ( 0)( 6)( 529) 188608 G 235.494 1918A 0.841 111.9 283.2 -14.1 0 6 190C 188608 G 235.494 + ( 0)( 6)( 190) 188608 I 236.228 0.906 280.2 32.5 +12.3 42 188608 I 236.228 1918A 0.748 116.1 283.2 -14.1 0 2 191C * 188608 I 236.228 1918 0.776 116.8 281.1 -15.6 0 2 191C * 188608 I 236.228 + ( 0)( 4)( 233) 188608 I 237.389 0.796 282.2 4.7 +14.0 238 188608 I 237.389 1919A 0.688 125.6 275.8 -17.8 17 86 188608 I 237.389 1919 0.723 127.2 273.9 -20.3 0 4 188608 I 237.389 1919B 0.733 125.8 272.5 -19.9 9 75 188608 I 237.389 + ( 26)( 165)( 238) 188608 G 238.575 0.901 281.5 0.8 +13.4 107 188608 G 238.575 1919A 0.526 143.0 276.5 -18.1 1 60 188608 G 238.575 1919B 0.586 140.1 272.4 -20.2 0 53 188608 G 238.575 + ( 1)( 113)( 107) 188608 G 239.414 0.975 284.2 3.1 +15.4 115 188608 G 239.414 0.904 270.6 349.5 + 3.6 79 188608 G 239.414 1919A 0.453 162.8 276.7 -18.4 2 35 188608 G 239.414 1919B 0.506 155.2 271.8 -20.3 0 17 188608 G 239.414 0.914 98.2 219.9 - 4.5 222 188608 G 239.414 + ( 2)( 52)( 416) 188608 G 240.641 1919A 0.459 196.9 276.7 -18.9 0 12 188608 G 240.641 0.769 103.4 220.1 - 5.5 170 188608 G 240.641 + ( 0)( 12)( 170) 188608 G 241.466 1920A 0.937 79.8 187.4 +12.0 7 37 285C * 188608 G 241.466 1920B 0.956 80.0 183.9 +11.7 12 56 285C * 188608 G 241.466 + ( 19)( 93)( 285) 188608 G 242.405 0.802 290.0 298.4 +20.3 156 188608 G 242.405 0.854 241.8 298.0 -19.5 54 188608 G 242.405 1920A 0.831 80.3 188.5 +12.1 10 67 300C * 188608 G 242.405 1920B 0.877 80.7 183.4 +11.6 13 83 300C * 188608 G 242.405 + ( 23)( 150)( 510) 188609 G 243.441 0.932 246.1 295.9 -19.2 92 188609 G 243.441 0.884 283.3 294.4 +15.1 253 188609 G 243.441 0.789 238.9 277.0 -19.0 344 188609 G 243.441 1920A 0.677 80.0 188.8 +12.1 10 106 222C * 188609 G 243.441 1920B 0.744 80.9 183.2 +11.6 29 198 222C * 188609 G 243.441 + ( 39)( 304)( 911) 188609 I 244.431 0.970 293.0 297.1 +24.0 144 188609 I 244.431 0.965 284.1 294.5 +15.4 138 188609 I 244.431 0.893 253.6 279.2 -11.1 74 188609 I 244.431 0.877 244.7 274.9 -18.1 122 188609 I 244.431 1920A 0.487 77.6 189.6 +12.3 6 72 188609 I 244.431 1920 0.533 78.3 186.4 +12.3 0 6 188609 I 244.431 1920 0.537 79.5 186.1 +11.7 0 2 188609 I 244.431 1920B 0.577 80.0 183.3 +11.6 23 165 188609 I 244.431 0.901 84.5 153.9 + 8.1 130 188609 I 244.431 0.983 101.5 141.0 - 9.8 225 188609 I 244.431 + ( 29)( 245)( 833) 188609 I 245.337 0.969 256.2 280.0 -11.4 75 188609 I 245.337 0.948 280.0 278.7 +11.7 21 188609 I 245.337 0.953 247.4 274.7 -18.9 178 188609 I 245.337 1920A 0.289 70.3 190.4 +12.5 9 83 188609 I 245.337 1920 0.341 72.8 187.1 +12.6 0 3 188609 I 245.337 1920B 0.400 76.5 183.2 +12.0 21 148 188609 I 245.337 1921 0.896 103.2 144.8 - 8.5 0 19 202F 188609 I 245.337 + ( 30)( 253)( 476) 188609 G 246.465 1920A 0.091 13.5 190.5 +12.3 20 129 188609 G 246.465 1920 0.122 53.2 18.6 +11.3 0 20 188609 G 246.465 1920B 0.174 60.4 182.8 +12.0 10 90 188609 G 246.465 1921 0.756 108.9 145.5 - 9.2 0 13 160C 188609 G 246.465 + ( 30)( 252)( 160) 188609 G 247.507 1920A 0.254 293.8 191.7 +12.8 16 122 188609 G 247.507 1920 0.244 303.5 190.1 +14.8 0 13 188609 G 247.507 1920 0.204 293.2 189.0 +11.7 0 20 188609 G 247.507 1920 0.150 303.0 185.4 +11.9 0 2 188609 G 247.507 1920B 0.124 315.6 183.1 +12.3 3 37 188609 G 247.507 + ( 19)( 194)( 0) 188609 G 248.440 0.839 260.8 221.5 - 3.6 102 188609 G 248.440 1920 0.481 282.5 194.2 +12.4 0 5 188609 G 248.440 1920 0.457 280.5 192.8 +11.3 0 7 188609 G 248.440 1920A 0.452 285.1 192.1 +13.3 25 154 188609 G 248.440 1920 0.427 291.4 189.9 +15.6 0 3 188609 G 248.440 1920 0.418 285.1 189.9 +12.9 0 13 188609 G 248.440 1920B 0.307 287.3 183.0 +12.2 0 10 188609 G 248.440 0.857 105.6 109.1 - 9.3 56 188609 G 248.440 0.953 99.3 94.6 - 6.6 188609 G 248.440 + ( 25)( 192) 335P 188609 G 249.496 0.948 263.8 222.3 - 3.5 130 188609 G 249.496 1920A 0.662 282.3 193.2 +13.6 22 175 188609 G 249.496 1920 0.634 285.3 190.9 +15.3 0 12 188609 G 249.496 1920 0.632 280.2 191.0 +12.1 1 38 188609 G 249.496 1920 0.622 283.1 190.1 +13.8 0 4 188609 G 249.496 1922A 0.506 232.1 175.6 -11.4 0 8 188609 G 249.496 1922B 0.477 229.7 173.4 -11.1 3 9 188609 G 249.496 0.873 97.8 91.9 - 3.2 146 188609 G 249.496 0.944 105.8 83.5 -12.3 277 188609 G 249.496 + ( 26)( 246)( 553) 188609 G 250.398 1920A 0.806 280.8 193.9 +13.0 20 120 213C * 188609 G 250.398 1920 0.784 279.5 191.8 +12.0 10 68 213C * 188609 G 250.398 1922A 0.664 243.2 176.9 -11.6 0 9 188609 G 250.398 1922B 0.616 240.8 172.9 -11.4 0 25 188609 G 250.398 0.877 109.9 82.0 -13.5 187 188609 G 250.398 + ( 30)( 222)( 400) 188609 G 251.468 0.835 278.1 182.7 +10.7 251 188609 G 251.468 1920A 0.923 280.6 193.8 +12.6 29 117 348C * 188609 G 251.468 1920 0.912 278.8 192.1 +11.0 0 26 348C * 188609 G 251.468 1922B 0.772 248.7 172.7 -11.4 0 8 102C 188609 G 251.468 1923A 0.991 78.5 42.3 +12.3 0 32 192C 188609 G 251.468 0.744 117.4 82.8 -14.8 54 188609 G 251.468 0.815 109.6 74.3 -11.4 220 188609 G 251.468 0.988 96.2 45.5 - 5.0 289 188609 G 251.468 + ( 29)( 183)( 1456) 188609 I 252.398 0.903 254.1 175.3 -11.0 250 188609 I 252.398 1920A 0.984 281.8 194.0 +12.8 13 145 525SF 188609 I 252.398 1924A 0.592 116.0 80.8 - 9.0 0 5 90C * 188609 I 252.398 1924A 0.619 114.9 78.8 - 9.2 0 3 90C * 188609 I 252.398 1924B 0.776 113.0 66.4 -12.8 0 10 90C * 188609 I 252.398 1925 0.716 97.6 68.3 - 0.4 0 17 188609 I 252.398 1923A 0.928 79.0 44.5 +12.8 32 242 428C * 188609 I 252.398 1923 0.964 79.8 37.9 +11.7 0 13 428C * 188609 I 252.398 0.929 98.5 46.2 - 5.1 529 188609 I 252.398 + ( 45)( 435)( 1822) 188609 G 253.503 1924A 0.407 131.2 80.8 - 8.6 4 14 188609 G 253.503 1924A 0.438 128.0 78.4 - 8.8 0 13 188609 G 253.503 1924A 0.466 127.0 76.7 - 9.6 0 12 188609 G 253.503 1925 0.528 102.4 67.9 - 0.3 0 4 188609 G 253.503 1923A 0.803 79.2 45.0 +13.0 34 239 333F 188609 G 253.503 0.830 101.2 44.2 - 5.2 247 188609 G 253.503 + ( 38)( 282)( 580) 188609 G 254.339 0.848 254.7 143.4 - 8.9 116 188609 G 254.339 1924A 0.302 157.5 81.0 - 9.0 0 16 188609 G 254.339 1924A 0.315 150.9 78.8 - 8.8 3 24 188609 G 254.339 1924A 0.345 147.6 76.9 - 9.8 0 20 188609 G 254.339 1924B 0.480 134.2 67.1 -12.8 0 9 188609 G 254.339 1923A 0.673 78.9 45.3 +12.8 33 221 138C 188609 G 254.339 1923 0.771 78.7 36.9 +13.3 0 7 69C 188609 G 254.339 0.772 102.4 38.7 - 4.8 169 188609 G 254.339 + ( 36)( 297)( 492) 188609 G 255.396 0.890 256.0 134.5 - 8.9 162 188609 G 255.396 1924 0.315 177.3 72.9 -11.1 4 39 188609 G 255.396 1924 0.357 172.1 70.9 -13.4 0 15 188609 G 255.396 1924 0.316 169.1 70.3 -10.9 2 12 188609 G 255.396 1924 0.385 167.8 69.0 -14.9 0 8 188609 G 255.396 1924 0.336 165.0 68.7 -11.7 0 8 188609 G 255.396 1924 0.381 160.9 66.5 -13.9 1 9 188609 G 255.396 1924 0.355 159.5 66.5 -12.2 0 7 188609 G 255.396 1925 0.135 148.0 69.7 + 0.7 0 11 188609 G 255.396 1925 0.191 143.1 67.2 - 1.6 0 19 188609 G 255.396 1923A 0.480 76.8 45.2 +12.6 22 184 188609 G 255.396 1926 0.667 104.4 33.6 - 4.0 6 27 188609 G 255.396 1926 0.701 101.3 30.5 - 2.7 0 19 188609 G 255.396 0.916 75.5 6.7 +16.2 178 188609 G 255.396 + ( 35)( 358)( 340) 188609 I 256.127 0.925 256.1 129.7 - 9.9 188 188609 I 256.127 1924 0.357 206.4 73.5 -11.5 7 41 188609 I 256.127 1924 0.369 200.7 71.9 -13.0 0 13 188609 I 256.127 1924 0.336 199.7 70.8 -11.2 6 21 188609 I 256.127 1925 0.162 244.5 70.7 + 0.6 1 6 188609 I 256.127 1925 0.164 200.2 66.4 - 1.6 0 11 188609 I 256.127 1923A 0.333 72.8 45.3 +12.4 23 166 188609 I 256.127 1923 0.471 77.2 36.3 +12.4 0 6 188609 I 256.127 1927 0.380 121.2 45.2 - 4.6 0 2 188609 I 256.127 1926 0.518 111.4 35.4 - 4.6 12 41 188609 I 256.127 1926 0.575 105.1 30.6 - 2.6 7 22 188609 I 256.127 0.841 75.8 6.5 +15.8 300 188609 I 256.127 0.926 86.5 356.2 + 6.0 379 188609 I 256.127 + ( 56)( 329)( 867) 188609 I 257.293 0.988 258.4 128.0 -10.2 159 188609 I 257.293 1924 0.520 234.6 74.2 -11.0 4 27 188609 I 257.293 1924 0.509 230.6 72.3 -12.2 0 6 188609 I 257.293 1924 0.485 230.3 71.0 -11.3 0 3 188609 I 257.293 1925 0.425 257.2 73.1 + 1.2 3 26 188609 I 257.293 1925 0.426 253.3 72.7 - 0.4 1 13 188609 I 257.293 1925 0.390 248.8 70.0 - 1.3 4 20 188609 I 257.293 1925 0.380 251.8 69.8 - 0.1 0 2 188609 I 257.293 1923A 0.116 33.5 45.0 +12.8 24 157 188609 I 257.293 1923 0.193 52.2 39.7 +13.9 0 2 188609 I 257.293 1923 0.202 62.2 38.2 +12.5 0 11 188609 I 257.293 1926A 0.287 138.6 37.8 - 5.4 7 39 188609 I 257.293 1926 0.288 132.7 36.5 - 4.2 0 2 188609 I 257.293 1926 0.307 130.7 35.3 - 4.6 5 9 188609 I 257.293 1926 0.313 124.5 33.8 - 3.2 0 1 188609 I 257.293 1926 0.345 129.9 33.3 - 5.8 3 7 188609 I 257.293 1926 0.359 126.9 32.0 - 5.5 0 2 188609 I 257.293 1926 0.342 119.7 31.5 - 2.8 4 18 188609 I 257.293 0.829 88.5 352.6 + 5.4 245 188609 I 257.293 + ( 55)( 345)( 404) 188609 G 258.585 1923A 0.251 295.1 45.1 +13.1 24 148 188609 G 258.585 1923 0.163 309.2 39.2 +13.1 0 20 188609 G 258.585 1926A 0.239 208.9 38.3 - 4.9 6 27 188609 G 258.585 1926 0.225 201.4 36.4 - 4.9 0 11 188609 G 258.585 1926 0.228 187.3 33.4 - 5.8 0 16 188609 G 258.585 0.956 104.9 321.1 -12.0 0 155 188609 G 258.585 + ( 30)( 222)( 155) 188609 G 259.420 0.947 261.4 90.6 - 5.8 73 188609 G 259.420 0.879 254.3 79.7 -10.2 288 188609 G 259.420 0.801 263.8 73.2 - 0.7 107 188609 G 259.420 1923A 0.418 284.8 4.5 +12.6 19 142 188609 G 259.420 1926A 0.368 233.4 37.8 - 5.9 14 61 188609 G 259.420 1926 0.348 227.1 35.4 - 6.8 4 45 188609 G 259.420 1926 0.303 229.7 33.9 - 4.4 0 20 188609 G 259.420 1926 0.313 221.5 32.6 - 6.6 0 64 188609 G 259.420 0.892 107.8 320.3 -12.4 146 188609 G 259.420 0.983 95.8 302.0 - 4.4 112 188609 G 259.420 + ( 37)( 332)( 726) 188609 G 260.478 0.928 255.3 72.5 -10.7 223 188609 G 260.478 0.909 265.6 71.5 - 1.0 159 188609 G 260.478 1923B 0.615 281.5 44.7 +12.7 23 122 188609 G 260.478 1923C 0.602 284.2 43.6 +14.2 7 24 188609 G 260.478 1926A 0.561 248.4 38.2 - 5.8 8 57 188609 G 260.478 1926 0.537 246.5 36.3 - 6.2 0 37 188609 G 260.478 1926 0.494 246.6 33.7 - 5.0 3 18 188609 G 260.478 1926 0.490 242.7 32.6 - 6.6 0 10 188609 G 260.478 0.802 113.2 317.5 -13.8 109 188609 G 260.478 0.909 98.0 302.4 - 4.2 159 188609 G 260.478 0.926 75.0 298.1 +16.5 98 188609 G 260.478 + ( 41)( 268)( 748) 188609 I 261.117 0.961 267.0 71.7 - 0.9 235 188609 I 261.117 0.958 254.8 69.1 -12.3 239 188609 I 261.117 0.767 256.9 46.6 - 5.3 214 188609 I 261.117 1923B 0.724 281.0 44.8 +12.9 25 117 359C * 188609 I 261.117 1923C 0.720 283.6 44.3 +14.7 9 49 359C * 188609 I 261.117 1923 0.700 280.6 42.8 +12.5 0 2 359C * 188609 I 261.117 1923 0.685 281.9 41.6 +13.3 0 3 359C * 188609 I 261.117 1923 0.683 283.6 41.3 +14.5 0 5 359C * 188609 I 261.117 1926A 0.660 252.8 37.4 - 5.8 15 80 188609 I 261.117 1926 0.629 253.4 35.3 - 4.7 0 3 188609 I 261.117 1926 0.632 251.4 35.1 - 5.9 0 1 188609 I 261.117 1926 0.604 252.6 33.4 - 4.6 11 50 188609 I 261.117 1926 0.607 249.7 33.0 - 6.3 0 2 188609 I 261.117 0.959 176.8 350.5 -65.9 124 188609 I 261.117 0.851 99.4 301.1 - 4.2 355 188609 I 261.117 0.911 117.2 298.1 -21.1 90 188609 I 261.117 0.878 86.4 296.5 + 6.6 23 188609 I 261.117 0.885 74.8 295.3 +16.8 66 188609 I 261.117 0.922 62.0 290.6 +28.5 67 188609 I 261.117 + ( 60)( 312)( 1772) 188609 I 262.315 0.917 260.2 47.4 - 6.1 185 188609 I 262.315 0.965 202.1 26.5 -58.7 27 188609 I 262.315 1923C 0.883 283.1 44.9 +14.9 10 44 512C * 188609 I 262.315 1923B 0.879 280.6 44.4 +12.7 26 125 512C * 188609 I 262.315 1923 0.857 280.7 41.8 +12.8 0 5 512C * 188609 I 262.315 1923 0.845 282.2 40.4 +14.1 0 18 512C * 188609 I 262.315 1926A 0.832 258.7 37.1 - 5.4 12 80 451C * 188609 I 262.315 1926 0.790 258.4 33.0 - 4.7 0 12 451C * 188609 I 262.315 0.939 184.1 350.6 -62.4 30 188609 I 262.315 0.950 136.4 283.7 -40.0 70 188609 I 262.315 0.939 114.0 276.8 -19.7 38 188609 I 262.315 0.988 95.1 262.0 - 3.9 42 188609 I 262.315 + ( 48)( 284)( 1355) 188609 G 263.442 0.926 261.5 34.1 - 5.1 175 188609 G 263.442 1923B 0.969 280.9 44.1 +12.3 6 90 171C 188609 G 263.442 + ( 6)( 90)( 346) 188609 G 264.509 1928 0.095 62.7 308.1 + 9.5 0 20 188609 G 264.509 1928 0.158 77.3 304.6 + 8.9 0 12 188609 G 264.509 + ( 0)( 32)( 0) 188609 I 265.328 0.781 274.2 354.2 + 7.7 255 188609 I 265.328 0.716 288.7 348.0 +18.2 111 188609 I 265.328 0.897 283.6 7.0 +15.3 333 188609 I 265.328 0.899 264.9 6.0 - 1.5 99 188609 I 265.328 1928 0.131 292.1 309.6 + 9.8 0 9 188609 I 265.328 1928 0.049 309.4 304.8 + 8.8 0 9 188609 I 265.328 + ( 0)( 18)( 798) 188609 I 266.303 0.897 275.4 354.1 + 7.9 122 188609 I 266.303 0.880 101.7 229.8 - 6.9 24 188609 I 266.303 0.956 98.5 218.1 - 6.0 52 188609 I 266.303 + ( 0)( 0)( 198) 188609 I 267.123 0.937 280.4 349.2 +12.1 122 188609 I 267.123 1928 0.522 277.9 310.5 +10.0 0 5 188609 I 267.123 0.883 97.8 218.0 - 3.6 44 188609 I 267.123 + ( 0)( 5)( 166) 188609 I 268.106 0.879 251.9 324.6 -12.3 74 188609 I 268.106 1928 0.710 277.5 311.5 +10.2 0 2 188609 I 268.106 1928 0.659 277.2 307.4 +10.0 0 3 188609 I 268.106 1928 0.632 276.4 305.4 + 9.4 4 18 188609 I 268.106 1929 0.717 103.0 221.7 - 4.4 3 13 188609 I 268.106 0.943 80.1 194.8 +11.6 278 188609 I 268.106 + ( 7)( 36)( 352) 188609 I 269.104 0.958 254.4 323.7 -12.7 146 188609 I 269.104 0.786 257.6 303.1 - 5.4 160 188609 I 269.104 1928 0.819 276.5 308.1 + 9.2 0 5 143C * 188609 I 269.104 1928 0.790 276.7 305.3 + 9.5 0 2 143C * 188609 I 269.104 0.881 78.9 190.5 +13.0 347 188609 I 269.104 0.956 102.4 181.6 - 9.8 259 188609 I 269.104 + ( 0)( 7)( 1055) 188609 G 270.461 + ( 0)( 0)( 0) 188609 G 271.565 0.933 99.9 152.9 - 6.7 53 188610 G 274.565 0.989 107.1 141.5 -15.7 147 188610 G 274.565 + ( 0)( 0)( 200) 188610 I 272.170 0.937 270.2 281.8 + 2.5 77 188610 I 272.170 1930A 0.956 108.9 142.6 -15.8 8 26 199C * 188610 I 272.170 1930B 0.978 109.5 137.5 -17.4 5 38 199C * 188610 I 272.170 0.870 87.0 151.8 + 5.9 66 188610 I 272.170 + ( 13)( 64)( 342) 188610 G 273.453 1930A 0.818 113.4 144.7 -14.9 4 28 188610 G 273.453 1930B 0.882 112.6 137.7 -16.3 0 9 188610 G 273.453 + ( 4)( 37)( 0) 188610 G 274.415 1930A 0.670 120.7 146.3 -14.7 6 36 188610 G 274.415 1930 0.682 119.7 145.1 -14.6 0 9 188610 G 274.415 + ( 6)( 45)( 0) 188610 I 275.191 0.928 222.4 226.7 -39.6 41 188610 I 275.191 0.863 178.4 170.2 -52.8 75 188610 I 275.191 0.902 163.3 146.5 -53.9 76 188610 I 275.191 1930A 0.546 131.2 147.4 -15.1 17 77 188610 I 275.191 1930 0.597 128.7 143.6 -16.2 0 14 188610 I 275.191 0.918 114.4 110.3 -19.3 25 188610 I 275.191 0.937 83.9 102.6 + 8.0 80 188610 I 275.191 0.950 94.8 101.4 - 2.5 151 188610 I 275.191 0.975 102.2 97.0 -10.3 146 188610 I 275.191 0.964 70.1 96.7 +20.9 24 188610 I 275.191 + ( 17)( 91)( 618) 188610 G 276.541 1930A 0.390 162.8 147.9 -15.4 13 81 188610 G 276.541 1929 0.430 150.4 142.6 -15.6 0 7 188610 G 276.541 0.879 102.3 94.9 - 7.6 126 188610 G 276.541 + ( 13)( 88)( 126) 188610 G 277.481 1930A 0.390 196.4 148.9 -15.5 16 79 188610 G 277.481 1930 0.394 189.0 146.1 -16.4 0 18 188610 G 277.481 0.869 99.8 83.3 - 5.2 133 188610 G 277.481 0.933 95.5 74.2 - 2.8 119 188610 G 277.481 + ( 16)( 97)( 252) 188610 I 278.273 0.950 252.9 201.1 -14.0 41 188610 I 278.273 0.822 283.8 187.4 +15.0 102 188610 I 278.273 0.807 278.5 184.9 + 4.4 100 188610 I 278.273 1931 0.495 237.1 156.7 - 9.8 2 6 188610 I 278.273 1930A 0.468 217.2 148.9 -15.8 22 78 188610 I 278.273 1930 0.470 214.3 147.9 -16.7 0 6 188610 I 278.273 1932A 0.728 105.6 87.2 - 6.8 2 8 96C * 188610 I 278.273 1932 0.737 107.0 86.7 - 8.1 0 3 96C * 188610 I 278.273 1932 0.751 106.0 85.4 - 7.6 0 4 96C * 188610 I 278.273 1932 0.766 107.0 84.3 - 8.7 1 3 96C * 188610 I 278.273 0.882 94.9 70.6 - 1.3 83 188610 I 278.273 + ( 27)( 108)( 422) 188610 I 279.357 0.952 281.7 190.5 +13.1 405 188610 I 279.357 0.943 254.5 185.8 -12.4 87 188610 I 279.357 1930A 0.610 234.3 148.4 -15.5 24 79 188610 I 279.357 1932A 0.551 113.0 87.0 - 7.1 12 45 188610 I 279.357 0.905 95.9 53.5 - 2.7 55 188610 I 279.357 0.948 74.9 45.4 +16.3 193 188610 I 279.357 0.971 101.0 42.9 - 9.1 31 188610 I 279.357 0.982 105.1 40.7 -13.5 71 188610 I 279.357 + ( 36)( 124)( 842) 188610 I 280.290 0.924 241.7 167.3 +23.2 54 188610 I 280.290 1930A 0.740 242.8 148.0 -15.2 16 65 49C 188610 I 280.290 1932A 0.387 126.0 86.9 - 7.2 3 35 188610 I 280.290 1932 0.440 131.1 85.6 -10.9 0 6 188610 I 280.290 0.795 99.4 53.6 - 3.6 68 188610 I 280.290 0.892 75.7 41.7 +15.6 84 188610 I 280.290 0.960 108.9 34.4 -16.2 92 188610 I 280.290 0.955 96.7 33.4 - 4.5 143 188610 I 280.290 + ( 19)( 106)( 490) 188610 I 281.143 0.968 245.4 165.3 -21.9 58 188610 I 281.143 0.898 243.2 152.8 -20.8 47 188610 I 281.143 0.786 205.3 119.7 -39.7 21 188610 I 281.143 1930A 0.843 247.6 147.5 -15.1 12 69 60C 188610 I 281.143 1932A 0.259 152.3 87.0 - 7.1 0 5 188610 I 281.143 0.867 103.6 35.6 - 8.6 55 188610 I 281.143 0.936 112.5 28.3 -18.6 43 188610 I 281.143 0.929 97.1 26.5 - 4.3 72 188610 I 281.143 0.949 77.9 21.7 +13.4 91 188610 I 281.143 + ( 12)( 74)( 447) 188610 G 282.456 1930A 0.962 252.2 148.2 -15.3 0 69 188610 G 282.456 + ( 0)( 69)( 0) 188610 G 283.500 1933 0.119 30.0 59.4 +11.9 0 9 188610 G 283.500 1933 0.124 52.9 57.2 +10.3 0 18 188610 G 283.500 + ( 0)( 27)( 0) 188610 I 284.158 1934 0.150 108.8 46.2 + 3.1 0 4 188610 I 284.158 0.953 99.6 343.2 - 7.3 43 188610 I 284.158 + ( 0)( 4)( 43) 188610 G 285.507 0.900 259.4 99.2 - 6.9 61 188610 G 285.507 0.867 265.5 96.0 - 0.9 82 188610 G 285.507 + ( 0)( 0)( 143) 188610 G 286.463 0.977 253.4 99.3 -14.9 74 188610 G 286.463 0.967 261.3 97.9 - 6.9 116 188610 G 286.463 0.951 269.0 95.6 + 0.9 81 188610 G 286.463 0.903 258.9 86.9 - 7.4 82 188610 G 286.463 0.902 243.3 83.3 -21.0 113 188610 G 286.463 + ( 0)( 0)( 466) 188610 I 287.149 0.963 259.4 87.6 - 8.5 32 188610 I 287.149 0.888 264.1 76.6 - 2.6 56 188610 I 287.149 0.868 250.6 71.9 -13.7 15 188610 I 287.149 1935 0.599 118.9 342.4 -11.9 2 22 188610 I 287.149 1935 0.615 115.2 340.4 -10.4 8 20 188610 I 287.149 0.883 100.2 314.0 - 6.2 22 188610 I 287.149 + ( 10)( 42)( 125) 188610 I 288.230 1935 0.414 137.0 343.8 -12.2 8 88 188610 I 288.230 1935 0.419 130.9 341.8 -10.6 0 5 188610 I 288.230 1935 0.444 128.1 339.8 -10.6 13 66 188610 I 288.230 + ( 21)( 159)( 0) 188610 I 289.130 0.935 264.2 57.2 - 3.5 43 188610 I 289.130 0.831 285.1 44.9 +15.6 68 188610 I 289.130 1935 0.319 166.9 344.5 -12.6 10 101 188610 I 289.130 1935 0.320 156.9 341.4 -11.6 0 6 188610 I 289.130 1935 0.346 156.9 340.7 -13.0 0 7 188610 I 289.130 1935 0.311 151.5 340.1 -10.4 9 40 188610 I 289.130 + ( 19)( 154)( 111) 188610 I 290.286 0.958 286.0 47.4 +16.9 139 188610 I 290.286 0.924 256.6 42.4 -16.0 14 188610 I 290.286 0.916 248.1 36.5 -17.9 70 188610 I 290.286 0.932 235.9 35.1 -29.0 30 188610 I 290.286 1935 0.370 213.0 345.3 -12.3 6 30 188610 I 290.286 1935 0.309 205.6 341.2 -10.7 2 21 188610 I 290.286 0.895 48.8 273.5 +39.0 34 188610 I 290.286 0.937 107.0 266.3 -13.8 19 188610 I 290.286 + ( 8)( 51)( 306) 188610 I 291.253 0.956 261.9 132.6 - 6.0 29 188610 I 291.253 0.891 279.1 24.0 +10.6 71 188610 I 291.253 1935 0.459 231.5 342.1 -11.4 0 15 188610 I 291.253 0.936 176.8 314.0 -63.5 34 188610 I 291.253 + ( 0)( 15)( 134) 188610 I 292.376 0.949 284.5 18.0 +15.4 63 188610 I 292.376 0.874 288.9 6.7 +19.1 105 188610 I 292.376 0.876 296.4 6.2 +25.7 30 188610 I 292.376 1935 0.643 245.7 342.4 -11.0 0 11 188610 I 292.376 0.849 349.8 324.3 +61.6 144 188610 I 292.376 + ( 0)( 11)( 342) 188610 I 293.157 0.862 287.6 355.0 +17.8 17 188610 I 293.157 0.857 283.4 354.7 +14.2 32 188610 I 293.157 0.841 269.8 352.9 + 4.4 20 188610 I 293.157 0.765 249.8 342.6 -11.7 108 188610 I 293.157 0.941 287.6 6.3 +18.4 81 188610 I 293.157 0.934 295.0 4.6 +25.2 15 188610 I 293.157 + ( 0)( 0)( 273) 188610 G 294.492 1935 0.934 255.6 345.0 -11.4 0 19 386C 188610 G 294.492 0.971 104.9 203.7 -13.1 413 188610 G 294.492 + ( 0)( 19)( 799) 188610 I 295.121 0.967 256.2 343.1 -12.0 510 188610 I 295.121 0.955 324.7 336.9 +53.3 39 188610 I 295.121 0.927 252.2 335.0 -14.4 30 188610 I 295.121 0.897 304.0 331.4 +32.6 32 188610 I 295.121 0.881 263.0 330.6 - 3.7 20 188610 I 295.121 0.902 231.3 325.1 -31.5 27 188610 I 295.121 1936A 0.993 74.0 185.4 +16.5 0 62 188610 I 295.121 0.917 147.7 223.4 -47.3 23 188610 I 295.121 0.943 106.2 201.3 -13.4 803 188610 I 295.121 0.929 76.9 201.0 +14.0 112 188610 I 295.121 + ( 0)( 62)( 1596) 188610 G 296.507 1936A 0.905 75.2 186.4 +15.5 8 55 238C * 188610 G 296.507 1936B 0.933 74.4 182.2 +16.3 0 33 238C * 188610 G 296.507 + ( 8)( 88)( 238) 188610 I 297.130 1936A 0.842 74.6 186.0 +15.5 9 50 221C * 188610 I 297.130 1936B 0.884 73.6 181.1 +16.7 0 44 221C * 188610 I 297.130 0.783 115.4 195.9 -16.4 91 188610 I 297.130 + ( 9)( 94)( 312) 188610 I 298.146 1936A 0.703 72.8 185.7 +15.4 7 40 133C * 188610 I 298.146 1936B 0.761 71.8 180.9 +16.8 0 7 133C * 188610 I 298.146 0.900 100.0 166.9 - 6.9 52 188610 I 298.146 0.948 76.5 158.9 +14.3 96 188610 I 298.146 0.983 108.9 152.4 -17.7 124 188610 I 298.146 + ( 7)( 47)( 405) 188610 I 299.135 1936A 0.539 68.2 185.4 +15.6 11 39 188610 I 299.135 1936 0.566 68.3 183.6 +15.9 0 3 188610 I 299.135 0.921 109.5 149.5 -19.8 181 188610 I 299.135 + ( 11)( 42)( 181) 188610 I 300.145 1936A 0.352 56.6 185.5 +15.5 7 29 188610 I 300.145 1936B 0.420 57.6 181.5 +17.2 0 8 188610 I 300.145 0.941 174.1 190.1 -64.8 139 188610 I 300.145 0.948 150.1 152.6 -52.6 87 188610 I 300.145 0.862 114.4 147.6 -18.3 122 188610 I 300.145 0.942 112.4 136.1 -19.3 87 188610 I 300.145 + ( 7)( 37)( 435) 188610 G 301.469 1937A 0.941 261.5 255.1 - 6.4 0 6 94C * 188610 G 301.469 1937B 0.925 261.5 252.6 - 6.1 0 5 94C * 188610 G 301.469 1936A 0.189 4.0 185.1 +15.3 4 31 188610 G 301.469 + ( 4)( 42)( 94) 188610 I 302.105 1937B 0.968 262.3 252.1 - 6.3 0 47 98C 188610 I 302.105 + ( 0)( 47)( 98) 188610 I 303.180 0.941 182.3 168.5 -65.5 117 188610 I 303.180 0.893 98.1 100.9 - 5.2 274 188610 I 303.180 0.975 115.4 89.5 -23.6 120 188610 I 303.180 + ( 0)( 0)( 511) 188611 I 304.143 0.948 281.3 222.3 +12.1 33 188611 I 304.143 0.919 289.4 217.2 +19.5 143 188611 I 304.143 0.830 251.2 204.1 -13.0 328 188611 I 304.143 0.957 202.4 195.9 -59.2 99 188611 I 304.143 0.955 191.2 177.3 -65.7 79 188611 I 304.143 0.852 196.1 172.5 -50.8 96 188611 I 304.143 0.804 97.0 97.7 - 3.1 129 188611 I 304.143 0.927 109.7 85.3 -16.5 220 188611 I 304.143 + ( 0)( 0)( 1127) 188611 G 305.498 0.933 283.2 201.7 +13.8 87 188611 G 305.498 0.931 253.6 199.3 -13.7 520 188611 G 305.498 0.780 290.3 182.9 +18.3 103 188611 G 305.498 + ( 0)( 0)( 710) 188611 G 306.397 0.968 254.1 194.7 -14.4 100 188611 G 306.397 0.881 288.5 182.2 +18.1 128 188611 G 306.397 + ( 0)( 0)( 228) 188611 G 307.423 0.965 289.1 182.4 +19.5 110 188611 G 307.423 0.923 97.7 41.0 - 5.6 70 188611 G 307.423 0.941 108.3 39.5 -15.7 39 188611 G 307.423 0.976 110.7 32.4 -19.2 84 188611 G 307.423 + ( 0)( 0)( 303) 188611 I 308.360 0.901 281.4 159.4 +11.9 42 188611 I 308.360 0.827 246.0 147.2 -17.4 269 188611 I 308.360 0.847 108.4 39.6 -13.4 73 188611 I 308.360 0.864 98.8 36.2 - 5.7 34 188611 I 308.360 0.917 112.8 31.8 -19.2 108 188611 I 308.360 0.923 85.2 27.7 + 5.9 114 188611 I 308.360 + ( 0)( 0)( 640) 188611 I 309.139 0.967 281.2 160.1 +11.7 96 188611 I 309.139 0.906 283.4 149.6 +13.7 71 188611 I 309.139 0.902 249.7 146.5 -16.6 174 188611 I 309.139 0.769 99.4 35.3 - 4.9 56 188611 I 309.139 0.845 115.8 31.1 -19.4 127 188611 I 309.139 0.842 107.0 29.4 -12.2 46 188611 I 309.139 0.875 75.3 23.9 +14.6 22 188611 I 309.139 + ( 0)( 0)( 592) 188611 I 310.209 0.935 246.2 136.6 -20.8 166 188611 I 310.209 0.937 118.4 5.4 -25.0 64 188611 I 310.209 + ( 0)( 0)( 230) 188611 G 311.418 0.843 259.1 111.0 - 7.3 258 188611 G 311.418 0.911 106.9 351.1 -13.8 48 188611 G 311.418 0.956 103.1 343.1 -11.4 84 188611 G 311.418 + ( 0)( 0)( 390) 188611 I 312.312 0.944 255.1 112.0 -12.8 163 188611 I 312.312 0.879 268.4 104.1 + 0.3 167 188611 I 312.312 0.846 252.8 98.6 -12.6 33 188611 I 312.312 0.846 109.0 347.5 -14.1 200 188611 I 312.312 + ( 0)( 0)( 563) 188611 I 313.166 0.925 267.5 98.9 - 1.1 181 188611 I 313.166 0.908 256.3 95.4 -11.0 120 188611 I 313.166 0.837 243.1 84.1 -20.3 146 188611 I 313.166 + ( 0)( 0)( 447) 188611 I 314.148 0.889 259.3 80.4 - 8.0 92 188611 I 314.148 0.900 247.7 79.8 -18.4 87 188611 I 314.148 0.783 110.3 329.8 -13.7 72 188611 I 314.148 + ( 0)( 0)( 251) 188611 I 315.332 1938A 0.584 120.0 331.7 -14.5 1 7 188611 I 315.332 0.874 136.4 314.0 -37.3 39 188611 I 315.332 + ( 1)( 7)( 39) 188611 I 316.148 0.876 283.3 53.1 +13.0 46 188611 I 316.148 1938A 0.447 132.0 332.3 -14.7 2 9 188611 I 316.148 0.898 111.0 291.0 -17.4 121 188611 I 316.148 0.939 100.4 283.4 - 8.8 62 188611 I 316.148 + ( 2)( 9)( 229) 188611 I 317.205 1938A 0.320 161.5 332.4 -14.9 0 5 188611 I 317.205 1938B 0.338 154.9 329.9 -15.1 0 3 188611 I 317.205 0.836 10.5 321.9 +57.7 66 188611 I 317.205 0.947 75.6 267.3 +14.5 36 188611 I 317.205 0.972 95.7 262.5 - 4.9 334 188611 I 317.205 + ( 0)( 8)( 436) 188611 I 318.280 0.913 195.0 351.7 -59.3 49 188611 I 318.280 0.935 189.0 344.3 -64.8 149 188611 I 318.280 1939 0.890 97.0 262.9 - 5.0 0 1 188611 I 318.280 0.944 256.5 33.7 -11.9 138 188611 I 318.280 0.894 285.8 27.1 +15.3 35 188611 I 318.280 0.844 265.4 21.3 - 2.4 48 188611 I 318.280 0.888 96.2 262.1 - 4.3 219 188611 I 318.280 + ( 0)( 1)( 638) 188611 I 319.191 0.962 189.6 338.8 -69.1 65 188611 I 319.191 0.773 97.2 262.1 - 4.0 168 188611 I 319.191 0.874 116.7 255.2 -21.8 72 188611 I 319.191 1939 0.744 100.4 265.0 - 6.0 0 3 188611 I 319.191 1939 0.756 98.6 263.8 - 4.8 0 2 188611 I 319.191 + ( 0)( 5)( 305) 188611 G 320.462 1939 0.532 99.2 263.9 - 2.8 0 6 188611 G 320.462 1939 0.542 104.3 263.8 - 5.6 0 6 188611 G 320.462 + ( 0)( 12)( 0) 188611 G 321.493 0.960 286.1 355.0 + 6.1 280 188611 G 321.493 + ( 0)( 0)( 280) 188611 I 322.164 0.965 255.8 346.7 -13.1 108 188611 I 322.164 0.877 251.6 332.4 -15.0 99 188611 I 322.164 0.909 108.8 209.7 -16.1 216 188611 I 322.164 + ( 0)( 0)( 423) 188611 I 323.119 0.952 253.5 331.1 -15.0 28 188611 I 323.119 0.880 225.3 311.7 -36.9 22 188611 I 323.119 0.847 217.6 303.1 -40.6 52 188611 I 323.119 0.805 110.7 209.3 -15.3 115 188611 I 323.119 0.829 73.9 205.3 +14.4 88 188611 I 323.119 0.904 109.8 197.9 -16.9 81 188611 I 323.119 + ( 0)( 0)( 386) 188611 I 324.244 0.894 282.8 308.2 +12.3 61 188611 I 324.244 0.802 114.0 195.2 -17.8 61 188611 I 324.244 0.919 64.5 180.2 +24.1 97 188611 I 324.244 + ( 0)( 0)( 219) 188611 I 325.282 0.920 229.7 291.3 -35.6 27 188611 I 325.282 0.791 61.6 182.8 +23.2 48 188611 I 325.282 + ( 0)( 0)( 75) 188611 I 326.341 0.921 101.0 151.8 - 9.5 124 188611 I 326.341 0.946 118.2 150.3 -25.9 24 188611 I 326.341 0.981 77.7 139.3 +12.4 108 188611 I 326.341 + ( 0)( 0)( 256) 188611 I 327.251 0.882 280.9 267.5 +10.3 90 188611 I 327.251 0.840 261.1 262.6 - 6.7 116 188611 I 327.251 0.859 117.3 150.7 -22.4 176 188611 I 327.251 0.920 77.3 139.7 +12.3 121 188611 I 327.251 + ( 0)( 0)( 503) 188611 I 328.352 0.971 211.5 254.2 -55.2 53 188611 I 328.352 0.951 174.9 177.4 -69.9 41 188611 I 328.352 0.816 76.1 137.7 +12.0 75 188611 I 328.352 0.945 144.2 134.0 -49.2 137 188611 I 328.352 0.925 101.5 124.8 -10.1 133 188611 I 328.352 0.930 89.2 123.4 + 1.2 104 188611 I 328.352 + ( 0)( 0)( 543) 188611 I 329.348 1940 0.304 246.4 194.6 - 5.8 1 6 188611 I 329.348 0.895 102.4 115.8 -10.6 143 188611 I 329.348 0.896 87.7 115.0 + 2.6 96 188611 I 329.348 + ( 1)( 6)( 239) 188611 I 330.171 0.825 106.5 113.6 -12.9 96 188611 I 330.171 + ( 0)( 0)( 96) 188611 I 331.346 + ( 0)( 0)( 0) 188611 I 332.357 0.953 254.7 210.0 -14.3 49 188611 I 332.357 0.850 273.5 196.7 + 3.4 20 188611 I 332.357 0.841 261.9 195.4 - 6.3 99 188611 I 332.357 + ( 0)( 0)( 168) 188611 G 333.429 0.949 253.0 195.4 -15.8 83 188611 G 333.429 + ( 0)( 0)( 83) 188612 I 334.320 0.895 250.4 174.6 -17.2 40 188612 I 334.320 0.830 80.2 57.3 + 8.5 46 188612 I 334.320 + ( 0)( 0)( 86) 188612 I 335.322 0.947 180.9 102.1 -70.4 105 188612 I 335.322 0.892 174.5 89.2 -61.9 40 188612 I 335.322 0.943 171.7 78.1 -68.3 49 188612 I 335.322 0.880 99.9 38.6 - 8.5 45 188612 I 335.322 0.933 93.0 31.0 - 2.7 109 188612 I 335.322 0.952 108.7 28.7 -17.6 138 188612 I 335.322 + ( 0)( 0)( 486) 188612 I 336.152 0.891 248.8 149.8 -18.7 54 188612 I 336.152 0.840 93.0 31.8 - 2.3 41 188612 I 336.152 0.942 96.4 18.7 - 5.9 30 188612 I 336.152 + ( 0)( 0)( 125) 188612 I 337.150 0.875 95.3 14.9 - 4.6 99 188612 I 337.150 0.978 91.9 357.9 - 1.8 136 188612 I 337.150 + ( 0)( 0)( 235) 188612 I 338.177 0.899 265.9 125.8 - 3.6 128 188612 I 338.177 0.856 91.6 3.4 - 1.3 82 188612 I 338.177 + ( 0)( 0)( 210) 188612 I 339.240 + ( 0)( 0)( 0) 188612 I 340.170 + ( 0)( 0)( 0) 188612 G 341.457 0.963 76.2 305.2 +13.3 70 188612 G 341.457 + ( 0)( 0)( 70) 188612 M 342.193 0.913 75.1 304.4 +13.4 291 188612 M 342.193 + ( 0)( 0)( 291) 188612 G 343.502 1941A 0.873 68.7 293.3 +18.1 0 12 100C * 188612 G 343.502 1941B 0.912 68.5 288.1 +19.3 0 18 100C * 188612 G 343.502 + ( 0)( 30)( 100) 188612 M 344.399 1941A 0.764 65.8 293.2 +17.7 0 28 219C * 188612 M 344.399 1941 0.790 65.4 290.9 +18.7 0 11 219C * 188612 M 344.399 1941B 0.822 65.9 287.6 +19.2 3 47 219C * 188612 M 344.399 + ( 3)( 86)( 219) 188612 G 345.485 1942 0.560 64.2 294.6 +13.4 1 20 188612 G 345.485 1941A 0.601 58.3 293.4 +17.7 4 28 188612 G 345.485 1941 0.638 58.6 290.8 +18.7 0 5 188612 G 345.485 1941B 0.675 60.0 287.7 +19.0 9 51 188612 G 345.485 0.858 94.3 266.9 - 4.1 229 188612 G 345.485 + ( 14)( 104)( 229) 188612 I 346.212 0.973 179.1 313.5 -70.7 118 188612 I 346.212 1942 0.422 54.1 295.7 +13.4 3 15 188612 I 346.212 1941 0.491 45.7 294.5 +19.1 0 4 188612 I 346.212 1941A 0.486 47.6 294.1 +18.2 3 12 188612 I 346.212 1941 0.558 50.8 289.0 +19.8 0 3 188612 I 346.212 1941B 0.566 52.3 288.0 +19.4 13 51 188612 I 346.212 0.990 94.0 234.6 - 4.1 843 188612 I 346.212 + ( 19)( 85)( 961) 188612 I 347.296 0.939 200.3 346.5 -62.4 114 188612 I 347.296 1941A 0.362 23.5 293.6 +18.2 2 12 188612 I 347.296 1941 0.371 25.3 292.3 +18.4 2 8 188612 I 347.296 1941 0.383 26.4 291.6 +18.9 0 2 188612 I 347.296 1941B 0.419 32.4 288.2 +19.6 17 67 188612 I 347.296 + ( 21)( 89)( 114) 188612 I 348.362 0.948 196.3 329.2 -66.2 110 188612 I 348.362 0.907 185.8 300.7 -15.5 98 188612 I 348.362 1941A 0.340 344.8 293.4 +17.9 14 57 188612 I 348.362 1941 0.299 344.8 292.6 +15.5 0 2 188612 I 348.362 1941 0.351 351.6 291.1 +19.0 0 3 188612 I 348.362 1941 0.332 352.9 290.5 +18.0 0 12 188612 I 348.362 1941B 0.357 0.6 287.8 +19.6 26 125 188612 I 348.362 0.951 105.5 216.6 -15.1 205 188612 I 348.362 + ( 40)( 199)( 413) 188612 I 349.282 0.965 200.8 330.6 -65.2 152 188612 I 349.282 0.930 189.5 299.3 -67.5 71 188612 I 349.282 1941A 0.450 314.4 295.3 +16.9 12 83 188612 I 349.282 1941 0.419 323.7 290.8 +18.3 0 8 188612 I 349.282 1941B 0.411 330.4 288.1 +19.5 22 136 188612 I 349.282 0.857 108.1 217.9 -16.2 88 188612 I 349.282 + ( 34)( 227)( 311) 188612 I 350.334 0.754 289.9 308.6 +13.8 122 188612 I 350.334 0.901 192.8 287.6 -62.6 133 188612 I 350.334 0.886 171.4 245.3 -62.4 34 188612 I 350.334 1941A 0.613 300.2 295.3 +16.6 20 106 188612 I 350.334 1941 0.602 304.6 293.3 +18.6 2 14 188612 I 350.334 1941 0.584 301.4 293.1 +16.4 5 12 188612 I 350.334 1941 0.590 307.0 291.8 +19.5 0 2 188612 I 350.334 1941B 0.553 310.7 288.2 +19.7 20 119 188612 I 350.334 0.937 96.2 192.6 - 6.3 54 188612 I 350.334 + ( 47)( 253)( 343) 188612 G 351.552 0.885 286.8 306.5 +14.0 126 188612 G 351.552 1941A 0.798 292.3 296.1 +16.6 23 105 271C * 188612 G 351.552 1941 0.798 289.6 296.7 +14.5 0 11 271C * 188612 G 351.552 1941 0.782 296.1 293.7 +19.0 0 13 271C * 188612 G 351.552 1941 0.774 294.0 293.5 +17.2 0 20 188612 G 351.552 1941 0.750 296.2 290.8 +18.1 0 15 188612 G 351.552 1941B 0.732 299.6 288.4 +20.0 22 67 188612 G 351.552 + ( 45)( 231)( 397) 188612 I 352.250 0.944 285.6 306.1 +14.1 224 188612 I 352.250 1941A 0.884 289.4 296.7 +16.2 36 101 188612 I 352.250 1941 0.840 292.7 291.0 +17.9 0 4 518C * 188612 I 352.250 1941B 0.823 295.7 288.5 +19.8 20 60 518C * 188612 I 352.250 1941 0.791 296.6 285.2 +19.6 1 7 518C * 188612 I 352.250 + ( 57)( 172)( 742) 188612 I 353.182 1941A 0.960 287.1 296.7 +15.9 4 67 634C * 188612 I 353.182 1941 0.949 289.5 294.2 +17.8 0 47 634C * 188612 I 353.182 1941 0.932 289.7 291.2 +17.6 1 17 634C * 188612 I 353.182 1941 0.932 288.4 291.1 +16.0 0 15 634C * 188612 I 353.182 1941B 0.915 291.8 288.2 +19.0 0 47 634C * 188612 I 353.182 + ( 5)( 193)( 634) 188612 I 354.198 0.825 267.2 266.4 - 3.4 163 188612 I 354.198 1941B 0.979 289.6 287.7 +18.7 0 30 398C * 188612 I 354.198 1941 0.968 290.4 284.7 +19.2 2 25 398C * 188612 I 354.198 1941 0.957 291.0 282.1 +19.4 0 32 398C * 188612 I 354.198 + ( 2)( 87)( 561) 188612 M 355.238 1943 0.922 100.1 130.2 -10.1 0 7 130C 188612 M 355.238 + ( 0)( 7)( 130) 188612 G 356.514 1943 0.784 101.0 129.2 -10.0 3 15 122C * 188612 G 356.514 1943 0.807 101.2 127.0 -10.3 7 33 122C * 188612 G 356.514 1943 0.835 102.2 124.3 -11.4 9 66 122C * 188612 G 356.514 1943 0.853 102.9 122.4 -12.1 0 12 122C * 188612 G 356.514 1944A 0.943 98.1 110.0 - 8.3 31 252 205C * 188612 G 356.514 1944 0.963 100.0 106.1 -10.2 0 13 205C * 188612 G 356.514 1944 0.982 99.8 101.4 -10.0 0 61 205C * 188612 G 356.514 + ( 50)( 452)( 327) 188612 G 357.548 1945 0.258 341.0 171.6 +11.8 0 5 188612 G 357.548 1945 0.278 345.2 170.9 +13.2 0 6 188612 G 357.548 1943 0.629 103.3 128.4 -10.1 0 44 188612 G 357.548 1943 0.656 103.6 126.4 -10.6 0 14 188612 G 357.548 1943 0.687 104.5 124.1 -11.6 11 101 188612 G 357.548 1944A 0.841 98.1 109.7 - 8.1 25 273 461C * 188612 G 357.548 1944 0.872 101.1 106.3 -10.8 0 42 461C * 188612 G 357.548 1944 0.889 99.7 104.2 - 9.7 0 21 461C * 188612 G 357.548 1944 0.913 100.4 101.0 -10.4 0 41 188612 G 357.548 + ( 36)( 547)( 461) 188612 G 358.502 1945 0.362 308.5 170.9 +10.7 0 5 188612 G 358.502 1945 0.395 311.6 170.7 +12.8 0 5 188612 G 358.502 1945 0.352 313.4 169.3 +12.7 0 4 188612 G 358.502 1943 0.450 108.7 128.6 -10.4 0 24 188612 G 358.502 1943 0.535 108.9 123.2 -12.0 4 53 188612 G 358.502 1944A 0.693 98.5 110.6 - 7.6 49 313 188612 G 358.502 1944 0.729 101.3 107.9 - 9.9 0 38 188612 G 358.502 1944 0.759 100.5 105.2 - 9.5 0 68 188612 G 358.502 0.912 96.4 98.5 - 6.8 26 188612 G 358.502 + ( 53)( 538)( 26) 188612 M 359.180 1945 0.517 299.7 172.7 +12.6 1 10 188612 M 359.180 1945 0.501 297.0 172.3 +10.9 2 8 188612 M 359.180 1945 0.506 301.4 171.6 +13.0 0 7 188612 M 359.180 1945 0.483 299.4 170.7 +11.4 0 4 188612 M 359.180 1943 0.310 117.0 129.2 -10.5 4 15 188612 M 359.180 1943 0.400 115.0 123.7 -12.0 8 41 188612 M 359.180 1944A 0.565 99.9 111.4 - 7.7 50 331 188612 M 359.180 1944 0.611 98.3 108.0 - 7.1 0 7 188612 M 359.180 1944 0.632 101.8 106.7 - 9.4 4 140 188612 M 359.180 1944 0.632 101.8 106.7 - 9.4 4 140 188612 M 359.180 1944 0.702 102.3 101.4 -10.4 0 9 188612 M 359.180 0.837 95.9 88.7 - 6.3 113 188612 M 359.180 + ( 69)( 572)( 113) 188612 I 360.156 1943 0.149 154.7 128.9 -10.3 2 14 188612 I 360.156 1943 0.228 138.6 123.8 -12.4 7 52 188612 I 360.156 1944 0.361 97.9 111.7 - 5.2 0 7 188612 I 360.156 1944A 0.371 104.9 111.5 - 7.9 89 353 188612 I 360.156 1944 0.440 105.2 107.3 - 9.0 4 76 188612 I 360.156 1944 0.471 103.4 105.1 - 8.6 4 43 188612 I 360.156 1944 0.487 107.0 104.5 -10.5 3 28 188612 I 360.156 1944 0.531 104.8 101.3 -10.0 0 4 188612 I 360.156 + ( 109)( 577)( 0) 188612 M 361.229 0.827 285.3 172.4 +10.9 83 188612 M 361.229 1943 0.190 208.1 124.2 -12.4 2 22 188612 M 361.229 1944A 0.142 130.2 112.0 - 8.0 38 301 188612 M 361.229 1944 0.245 119.0 105.8 - 9.5 0 81 188612 M 361.229 1944 0.305 114.5 102.0 -10.0 0 25 188612 M 361.229 1946 0.979 106.7 40.0 -16.9 0 50 188612 M 361.229 + ( 40)( 479)( 83) 188612 G 362.477 1943 0.420 244.9 124.8 -12.9 2 9 188612 G 362.477 1944A 0.198 242.6 112.1 - 8.1 30 250 188612 G 362.477 1944 0.149 214.3 106.8 - 9.9 0 5 188612 G 362.477 1944 0.120 202.5 104.6 - 9.2 0 3 188612 G 362.477 1944 0.085 203.7 103.9 - 7.3 0 3 188612 G 362.477 1944 0.117 185.7 102.6 - 9.6 0 8 188612 G 362.477 1946 0.908 106.9 37.2 -16.5 12 102 90C 188612 G 362.477 + ( 44)( 380)( 90) 188612 I 363.159 1944B 0.362 254.7 113.6 - 8.3 23 125 188612 I 363.159 1944 0.337 253.7 112.0 - 8.2 0 7 188612 I 363.159 1944C 0.310 254.1 110.4 - 7.7 18 100 188612 I 363.159 1946 0.835 107.8 37.2 -16.5 15 108 165F 188612 I 363.159 + ( 56)( 340)( 165) 188612 G 364.522 1944B 0.629 261.1 113.6 - 8.2 18 100 188612 G 364.522 1944 0.599 261.5 111.5 - 7.7 0 7 188612 G 364.522 1944C 0.577 261.3 109.9 - 7.6 0 25 188612 G 364.522 1946 0.636 112.7 37.3 -16.7 12 81 188612 G 364.522 + ( 30)( 213)( 0)