193601 C 0.312 0.785 240.4 + 166 193601 C 0.312 11781 0.967 284.8 92.5 +13.4 23 133 209F 193601 C 0.312 11789 0.518 302.7 45.3 +13.5 17 71 193601 C 0.312 11783 0.657 234.6 54.8 -24.8 12 66 193601 C 0.312 11784 0.548 210.0 37.4 -31.1 15 85 193601 C 0.312 11785 0.440 216.6 35.3 -23.5 47 301 193601 C 0.312 11787 0.491 42.9 358.3 +18.2 14 69 193601 C 0.312 11788 0.506 109.1 349.6 -12.1 95 584 193601 C 0.312 1100F 0.819 123.6 327.9 -28.8 3 9 92F 193601 C 0.312 11790 0.981 64.0 302.8 +24.8 30 209 135C 193601 C 0.312 0.920 54.6 + 152 193601 C 0.312 0.935 110.2 + 121 193601 C 0.312 ( 2.4)( 18.8) (- 3.0)( 256)( 1527)( 875) 193601 C 1.422 0.879 249.1 + 140 193601 C 1.422 0.866 237.3 + 175 193601 C 1.422 11783 0.821 240.3 56.4 -25.9 4 14 440C 193601 C 1.422 11789 0.710 293.5 46.2 +14.1 7 15 193601 C 1.422 11784 0.668 223.3 36.7 -31.7 4 17 193601 C 1.422 11785 0.595 232.9 35.3 -23.7 48 288 193601 C 1.422 11787 0.376 15.1 358.3 +18.0 14 85 193601 C 1.422 11788 0.277 124.7 350.8 -12.2 167 795 193601 C 1.422 11790 0.952 59.6 296.5 +27.6 114 825 638C 193601 C 1.422 0.887 133.3 + 111 193601 C 1.422 ( 1.9)( 4.2) (- 3.2)( 358)( 2039)( 1504) 193601 C 2.396 0.882 243.6 + 1924 193601 C 2.396 0.806 226.4 + 288 193601 C 2.396 0.764 213.2 + 112 193601 C 2.396 11789 0.848 289.2 46.9 +14.4 4 8 275C 193601 C 2.396 11785 0.732 240.4 35.2 -23.5 39 223 193601 C 2.396 1101A 0.562 213.4 12.5 -31.0 0 2 193601 C 2.396 11787 0.377 343.0 358.0 +17.8 14 74 193601 C 2.396 11788 0.152 177.6 351.0 -12.0 141 828 193601 C 2.396 1101B 0.374 17.2 344.8 +17.6 5 15 193601 C 2.396 11790 0.887 56.7 295.1 +27.3 96 872 676C 193601 C 2.396 0.755 55.1 + 123 193601 C 2.396 0.830 112.4 + 130 193601 C 2.396 0.891 127.1 + 164 193601 C 2.396 0.936 64.9 + 116 193601 C 2.396 0.944 114.6 + 375 193601 C 2.396 ( 1.4)(351.4) (- 3.3)( 299)( 2022)( 4183) 193601 G 3.417 0.981 239.7 + 300 193601 G 3.417 0.974 253.6 + 234 193601 G 3.417 0.973 246.9 + 509 193601 G 3.417 0.951 285.5 + 208 193601 G 3.417 0.934 314.5 + 135 193601 G 3.417 0.918 241.9 + 1009 193601 G 3.417 0.882 291.7 + 201 193601 G 3.417 0.881 228.1 + 847 193601 G 3.417 11785 0.857 244.1 35.1 -23.8 41 196 450F 193601 G 3.417 11787 0.484 317.6 357.8 +17.6 10 64 193601 G 3.417 11788 0.267 233.5 350.5 -12.4 133 797 193601 G 3.417 1101C 0.462 152.4 324.0 -27.4 7 27 193601 G 3.417 11790 0.794 51.2 293.9 +27.3 141 1019 356C 193601 G 3.417 0.813 129.5 + 148 193601 G 3.417 0.849 61.4 + 118 193601 G 3.417 0.857 116.9 + 260 193601 G 3.417 0.921 108.7 + 110 193601 G 3.417 0.963 117.7 + 218 193601 G 3.417 ( 0.9)(337.9) (- 3.4)( 332)( 2103)( 5103) 193601 C 4.388 0.963 235.4 + 628 193601 C 4.388 0.957 288.8 + 301 193601 C 4.388 0.897 225.8 + 268 193601 C 4.388 11785 0.940 246.0 34.5 -23.7 72 277 643SF 193601 C 4.388 11787 0.622 304.3 357.6 +17.5 12 53 193601 C 4.388 11788 0.461 251.0 351.4 -11.7 114 767 193601 C 4.388 11790 0.704 42.7 292.4 +28.2 191 1098 193601 C 4.388 0.906 106.4 + 190 193601 C 4.388 0.919 118.8 + 301 193601 C 4.388 0.943 64.3 + 308 193601 C 4.388 ( 0.4)(325.1) (- 3.5)( 389)( 2195)( 2639) 193601 C 5.360 0.967 227.3 + 342 193601 C 5.360 0.892 234.1 + 275 193601 C 5.360 11785 0.989 246.5 34.3 -23.8 49 177 621SF 193601 C 5.360 11787 0.757 296.5 357.3 +17.2 9 35 193601 C 5.360 11788 0.654 256.3 352.6 -11.7 128 725 193601 C 5.360 11790 0.604 29.7 292.5 +28.2 162 1084 193601 C 5.360 0.816 120.3 + 260 193601 C 5.360 0.828 58.3 + 269 193601 C 5.360 0.932 61.5 + 204 193601 C 5.360 (- 0.1)(312.3) (- 3.6)( 348)( 2021)( 1971) 193601 G 6.617 0.959 238.7 + 258 193601 G 6.617 0.939 228.7 + 181 193601 G 6.617 11787 0.902 291.3 357.2 +17.3 10 20 404C 193601 G 6.617 11788 0.840 259.0 352.8 -11.3 100 539 522C 193601 G 6.617 11790 0.540 8.1 290.9 +28.4 172 1090 193601 G 6.617 0.817 57.1 + 65 193601 G 6.617 0.905 64.9 + 165 193601 G 6.617 0.969 107.9 + 217 193601 G 6.617 (- 0.7)(295.8) (- 3.8)( 282)( 1649)( 1812) 193601 C 7.352 0.930 292.2 + 247 193601 C 7.352 11788 0.919 259.2 352.9 -11.4 105 590 584F 193601 C 7.352 11790 0.539 351.8 291.1 +28.3 117 915 193601 C 7.352 0.831 61.4 + 96 193601 C 7.352 0.922 107.3 + 219 193601 C 7.352 0.973 102.6 + 124 193601 C 7.352 (- 1.0)(286.1) (- 3.8)( 222)( 1505)( 1270) 193601 C 8.396 0.959 289.5 + 211 193601 C 8.396 0.803 234.3 + 208 193601 C 8.396 11788 0.987 258.5 353.6 -12.0 76 630 576F 193601 C 8.396 11790 0.601 334.5 289.5 +28.9 78 779 193601 C 8.396 11791 0.987 103.7 191.1 -14.2 36 158 193601 C 8.396 0.786 109.9 + 185 193601 C 8.396 0.907 106.7 + 177 193601 C 8.396 0.978 66.3 + 73 193601 C 8.396 (- 1.5)(272.4) (- 4.0)( 190)( 1567)( 1430) 193601 G 9.482 0.957 253.3 + 184 193601 G 9.482 0.911 240.7 + 350 193601 G 9.482 0.879 301.1 + 168 193601 G 9.482 0.867 312.4 + 156 193601 G 9.482 0.849 250.7 + 142 193601 G 9.482 0.845 223.3 + 231 193601 G 9.482 0.784 303.5 + 147 193601 G 9.482 11790 0.702 320.1 289.0 +28.9 83 601 193601 G 9.482 11791 0.928 103.5 189.9 -14.1 35 190 252C 193601 G 9.482 0.764 106.0 + 96 193601 G 9.482 0.862 51.5 + 127 193601 G 9.482 0.875 115.5 + 190 193601 G 9.482 0.914 63.1 + 158 193601 G 9.482 0.962 41.5 + 97 193601 G 9.482 0.964 112.7 + 231 193601 G 9.482 0.967 51.5 + 230 193601 G 9.482 (- 2.1)(258.1) (- 4.1)( 118)( 791)( 2759) 193601 K 10.144 0.944 242.4 + 120 193601 K 10.144 0.885 227.8 + 193 193601 K 10.144 0.876 299.8 + 272 193601 K 10.144 11790 0.771 314.8 288.2 +29.6 81 554 390C 193601 K 10.144 11791 0.859 103.6 190.3 -13.8 23 163 193601 K 10.144 11792 0.992 118.2 165.9 -28.4 46 229 152P 193601 K 10.144 0.845 62.2 + 167 193601 K 10.144 0.849 106.2 + 329 193601 K 10.144 0.941 47.8 + 248 193601 K 10.144 (- 2.4)(249.3) (- 4.1)( 150)( 946)( 1871) 193601 G 11.504 0.885 224.4 + 265 193601 G 11.504 0.785 237.4 + 285 193601 G 11.504 11790 0.895 306.9 287.0 +30.1 80 405 548C 193601 G 11.504 11794 0.521 125.8 204.5 -21.5 5 15 193601 G 11.504 11791 0.667 105.8 190.2 -13.7 35 171 193601 G 11.504 11792 0.929 119.0 164.2 -28.4 60 342 305F 193601 G 11.504 11793 0.929 110.9 163.3 -21.0 17 145 423F 193601 G 11.504 0.850 117.4 + 203 193601 G 11.504 0.864 38.6 + 214 193601 G 11.504 (- 3.0)(231.4) (- 4.3)( 197)( 1078)( 2243) 193601 C 12.431 0.922 226.1 + 146 193601 C 12.431 0.888 242.7 + 247 193601 C 12.431 0.789 240.6 + 236 193601 C 12.431 11790 0.954 303.7 285.8 +30.3 70 320 636C 193601 C 12.431 11794 0.395 141.9 204.0 -22.3 12 32 193601 C 12.431 11791 0.502 110.3 190.3 -13.8 29 157 193601 C 12.431 11792 0.844 121.5 164.3 -28.7 50 321 423F 193601 C 12.431 11793 0.844 111.5 162.5 -20.4 38 192 340C 193601 C 12.431 (- 3.5)(219.2) (- 4.4)( 199)( 1022)( 2028) 193601 G 13.472 0.943 223.7 + 121 193601 G 13.472 0.934 242.6 + 313 193601 G 13.472 0.898 291.2 + 103 193601 G 13.472 0.799 304.3 + 170 193601 G 13.472 0.786 238.0 + 458 193601 G 13.472 11790 0.994 301.2 285.3 +30.3 66 359 531C 193601 G 13.472 11794 0.305 176.7 204.4 -22.1 10 28 193601 G 13.472 11791 0.305 122.5 190.2 -13.8 20 134 193601 G 13.472 11792 0.726 126.1 163.7 -28.6 47 292 389F 193601 G 13.472 11793 0.717 113.7 161.4 -19.9 38 231 260C 193601 G 13.472 11795 0.943 121.4 135.9 -31.0 42 116 210C 193601 G 13.472 11796 0.975 114.3 127.7 -24.7 29 57 259NF 193601 G 13.472 (- 3.9)(205.5) (- 4.5)( 252)( 1217)( 2814) 193601 C 14.410 0.926 248.6 + 185 193601 C 14.410 0.899 237.6 + 282 193601 C 14.410 0.866 300.4 + 164 193601 C 14.410 11791 0.168 163.0 190.3 -13.8 20 112 193601 C 14.410 11792 0.603 133.6 163.5 -28.5 47 317 193601 C 14.410 11793 0.558 120.0 162.4 -20.1 42 165 193601 C 14.410 11795 0.873 123.6 135.1 -31.3 121 667 149C 193601 C 14.410 11796 0.909 115.4 128.5 -25.0 5 20 127C 193601 C 14.410 0.931 70.6 + 112 193601 C 14.410 0.973 119.9 + 243 193601 C 14.410 (- 4.4)(193.2) (- 4.6)( 235)( 1281)( 1262) 193601 C 15.403 0.968 241.0 + 223 193601 C 15.403 0.933 296.9 + 156 193601 C 15.403 11791 0.234 224.9 189.9 -14.1 9 89 193601 C 15.403 11792 0.486 147.7 163.0 -28.7 52 296 193601 C 15.403 11793 0.394 134.9 162.8 -20.5 16 153 193601 C 15.403 11795 0.762 128.2 135.7 -31.4 112 1018 82F 193601 C 15.403 11796 0.829 116.1 125.7 -24.1 19 82 144C 193601 C 15.403 0.820 66.9 + 90 193601 C 15.403 0.930 119.5 + 294 193601 C 15.403 0.990 120.5 + 178 193601 C 15.403 (- 4.9)(180.1) (- 4.7)( 208)( 1638)( 1167) 193601 G 16.600 0.933 294.2 + 142 193601 G 16.600 0.882 303.6 + 113 193601 G 16.600 0.837 251.0 + 182 193601 G 16.600 0.764 318.2 + 184 193601 G 16.600 11791 0.451 247.6 189.7 -14.2 12 80 193601 G 16.600 11797 0.424 221.2 181.9 -23.1 2 5 193601 G 16.600 11792 0.405 176.2 162.6 -28.6 44 260 193601 G 16.600 11793 0.275 170.7 161.6 -20.4 26 172 193601 G 16.600 11795 0.624 137.8 134.9 -31.7 157 1146 193601 G 16.600 11796 0.682 120.8 124.5 -24.1 32 199 193601 G 16.600 11798 0.932 120.4 96.4 -30.0 0 18 334S 193601 G 16.600 0.832 122.5 + 322 193601 G 16.600 0.952 72.8 + 98 193601 G 16.600 (- 5.4)(164.3) (- 4.8)( 273)( 1880)( 1375) 193601 G 17.530 0.935 250.5 + 277 193601 G 17.530 0.837 307.1 + 246 193601 G 17.530 0.815 245.1 + 301 193601 G 17.530 11791 0.614 252.7 189.2 -14.4 15 76 193601 G 17.530 11797 0.575 237.3 183.5 -22.2 2 10 193601 G 17.530 11793 0.319 212.1 162.5 -20.4 23 131 193601 G 17.530 11792 0.429 200.9 162.1 -28.4 45 236 193601 G 17.530 11795 0.520 151.1 135.0 -31.7 150 1011 193601 G 17.530 11796 0.546 128.6 124.3 -24.2 57 364 193601 G 17.530 11798 0.839 123.7 98.0 -30.7 2 8 419F 193601 G 17.530 0.736 128.7 + 211 193601 G 17.530 0.840 107.1 + 149 193601 G 17.530 0.858 70.9 + 126 193601 G 17.530 0.921 64.1 + 198 193601 G 17.530 0.965 105.1 + 143 193601 G 17.530 0.966 126.5 + 390 193601 G 17.530 0.989 113.3 + 354 193601 G 17.530 (- 5.9)(152.1) (- 4.9)( 294)( 1836)( 2814) 193601 C 18.382 0.983 252.7 + 138 193601 C 18.382 0.911 249.1 + 250 193601 C 18.382 11791 0.752 255.3 189.3 -14.3 22 79 193601 C 18.382 11797 0.685 241.2 181.5 -23.1 4 14 193601 C 18.382 11793 0.434 230.9 161.9 -20.5 18 114 193601 C 18.382 11792 0.509 217.4 161.4 -28.4 48 250 193601 C 18.382 11795 0.466 166.8 133.7 -31.8 199 1121 193601 C 18.382 11796 0.433 140.9 123.5 -24.3 46 367 193601 C 18.382 0.802 126.1 + 208 193601 C 18.382 0.927 127.9 + 384 193601 C 18.382 0.942 72.5 + 54 193601 C 18.382 0.963 112.3 + 818 193601 C 18.382 (- 6.3)(140.9) (- 5.0)( 337)( 1945)( 1852) 193601 G 19.525 0.968 305.8 + 265 193601 G 19.525 0.959 247.4 + 197 193601 G 19.525 0.958 295.5 + 179 193601 G 19.525 0.917 316.8 + 404 193601 G 19.525 0.834 247.5 + 160 193601 G 19.525 11791 0.895 256.6 189.5 -14.2 10 46 208SF 193601 G 19.525 1101D 0.888 295.8 183.9 +20.1 2 8 84C 193601 G 19.525 11793 0.622 243.2 162.0 -20.4 18 120 193601 G 19.525 11792 0.656 231.2 161.2 -28.4 40 241 193601 G 19.525 11795 0.470 195.0 134.0 -31.9 207 1324 193601 G 19.525 11796 0.334 174.2 123.7 -24.5 47 263 193601 G 19.525 1101E 0.685 132.6 89.6 -31.7 1 6 193601 G 19.525 11799 0.943 109.0 54.9 -19.6 13 95 386C 193601 G 19.525 0.800 132.8 + 129 193601 G 19.525 0.853 115.0 + 416 193601 G 19.525 0.862 68.4 + 85 193601 G 19.525 0.875 130.4 + 246 193601 G 19.525 0.928 114.6 + 923 193601 G 19.525 0.974 120.4 + 258 193601 G 19.525 0.974 73.4 + 293 193601 G 19.525 0.990 114.5 + 134 193601 G 19.525 (- 6.8)(125.8) (- 5.1)( 338)( 2103)( 4367) 193601 G 20.469 0.954 292.8 + 64 193601 G 20.469 0.949 313.9 + 289 193601 G 20.469 0.888 242.0 + 245 193601 G 20.469 11791 0.967 256.8 189.2 -14.1 8 50 265SF 193601 G 20.469 11793 0.761 247.4 161.8 -20.4 17 123 193601 G 20.469 11792 0.774 236.9 160.8 -28.6 51 235 193601 G 20.469 11795 0.541 211.7 132.9 -32.2 220 1545 193601 G 20.469 11796 0.373 204.8 123.3 -24.8 41 214 193601 G 20.469 1101F 0.449 177.8 112.2 -31.7 2 12 193601 G 20.469 11800 0.557 129.0 85.0 -25.0 2 9 193601 G 20.469 11801 0.694 138.2 79.0 -35.3 3 9 193601 G 20.469 11799 0.838 109.7 56.9 -19.3 22 84 531C 193601 G 20.469 11802 0.978 73.8 37.6 +14.6 60 415 315C 193601 G 20.469 0.738 116.2 + 211 193601 G 20.469 0.803 66.6 + 76 193601 G 20.469 0.817 134.8 + 171 193601 G 20.469 0.855 119.4 + 767 193601 G 20.469 0.898 70.5 + 293 193601 G 20.469 0.973 119.6 + 322 193601 G 20.469 (- 7.2)(113.4) (- 5.2)( 426)( 2696)( 3549) 193601 G 21.396 0.966 311.8 + 103 193601 G 21.396 0.949 243.2 + 341 193601 G 21.396 11793 0.873 249.4 161.7 -20.5 27 133 313C 193601 G 21.396 11792 0.871 239.9 160.1 -28.6 59 260 361F 193601 G 21.396 11795 0.639 223.0 132.1 -32.3 291 1641 193601 G 21.396 11796 0.484 226.0 123.6 -24.4 20 126 193601 G 21.396 1101G 0.178 189.8 103.0 -15.2 1 5 193601 G 21.396 11803 0.708 117.8 58.5 -23.1 3 9 193601 G 21.396 11799 0.701 111.8 57.9 -18.8 29 94 193601 G 21.396 11802 0.939 71.7 34.0 +15.2 158 705 469C 193601 G 21.396 0.818 66.3 + 224 193601 G 21.396 0.859 118.2 + 621 193601 G 21.396 0.949 119.6 + 392 193601 G 21.396 0.969 130.4 + 346 193601 G 21.396 (- 7.6)(101.2) (- 5.2)( 588)( 2973)( 3170) 193601 G 22.446 11793 0.962 250.4 162.2 -20.3 31 104 484F 193601 G 22.446 11792 0.953 241.5 159.8 -28.7 49 274 588C 193601 G 22.446 11795 0.763 230.7 131.8 -32.7 252 1550 664C 193601 G 22.446 11796 0.655 237.3 124.7 -24.9 17 73 193601 G 22.446 11800 0.332 178.2 86.7 -24.6 6 16 193601 G 22.446 11801 0.552 164.9 77.0 -37.3 0 4 193601 G 22.446 11799 0.527 118.4 58.1 -19.1 18 92 193601 G 22.446 11802 0.836 68.4 34.1 +14.8 170 984 765C 193601 G 22.446 0.741 120.7 + 280 193601 G 22.446 0.855 121.4 + 518 193601 G 22.446 0.929 131.6 + 564 193601 G 22.446 0.957 119.9 + 478 193601 G 22.446 (- 8.1)( 87.4) (- 5.3)( 543)( 3097)( 4341) 193601 C 23.394 0.981 248.1 + 149 193601 C 23.394 11792 0.990 241.4 158.6 -29.1 65 374 198C 193601 C 23.394 11795 0.870 234.9 132.7 -33.0 197 1551 699C 193601 C 23.394 11796 0.782 241.5 124.2 -25.4 8 20 234C 193601 C 23.394 11800 0.381 208.7 86.5 -24.7 18 62 193601 C 23.394 11799 0.349 132.9 59.3 -18.9 13 80 193601 C 23.394 11802 0.715 62.1 34.1 +15.4 158 901 376F 193601 C 23.394 11804 0.961 76.2 2.7 +11.7 4 18 87F 193601 C 23.394 11805 0.979 101.7 356.0 -12.5 36 257 236C 193601 C 23.394 0.846 133.7 + 642 193601 C 23.394 0.885 99.3 + 94 193601 C 23.394 0.901 121.9 + 405 193601 C 23.394 0.957 66.3 + 88 193601 C 23.394 0.961 131.1 + 333 193601 C 23.394 (- 8.5)( 74.9) (- 5.4)( 499)( 3263)( 3541) 193601 C 24.350 11795 0.933 236.9 130.4 -32.8 151 1148 435C 193601 C 24.350 11796 0.882 244.2 123.5 -25.3 4 22 211C 193601 C 24.350 11800 0.498 227.1 85.9 -24.8 9 29 193601 C 24.350 11799 0.245 165.8 58.7 -19.1 16 68 193601 C 24.350 11803 0.403 157.0 52.2 -27.1 2 9 193601 C 24.350 11802 0.568 53.4 34.3 +14.9 127 676 193601 C 24.350 11804 0.868 73.2 4.5 +11.6 4 10 101F 193601 C 24.350 11805 0.921 101.8 354.8 -13.0 48 194 412F 193601 C 24.350 0.770 138.4 + 193 193601 C 24.350 0.853 122.7 + 208 193601 C 24.350 0.904 134.2 + 231 193601 C 24.350 0.934 64.8 + 130 193601 C 24.350 (- 9.0)( 62.3) (- 5.5)( 361)( 2156)( 1921) 193601 G 25.444 0.895 237.4 + 264 193601 G 25.444 0.766 234.8 + 213 193601 G 25.444 11795 0.972 237.0 124.9 -33.3 75 370 820C 193601 G 25.444 11796 0.965 244.8 123.3 -25.7 8 17 298F 193601 G 25.444 11800 0.641 236.8 84.0 -25.0 6 28 193601 G 25.444 1101H 0.439 224.8 67.5 -23.4 2 25 193601 G 25.444 11799 0.295 215.8 58.4 -19.3 14 43 193601 G 25.444 11803 0.332 198.4 54.4 -23.8 6 50 193601 G 25.444 11802 0.408 32.6 34.8 +14.6 129 621 193601 G 25.444 11804 0.725 68.6 4.6 +11.2 6 16 197F 193601 G 25.444 11805 0.800 102.2 354.7 -13.1 40 212 350C 193601 G 25.444 0.740 136.0 + 383 193601 G 25.444 0.847 57.6 + 191 193601 G 25.444 0.863 133.8 + 334 193601 G 25.444 0.897 105.3 + 392 193601 G 25.444 0.905 65.6 + 281 193601 G 25.444 (- 9.4)( 47.9) (- 5.6)( 286)( 1382)( 3723) 193601 C 26.412 0.964 234.9 + 174 193601 C 26.412 0.941 254.9 + 190 193601 C 26.412 0.838 238.6 + 257 193601 C 26.412 11799 0.438 236.9 57.8 -19.0 10 39 193601 C 26.412 11802 0.346 359.5 35.3 +14.5 67 532 193601 C 26.412 11804 0.565 60.7 5.1 +11.1 1 10 193601 C 26.412 11805 0.651 104.1 354.8 -13.5 20 185 193601 C 26.412 0.957 117.3 + 143 193601 C 26.412 (- 9.9)( 35.1) (- 5.7)( 98)( 766)( 764) 193601 G 27.461 0.937 236.3 + 336 193601 G 27.461 0.895 245.9 + 287 193601 G 27.461 11799 0.616 246.7 57.8 -18.7 7 22 193601 G 27.461 11802 0.409 327.7 34.3 +14.6 73 393 193601 G 27.461 11804 0.406 44.1 4.6 +11.4 10 36 193601 G 27.461 11805 0.459 107.5 354.7 -13.0 35 153 193601 G 27.461 0.911 119.2 + 156 193601 G 27.461 0.971 63.4 + 199 193601 G 27.461 0.979 108.6 + 156 193601 G 27.461 (-10.3)( 21.3) (- 5.7)( 125)( 604)( 1134) 193601 G 28.447 0.965 242.8 + 263 193601 G 28.447 0.873 227.9 + 209 193601 G 28.447 0.872 245.7 + 480 193601 G 28.447 0.857 258.8 + 108 193601 G 28.447 11799 0.767 250.3 57.9 -18.8 5 12 115SF 193601 G 28.447 11802 0.552 308.7 34.8 +15.0 54 332 193601 G 28.447 11804 0.307 12.6 4.5 +11.6 7 21 193601 G 28.447 11805 0.259 119.1 355.0 -12.9 29 173 193601 G 28.447 0.936 61.7 + 227 193601 G 28.447 0.940 110.7 + 194 193601 G 28.447 0.989 62.7 + 282 193601 G 28.447 (-10.7)( 8.4) (- 5.8)( 95)( 538)( 1878) 193601 G 29.518 0.939 230.1 + 171 193601 G 29.518 0.915 248.6 + 667 193601 G 29.518 0.882 287.6 + 109 193601 G 29.518 0.877 239.8 + 279 193601 G 29.518 1102A 0.764 303.4 37.1 +20.5 3 8 193601 G 29.518 11802 0.719 297.8 35.3 +15.0 44 218 193601 G 29.518 11805 0.121 185.5 355.0 -12.8 28 136 193601 G 29.518 11806 0.970 57.6 284.4 +29.4 18 71 725C 193601 G 29.518 0.835 50.2 + 127 193601 G 29.518 0.842 111.2 + 196 193601 G 29.518 0.927 132.1 + 143 193601 G 29.518 0.967 117.2 + 293 193601 G 29.518 0.986 108.4 + 158 193601 G 29.518 (-11.2)(354.3) (- 5.9)( 93)( 433)( 2868) 193601 C 30.406 0.965 284.4 + 188 193601 C 30.406 0.959 247.8 + 691 193601 C 30.406 0.940 238.4 + 303 193601 C 30.406 11802 0.837 291.4 35.9 +14.2 47 196 192C 193601 C 30.406 11804 0.446 312.0 2.3 +11.7 4 21 193601 C 30.406 11805 0.236 239.1 354.5 -12.8 26 141 193601 C 30.406 11806 0.915 54.2 284.5 +29.2 16 90 437C 193601 C 30.406 11807 0.975 54.5 272.3 +32.6 29 347 437C 193601 C 30.406 0.933 119.5 + 142 193601 C 30.406 0.944 108.0 + 392 193601 C 30.406 (-11.6)(342.6) (- 6.0)( 122)( 795)( 2345) 193602 G 31.451 0.962 244.8 + 547 193602 G 31.451 0.870 241.2 + 165 193602 G 31.451 0.832 228.5 + 336 193602 G 31.451 11802 0.942 287.4 36.6 +14.1 38 163 1126F 193602 G 31.451 11804 0.642 298.0 4.2 +12.7 7 30 193602 G 31.451 11805 0.443 253.2 354.5 -12.8 21 134 193602 G 31.451 11806 0.819 48.2 284.8 +28.8 14 80 340C 193602 G 31.451 11808 0.867 59.6 274.9 +22.5 9 22 176C 193602 G 31.451 11809 0.814 108.8 274.6 -18.7 2 3 206SF 193602 G 31.451 11807 0.917 50.5 271.9 +32.5 48 258 375NP 193602 G 31.451 0.802 36.8 + 108 193602 G 31.451 0.835 123.8 + 166 193602 G 31.451 0.924 137.3 + 126 193602 G 31.451 0.971 118.4 + 266 193602 G 31.451 (-12.0)(328.8) (- 6.0)( 139)( 690)( 3937) 193602 G 32.529 0.947 243.8 + 200 193602 G 32.529 0.896 234.8 + 243 193602 G 32.529 0.858 222.8 + 396 193602 G 32.529 0.776 257.0 + 117 193602 G 32.529 11802 0.996 284.4 37.5 +13.7 21 80 764NF 193602 G 32.529 11804 0.786 291.1 3.1 +12.4 2 7 137C 193602 G 32.529 11805 0.642 257.6 354.4 -12.7 23 122 193602 G 32.529 11810 0.465 255.0 341.8 -12.3 4 12 193602 G 32.529 11811 0.543 40.9 292.6 +19.1 2 5 193602 G 32.529 11806 0.725 38.7 283.4 +29.2 8 28 193602 G 32.529 11808 0.735 51.8 276.2 +22.2 22 89 85C 193602 G 32.529 11807 0.837 44.1 271.0 +32.5 42 223 333C 193602 G 32.529 0.806 114.1 + 173 193602 G 32.529 0.876 139.2 + 116 193602 G 32.529 0.933 60.8 + 208 193602 G 32.529 0.937 122.6 + 238 193602 G 32.529 (-12.4)(314.6) (- 6.1)( 124)( 566)( 3010) 193602 G 33.434 0.987 292.2 + 185 193602 G 33.434 0.954 232.0 + 285 193602 G 33.434 0.920 259.6 + 170 193602 G 33.434 0.902 222.6 + 350 193602 G 33.434 0.896 287.5 + 365 193602 G 33.434 0.890 239.7 + 303 193602 G 33.434 0.840 302.0 + 259 193602 G 33.434 0.831 229.0 + 357 193602 G 33.434 11805 0.783 258.8 354.4 -12.6 22 114 192P 193602 G 33.434 11810 0.612 257.9 340.3 -12.3 6 14 193602 G 33.434 1102B 0.253 169.6 299.9 -20.5 1 4 193602 G 33.434 11811 0.471 25.2 290.5 +19.1 2 7 193602 G 33.434 11806 0.644 27.4 283.0 +28.9 5 11 193602 G 33.434 11808 0.624 40.8 276.6 +22.5 32 83 193602 G 33.434 11809 0.504 118.4 274.8 -19.3 2 10 193602 G 33.434 11807 0.761 36.8 270.2 +32.1 43 237 1489C 193602 G 33.434 0.770 117.1 + 110 193602 G 33.434 0.867 125.6 + 228 193602 G 33.434 0.967 108.8 + 83 193602 G 33.434 (-12.8)(302.7) (- 6.2)( 113)( 480)( 4376) 193602 G 34.517 0.975 283.8 + 336 193602 G 34.517 0.934 226.6 + 575 193602 G 34.517 0.933 238.3 + 223 193602 G 34.517 0.911 297.0 + 396 193602 G 34.517 0.804 222.0 + 128 193602 G 34.517 11805 0.909 259.2 354.2 -12.4 26 129 501C 193602 G 34.517 11810 0.778 259.6 339.6 -11.9 16 68 193602 G 34.517 1102C 0.529 1.1 287.8 +25.6 2 5 193602 G 34.517 11806 0.583 8.8 282.6 +28.9 7 10 193602 G 34.517 11808 0.506 17.6 278.9 +22.6 50 178 193602 G 34.517 11809 0.309 137.0 275.6 -19.1 2 7 193602 G 34.517 11807 0.683 24.1 269.1 +32.6 52 259 193602 G 34.517 0.749 129.1 + 203 193602 G 34.517 0.842 57.2 + 210 193602 G 34.517 0.870 128.2 + 176 193602 G 34.517 0.889 110.1 + 230 193602 G 34.517 0.912 165.2 + 105 193602 G 34.517 0.980 110.2 + 160 193602 G 34.517 (-13.2)(288.4) (- 6.2)( 155)( 656)( 3243) 193602 C 35.368 0.967 232.0 + 282 193602 C 35.368 0.950 292.6 + 172 193602 C 35.368 0.927 249.1 + 124 193602 C 35.368 11805 0.972 258.8 354.3 -12.3 21 140 210F 193602 C 35.368 11810 0.883 260.2 339.6 -11.6 14 67 109C 193602 C 35.368 11812 0.829 253.8 333.3 -16.9 7 36 193602 C 35.368 11806 0.584 352.6 282.1 +29.0 2 13 193602 C 35.368 11808 0.488 354.8 279.9 +22.6 55 256 193602 C 35.368 11807 0.648 11.6 268.3 +33.0 52 229 193602 C 35.368 11813 0.970 109.7 200.2 -20.6 8 26 287C 193602 C 35.368 (-13.6)(277.2) (- 6.3)( 159)( 767)( 1184) 193602 G 36.384 0.973 251.8 + 185 193602 G 36.384 0.956 227.8 + 264 193602 G 36.384 11810 0.963 259.8 338.9 -11.5 13 40 183P 193602 G 36.384 11812 0.930 254.0 332.8 -17.2 47 215 231C 193602 G 36.384 11808 0.542 331.5 280.0 +22.2 47 296 193602 G 36.384 11806 0.617 337.9 279.1 +28.6 4 17 193602 G 36.384 11807 0.635 355.6 267.1 +32.8 47 223 193602 G 36.384 11813 0.889 109.5 200.8 -20.2 14 22 447F 193602 G 36.384 0.847 111.5 + 233 193602 G 36.384 0.895 53.2 + 84 193602 G 36.384 0.909 43.4 + 99 193602 G 36.384 0.975 64.2 + 278 193602 G 36.384 0.993 115.6 + 106 193602 G 36.384 (-14.0)(263.8) (- 6.4)( 172)( 813)( 2110) 193602 G 37.387 0.970 232.0 + 228 193602 G 37.387 0.907 243.1 + 288 193602 G 37.387 0.763 322.8 + 336 193602 G 37.387 11812 0.983 252.8 331.2 -18.1 79 288 249P 193602 G 37.387 11814 0.790 290.2 299.6 +11.6 6 24 98C 193602 G 37.387 11808 0.652 315.1 280.2 +21.8 49 288 193602 G 37.387 11807 0.670 340.1 266.3 +32.8 33 196 193602 G 37.387 11813 0.801 110.3 197.7 -20.0 7 28 427C 193602 G 37.387 11815 0.972 115.7 173.0 -26.4 73 416 607C 193602 G 37.387 0.912 60.6 + 382 193602 G 37.387 (-14.4)(250.6) (- 6.4)( 247)( 1240)( 2615) 193602 G 38.375 0.957 241.6 + 185 193602 G 38.375 0.867 313.3 + 135 193602 G 38.375 0.833 323.5 + 226 193602 G 38.375 0.828 244.9 + 233 193602 G 38.375 11814 0.909 286.3 300.4 +11.8 102 524 340C 193602 G 38.375 11816 0.868 302.2 290.7 +23.6 11 54 330C 193602 G 38.375 11808 0.776 304.9 280.6 +21.6 45 229 752F 193602 G 38.375 1102D 0.531 257.5 269.5 -12.1 11 31 193602 G 38.375 11807 0.734 327.8 265.1 +32.5 37 180 80C 193602 G 38.375 11817 0.529 238.8 266.6 -21.5 5 15 193602 G 38.375 11818 0.651 119.9 199.6 -24.0 3 7 193602 G 38.375 11813 0.699 112.2 194.2 -20.1 12 43 193602 G 38.375 11815 0.935 116.9 167.8 -27.5 296 1295 795C 193602 G 38.375 0.859 43.3 + 127 193602 G 38.375 0.868 56.5 + 174 193602 G 38.375 (-14.7)(237.6) (- 6.5)( 522)( 2378)( 3377) 193602 C 39.431 0.946 305.9 + 134 193602 C 39.431 0.908 316.1 + 185 193602 C 39.431 11814 0.986 283.5 302.1 +12.1 95 605 297C 193602 C 39.431 11816 0.946 297.7 289.5 +23.5 15 96 190C 193602 C 39.431 11808 0.888 298.7 280.5 +21.8 36 294 427NF 193602 C 39.431 11807 0.819 317.7 264.3 +32.3 37 160 150NF 193602 C 39.431 11813 0.533 118.1 193.8 -20.1 7 22 193602 C 39.431 11815 0.845 118.7 167.1 -27.6 250 1057 797C 193602 C 39.431 0.969 115.1 + 259 193602 C 39.431 (-15.1)(223.7) (- 6.5)( 440)( 2234)( 2439) 193602 C 40.422 0.960 310.5 + 155 193602 C 40.422 0.850 244.5 + 364 193602 C 40.422 11808 0.958 294.7 279.6 +21.3 36 215 568NF 193602 C 40.422 11807 0.897 311.5 263.4 +32.5 28 155 181NF 193602 C 40.422 1102E 0.121 169.3 209.4 -13.4 1 2 193602 C 40.422 11813 0.369 135.3 194.6 -21.5 11 40 193602 C 40.422 11815 0.717 122.1 167.8 -27.2 175 946 368F 193602 C 40.422 11819 0.841 63.9 158.4 +17.7 4 12 39C 193602 C 40.422 11820 0.985 121.6 128.7 -32.1 76 259 226N 193602 C 40.422 0.902 116.5 + 197 193602 C 40.422 0.961 75.0 + 74 193602 C 40.422 (-15.5)(210.7) (- 6.6)( 331)( 1629)( 2172) 193602 C 41.431 0.969 250.9 + 145 193602 C 41.431 0.961 296.6 + 184 193602 C 41.431 0.925 240.7 + 272 193602 C 41.431 11817 0.935 248.5 267.4 -22.5 6 14 137C 193602 C 41.431 11807 0.959 307.1 262.6 +32.7 47 171 181N 193602 C 41.431 11821 0.842 247.1 254.4 -22.8 6 16 89C 193602 C 41.431 11815 0.581 129.3 167.1 -27.3 192 955 193602 C 41.431 11819 0.689 55.2 161.1 +17.7 6 23 193602 C 41.431 11820 0.937 122.1 127.7 -32.3 83 257 500N 193602 C 41.431 0.815 121.9 + 216 193602 C 41.431 0.853 70.5 + 99 193602 C 41.431 (-15.9)(197.4) (- 6.7)( 340)( 1436)( 1823) 193602 G 42.454 0.986 247.9 + 158 193602 G 42.454 0.888 302.3 + 200 193602 G 42.454 0.834 233.3 + 206 193602 G 42.454 11821 0.937 248.3 254.2 -22.6 19 55 148C 193602 G 42.454 11813 0.261 215.6 193.1 -18.8 5 20 193602 G 42.454 11815 0.441 143.0 166.7 -26.9 196 896 193602 G 42.454 11822 0.684 65.3 144.7 +11.4 3 6 193602 G 42.454 11820 0.863 124.0 126.1 -32.5 73 306 665F 193602 G 42.454 0.745 123.7 + 188 193602 G 42.454 (-16.2)(183.9) (- 6.7)( 296)( 1283)( 1565) 193602 G 43.519 0.982 248.4 + 91 193602 G 43.519 0.930 234.7 + 339 193602 G 43.519 0.903 304.0 + 189 193602 G 43.519 1102F 0.979 245.8 249.8 -25.0 0 10 74C 193602 G 43.519 11818 0.446 229.4 191.4 -23.1 7 18 193602 G 43.519 11815 0.357 168.2 165.2 -27.1 188 784 193602 G 43.519 11822 0.498 52.2 146.3 +11.5 2 6 193602 G 43.519 11820 0.757 128.2 125.1 -32.8 49 282 422F 193602 G 43.519 0.910 131.6 + 125 193602 G 43.519 (-16.6)(169.9) (- 6.8)( 246)( 1100)( 1240) 193602 G 44.476 0.967 304.2 + 93 193602 G 44.476 0.960 235.3 + 299 193602 G 44.476 0.949 297.5 + 96 193602 G 44.476 0.889 248.5 + 200 193602 G 44.476 11813 0.582 247.3 191.6 -18.5 1 4 193602 G 44.476 11818 0.593 239.3 190.9 -23.3 6 11 193602 G 44.476 11815 0.368 195.5 163.6 -27.5 167 728 193602 G 44.476 11819 0.417 359.7 157.4 +17.7 2 6 193602 G 44.476 11822 0.366 30.3 146.5 +11.7 17 59 193602 G 44.476 11820 0.648 134.8 124.3 -32.8 57 272 269F 193602 G 44.476 0.933 62.3 + 155 193602 G 44.476 0.958 118.8 + 112 193602 G 44.476 0.960 71.4 + 192 193602 G 44.476 (-16.9)(157.3) (- 6.8)( 250)( 1080)( 1416) 193602 C 45.396 0.982 294.4 + 83 193602 C 45.396 0.955 247.3 + 156 193602 C 45.396 0.812 250.9 + 175 193602 C 45.396 0.810 304.7 + 93 193602 C 45.396 11815 0.452 217.5 163.2 -27.5 139 679 193602 C 45.396 11819 0.476 330.7 159.3 +17.8 18 37 193602 C 45.396 11822 0.322 356.6 146.3 +11.9 35 137 193602 C 45.396 11820 0.548 145.3 123.5 -33.0 51 294 193602 C 45.396 11823 0.881 69.5 86.9 +14.5 13 27 190C 193602 C 45.396 0.888 119.3 + 102 193602 C 45.396 0.924 57.7 + 130 193602 C 45.396 0.973 112.4 + 662 193602 C 45.396 0.977 66.7 + 74 193602 C 45.396 (-17.3)(145.2) (- 6.8)( 256)( 1174)( 1665) 193602 C 46.419 0.918 298.8 + 154 193602 C 46.419 0.878 314.4 + 175 193602 C 46.419 11813 0.914 252.6 198.5 -18.7 2 10 435S 193602 C 46.419 11815 0.589 231.0 162.7 -27.6 152 724 193602 C 46.419 11819 0.579 314.6 157.2 +17.7 2 8 193602 C 46.419 11822 0.421 317.9 148.4 +11.5 17 44 193602 C 46.419 11820 0.464 163.6 122.7 -33.2 63 273 193602 C 46.419 1102G 0.464 143.8 113.6 -28.5 2 6 193602 C 46.419 11823 0.740 63.9 88.7 +13.9 9 22 126F 193602 C 46.419 11824 0.986 71.8 54.3 +16.5 25 114 142C 193602 C 46.419 11825 0.976 106.8 52.9 -17.9 47 180 133C 193602 C 46.419 0.920 113.5 + 772 193602 C 46.419 0.958 127.3 + 89 193602 C 46.419 (-17.6)(131.7) (- 6.9)( 319)( 1381)( 2026) 193602 G 47.592 0.966 250.2 + 329 193602 G 47.592 0.945 297.0 + 92 193602 G 47.592 11815 0.745 239.6 162.2 -26.9 92 466 284P 193602 G 47.592 11819 0.756 301.2 159.0 +18.0 6 20 118C 193602 G 47.592 11822 0.620 297.8 150.1 +11.1 11 39 193602 G 47.592 11820 0.453 190.4 121.9 -33.2 46 273 193602 G 47.592 11823 0.575 54.5 87.7 +13.4 5 17 193602 G 47.592 11824 0.924 68.6 52.5 +16.7 28 129 454N 193602 G 47.592 11825 0.897 106.1 51.9 -17.5 35 186 319SF 193602 G 47.592 0.808 114.4 + 476 193602 G 47.592 0.934 119.0 + 331 193602 G 47.592 0.973 74.2 + 232 193602 G 47.592 (-18.0)(116.3) (- 6.9)( 223)( 1130)( 2635) 193602 C 48.432 0.977 294.4 + 97 193602 C 48.432 0.864 294.7 + 176 193602 C 48.432 11815 0.854 242.1 163.2 -27.4 104 416 812C 193602 C 48.432 11822 0.748 291.1 150.3 +10.7 8 28 193602 C 48.432 11820 0.506 207.1 121.2 -33.4 51 302 193602 C 48.432 11823 0.450 34.7 89.9 +14.9 8 49 193602 C 48.432 1102H 0.493 140.1 84.2 -28.7 2 5 193602 C 48.432 11824 0.843 64.9 52.5 +16.7 29 227 125C 193602 C 48.432 11825 0.798 106.5 52.1 -17.3 35 206 217F 193602 C 48.432 0.752 119.1 + 319 193602 C 48.432 0.849 136.3 + 109 193602 C 48.432 0.884 121.1 + 423 193602 C 48.432 0.936 71.1 + 358 193602 C 48.432 (-18.3)(105.2) (- 7.0)( 237)( 1233)( 2636) 193602 C 49.438 0.951 290.5 + 168 193602 C 49.438 0.883 249.8 + 144 193602 C 49.438 0.859 233.5 + 520 193602 C 49.438 11815 0.943 244.0 163.5 -26.8 64 344 567C 193602 C 49.438 11822 0.875 286.4 150.5 +10.7 8 33 97NF 193602 C 49.438 11820 0.608 221.0 120.4 -33.4 43 272 193602 C 49.438 11823 0.370 6.2 89.6 +14.5 8 33 193602 C 49.438 11825 0.643 108.4 52.5 -17.2 30 194 193602 C 49.438 11824 0.720 58.8 52.2 +16.5 43 235 193602 C 49.438 0.754 123.2 + 125 193602 C 49.438 0.812 66.4 + 277 193602 C 49.438 0.852 110.4 + 124 193602 C 49.438 0.884 124.0 + 129 193602 C 49.438 0.931 66.6 + 297 193602 C 49.438 (-18.6)( 92.0) (- 7.0)( 196)( 1111)( 2448) 193602 G 50.385 0.976 256.3 + 58 193602 G 50.385 0.916 237.5 + 952 193602 G 50.385 11815 0.992 244.2 164.6 -26.4 35 132 492C 193602 G 50.385 11822 0.957 283.7 150.5 +10.9 12 26 235F 193602 G 50.385 11820 0.715 229.3 119.7 -33.1 55 286 193602 G 50.385 11823 0.396 332.5 90.3 +13.6 7 18 193602 G 50.385 11826 0.390 10.0 75.5 +15.5 5 14 193602 G 50.385 11825 0.477 113.7 52.4 -17.3 25 159 193602 G 50.385 11824 0.587 49.0 52.1 +16.4 41 206 193602 G 50.385 11827 0.967 111.9 2.7 -23.0 17 68 247F 193602 G 50.385 0.855 62.9 + 523 193602 G 50.385 0.913 124.0 + 159 193602 G 50.385 0.953 102.9 + 184 193602 G 50.385 0.971 129.7 + 269 193602 G 50.385 (-18.9)( 79.5) (- 7.0)( 197)( 909)( 3119) 193602 C 51.409 0.984 283.0 + 115 193602 C 51.409 0.965 235.5 + 474 193602 C 51.409 0.959 248.2 + 183 193602 C 51.409 1102I 0.929 288.0 131.2 +13.8 5 23 54F 193602 C 51.409 11820 0.825 234.0 118.9 -33.4 67 307 547C 193602 C 51.409 11823 0.514 311.1 89.3 +13.2 2 8 193602 C 51.409 11826 0.394 340.6 73.7 +14.7 6 19 193602 C 51.409 1102J 0.534 10.8 59.7 +24.4 1 2 193602 C 51.409 11828 0.354 147.0 53.9 -24.1 0 2 193602 C 51.409 11825 0.291 129.8 52.5 -17.6 27 179 193602 C 51.409 11824 0.465 31.6 51.4 +16.3 39 277 193602 C 51.409 11829 0.512 148.4 47.5 -32.5 22 40 193602 C 51.409 11830 0.809 123.8 14.4 -31.2 52 142 133C 193602 C 51.409 11827 0.891 112.4 2.6 -23.1 19 73 343F 193602 C 51.409 11831 0.984 98.4 345.5 - 9.6 22 115 418P 193602 C 51.409 0.902 130.5 + 156 193602 C 51.409 0.970 130.2 + 374 193602 C 51.409 (-19.2)( 66.0) (- 7.1)( 262)( 1187)( 2797) 193602 C 52.432 0.972 284.9 + 123 193602 C 52.432 0.969 243.0 + 209 193602 C 52.432 0.823 246.9 + 111 193602 C 52.432 11820 0.911 236.5 117.6 -33.3 46 298 445SF 193602 C 52.432 11823 0.687 293.5 92.2 +10.4 4 22 193602 C 52.432 1102K 0.296 220.7 64.3 -19.9 2 10 193602 C 52.432 11828 0.281 190.2 55.6 -23.1 2 15 193602 C 52.432 11825 0.186 175.5 51.6 -17.7 29 167 193602 C 52.432 11824 0.401 3.1 51.2 +16.4 37 212 193602 C 52.432 11829 0.440 168.7 46.7 -32.5 43 309 193602 C 52.432 11832 0.402 29.9 40.7 +13.4 2 8 193602 C 52.432 11830 0.675 128.8 15.0 -30.6 63 343 193602 C 52.432 11827 0.769 114.3 3.1 -23.1 10 66 256F 193602 C 52.432 11831 0.909 96.9 346.7 - 9.2 22 168 271C 193602 C 52.432 0.827 100.9 + 92 193602 C 52.432 0.859 132.1 + 173 193602 C 52.432 0.917 104.1 + 221 193602 C 52.432 0.945 131.4 + 291 193602 C 52.432 0.979 106.4 + 202 193602 C 52.432 (-19.5)( 52.5) (- 7.1)( 260)( 1618)( 2394) 193602 C 53.374 0.922 248.9 + 189 193602 C 53.374 0.848 295.8 + 129 193602 C 53.374 0.830 222.4 + 150 193602 C 53.374 11820 0.971 237.4 117.9 -33.3 31 269 523SF 193602 C 53.374 11823 0.832 288.2 93.5 +10.8 5 22 93C 193602 C 53.374 11825 0.274 225.4 51.9 -18.0 20 136 193602 C 53.374 11824 0.430 335.8 50.6 +16.0 32 179 193602 C 53.374 11829 0.440 193.0 46.3 -32.3 27 190 193602 C 53.374 11830 0.555 137.6 14.5 -30.5 55 429 193602 C 53.374 11827 0.632 118.6 3.1 -23.3 8 51 158F 193602 C 53.374 11831 0.794 95.6 347.2 - 8.8 41 250 154SF 193602 C 53.374 0.784 136.2 + 110 193602 C 53.374 0.876 125.2 + 170 193602 C 53.374 0.899 137.2 + 148 193602 C 53.374 0.930 106.1 + 193 193602 C 53.374 (-19.8)( 40.1) (- 7.1)( 219)( 1526)( 2017) 193602 G 54.591 0.972 236.4 + 274 193602 G 54.591 0.952 299.8 + 98 193602 G 54.591 0.946 290.6 + 233 193602 G 54.591 0.910 228.4 + 182 193602 G 54.591 0.852 292.2 + 121 193602 G 54.591 11823 0.959 283.8 95.5 +11.0 14 39 153C 193602 G 54.591 11825 0.486 245.4 51.7 -17.9 22 145 193602 G 54.591 11824 0.585 311.6 51.1 +16.5 65 296 193602 G 54.591 11829 0.546 218.2 47.4 -31.9 27 122 193602 G 54.591 11832 0.451 319.6 41.5 +13.2 2 7 193602 G 54.591 11830 0.434 160.6 14.5 -31.1 60 232 193602 G 54.591 11827 0.443 130.8 2.8 -23.4 5 13 193602 G 54.591 11831 0.602 94.8 346.9 - 8.6 52 327 193602 G 54.591 11833 0.952 75.0 314.3 +11.9 42 204 260F 193602 G 54.591 0.805 136.8 + 267 193602 G 54.591 0.819 106.2 + 152 193602 G 54.591 0.894 136.8 + 219 193602 G 54.591 (-20.2)( 24.1) (- 7.1)( 289)( 1385)( 1959) 193602 C 55.426 0.924 241.4 + 81 193602 C 55.426 0.909 289.0 + 95 193602 C 55.426 0.815 247.4 + 214 193602 C 55.426 11823 0.991 284.8 93.1 +13.5 14 83 460C 193602 C 55.426 11825 0.635 250.3 51.9 -18.0 22 140 193602 C 55.426 11824 0.692 301.8 50.6 +15.7 73 431 95P 193602 C 55.426 11829 0.658 227.0 47.8 -32.6 15 104 193602 C 55.426 11832 0.583 303.0 43.0 +12.2 5 26 193602 C 55.426 11830 0.416 183.0 14.6 -31.6 56 247 193602 C 55.426 11827 0.363 140.6 358.6 -23.2 4 24 193602 C 55.426 11831 0.442 94.6 346.8 - 8.5 40 290 193602 C 55.426 11833 0.880 72.3 314.4 +11.8 48 224 473F 193602 C 55.426 0.850 136.0 + 163 193602 C 55.426 0.979 111.5 + 60 193602 C 55.426 (-20.4)( 13.1) (- 7.2)( 277)( 1569)( 1641) 193602 C 56.456 0.885 246.9 + 486 193602 C 56.456 11825 0.788 252.8 51.6 -18.0 24 169 110C 193602 C 56.456 11824 0.825 294.9 50.4 +15.8 54 386 203P 193602 C 56.456 11829 0.775 233.4 46.9 -32.5 22 96 252C 193602 C 56.456 11832 0.747 292.8 44.0 +11.7 16 65 193602 C 56.456 11830 0.474 209.7 15.4 -31.1 30 97 193602 C 56.456 11827 0.289 177.9 358.8 -23.9 2 7 193602 C 56.456 11834 0.180 175.1 358.6 -17.5 2 4 193602 C 56.456 11831 0.218 96.3 346.9 - 8.4 27 188 193602 C 56.456 11833 0.751 67.3 314.6 +11.8 44 207 113F 193602 C 56.456 11835 0.982 106.5 279.1 -17.5 59 300 227C 193602 C 56.456 0.908 70.2 + 354 193602 C 56.456 0.938 55.1 + 136 193602 C 56.456 (-20.7)( 35.9) (- 7.2)( 280)( 1619)( 1881) 193602 C 57.355 0.946 246.8 + 578 193602 C 57.355 0.723 301.2 + 152 193602 C 57.355 11825 0.888 253.5 50.9 -17.9 27 183 177S 193602 C 57.355 11824 0.911 291.4 49.5 +16.1 57 308 473P 193602 C 57.355 11829 0.864 236.5 46.1 -32.4 17 109 362F 193602 C 57.355 11832 0.857 288.5 43.6 +11.8 24 81 161N 193602 C 57.355 11830 0.595 225.5 17.2 -30.9 26 122 193602 C 57.355 11827 0.347 217.5 0.9 -23.0 1 2 193602 C 57.355 11834 0.262 225.3 358.9 -17.6 10 24 193602 C 57.355 11831 0.024 153.0 347.1 - 8.4 31 97 193602 C 57.355 11833 0.620 60.3 314.5 +11.8 34 200 193602 C 57.355 11835 0.932 105.6 278.1 -17.1 57 246 722SF 193602 C 57.355 11836 0.969 107.2 270.7 -18.4 16 60 722SF 193602 C 57.355 0.779 67.9 + 103 193602 C 57.355 0.825 58.9 + 93 193602 C 57.355 0.908 55.8 + 112 193602 C 57.355 0.966 64.7 + 61 193602 C 57.355 0.978 118.9 + 75 193602 C 57.355 (-20.9)(347.7) (- 7.2)( 300)( 1432)( 3069) 193602 G 58.613 0.980 244.5 + 172 193602 G 58.613 0.884 296.9 + 325 193602 G 58.613 0.881 245.8 + 161 193602 G 58.613 0.861 310.1 + 204 193602 G 58.613 11825 0.979 253.5 50.8 -17.6 26 115 218SF 193602 G 58.613 11824 0.988 287.9 49.3 +16.3 50 208 633C 193602 G 58.613 11832 0.966 285.0 43.7 +12.4 62 194 633C 193602 G 58.613 11829 0.956 238.9 45.1 -31.7 15 66 556F 193602 G 58.613 11836 0.758 235.5 17.4 -30.5 30 124 193602 G 58.613 11834 0.484 245.1 358.5 -18.1 1 5 193602 G 58.613 11831 0.284 266.5 347.7 - 7.9 10 43 193602 G 58.613 11833 0.423 40.6 314.8 +11.7 43 177 193602 G 58.613 11835 0.791 106.8 278.8 -17.6 65 277 777C 193602 G 58.613 11836 0.851 108.3 272.5 -19.3 17 86 777C 193602 G 58.613 11837 0.930 62.9 268.1 +21.9 23 66 777C 193602 G 58.613 0.779 50.1 + 124 193602 G 58.613 0.864 60.5 + 184 193602 G 58.613 0.905 122.8 + 173 193602 G 58.613 0.942 53.3 + 403 193602 G 58.613 0.967 113.9 + 178 193602 G 58.613 (-21.3)(331.1) (- 7.2)( 342)( 1361)( 4339) 193602 C 59.340 0.981 286.6 + 212 193602 C 59.340 0.971 251.2 + 86 193602 C 59.340 0.971 239.3 + 281 193602 C 59.340 0.941 293.0 + 253 193602 C 59.340 0.910 305.2 + 145 193602 C 59.340 0.738 231.0 + 101 193602 C 59.340 11830 0.837 237.2 16.6 -31.2 26 131 175C 193602 C 59.340 11831 0.440 266.6 347.7 - 8.0 7 54 193602 C 59.340 11833 0.346 19.0 314.9 +11.8 34 176 193602 C 59.340 11835 0.681 108.1 278.9 -17.5 43 226 222F 193602 C 59.340 11836 0.758 109.4 272.5 -19.3 10 55 222F 193602 C 59.340 11837 0.858 59.6 269.1 +21.4 31 168 222F 193602 C 59.340 0.864 121.4 + 136 193602 C 59.340 0.918 49.2 + 435 193602 C 59.340 0.944 112.4 + 183 193602 C 59.340 0.973 55.1 + 337 193602 C 59.340 (-21.4)(321.5) (- 7.2)( 151)( 810)( 2718) 193603 C 60.413 0.969 299.7 + 177 193603 C 60.413 0.860 236.3 + 276 193603 C 60.413 0.848 255.9 + 297 193603 C 60.413 0.841 226.7 + 117 193603 C 60.413 0.779 243.9 + 175 193603 C 60.413 11830 0.929 239.4 16.0 -31.0 37 84 284C 193603 C 60.413 11831 0.630 265.7 346.6 - 8.3 7 27 193603 C 60.413 11833 0.349 338.8 314.8 +11.7 33 172 193603 C 60.413 11838 0.434 344.7 314.3 +17.5 4 9 193603 C 60.413 11835 0.486 113.8 279.7 -17.7 41 181 193603 C 60.413 11836 0.612 110.5 270.5 -18.1 3 5 193603 C 60.413 11837 0.741 51.9 268.7 +21.6 53 216 193603 C 60.413 11839 0.952 68.9 239.0 +17.5 13 48 287SF 193603 C 60.413 0.812 41.1 + 170 193603 C 60.413 0.838 53.2 + 192 193603 C 60.413 0.842 115.6 + 388 193603 C 60.413 0.923 42.3 + 184 193603 C 60.413 0.942 51.7 + 397 193603 C 60.413 0.956 125.9 + 134 193603 C 60.413 (-21.7)(307.4) (- 7.2)( 191)( 742)( 3078) 193603 C 61.418 0.930 256.0 + 200 193603 C 61.418 0.929 230.2 + 147 193603 C 61.418 0.866 243.6 + 292 193603 C 61.418 0.812 228.8 + 234 193603 C 61.418 0.802 258.6 + 368 193603 C 61.418 0.778 214.8 + 250 193603 C 61.418 11830 0.990 239.4 18.7 -31.2 21 58 435F 193603 C 61.418 11838 0.538 318.8 315.9 +17.1 11 29 193603 C 61.418 11833 0.474 313.0 314.9 +12.1 34 160 193603 C 61.418 11840 0.354 341.4 300.8 +12.4 0 2 193603 C 61.418 11835 0.315 127.0 279.0 -17.8 38 199 193603 C 61.418 11836 0.423 123.6 272.2 -20.2 0 7 193603 C 61.418 11837 0.623 41.0 268.2 +21.5 58 218 193603 C 61.418 11839 0.861 64.8 239.7 +17.4 11 43 324C 193603 C 61.418 11842 0.922 69.4 230.7 +15.8 5 17 324C 193603 C 61.418 11841 0.853 45.7 248.6 +31.6 0 8 496N 193603 C 61.418 0.741 39.8 + 297 193603 C 61.418 0.858 54.2 + 184 193603 C 61.418 0.891 125.6 + 92 193603 C 61.418 0.924 111.0 + 123 193603 C 61.418 0.970 71.3 + 85 193603 C 61.418 (-22.0)(294.2) (- 7.2)( 178)( 741)( 3527) 193603 G 62.602 0.960 293.1 + 107 193603 G 62.602 0.942 244.3 + 338 193603 G 62.602 0.929 263.5 + 469 193603 G 62.602 0.922 233.4 + 230 193603 G 62.602 0.888 254.7 + 137 193603 G 62.602 0.861 223.1 + 440 193603 G 62.602 11838 0.713 302.0 317.6 +16.6 3 11 193603 G 62.602 11833 0.656 297.3 315.0 +11.7 29 137 193603 G 62.602 11840 0.505 312.5 301.0 +13.2 1 2 193603 G 62.602 11835 0.188 176.3 277.9 -17.9 30 147 193603 G 62.602 11837 0.512 19.8 267.9 +21.6 48 205 193603 G 62.602 11836 0.352 147.1 266.6 -24.1 7 23 193603 G 62.602 11839 0.733 57.8 238.2 +17.5 23 87 227C 193603 G 62.602 11842 0.795 64.1 230.9 +15.5 3 12 164C 193603 G 62.602 11843 0.878 67.1 221.5 +16.1 6 17 146C 193603 G 62.602 0.774 130.3 + 138 193603 G 62.602 0.792 33.5 + 296 193603 G 62.602 0.840 142.1 + 44 193603 G 62.602 0.868 50.7 + 153 193603 G 62.602 0.885 130.2 + 187 193603 G 62.602 0.895 119.5 + 117 193603 G 62.602 0.898 59.3 + 99 193603 G 62.602 0.921 110.5 + 201 193603 G 62.602 (-22.3)(278.6) (- 7.2)( 150)( 641)( 3493) 193603 G 63.499 0.980 262.5 + 280 193603 G 63.499 0.978 254.5 + 258 193603 G 63.499 0.925 236.0 + 224 193603 G 63.499 0.912 245.9 + 120 193603 G 63.499 0.905 253.9 + 281 193603 G 63.499 0.902 225.5 + 417 193603 G 63.499 11838 0.837 295.3 318.7 +16.6 4 12 508F 193603 G 63.499 11833 0.785 290.9 315.0 +11.5 32 138 508F 193603 G 63.499 11844 0.739 313.0 303.0 +24.5 1 7 193603 G 63.499 11835 0.263 227.1 278.3 -17.3 40 193 193603 G 63.499 11836 0.266 202.7 273.0 -21.3 6 40 193603 G 63.499 11837 0.483 359.1 267.2 +21.5 52 152 193603 G 63.499 11841 0.714 23.6 246.6 +34.0 3 6 193603 G 63.499 11839 0.608 48.3 238.4 +17.5 34 117 193603 G 63.499 11843 0.749 61.4 223.8 +15.8 2 7 196F 193603 G 63.499 0.780 112.7 + 158 193603 G 63.499 0.811 135.8 + 178 193603 G 63.499 0.898 184.1 + 54 193603 G 63.499 0.902 110.6 + 443 193603 G 63.499 0.953 180.5 + 54 193603 G 63.499 (-22.5)(266.7) (- 7.2)( 174)( 672)( 3171) 193603 G 64.458 0.968 255.3 + 108 193603 G 64.458 0.948 226.0 + 239 193603 G 64.458 0.935 237.6 + 76 193603 G 64.458 0.873 217.3 + 112 193603 G 64.458 0.790 291.5 + 232 193603 G 64.458 11838 0.933 290.7 319.3 +16.3 3 10 307C 193603 G 64.458 11833 0.897 286.5 315.2 +11.3 20 131 307C 193603 G 64.458 1103A 0.881 294.9 311.0 +17.9 2 7 307C 193603 G 64.458 11844 0.844 303.3 304.0 +23.0 4 8 88C 193603 G 64.458 11835 0.430 241.9 277.5 -18.2 26 97 193603 G 64.458 11836 0.408 230.6 273.9 -21.8 2 6 193603 G 64.458 11837 0.518 336.5 266.8 +21.2 24 80 193603 G 64.458 11845 0.425 344.9 260.7 +16.9 4 10 193603 G 64.458 11841 0.660 11.5 245.1 +33.0 22 71 193603 G 64.458 11839 0.489 32.5 238.2 +17.3 24 71 193603 G 64.458 11842 0.547 45.1 230.4 +16.1 1 4 193603 G 64.458 11843 0.648 53.9 221.2 +16.4 3 8 193603 G 64.458 0.858 108.7 + 196 193603 G 64.458 0.907 57.6 + 156 193603 G 64.458 0.974 115.1 + 104 193603 G 64.458 (-22.7)(254.1) (- 7.2)( 135)( 503)( 1618) 193603 G 65.407 0.977 225.7 + 228 193603 G 65.407 0.912 299.1 + 200 193603 G 65.407 0.902 219.4 + 156 193603 G 65.407 0.843 309.1 + 138 193603 G 65.407 11833 0.969 283.6 315.1 +11.2 26 123 473NF 193603 G 65.407 11835 0.592 248.5 276.9 -18.4 20 82 193603 G 65.407 11845 0.562 315.4 265.9 +17.0 5 28 193603 G 65.407 11837 0.598 320.7 265.4 +20.9 13 51 193603 G 65.407 11841 0.645 356.1 244.6 +32.7 95 464 193603 G 65.407 11839 0.425 7.8 238.1 +17.6 16 51 193603 G 65.407 11846 0.967 112.9 165.0 -23.9 29 93 334C 193603 G 65.407 0.877 113.5 + 227 193603 G 65.407 0.923 59.8 + 222 193603 G 65.407 0.977 12.1 + 193 193603 G 65.407 (-22.9)(241.6) (- 7.2)( 204)( 892)( 2171) 193603 G 66.376 0.965 284.7 + 352 193603 G 66.376 0.959 296.5 + 146 193603 G 66.376 0.918 304.1 + 115 193603 G 66.376 0.823 303.9 + 106 193603 G 66.376 11835 0.739 251.7 276.3 -18.4 12 55 87C 193603 G 66.376 11837 0.723 308.3 266.0 +20.9 6 29 193603 G 66.376 11845 0.696 304.5 265.6 +17.5 31 139 193603 G 66.376 11847 0.610 311.5 257.3 +17.5 3 13 193603 G 66.376 11848 0.444 234.5 251.6 -21.5 26 77 193603 G 66.376 11841 0.680 340.7 244.3 +32.9 97 492 193603 G 66.376 11839 0.436 337.6 238.7 +16.6 13 32 193603 G 66.376 11846 0.898 113.1 164.4 -23.9 29 149 942F 193603 G 66.376 0.971 75.5 + 68 193603 G 66.376 (-23.1)(228.8) (- 7.2)( 217)( 986)( 1816) 193603 C 67.367 0.864 315.4 + 122 193603 C 67.367 11835 0.857 252.2 275.2 -18.9 4 18 246C 193603 C 67.367 11837 0.840 300.9 266.2 +21.0 4 28 196C 193603 C 67.367 11845 0.816 297.3 265.0 +17.3 47 206 196C 193603 C 67.367 11847 0.750 301.5 257.8 +17.8 4 19 193603 C 67.367 11848 0.601 242.5 250.7 -22.0 70 394 193603 C 67.367 11841 0.743 327.7 243.8 +32.5 91 611 193603 C 67.367 11839 0.552 315.7 239.4 +16.6 5 18 193603 C 67.367 11846 0.798 114.6 163.5 -23.9 32 152 422C 193603 C 67.367 11849 0.984 110.3 134.4 -21.2 0 16 156P 193603 C 67.367 0.949 124.2 + 416 193603 C 67.367 (-23.3)(215.8) (- 7.2)( 257)( 1462)( 1558) 193603 C 68.389 0.943 296.5 + 213 193603 C 68.389 0.928 305.7 + 277 193603 C 68.389 0.890 258.5 + 277 193603 C 68.389 0.890 258.5 + 111 193603 C 68.389 0.858 241.7 + 165 193603 C 68.389 11835 0.948 253.0 274.8 -18.4 3 12 395C 193603 C 68.389 11845 0.917 292.4 264.7 +17.2 55 226 176C 193603 C 68.389 11847 0.854 296.5 255.6 +18.1 4 8 64C 193603 C 68.389 11848 0.750 247.3 250.2 -21.7 82 449 193603 C 68.389 11841 0.825 318.5 242.7 +32.8 57 480 359C 193603 C 68.389 11839 0.701 303.8 239.7 +17.2 7 16 193603 C 68.389 11850 0.555 38.3 181.1 +19.0 14 33 193603 C 68.389 11846 0.654 118.3 163.5 -23.7 28 151 276C 193603 C 68.389 11849 0.941 111.0 131.1 -22.1 6 12 165P 193603 C 68.389 0.915 117.1 + 91 193603 C 68.389 0.916 125.6 + 312 193603 C 68.389 0.922 69.9 + 109 193603 C 68.389 (-23.5)(202.3) (- 7.2)( 256)( 1387)( 2713) 193603 G 69.389 0.977 256.8 + 161 193603 G 69.389 0.971 302.0 + 180 193603 G 69.389 0.954 244.9 + 415 193603 G 69.389 11837 0.992 293.1 268.1 +21.7 15 57 140NF 193603 G 69.389 11845 0.985 288.6 266.1 +16.8 37 208 372F 193603 G 69.389 11848 0.875 249.1 250.5 -21.7 137 654 286C 193603 G 69.389 11841 0.900 311.6 241.9 +32.5 75 502 561C 193603 G 69.389 11839 0.828 296.3 239.8 +17.0 4 12 343F 193603 G 69.389 1103B 0.339 168.9 184.9 -26.6 1 4 193603 G 69.389 11850 0.452 11.9 183.5 +19.0 30 138 193603 G 69.389 11846 0.497 127.0 163.5 -23.9 31 140 193603 G 69.389 11849 0.852 111.9 130.5 -22.4 4 10 220P 193603 G 69.389 11851 0.968 110.8 112.1 -21.9 8 35 302F 193603 G 69.389 11852 0.988 121.4 105.7 -32.0 68 238 448C 193603 G 69.389 0.824 61.7 + 81 193603 G 69.389 0.842 127.6 + 557 193603 G 69.389 (-23.7)(189.1) (- 7.2)( 410)( 1998)( 4066) 193603 C 70.409 0.953 313.9 + 156 193603 C 70.409 0.898 294.3 + 308 193603 C 70.409 11848 0.953 249.3 249.2 -21.8 84 850 427C 193603 C 70.409 11841 0.958 306.7 240.6 +32.1 103 389 319C 193603 C 70.409 11853 0.225 227.5 185.6 -15.8 1 3 193603 C 70.409 11850 0.474 342.3 184.5 +19.6 29 133 193603 C 70.409 11854 0.524 7.9 171.2 +24.0 4 11 193603 C 70.409 11846 0.351 145.5 163.2 -23.8 26 155 193603 C 70.409 11849 0.718 114.5 130.9 -22.5 3 12 193603 C 70.409 11851 0.895 110.6 111.7 -21.6 12 47 343C 193603 C 70.409 11852 0.927 120.9 107.4 -31.3 78 341 452C 193603 C 70.409 0.831 130.7 + 228 193603 C 70.409 0.951 131.4 + 136 193603 C 70.409 0.966 75.3 + 76 193603 C 70.409 (-23.9)(175.7) (- 7.2)( 340)( 1941)( 2445) 193603 C 71.369 0.952 289.0 + 213 193603 C 71.369 0.910 252.1 + 101 193603 C 71.369 11848 0.989 247.7 246.5 -23.0 70 415 194C 193603 C 71.369 11841 0.991 303.9 239.1 +32.1 47 199 135F 193603 C 71.369 1103C 0.667 330.3 185.1 +28.6 3 5 193603 C 71.369 11850 0.566 321.9 184.8 +19.6 18 95 193603 C 71.369 11854 0.536 345.4 171.6 +24.0 2 11 193603 C 71.369 11846 0.290 179.1 162.8 -24.0 27 149 193603 C 71.369 11851 0.804 111.3 109.8 -21.3 10 41 154C 193603 C 71.369 11852 0.843 121.7 107.1 -30.4 90 487 303C 193603 C 71.369 0.886 134.7 + 119 193603 C 71.369 0.932 71.9 + 203 193603 C 71.369 0.957 109.4 + 54 193603 C 71.369 (-24.1)(163.1) (- 7.2)( 267)( 1402)( 1476) 193603 C 72.397 0.826 247.3 + 216 193603 C 72.397 11850 0.685 308.5 184.0 +19.3 16 96 193603 C 72.397 11846 0.355 213.9 162.0 -24.1 32 164 193603 C 72.397 11851 0.662 114.0 109.3 -21.1 17 55 193603 C 72.397 11852 0.715 126.3 107.8 -30.5 100 603 241F 193603 C 72.397 11855 0.900 69.2 89.1 +15.1 2 13 253C 193603 C 72.397 0.775 65.0 + 126 193603 C 72.397 0.806 115.5 + 68 193603 C 72.397 0.881 128.8 + 302 193603 C 72.397 0.968 110.5 + 270 193603 C 72.397 (-24.3)(149.5) (- 7.2)( 167)( 931)( 1476) 193603 G 73.422 0.924 247.7 + 241 193603 G 73.422 0.805 302.7 + 157 193603 G 73.422 11853 0.771 255.3 186.6 -15.9 3 7 193603 G 73.422 11850 0.804 300.2 183.1 +19.0 17 26 193603 G 73.422 11854 0.709 304.7 169.3 +23.8 3 9 193603 G 73.422 11846 0.503 233.0 162.0 -24.0 23 160 193603 G 73.422 11851 0.459 123.4 111.8 -21.2 14 40 193603 G 73.422 11852 0.588 134.2 106.8 -30.5 97 490 193603 G 73.422 11855 0.782 64.3 89.4 +14.9 18 85 193603 G 73.422 0.777 64.9 + 153 193603 G 73.422 0.917 131.2 + 87 193603 G 73.422 0.934 113.0 + 410 193603 G 73.422 0.963 69.7 + 362 193603 G 73.422 (-24.4)(136.0) (- 7.2)( 175)( 817)( 1410) 193603 C 74.402 0.971 248.0 + 78 193603 C 74.402 0.939 303.4 + 62 193603 C 74.402 0.889 253.9 + 104 193603 C 74.402 0.809 306.5 + 154 193603 C 74.402 11850 0.902 295.0 182.6 +18.8 2 5 255C 193603 C 74.402 11846 0.654 240.8 161.7 -24.2 38 173 193603 C 74.402 11851 0.303 144.4 112.2 -21.2 9 26 193603 C 74.402 11852 0.474 147.9 106.2 -30.4 78 445 193603 C 74.402 11855 0.645 56.2 89.5 +15.1 35 122 193603 C 74.402 1103D 0.821 106.9 67.7 -17.9 0 3 398S 193603 C 74.402 11856 0.872 66.4 66.8 +16.6 0 8 308N 193603 C 74.402 0.859 135.8 + 186 193603 C 74.402 0.926 110.5 + 447 193603 C 74.402 0.958 76.4 + 201 193603 C 74.402 0.966 97.1 + 101 193603 C 74.402 0.972 68.4 + 213 193603 C 74.402 (-24.6)(123.1) (- 7.1)( 162)( 782)( 2507) 193603 G 75.500 0.974 254.6 + 104 193603 G 75.500 0.966 292.6 + 201 193603 G 75.500 0.922 299.1 + 141 193603 G 75.500 0.911 244.2 + 185 193603 G 75.500 0.857 254.2 + 127 193603 G 75.500 0.755 232.0 + 167 193603 G 75.500 11846 0.805 245.6 161.6 -23.8 37 177 936C 193603 G 75.500 11851 0.252 193.8 112.3 -21.2 4 16 193603 G 75.500 11852 0.396 176.9 107.2 -30.3 87 451 193603 G 75.500 11855 0.487 39.5 89.9 +15.2 28 114 193603 G 75.500 11856 0.755 60.0 65.6 +17.0 3 18 262C 193603 G 75.500 0.751 123.1 + 116 193603 G 75.500 0.832 108.8 + 248 193603 G 75.500 0.880 94.9 + 172 193603 G 75.500 0.901 119.9 + 246 193603 G 75.500 0.903 69.8 + 316 193603 G 75.500 (-24.8)(108.6) (- 7.1)( 159)( 776)( 3221) 193603 G 76.494 0.969 297.3 + 131 193603 G 76.494 0.936 254.9 + 154 193603 G 76.494 11846 0.907 246.9 161.2 -24.0 28 169 640F 193603 G 76.494 11857 0.871 252.1 156.5 -19.0 9 24 96F 193603 G 76.494 11851 0.364 227.3 112.1 -21.0 1 2 193603 G 76.494 11852 0.433 202.5 106.5 -30.5 80 417 193603 G 76.494 11855 0.376 13.3 90.4 +14.3 12 63 193603 G 76.494 1103E 0.808 27.9 66.3 +39.3 2 3 193603 G 76.494 11856 0.632 50.8 64.7 +17.4 3 6 193603 G 76.494 0.744 62.3 + 231 193603 G 76.494 0.798 122.7 + 347 193603 G 76.494 0.845 68.3 + 147 193603 G 76.494 0.931 121.2 + 342 193603 G 76.494 0.951 65.7 + 246 193603 G 76.494 (-24.9)( 95.5) (- 7.1)( 135)( 684)( 2334) 193603 G 77.436 0.823 229.4 + 329 193603 G 77.436 0.748 217.8 + 116 193603 G 77.436 11846 0.969 246.8 160.3 -24.1 40 149 697SF 193603 G 77.436 11857 0.947 252.2 155.4 -19.1 14 40 225F 193603 G 77.436 11852 0.522 218.8 105.3 -30.5 81 435 193603 G 77.436 11858 0.365 239.8 102.3 -17.2 66 206 193603 G 77.436 11855 0.404 345.7 89.0 +15.9 5 19 193603 G 77.436 11859 0.328 180.1 83.2 -26.2 4 10 193603 G 77.436 11860 0.549 94.2 49.7 - 8.2 7 22 193603 G 77.436 0.875 128.7 + 136 193603 G 77.436 0.879 116.2 + 217 193603 G 77.436 0.903 61.0 + 329 193603 G 77.436 0.945 102.8 + 226 193603 G 77.436 0.968 122.4 + 237 193603 G 77.436 (-25.0)( 83.1) (- 7.1)( 217)( 881)( 2512) 193603 G 78.523 0.987 251.4 + 200 193603 G 78.523 0.976 242.3 + 288 193603 G 78.523 0.905 247.9 + 210 193603 G 78.523 0.901 236.5 + 340 193603 G 78.523 0.888 329.4 + 107 193603 G 78.523 0.856 227.8 + 223 193603 G 78.523 11852 0.670 231.0 105.8 -30.5 64 385 193603 G 78.523 11858 0.555 248.6 101.5 -17.6 77 402 193603 G 78.523 11859 0.399 205.1 79.8 -28.0 26 108 193603 G 78.523 11860 0.322 96.0 50.0 - 8.5 30 86 193603 G 78.523 11861 0.803 119.2 16.8 -27.5 3 15 77C 193603 G 78.523 11862 0.988 104.3 346.6 -15.1 13 63 277C 193603 G 78.523 11863 0.992 107.0 344.3 -17.7 42 187 277C 193603 G 78.523 0.802 129.3 + 147 193603 G 78.523 0.815 51.9 + 171 193603 G 78.523 0.837 106.9 + 191 193603 G 78.523 0.926 122.7 + 284 193603 G 78.523 0.927 110.2 + 263 193603 G 78.523 0.929 55.2 + 222 193603 G 78.523 0.953 98.6 + 126 193603 G 78.523 0.981 133.0 + 83 193603 G 78.523 (-25.2)( 68.8) (- 7.0)( 255)( 1246)( 3209) 193603 G 79.601 0.958 236.7 + 418 193603 G 79.601 0.900 227.3 + 177 193603 G 79.601 0.865 228.1 + 170 193603 G 79.601 11852 0.792 235.9 104.2 -31.0 59 348 235C 193603 G 79.601 11858 0.732 252.2 101.3 -17.7 76 370 193603 G 79.601 11864 0.675 297.0 92.3 +12.3 18 63 193603 G 79.601 11859 0.537 225.9 80.3 -28.2 68 359 193603 G 79.601 11860 0.077 11.9 50.4 - 8.6 15 61 193603 G 79.601 1103F 0.335 18.9 48.2 +11.4 2 7 193603 G 79.601 11861 0.656 124.5 17.1 -27.4 3 6 193603 G 79.601 11862 0.920 103.6 346.8 -15.2 16 39 515C 193603 G 79.601 11863 0.943 105.7 343.0 -17.1 58 376 515C 193603 G 79.601 0.793 125.1 + 244 193603 G 79.601 0.819 48.9 + 106 193603 G 79.601 0.902 96.3 + 126 193603 G 79.601 0.916 124.7 + 272 193603 G 79.601 (-25.3)( 54.5) (- 7.0)( 315)( 1629)( 2263) 193603 G 80.451 0.973 322.0 + 104 193603 G 80.451 0.944 229.6 + 225 193603 G 80.451 0.927 248.3 + 190 193603 G 80.451 0.898 289.6 + 150 193603 G 80.451 0.800 229.0 + 183 193603 G 80.451 0.788 302.9 + 108 193603 G 80.451 11852 0.877 238.4 103.6 -30.9 53 326 358C 193603 G 80.451 11858 0.845 253.3 101.3 -17.8 38 263 173C 193603 G 80.451 11864 0.801 291.2 93.0 +12.4 36 161 106C 193603 G 80.451 11859 0.655 234.0 80.1 -28.2 109 517 193603 G 80.451 11856 0.562 319.0 66.1 +18.6 5 8 193603 G 80.451 11860 0.131 259.6 50.7 - 8.3 39 116 193603 G 80.451 11862 0.833 103.1 346.5 -14.8 12 51 552C 193603 G 80.451 11863 0.871 105.8 342.2 -17.2 77 455 552C 193603 G 80.451 0.834 95.0 + 130 193603 G 80.451 0.893 120.0 + 97 193603 G 80.451 0.897 135.5 + 74 193603 G 80.451 0.943 127.6 + 138 193603 G 80.451 (-25.4)( 43.3) (- 7.0)( 369)( 1897)( 2588) 193603 G 81.475 0.974 285.9 + 135 193603 G 81.475 0.895 294.7 + 110 193603 G 81.475 0.879 232.5 + 120 193603 G 81.475 11852 0.956 239.9 103.7 -30.7 53 420 343C 193603 G 81.475 11858 0.945 253.3 101.7 -18.0 46 138 374C 193603 G 81.475 11864 0.920 287.1 94.0 +12.7 34 152 317C 193603 G 81.475 11859 0.799 240.1 81.2 -27.8 88 456 126C 193603 G 81.475 11856 0.709 306.1 67.0 +19.1 3 19 193603 G 81.475 11860 0.362 265.0 51.1 - 8.2 33 155 193603 G 81.475 11862 0.685 103.9 346.6 -14.5 9 51 193603 G 81.475 11863 0.735 107.5 342.7 -17.5 63 328 193603 G 81.475 11865 0.946 117.9 318.0 -28.6 3 6 103F 193603 G 81.475 0.838 139.7 + 131 193603 G 81.475 0.841 128.3 + 146 193603 G 81.475 0.893 102.7 + 78 193603 G 81.475 0.950 65.5 + 139 193603 G 81.475 0.951 134.9 + 195 193603 G 81.475 0.965 76.5 + 312 193603 G 81.475 (-25.5)( 29.8) (- 6.9)( 332)( 1725)( 2629) 193603 G 82.408 0.984 252.4 + 334 193603 G 82.408 0.965 292.0 + 158 193603 G 82.408 0.832 296.0 + 229 193603 G 82.408 11852 0.973 238.6 95.8 -32.1 38 141 320C 193603 G 82.408 11864 0.980 284.6 93.7 +12.8 20 103 355C 193603 G 82.408 11859 0.908 242.0 82.7 -28.2 75 315 347C 193603 G 82.408 11860 0.559 265.4 51.6 - 8.3 37 103 193603 G 82.408 11862 0.523 106.5 346.4 -14.5 8 41 193603 G 82.408 11863 0.578 111.7 343.3 -18.0 48 260 193603 G 82.408 11865 0.882 119.4 316.2 -29.1 4 14 114C 193603 G 82.408 0.868 63.6 + 155 193603 G 82.408 0.914 135.8 + 270 193603 G 82.408 0.934 73.1 + 207 193603 G 82.408 0.961 64.8 + 242 193603 G 82.408 (-25.6)( 17.5) (- 6.9)( 230)( 977)( 2731) 193603 G 83.389 0.959 275.7 + 77 193603 G 83.389 0.956 230.9 + 150 193603 G 83.389 0.860 246.2 + 194 193603 G 83.389 11859 0.977 242.8 84.1 -28.0 49 368 429F 193603 G 83.389 11866 0.926 288.7 69.2 +14.4 9 26 144P 193603 G 83.389 11856 0.927 295.3 67.7 +20.3 5 15 324F 193603 G 83.389 11860 0.736 264.9 52.2 - 8.5 11 32 193603 G 83.389 11862 0.328 114.7 346.8 -14.4 12 40 193603 G 83.389 11863 0.389 123.5 344.6 -18.8 36 232 193603 G 83.389 0.869 73.1 + 56 193603 G 83.389 0.884 62.3 + 306 193603 G 83.389 0.891 135.7 + 206 193603 G 83.389 0.950 68.7 + 193 193603 G 83.389 0.975 111.6 + 221 193603 G 83.389 (-25.7)( 4.6) (- 6.9)( 122)( 713)( 2300) 193603 C 84.401 0.976 241.8 + 328 193603 C 84.401 0.947 227.0 + 116 193603 C 84.401 0.920 249.1 + 499 193603 C 84.401 0.915 296.1 + 132 193603 C 84.401 0.903 285.6 + 184 193603 C 84.401 0.825 238.4 + 165 193603 C 84.401 0.811 290.2 + 118 193603 C 84.401 0.787 251.8 + 164 193603 C 84.401 11856 0.988 291.7 68.8 +20.1 0 13 281F 193603 C 84.401 11866 0.984 285.7 68.5 +14.0 5 25 180N 193603 C 84.401 11860 0.840 264.6 48.7 - 8.2 2 4 482P 193603 C 84.401 11862 0.157 151.2 346.7 -14.7 9 39 193603 C 84.401 11863 0.240 150.6 344.1 -18.8 41 232 193603 C 84.401 11865 0.643 128.0 316.0 -28.9 6 17 193603 C 84.401 1104A 0.751 57.4 309.4 +18.8 2 14 376F 193603 C 84.401 11867 0.902 111.4 286.4 -22.2 6 20 214C 193603 C 84.401 0.858 137.8 + 166 193603 C 84.401 0.890 62.2 + 129 193603 C 84.401 0.937 102.8 + 151 193603 C 84.401 0.948 112.5 + 291 193603 C 84.401 (-25.8)(351.2) (- 6.8)( 71)( 364)( 3976) 193603 C 85.345 0.948 263.9 + 372 193603 C 85.345 0.943 253.3 + 364 193603 C 85.345 0.940 288.8 + 202 193603 C 85.345 0.904 241.0 + 268 193603 C 85.345 0.807 300.2 + 197 193603 C 85.345 11862 0.197 222.7 346.7 -15.0 7 22 193603 C 85.345 11863 0.211 197.7 342.7 -18.4 43 248 193603 C 85.345 11865 0.541 136.7 313.7 -29.3 4 12 193603 C 85.345 1104B 0.778 38.3 304.3 +31.9 3 17 193603 C 85.345 11867 0.827 115.4 283.7 -24.7 51 364 270C 193603 C 85.345 11868 0.969 103.5 262.2 -14.7 21 52 255N 193603 C 85.345 11869 0.994 110.5 253.3 -21.0 40 189 257P 193603 C 85.345 0.783 99.7 + 77 193603 C 85.345 0.790 54.5 + 208 193603 C 85.345 0.830 140.1 + 134 193603 C 85.345 0.893 101.1 + 130 193603 C 85.345 0.933 111.5 + 206 193603 C 85.345 0.950 66.5 + 321 193603 C 85.345 (-25.9)(338.8) (- 6.8)( 169)( 904)( 3261) 193603 G 86.375 0.959 240.5 + 251 193603 G 86.375 0.959 252.4 + 174 193603 G 86.375 0.919 295.1 + 307 193603 G 86.375 0.837 310.4 + 117 193603 G 86.375 11862 0.388 246.8 346.8 -15.0 4 11 193603 G 86.375 11863 0.358 234.3 343.0 -18.4 58 302 193603 G 86.375 11870 0.135 202.0 328.2 +13.9 4 13 193603 G 86.375 11871 0.730 16.4 310.1 +37.8 3 7 193603 G 86.375 11867 0.695 119.4 283.5 -25.0 86 482 193603 G 86.375 11868 0.892 102.8 261.5 -14.4 52 181 174C 193603 G 86.375 11869 0.978 112.3 245.8 -23.1 71 423 612C 193603 G 86.375 0.880 114.4 + 138 193603 G 86.375 0.883 60.8 + 287 193603 G 86.375 0.946 121.7 + 108 193603 G 86.375 (-26.0)(325.2) (- 6.7)( 278)( 1419)( 2168) 193603 G 87.376 0.970 240.3 + 113 193603 G 87.376 0.962 293.7 + 200 193603 G 87.376 0.839 253.4 + 121 193603 G 87.376 11862 0.580 253.3 347.0 -15.1 5 10 193603 G 87.376 11863 0.545 246.4 343.6 -18.3 61 293 193603 G 87.376 11870 0.321 244.9 329.4 -14.2 21 71 193603 G 87.376 11867 0.536 127.7 284.2 -25.0 88 490 193603 G 87.376 1104C 0.535 120.9 282.5 -21.8 1 5 193603 G 87.376 11868 0.757 103.7 262.7 -14.8 48 240 277F 193603 G 87.376 11869 0.914 112.5 245.5 -23.3 89 491 793C 193603 G 87.376 0.897 56.3 + 174 193603 G 87.376 0.934 69.7 + 153 193603 G 87.376 (-26.1)(312.0) (- 6.7)( 313)( 1600)( 1831) 193603 C 88.440 0.958 231.1 + 110 193603 C 88.440 0.927 239.7 + 99 193603 C 88.440 0.920 255.3 + 271 193603 C 88.440 11862 0.748 255.3 346.4 -15.4 3 18 193603 C 88.440 11863 0.718 250.9 343.4 -18.2 28 245 193603 C 88.440 11870 0.540 252.7 330.1 -14.8 35 183 193603 C 88.440 11867 0.392 145.0 283.7 -25.1 54 379 193603 C 88.440 11868 0.562 107.3 264.4 -15.1 31 192 193603 C 88.440 11869 0.812 113.7 244.4 -23.0 74 521 600F 193603 C 88.440 0.787 45.2 + 235 193603 C 88.440 0.889 66.2 + 127 193603 C 88.440 0.925 49.1 + 238 193603 C 88.440 0.966 55.5 + 448 193603 C 88.440 (-26.1)(298.0) (- 6.6)( 225)( 1538)( 2128) 193603 G 89.457 0.953 259.4 + 308 193603 G 89.457 0.935 239.8 + 129 193603 G 89.457 0.884 231.1 + 141 193603 G 89.457 11863 0.855 252.6 343.6 -18.2 38 175 424C 193603 G 89.457 11870 0.724 256.4 331.0 -14.4 44 171 193603 G 89.457 11867 0.316 181.2 285.0 -24.9 59 305 193603 G 89.457 11868 0.355 116.0 265.4 -15.2 62 246 193603 G 89.457 11872 0.610 46.2 256.9 +19.1 6 17 193603 G 89.457 11869 0.705 116.8 241.5 -23.4 81 402 164F 193603 G 89.457 0.858 43.2 + 140 193603 G 89.457 0.904 50.0 + 348 193603 G 89.457 0.951 113.0 + 291 193603 G 89.457 (-26.2)(284.6) (- 6.6)( 290)( 1316)( 1945) 193603 C 90.423 0.966 264.1 + 184 193603 C 90.423 0.933 242.5 + 236 193603 C 90.423 0.866 230.9 + 287 193603 C 90.423 11863 0.948 252.9 344.2 -18.3 26 124 717C 193603 C 90.423 11870 0.864 257.5 332.0 -14.0 24 153 337C 193603 C 90.423 11867 0.377 215.0 285.5 -24.3 50 357 193603 C 90.423 11868 0.172 153.7 267.3 -15.3 34 196 193603 C 90.423 11872 0.500 28.7 257.1 +19.6 33 166 193603 C 90.423 11869 0.570 122.1 240.3 -23.1 75 406 193603 C 90.423 0.765 36.1 + 108 193603 C 90.423 0.850 44.3 + 485 193603 C 90.423 0.906 35.5 + 113 193603 C 90.423 (-26.3)(271.8) (- 6.5)( 242)( 1402)( 2467) 193604 C 91.327 0.924 234.3 + 70 193604 C 91.327 0.913 225.7 + 260 193604 C 91.327 0.894 286.5 + 226 193604 C 91.327 0.860 298.3 + 198 193604 C 91.327 11863 0.984 251.1 341.0 -19.7 11 25 438F 193604 C 91.327 11870 0.958 258.1 334.0 -13.2 15 89 338F 193604 C 91.327 11871 0.893 316.1 309.7 +36.0 15 60 96C 193604 C 91.327 11867 0.503 231.0 285.2 -24.3 73 332 193604 C 91.327 11868 0.221 222.7 268.8 -15.7 42 236 193604 C 91.327 11872 0.443 7.1 256.6 +19.4 35 198 193604 C 91.327 11869 0.446 132.9 239.1 -23.6 60 352 193604 C 91.327 11873 0.783 36.7 225.9 +33.4 3 3 247F 193604 C 91.327 0.873 117.7 + 274 193604 C 91.327 0.935 133.7 + 203 193604 C 91.327 0.952 106.3 + 72 193604 C 91.327 0.958 66.1 + 148 193604 C 91.327 0.979 59.2 + 197 193604 C 91.327 (-26.3)(259.9) (- 6.5)( 254)( 1295)( 2767) 193604 K 92.110 0.952 284.7 + 127 193604 K 92.110 0.951 229.7 + 248 193604 K 92.110 0.893 293.1 + 205 193604 K 92.110 0.879 237.7 + 82 193604 K 92.110 0.670 303.7 + 93 193604 K 92.110 0.837 221.9 + 197 193604 K 92.110 11870 0.981 256.2 329.4 -14.7 5 10 298S 193604 K 92.110 11871 0.942 311.9 309.4 +35.9 23 121 150C 193604 K 92.110 11867 0.656 239.3 287.8 -24.6 53 233 193604 K 92.110 11868 0.369 242.3 269.4 -15.9 43 216 193604 K 92.110 11872 0.454 344.3 257.1 +19.5 23 188 193604 K 92.110 11869 0.344 149.3 238.6 -23.5 67 389 193604 K 92.110 11874 0.889 103.9 186.4 -15.2 9 27 132S 193604 K 92.110 11875 0.962 69.7 178.7 +17.5 14 38 259F 193604 K 92.110 0.908 128.9 + 190 193604 K 92.110 0.943 66.5 + 154 193604 K 92.110 0.947 57.1 + 357 193604 K 92.110 0.962 111.7 + 112 193604 K 92.110 (-26.3)(249.6) (- 6.4)( 237)( 1222)( 2604) 193604 C 93.413 0.945 298.4 + 156 193604 C 93.413 0.924 226.4 + 319 193604 C 93.413 11867 0.862 245.5 291.5 -24.3 23 115 518F 193604 C 93.413 11868 0.608 252.0 269.2 -16.0 22 119 193604 C 93.413 11872 0.573 319.7 255.5 +19.9 41 219 193604 C 93.413 11869 0.307 195.6 237.5 -23.5 56 333 193604 C 93.413 11873 0.620 6.3 227.8 +31.5 3 6 193604 C 93.413 11874 0.686 105.3 189.3 -15.1 6 9 193604 C 93.413 11875 0.826 64.4 181.5 +16.9 13 91 548C 193604 C 93.413 11876 0.899 64.1 173.3 +19.9 17 70 548C 193604 C 93.413 1104D 0.904 55.4 175.6 +27.5 2 7 155N 193604 C 93.413 11877 0.967 114.2 156.0 -25.0 17 66 346N 193604 C 93.413 0.817 133.7 + 89 193604 C 93.413 0.840 49.8 + 198 193604 C 93.413 0.859 110.0 + 146 193604 C 93.413 (-26.4)(232.4) (- 6.4)( 200)( 1035)( 2475) 193604 C 94.342 0.957 225.4 + 139 193604 C 94.342 0.829 300.6 + 212 193604 C 94.342 11867 0.945 246.9 291.7 -23.8 17 79 510F 193604 C 94.342 11868 0.752 254.2 268.7 -16.0 25 147 267C 193604 C 94.342 11872 0.688 308.9 254.8 +20.4 33 198 193604 C 94.342 11869 0.391 220.2 236.0 -23.4 42 299 193604 C 94.342 11874 0.518 108.6 189.7 -15.0 2 5 193604 C 94.342 11875 0.703 58.4 181.6 +16.7 12 97 259C 193604 C 94.342 11876 0.807 59.2 172.6 +20.2 22 50 259C 193604 C 94.342 11877 0.907 114.6 154.9 -25.0 15 57 278N 193604 C 94.342 0.794 122.2 + 142 193604 C 94.342 0.838 48.3 + 187 193604 C 94.342 0.959 120.2 + 292 193604 C 94.342 (-26.4)(220.1) (- 6.3)( 168)( 932)( 2286) 193604 K 95.142 0.944 224.9 + 130 193604 K 95.142 0.942 245.0 + 642 193604 K 95.142 0.911 296.4 + 113 193604 K 95.142 0.815 313.8 + 111 193604 K 95.142 11867 0.990 246.6 293.1 -24.0 21 58 193604 K 95.142 11868 0.865 255.4 269.7 -15.7 23 95 132C 193604 K 95.142 11872 0.792 300.8 255.6 +19.6 18 81 276C 193604 K 95.142 11869 0.511 232.8 235.8 -23.6 52 244 193604 K 95.142 11874 0.440 117.9 185.5 -17.6 1 2 193604 K 95.142 11875 0.587 49.0 182.0 +17.0 16 67 193604 K 95.142 11876 0.690 52.6 174.1 +19.6 46 238 193604 K 95.142 11877 0.829 116.0 154.4 -25.0 17 63 161C 193604 K 95.142 0.908 128.4 + 148 193604 K 95.142 0.912 117.3 + 201 193604 K 95.142 0.970 121.4 + 75 193604 K 95.142 (-26.4)(209.5) (- 6.3)( 194)( 848)( 1989) 193604 G 96.395 0.886 307.7 + 155 193604 G 96.395 0.855 248.1 + 193 193604 G 96.395 0.853 319.0 + 153 193604 G 96.395 11868 0.969 255.5 269.6 -15.5 16 75 145C 193604 G 96.395 11872 0.914 297.8 253.7 +22.3 5 16 371C 193604 G 96.395 11869 0.691 242.4 234.6 -23.3 43 234 193604 G 96.395 11873 0.761 326.2 223.5 +33.8 8 29 251C 193604 G 96.395 11878 0.579 9.4 186.8 +28.6 2 5 193604 G 96.395 11875 0.437 25.2 181.8 +17.2 10 63 193604 G 96.395 11876 0.533 35.7 173.8 +19.7 119 571 193604 G 96.395 11877 0.667 121.4 154.2 -25.1 15 60 193604 G 96.395 11879 0.975 75.8 117.8 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97.492 0.958 109.5 + 212 193604 G 97.492 (-26.4)(178.5) (- 6.1)( 245)( 1640)( 3584) 193604 G 98.598 0.941 307.1 + 485 193604 G 98.598 0.921 237.2 + 222 193604 G 98.598 0.899 317.0 + 233 193604 G 98.598 11869 0.934 247.8 233.5 -22.8 28 201 651P 193604 G 98.598 11882 0.844 292.2 217.8 +15.1 8 12 77C 193604 G 98.598 11875 0.518 324.5 182.5 +19.1 5 10 193604 G 98.598 11876 0.460 344.2 171.6 +20.2 140 841 193604 G 98.598 11879 0.746 67.6 119.3 +12.2 72 259 193604 G 98.598 11880 0.845 123.4 108.7 -31.1 25 140 552C 193604 G 98.598 11881 0.905 67.6 103.0 +17.3 20 66 193604 G 98.598 11883 0.996 118.2 76.8 -28.6 37 133 59P 193604 G 98.598 0.870 136.3 + 186 193604 G 98.598 0.910 115.0 + 374 193604 G 98.598 0.973 124.7 + 153 193604 G 98.598 (-26.4)(164.0) (- 6.0)( 335)( 1662)( 2992) 193604 G 99.526 0.976 305.2 + 202 193604 G 99.526 0.946 238.5 + 187 193604 G 99.526 0.945 312.6 + 202 193604 G 99.526 0.831 238.2 + 269 193604 G 99.526 11869 0.985 247.7 233.2 -23.0 25 158 266C 193604 G 99.526 11882 0.934 288.6 217.9 +15.0 15 34 188C 193604 G 99.526 11876 0.545 324.8 171.2 +20.7 114 928 193604 G 99.526 11879 0.607 60.0 119.2 +12.6 51 241 193604 G 99.526 11880 0.744 127.0 108.1 -30.9 34 172 193604 G 99.526 11881 0.830 64.5 100.3 +17.2 14 42 379C 193604 G 99.526 11883 0.965 117.9 75.9 -28.5 34 186 254C 193604 G 99.526 0.879 117.2 + 233 193604 G 99.526 0.940 128.2 + 286 193604 G 99.526 0.953 61.0 + 109 193604 G 99.526 0.967 72.4 + 216 193604 G 99.526 (-26.4)(151.7) (- 6.0)( 287)( 1761)( 2791) 193604 G 100.485 0.982 286.2 + 104 193604 G 100.485 0.949 251.4 + 99 193604 G 100.485 0.830 310.8 + 209 193604 G 100.485 0.795 298.4 + 166 193604 G 100.485 11884 0.861 250.7 198.4 -19.6 8 25 126C 193604 G 100.485 11876 0.663 310.8 171.3 +20.6 132 830 193604 G 100.485 11879 0.434 44.6 120.9 +12.3 37 232 193604 G 100.485 11880 0.625 133.9 107.5 -30.7 23 138 193604 G 100.485 11881 0.701 57.4 100.9 +17.5 9 28 193604 G 100.485 11883 0.899 118.7 75.6 -28.3 31 188 243F 193604 G 100.485 11885 0.973 72.0 65.0 +16.0 8 43 142C 193604 G 100.485 11886 0.980 107.3 59.5 -18.1 10 27 154C 193604 G 100.485 0.834 66.6 + 171 193604 G 100.485 0.901 130.3 + 217 193604 G 100.485 0.925 163.8 + 122 193604 G 100.485 0.938 67.8 + 336 193604 G 100.485 0.963 113.6 + 212 193604 G 100.485 0.969 98.0 + 215 193604 G 100.485 (-26.4)(139.0) (- 5.9)( 258)( 1511)( 2516) 193604 G 101.424 0.911 304.9 + 236 193604 G 101.424 0.894 292.7 + 120 193604 G 101.424 0.864 254.7 + 129 193604 G 101.424 11884 0.934 250.1 196.2 -20.7 10 30 183NP 193604 G 101.424 11876 0.774 302.7 170.5 +20.5 113 891 416C 193604 G 101.424 11879 0.316 13.3 122.4 +12.1 44 233 193604 G 101.424 11880 0.516 145.6 106.9 -30.6 26 131 193604 G 101.424 11881 0.548 45.1 102.7 +17.3 4 13 193604 G 101.424 11883 0.803 120.9 75.5 -28.0 32 183 312F 193604 G 101.424 1104E 0.851 61.3 73.8 +20.7 0 4 266F 193604 G 101.424 11885 0.903 68.8 65.5 +16.3 17 52 213C 193604 G 101.424 11886 0.921 107.3 59.1 -18.2 5 25 288F 193604 G 101.424 11887 0.972 77.9 51.8 +10.3 4 19 312C 193604 G 101.424 0.848 111.7 + 105 193604 G 101.424 0.928 116.4 + 154 193604 G 101.424 0.929 97.1 + 330 193604 G 101.424 (-26.3)(126.6) (- 5.8)( 255)( 1581)( 3064) 193604 G 102.395 0.990 250.3 + 117 193604 G 102.395 0.973 291.1 + 119 193604 G 102.395 0.973 300.9 + 239 193604 G 102.395 0.945 253.7 + 136 193604 G 102.395 11876 0.886 296.5 171.3 +20.2 93 741 605C 193604 G 102.395 11879 0.344 332.2 123.2 +12.0 38 207 193604 G 102.395 11880 0.438 164.8 106.2 -30.5 24 136 193604 G 102.395 11881 0.447 33.0 99.2 +16.4 7 31 193604 G 102.395 11883 0.688 125.5 74.6 -27.9 40 197 193604 G 102.395 11885 0.799 64.9 65.2 +16.0 19 101 152C 193604 G 102.395 11886 0.827 108.3 58.2 -18.3 8 24 188F 193604 G 102.395 11887 0.887 75.3 53.4 +10.2 30 76 244C 193604 G 102.395 0.790 54.3 + 227 193604 G 102.395 0.797 139.3 + 92 193604 G 102.395 0.827 95.6 + 197 193604 G 102.395 0.873 117.2 + 137 193604 G 102.395 (-26.3)(113.8) (- 5.7)( 259)( 1513)( 2453) 193604 C 103.357 0.965 230.6 + 49 193604 C 103.357 0.910 249.3 + 150 193604 C 103.357 0.776 245.6 + 189 193604 C 103.357 11876 0.957 294.0 170.3 +21.0 81 338 803C 193604 C 103.357 11879 0.479 308.8 123.5 +12.1 42 213 193604 C 103.357 11880 0.433 188.9 105.6 -30.9 29 133 193604 C 103.357 11881 0.380 2.6 100.1 +16.5 11 33 193604 C 103.357 11883 0.559 134.8 74.5 -28.2 31 175 193604 C 103.357 11885 0.666 57.8 65.3 +16.1 13 58 193604 C 103.357 11886 0.695 110.4 58.0 -18.2 6 10 193604 C 103.357 11887 0.762 70.8 54.2 +10.6 36 155 180C 193604 C 103.357 0.828 113.2 + 135 193604 C 103.357 (-26.2)(101.1) (- 5.7)( 249)( 1115)( 1506) 193604 G 104.372 0.958 252.2 + 200 193604 G 104.372 0.952 240.6 + 72 193604 G 104.372 0.894 249.6 + 361 193604 G 104.372 0.843 240.0 + 247 193604 G 104.372 0.811 227.8 + 99 193604 G 104.372 11876 0.983 293.4 163.7 +21.7 5 24 300C 193604 G 104.372 11879 0.649 296.2 124.1 +12.1 38 213 193604 G 104.372 11880 0.499 210.4 104.7 -30.8 26 149 193604 G 104.372 11881 0.459 341.4 96.6 +20.1 2 11 193604 G 104.372 11883 0.441 152.4 74.3 -28.4 30 186 193604 G 104.372 11885 0.518 44.4 65.6 +16.4 12 51 193604 G 104.372 11886 0.559 116.4 55.8 -19.1 12 26 193604 G 104.372 11887 0.611 62.8 54.2 +11.5 57 294 193604 G 104.372 0.828 124.2 + 119 193604 G 104.372 0.843 141.0 + 78 193604 G 104.372 0.893 68.0 + 128 193604 G 104.372 0.952 59.4 + 163 193604 G 104.372 0.963 122.6 + 102 193604 G 104.372 0.967 103.8 + 224 193604 G 104.372 (-26.2)( 87.7) (- 5.6)( 182)( 954)( 2093) 193604 G 105.420 0.971 249.4 + 184 193604 G 105.420 0.920 238.1 + 199 193604 G 105.420 0.911 246.3 + 216 193604 G 105.420 0.901 228.9 + 166 193604 G 105.420 11879 0.793 289.7 123.4 +11.9 28 100 307C 193604 G 105.420 11880 0.619 224.5 104.1 -30.9 19 125 193604 G 105.420 11881 0.570 309.2 101.2 +16.1 4 17 193604 G 105.420 11883 0.392 180.1 74.0 -28.5 29 144 193604 G 105.420 11885 0.399 19.9 65.8 +16.5 12 29 193604 G 105.420 11886 0.369 129.3 56.4 -18.7 15 26 193604 G 105.420 11887 0.417 47.6 55.7 +11.1 49 150 193604 G 105.420 11888 0.990 108.7 351.0 -19.3 48 199 85C 193604 G 105.420 0.893 104.4 + 273 193604 G 105.420 0.895 56.5 + 162 193604 G 105.420 0.910 122.9 + 67 193604 G 105.420 0.945 64.1 + 130 193604 G 105.420 (-26.1)( 73.9) (- 5.5)( 204)( 790)( 1789) 193604 G 106.604 0.976 243.1 + 178 193604 G 106.604 0.968 233.3 + 123 193604 G 106.604 0.773 294.5 + 334 193604 G 106.604 11879 0.923 285.5 123.4 +12.0 23 67 500C 193604 G 106.604 11880 0.760 233.3 103.2 -30.8 19 139 134SP 193604 G 106.604 11883 0.454 209.7 73.0 -28.4 26 154 193604 G 106.604 11885 0.406 339.9 66.6 +17.0 10 40 193604 G 106.604 11887 0.286 356.3 59.3 +11.1 20 101 193604 G 106.604 11886 0.236 166.3 54.8 -18.5 9 19 193604 G 106.604 11889 0.837 60.7 7.0 +20.8 2 4 131NP 193604 G 106.604 11888 0.930 109.1 349.5 -19.7 80 356 473C 193604 G 106.604 11890 0.973 103.5 340.9 -14.4 30 115 126C 193604 G 106.604 11891 0.977 100.6 340.0 -11.5 21 108 126C 193604 G 106.604 0.835 108.1 + 122 193604 G 106.604 (-26.1)( 58.2) (- 5.4)( 240)( 1103)( 2121) 193604 G 107.390 0.948 253.2 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226.3 + 164 193604 G 108.446 0.808 297.3 + 136 193604 G 108.446 11880 0.936 238.9 102.7 -30.9 15 141 269C 193604 G 108.446 11893 0.895 242.1 96.5 -27.3 10 32 269C 193604 G 108.446 11883 0.665 232.6 70.5 -28.0 20 121 193604 G 108.446 11885 0.639 305.7 66.7 +17.4 5 7 193604 G 108.446 11892 0.555 242.6 65.2 -19.3 10 31 193604 G 108.446 11887 0.528 300.2 61.4 +10.6 11 42 193604 G 108.446 11888 0.706 112.3 350.3 -19.4 62 332 130F 193604 G 108.446 11890 0.803 103.7 340.6 -14.1 30 129 802C 193604 G 108.446 11891 0.809 99.7 339.8 -11.0 52 232 802C 193604 G 108.446 0.910 111.2 + 214 193604 G 108.446 0.915 121.5 + 144 193604 G 108.446 (-25.9)( 33.9) (- 5.3)( 215)( 1067)( 3348) 193604 G 109.391 0.959 291.0 + 254 193604 G 109.391 0.955 249.8 + 143 193604 G 109.391 0.941 226.8 + 158 193604 G 109.391 0.819 225.0 + 97 193604 G 109.391 11880 0.984 239.6 102.2 -30.8 19 88 205C 193604 G 109.391 11893 0.968 243.3 97.4 -27.1 31 115 190C 193604 G 109.391 11883 0.774 237.9 69.1 -27.8 33 158 83C 193604 G 109.391 11892 0.728 247.7 66.9 -19.6 3 10 193604 G 109.391 11885 0.766 298.4 66.2 +17.7 2 7 334P 193604 G 109.391 11887 0.678 291.8 61.1 +10.5 7 28 193604 G 109.391 11888 0.540 118.0 351.2 -19.1 64 280 193604 G 109.391 11890 0.660 105.4 340.6 -14.0 24 112 126F 193604 G 109.391 11891 0.686 100.9 338.2 -11.2 83 444 126F 193604 G 109.391 0.796 114.0 + 203 193604 G 109.391 0.817 125.2 + 116 193604 G 109.391 0.935 67.7 + 235 193604 G 109.391 0.944 130.6 + 176 193604 G 109.391 (-25.8)( 21.4) (- 5.2)( 266)( 1242)( 2320) 193604 G 110.736 0.946 261.7 + 378 193604 G 110.736 0.932 294.3 + 415 193604 G 110.736 0.901 228.6 + 231 193604 G 110.736 0.885 251.9 + 140 193604 G 110.736 0.852 284.9 + 312 193604 G 110.736 11883 0.918 240.7 69.6 -28.9 32 119 382C 193604 G 110.736 1104F 0.637 238.9 40.0 -23.3 3 6 193604 G 110.736 11888 0.308 142.2 352.2 -19.0 63 292 193604 G 110.736 11890 0.418 113.0 340.4 -14.1 18 88 193604 G 110.736 11891 0.413 106.3 340.0 -11.3 83 322 193604 G 110.736 11894 0.574 111.9 330.1 -16.6 5 11 193604 G 110.736 11895 0.945 75.4 294.7 +12.0 10 27 171C 193604 G 110.736 0.813 62.7 + 173 193604 G 110.736 0.894 132.2 + 351 193604 G 110.736 0.938 62.9 + 146 193604 G 110.736 0.939 49.9 + 39 193604 G 110.736 0.948 70.5 + 228 193604 G 110.736 0.967 109.7 + 131 193604 G 110.736 0.969 117.6 + 171 193604 G 110.736 (-25.7)( 3.7) (- 5.1)( 214)( 865)( 3268) 193604 C 111.365 0.966 292.1 + 312 193604 C 111.365 0.924 233.8 + 135 193604 C 111.365 0.911 223.5 + 162 193604 C 111.365 0.891 260.2 + 209 193604 C 111.365 0.885 285.0 + 443 193604 C 111.365 11883 0.961 241.5 69.5 -28.7 23 124 489NP 193604 C 111.365 11888 0.251 166.2 351.8 -19.0 66 273 193604 C 111.365 11891 0.276 113.2 340.5 -11.1 72 428 193604 C 111.365 11890 0.302 122.2 340.2 -14.1 20 93 193604 C 111.365 11894 0.470 117.3 329.6 -16.9 7 35 193604 C 111.365 11895 0.902 74.1 293.1 +12.0 2 10 298N 193604 C 111.365 0.840 135.0 + 201 193604 C 111.365 0.877 58.6 + 124 193604 C 111.365 0.927 114.0 + 532 193604 C 111.365 0.952 136.4 + 169 193604 C 111.365 (-25.6)(355.4) (- 5.0)( 190)( 963)( 3074) 193604 G 112.348 0.955 283.3 + 448 193604 G 112.348 0.861 240.3 + 84 193604 G 112.348 11883 0.998 241.2 70.9 -29.0 15 66 120SF 193604 G 112.348 1105A 0.977 244.9 61.0 -25.6 21 83 298C 193604 G 112.348 11886 0.945 249.1 53.5 -21.3 11 48 206C 193604 G 112.348 11888 0.293 214.9 352.5 -18.7 47 241 193604 G 112.348 11891 0.116 167.5 340.9 -11.4 47 315 193604 G 112.348 11890 0.163 166.5 340.2 -13.9 18 87 193604 G 112.348 11894 0.290 133.3 329.8 -16.2 2 9 193604 G 112.348 0.794 65.0 + 148 193604 G 112.348 0.840 109.4 + 166 193604 G 112.348 0.845 121.7 + 231 193604 G 112.348 0.915 137.7 + 208 193604 G 112.348 0.930 105.2 + 116 193604 G 112.348 0.939 117.5 + 145 193604 G 112.348 (-25.5)(342.4) (- 4.9)( 161)( 849)( 2170) 193604 G 113.406 0.898 235.6 + 102 193604 G 113.406 11896 0.924 290.1 33.0 +16.5 13 44 248C 193604 G 113.406 11888 0.451 237.2 351.9 -18.5 45 233 193604 G 113.406 11891 0.260 245.5 342.3 -10.8 54 422 193604 G 113.406 11890 0.250 230.0 339.7 -13.9 17 59 193604 G 113.406 1105B 0.263 341.2 333.3 + 9.6 3 10 193604 G 113.406 11894 0.171 207.4 333.0 -13.5 5 23 193604 G 113.406 11897 0.969 49.8 260.6 +37.0 14 46 279C 193604 G 113.406 0.756 121.7 + 292 193604 G 113.406 0.849 107.6 + 123 193604 G 113.406 0.867 121.1 + 192 193604 G 113.406 0.916 139.1 + 172 193604 G 113.406 0.944 66.6 + 170 193604 G 113.406 0.955 109.6 + 300 193604 G 113.406 (-25.4)(328.4) (- 4.8)( 151)( 837)( 1878) 193604 G 114.394 0.930 235.1 + 92 193604 G 114.394 0.839 257.7 + 124 193604 G 114.394 11896 0.985 288.1 33.2 +16.9 0 14 194C 193604 G 114.394 11888 0.619 245.8 351.7 -18.4 35 247 193604 G 114.394 11891 0.462 254.7 342.2 -11.2 51 348 193604 G 114.394 11890 0.435 247.4 339.6 -13.9 11 40 193604 G 114.394 11894 0.325 230.8 330.5 -16.4 3 12 193604 G 114.394 11898 0.740 26.3 291.1 +37.2 19 65 193604 G 114.394 11897 0.909 45.6 261.3 +36.8 17 86 292F 193604 G 114.394 0.839 110.5 + 308 193604 G 114.394 0.894 65.1 + 100 193604 G 114.394 0.956 124.1 + 114 193604 G 114.394 0.956 115.9 + 228 193604 G 114.394 0.966 57.8 + 171 193604 G 114.394 (-25.3)(315.3) (- 4.7)( 136)( 812)( 1623) 193604 C 115.397 0.952 300.4 + 113 193604 C 115.397 0.939 257.7 + 213 193604 C 115.397 0.877 250.5 + 236 193604 C 115.397 11888 0.768 249.5 351.3 -18.6 44 250 193604 C 115.397 11891 0.652 258.1 342.5 -11.2 61 292 193604 C 115.397 11890 0.617 253.4 339.4 -13.8 8 52 193604 C 115.397 11899 0.613 229.7 333.7 -27.3 9 30 193604 C 115.397 1105C 0.351 343.8 307.9 +15.1 2 5 193604 C 115.397 11898 0.681 12.9 291.2 +36.9 18 91 193604 C 115.397 11897 0.834 39.3 261.1 +36.6 10 28 324F 193604 C 115.397 0.843 142.3 + 361 193604 C 115.397 0.851 116.1 + 486 193604 C 115.397 0.951 137.2 + 139 193604 C 115.397 0.957 115.1 + 474 193604 C 115.397 0.959 73.1 + 151 193604 C 115.397 0.983 54.5 + 684 193604 C 115.397 (-25.1)(302.1) (- 4.6)( 152)( 748)( 3181) 193604 G 116.369 0.948 248.4 + 87 193604 G 116.369 11888 0.885 251.2 351.2 -18.7 29 247 225SF 193604 G 116.369 11891 0.798 259.6 342.1 -11.0 37 173 271C 193604 G 116.369 11890 0.774 255.6 339.6 -13.9 7 40 271C 193604 G 116.369 11899 0.755 237.6 334.7 -27.0 48 179 193604 G 116.369 11900 0.343 232.4 305.6 -16.4 10 26 193604 G 116.369 11898 0.661 359.4 289.7 +36.7 13 40 193604 G 116.369 11895 0.294 0.6 289.0 +12.5 5 14 193604 G 116.369 11897 0.763 31.0 259.9 +36.8 4 7 193604 G 116.369 0.784 121.5 + 199 193604 G 116.369 0.897 114.7 + 342 193604 G 116.369 0.910 124.8 + 134 193604 G 116.369 0.931 71.2 + 138 193604 G 116.369 0.966 55.6 + 150 193604 G 116.369 (-25.0)(289.2) (- 4.5)( 153)( 726)( 1546) 193604 G 117.337 0.829 250.3 + 312 193604 G 117.337 11888 0.964 251.6 351.5 -18.9 33 252 358F 193604 G 117.337 11891 0.901 259.9 340.9 -11.0 16 51 506C 193604 G 117.337 11890 0.894 256.4 339.9 -14.1 8 32 506C 193604 G 117.337 11899 0.870 241.3 335.3 -27.1 42 352 132C 193604 G 117.337 11900 0.523 245.5 306.1 -16.4 6 21 193604 G 117.337 11895 0.386 315.1 292.6 +11.5 8 38 193604 G 117.337 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0.838 253.7 + 98 193604 G 119.350 0.832 320.2 + 194 193604 G 119.350 11899 0.982 243.5 329.4 -26.7 23 117 150C 193604 G 119.350 1105D 0.947 290.5 318.4 +17.8 8 11 128F 193604 G 119.350 11895 0.735 290.5 294.4 +11.8 7 13 193604 G 119.350 1105E 0.532 136.0 225.6 -26.4 1 5 193604 G 119.350 11901 0.947 108.5 178.5 -18.8 37 89 421C 193604 G 119.350 0.856 48.7 + 76 193604 G 119.350 0.953 59.2 + 214 193604 G 119.350 0.976 67.2 + 202 193604 G 119.350 (-24.5)(249.9) (- 4.3)( 76)( 235)( 1996) 193604 G 120.335 0.977 288.3 + 104 193604 G 120.335 0.941 228.2 + 139 193604 G 120.335 0.939 254.2 + 147 193604 G 120.335 0.880 316.2 + 334 193604 G 120.335 0.852 250.1 + 90 193604 G 120.335 0.814 240.8 + 140 193604 G 120.335 11895 0.851 286.7 293.0 +11.8 7 22 179C 193604 G 120.335 11902 0.612 54.6 205.5 +17.1 4 9 193604 G 120.335 11901 0.862 109.7 177.9 -19.0 17 50 525C 193604 G 120.335 0.842 35.6 + 104 193604 G 120.335 0.880 44.3 + 89 193604 G 120.335 0.891 58.0 + 444 193604 G 120.335 0.940 110.3 + 203 193604 G 120.335 0.959 64.4 + 512 193604 G 120.335 0.987 104.6 + 70 193604 G 120.335 0.987 111.5 + 273 193604 G 120.335 (-24.4)(236.8) (- 4.2)( 28)( 81)( 3353) 193605 C 121.401 0.946 298.4 + 173 193605 C 121.401 0.943 312.2 + 340 193605 C 121.401 0.940 255.2 + 96 193605 C 121.401 0.939 286.8 + 268 193605 C 121.401 0.927 228.4 + 145 193605 C 121.401 0.901 217.5 + 80 193605 C 121.401 0.877 243.6 + 360 193605 C 121.401 0.777 331.8 + 407 193605 C 121.401 11903 0.474 25.5 209.6 +21.3 4 5 193605 C 121.401 11902 0.441 37.1 206.8 +16.6 20 45 193605 C 121.401 11901 0.748 113.2 176.0 -19.8 11 82 296F 193605 C 121.401 11904 0.953 76.2 152.0 +11.8 15 36 283F 193605 C 121.401 0.799 53.7 + 591 193605 C 121.401 0.867 63.9 + 328 193605 C 121.401 0.899 139.0 + 218 193605 C 121.401 0.916 56.7 + 337 193605 C 121.401 0.932 177.2 + 65 193605 C 121.401 0.942 112.1 + 676 193605 C 121.401 (-24.2)(222.8) (- 4.0)( 50)( 168)( 4663) 193605 C 122.374 0.975 310.6 + 186 193605 C 122.374 0.953 229.8 + 126 193605 C 122.374 0.943 243.5 + 417 193605 C 122.374 0.910 182.4 + 52 193605 C 122.374 0.904 253.8 + 158 193605 C 122.374 0.886 220.8 + 129 193605 C 122.374 0.873 318.0 + 280 193605 C 122.374 0.817 326.8 + 142 193605 C 122.374 0.800 244.6 + 228 193605 C 122.374 1105F 0.405 239.2 231.0 -15.7 2 5 193605 C 122.374 11903 0.428 356.3 211.6 +21.2 2 12 193605 C 122.374 11902 0.350 7.2 207.3 +16.3 10 31 193605 C 122.374 1105G 0.684 31.0 185.4 +32.1 3 9 193605 C 122.374 11901 0.605 118.4 175.6 -20.0 8 37 193605 C 122.374 11904 0.860 74.2 152.5 +11.4 7 17 254F 193605 C 122.374 0.822 61.6 + 182 193605 C 122.374 0.831 50.8 + 382 193605 C 122.374 0.847 138.5 + 147 193605 C 122.374 0.864 112.9 + 632 193605 C 122.374 0.959 121.6 + 160 193605 C 122.374 0.969 76.9 + 298 193605 C 122.374 (-24.0)(209.9) (- 4.0)( 32)( 111)( 3773) 193605 G 123.571 0.952 239.2 + 153 193605 G 123.571 0.925 315.4 + 325 193605 G 123.571 0.912 301.2 + 160 193605 G 123.571 0.902 250.4 + 222 193605 G 123.571 0.805 240.8 + 267 193605 G 123.571 11902 0.423 327.0 208.0 +17.0 10 52 193605 G 123.571 11901 0.405 132.1 175.6 -19.3 8 26 193605 G 123.571 1105H 0.726 41.8 160.5 +29.5 4 10 193605 G 123.571 0.756 116.8 + 258 193605 G 123.571 0.883 115.6 + 197 193605 G 123.571 0.888 71.0 + 490 193605 G 123.571 0.961 72.6 + 370 193605 G 123.571 0.977 113.5 + 156 193605 G 123.571 (-23.8)(194.1) (- 3.8)( 22)( 88)( 2598) 193605 G 124.374 0.953 314.4 + 251 193605 G 124.374 0.929 301.4 + 182 193605 G 124.374 0.909 245.1 + 298 193605 G 124.374 0.837 234.6 + 113 193605 G 124.374 1105I 0.649 298.0 219.7 +14.7 9 36 193605 G 124.374 11903 0.580 316.2 208.9 +21.3 7 20 193605 G 124.374 11902 0.522 314.5 206.4 +18.0 4 11 193605 G 124.374 1105J 0.161 179.9 183.4 -12.9 3 5 193605 G 124.374 11901 0.306 154.9 175.6 -20.1 7 26 193605 G 124.374 1105K 0.650 53.8 149.8 +19.4 1 6 193605 G 124.374 11905 0.873 73.0 124.8 +12.8 7 35 230C 193605 G 124.374 11906 0.969 75.8 109.3 +12.8 22 98 310C 193605 G 124.374 0.808 70.0 + 257 193605 G 124.374 0.869 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193605 G 127.564 11905 0.392 41.4 125.9 +13.7 5 17 193605 G 127.564 1105L 0.934 108.2 72.5 -18.2 7 12 242C 193605 G 127.564 11910 0.982 115.3 62.2 -25.4 36 143 500C 193605 G 127.564 0.802 57.0 + 61 193605 G 127.564 0.804 118.7 + 171 193605 G 127.564 0.822 132.3 + 197 193605 G 127.564 0.886 66.1 + 158 193605 G 127.564 0.894 51.7 + 75 193605 G 127.564 0.908 117.6 + 201 193605 G 127.564 0.966 98.8 + 78 193605 G 127.564 0.974 77.7 + 286 193605 G 127.564 0.980 66.8 + 290 193605 G 127.564 (-23.0)(141.3) (- 3.4)( 65)( 252)( 3926) 193605 C 128.343 0.984 292.5 + 392 193605 C 128.343 0.972 287.6 + 253 193605 C 128.343 0.921 253.8 + 112 193605 C 128.343 0.920 313.2 + 116 193605 C 128.343 0.818 312.4 + 186 193605 C 128.343 0.805 302.8 + 129 193605 C 128.343 0.803 249.2 + 146 193605 C 128.343 11901 0.744 246.6 177.2 -19.4 2 3 193605 C 128.343 11907 0.399 214.7 145.2 -22.3 4 18 193605 C 128.343 11909 0.293 334.6 138.3 +12.0 16 64 193605 C 128.343 1105M 0.275 356.0 132.1 +12.6 4 28 193605 C 128.343 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133.555 11914 0.656 137.3 30.9 -31.1 3 12 193605 G 133.555 11912 0.786 123.9 14.7 -27.8 132 647 294F 193605 G 133.555 0.911 110.7 + 274 193605 G 133.555 0.953 100.1 + 334 193605 G 133.555 0.961 63.2 + 211 193605 G 133.555 0.978 117.1 + 204 193605 G 133.555 (-21.5)( 62.1) (- 2.7)( 199)( 950)( 2686) 193605 C 134.431 0.978 286.6 + 578 193605 C 134.431 0.967 236.8 + 234 193605 C 134.431 0.942 293.0 + 220 193605 C 134.431 0.907 287.8 + 203 193605 C 134.431 0.888 245.7 + 261 193605 C 134.431 0.849 293.2 + 165 193605 C 134.431 1105P 0.589 233.8 81.3 -22.5 6 16 193605 C 134.431 1105Q 0.452 239.4 74.2 -15.6 2 11 193605 C 134.431 11915 0.498 217.9 70.2 -25.5 5 14 193605 C 134.431 11913 0.478 326.8 66.7 +21.0 6 14 193605 C 134.431 11910 0.406 200.2 59.4 -24.9 36 192 193605 C 134.431 11914 0.572 148.6 30.1 -31.5 1 5 193605 C 134.431 11912 0.688 129.0 13.5 -27.6 143 707 193605 C 134.431 0.831 113.4 + 284 193605 C 134.431 0.850 102.0 + 227 193605 C 134.431 0.884 60.6 + 268 193605 C 134.431 0.921 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136.353 0.831 241.6 + 132 193605 G 136.353 11915 0.745 237.1 68.7 -25.5 4 8 193605 G 136.353 11913 0.732 301.9 66.5 +20.9 10 20 193605 G 136.353 11910 0.634 233.9 58.9 -23.8 30 118 193605 G 136.353 11912 0.467 155.9 12.6 -27.5 95 611 193605 G 136.353 11917 0.901 119.7 323.2 -27.6 2 6 481C 193605 G 136.353 11916 0.933 68.5 318.6 +19.0 21 87 649C 193605 G 136.353 0.764 104.5 + 176 193605 G 136.353 0.768 121.9 + 160 193605 G 136.353 0.880 107.5 + 242 193605 G 136.353 0.976 121.1 + 112 193605 G 136.353 (-20.7)( 25.0) (- 2.4)( 162)( 850)( 2524) 193605 G 137.461 0.978 238.3 + 160 193605 G 137.461 0.963 230.4 + 113 193605 G 137.461 0.946 292.4 + 111 193605 G 137.461 0.868 251.4 + 296 193605 G 137.461 0.868 286.2 + 96 193605 G 137.461 0.762 291.1 + 96 193605 G 137.461 11915 0.887 243.7 70.9 -24.3 4 11 323C 193605 G 137.461 11913 0.867 296.2 66.7 +21.2 12 46 210C 193605 G 137.461 11910 0.786 241.4 59.1 -23.6 7 26 445SF 193605 G 137.461 11912 0.429 180.4 10.6 -27.6 87 573 193605 G 137.461 1105R 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299.0 37.8 +13.3 2 12 193606 C 164.381 11943 0.498 161.6 4.1 -27.2 13 32 193606 C 164.381 11945 0.563 48.6 347.1 +22.6 11 34 193606 C 164.381 0.786 115.2 + 148 193606 C 164.381 0.793 129.2 + 201 193606 C 164.381 0.848 64.6 + 336 193606 C 164.381 0.897 123.1 + 388 193606 C 164.381 0.899 43.6 + 76 193606 C 164.381 0.909 111.8 + 199 193606 C 164.381 0.914 77.7 + 504 193606 C 164.381 (-10.6)( 14.2) (+ 0.9)( 38)( 129)( 3132) 193606 G 165.377 0.957 284.5 + 204 193606 G 165.377 0.947 293.5 + 123 193606 G 165.377 0.922 242.5 + 781 193606 G 165.377 0.792 234.8 + 321 193606 G 165.377 11941 0.795 236.5 47.9 -25.2 11 58 193606 G 165.377 11946 0.660 292.9 40.0 +15.6 0 3 193606 G 165.377 11943 0.476 183.8 3.0 -27.3 4 13 193606 G 165.377 11945 0.428 31.3 347.1 +22.3 15 72 193606 G 165.377 0.797 115.8 + 113 193606 G 165.377 0.832 73.7 + 414 193606 G 165.377 0.858 129.5 + 161 193606 G 165.377 0.958 110.5 + 127 193606 G 165.377 (-10.1)( 1.0) (+ 1.0)( 30)( 146)( 2244) 193606 G 166.415 0.972 244.1 + 326 193606 G 166.415 11941 0.900 241.3 47.6 -25.0 6 24 258F 193606 G 166.415 11945 0.370 3.1 346.0 +22.8 5 35 193606 G 166.415 11947 0.991 62.3 265.5 +27.6 14 59 193606 G 166.415 11948 0.994 71.1 263.7 +18.9 40 132 117C 193606 G 166.415 0.908 113.8 + 177 193606 G 166.415 0.939 70.4 + 282 193606 G 166.415 0.959 105.2 + 59 193606 G 166.415 0.982 62.0 + 357 193606 G 166.415 (- 9.7)(347.2) (+ 1.2)( 65)( 250)( 1576) 193606 G 167.330 0.838 246.4 + 73 193606 G 167.330 11941 0.965 243.3 47.3 -25.3 9 26 340F 193606 G 167.330 11946 0.918 288.3 40.8 +17.3 2 6 129F 193606 G 167.330 11945 0.411 336.3 345.4 +23.3 10 52 193606 G 167.330 1107A 0.539 167.7 327.5 -30.3 5 38 193606 G 167.330 11947 0.956 61.3 264.0 +27.7 26 95 243C 193606 G 167.330 11948 0.970 69.2 259.9 +20.5 125 1076 517C 193606 G 167.330 0.848 67.5 + 168 193606 G 167.330 (- 9.3)(335.1) (+ 1.3)( 177)( 1293)( 1470) 193606 G 168.423 0.981 240.8 + 129 193606 G 168.423 11946 0.983 287.4 39.9 +17.4 5 43 170C 193606 G 168.423 11945 0.545 314.1 345.9 +23.5 12 55 193606 G 168.423 11947 0.866 59.5 264.2 +26.7 24 109 181C 193606 G 168.423 1107B 0.849 74.7 263.5 +13.7 8 22 193606 G 168.423 11948 0.885 67.7 260.1 +20.2 151 760 797C 193606 G 168.423 0.853 74.7 + 70 193606 G 168.423 0.978 77.2 + 228 193606 G 168.423 (- 8.8)(320.7) (+ 1.4)( 200)( 989)( 1575) 193606 G 169.488 0.878 239.8 + 348 193606 G 169.488 11945 0.738 301.7 349.8 +23.8 4 13 193606 G 169.488 11947 0.751 55.0 263.3 +26.5 18 92 193606 G 169.488 11948 0.759 64.4 260.0 +20.1 133 873 457F 193606 G 169.488 11949 0.936 67.0 238.6 +22.0 13 29 304F 193606 G 169.488 0.920 76.1 + 151 193606 G 169.488 (- 8.4)(306.6) (+ 1.5)( 168)( 1007)( 1260) 193606 G 170.630 0.980 248.9 + 312 193606 G 170.630 0.943 236.9 + 428 193606 G 170.630 0.905 250.7 + 389 193606 G 170.630 0.870 258.7 + 121 193606 G 170.630 0.813 232.2 + 304 193606 G 170.630 11945 0.878 297.1 350.4 +24.4 5 15 186F 193606 G 170.630 11950 0.838 290.9 346.8 +18.3 13 25 122C 193606 G 170.630 11951 0.332 302.5 308.1 +11.9 10 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6 19 193606 C 180.467 11955 0.522 225.7 184.3 -18.7 58 297 193606 C 180.467 11960 0.403 152.5 150.0 -18.1 12 52 193606 C 180.467 11962 0.583 134.1 134.6 -21.3 1 10 193606 C 180.467 (- 3.5)(161.2) (+ 2.8)( 180)( 1191)( 1306) 193606 G 181.332 0.961 296.1 + 266 193606 G 181.332 0.931 287.5 + 171 193606 G 181.332 0.923 239.7 + 125 193606 G 181.332 0.914 224.9 + 51 193606 G 181.332 0.909 249.7 + 187 193606 G 181.332 0.824 241.0 + 203 193606 G 181.332 11961 0.834 302.1 202.7 +28.0 25 71 113C 193606 G 181.332 11959 0.808 290.9 202.3 +18.5 117 725 206C 193606 G 181.332 11955 0.631 234.0 182.4 -19.3 68 345 193606 G 181.332 11963 0.366 209.5 160.5 -15.7 3 8 193606 G 181.332 11960 0.352 178.3 149.2 -17.6 6 20 193606 G 181.332 1107J 0.504 139.5 129.5 -19.7 1 3 193606 G 181.332 11964 0.979 59.0 71.9 +30.9 21 61 257C 193606 G 181.332 0.949 72.0 + 236 193606 G 181.332 0.952 113.1 + 193 193606 G 181.332 (- 3.1)(149.8) (+ 2.9)( 241)( 1233)( 2008) 193607 G 182.465 0.969 249.1 + 231 193607 G 182.465 11959 0.936 288.5 203.8 +18.4 137 728 402C 193607 G 182.465 11961 0.934 299.3 202.4 +28.4 46 316 190C 193607 G 182.465 11955 0.792 242.3 182.7 -19.6 49 211 159C 193607 G 182.465 11965 0.389 300.4 155.0 +14.1 1 5 193607 G 182.465 11966 0.466 14.1 127.3 +29.7 1 5 193607 G 182.465 11967 0.874 66.5 75.3 +21.9 7 26 97C 193607 G 182.465 11964 0.914 57.2 71.4 +31.0 18 58 245C 193607 G 182.465 0.925 116.5 + 436 193607 G 182.465 0.953 61.9 + 207 193607 G 182.465 (- 2.5)(134.8) (+ 3.0)( 259)( 1349)( 1967) 193607 C 183.443 0.978 245.2 + 235 193607 C 183.443 11959 0.991 287.9 204.3 +18.1 123 724 443NF 193607 C 183.443 11961 0.984 298.1 201.5 +28.2 40 149 246C 193607 C 183.443 11955 0.897 246.7 182.4 -19.3 33 153 668C 193607 C 183.443 11963 0.663 236.5 157.4 -18.8 3 6 193607 C 183.443 11965 0.587 290.6 156.2 +14.4 20 118 193607 C 183.443 1107K 0.572 220.9 145.7 -22.7 1 2 193607 C 183.443 11962 0.473 203.5 133.5 -22.5 1 4 193607 C 183.443 11966 0.465 350.9 126.7 +30.3 4 10 193607 C 183.443 11967 0.756 63.9 75.1 +21.5 17 59 220C 193607 C 183.443 11964 0.822 53.9 71.3 +30.9 5 18 248C 193607 C 183.443 1107L 0.926 119.7 58.7 -25.9 3 12 522C 193607 C 183.443 0.797 122.6 + 201 193607 C 183.443 0.885 60.1 + 227 193607 C 183.443 0.968 73.9 + 459 193607 C 183.443 (- 2.1)(121.8) (+ 3.1)( 250)( 1255)( 3469) 193607 C 184.402 0.906 298.1 + 78 193607 C 184.402 0.854 307.7 + 127 193607 C 184.402 0.810 246.0 + 541 193607 C 184.402 11955 0.954 248.3 179.1 -19.6 15 95 598P 193607 C 184.402 11965 0.763 286.3 158.0 +14.4 46 226 193607 C 184.402 11966 0.537 329.5 127.5 +30.5 4 15 193607 C 184.402 11967 0.635 59.9 73.2 +21.1 15 73 193607 C 184.402 11964 0.785 49.5 64.0 +32.8 3 10 125C 193607 C 184.402 0.786 56.7 + 109 193607 C 184.402 0.820 121.7 + 213 193607 C 184.402 0.837 135.2 + 254 193607 C 184.402 0.920 73.0 + 829 193607 C 184.402 0.951 122.7 + 186 193607 C 184.402 (- 1.7)(109.1) (+ 3.2)( 83)( 419)( 3060) 193607 C 185.397 0.926 301.6 + 204 193607 C 185.397 0.813 244.9 + 587 193607 C 185.397 11965 0.890 284.3 158.6 +14.2 42 254 304C 193607 C 185.397 11963 0.909 247.6 158.3 -18.7 2 5 974C 193607 C 185.397 11962 0.765 235.4 139.1 -23.3 2 7 575C 193607 C 185.397 11966 0.647 315.0 127.7 +29.9 8 18 193607 C 185.397 11967 0.490 51.4 71.9 +20.7 23 102 193607 C 185.397 0.822 71.4 + 417 193607 C 185.397 0.856 128.8 + 155 193607 C 185.397 (- 1.2)( 96.0) (+ 3.3)( 77)( 386)( 3216) 193607 G 186.370 0.935 303.8 + 135 193607 G 186.370 0.915 248.6 + 384 193607 G 186.370 0.871 237.6 + 315 193607 G 186.370 11965 0.970 283.4 159.1 +13.8 40 215 314C 193607 G 186.370 11963 0.966 251.8 156.1 -16.6 10 17 592C 193607 G 186.370 11966 0.767 307.2 127.8 +30.0 12 27 89C 193607 G 186.370 11968 0.319 194.9 87.9 -14.5 17 59 193607 G 186.370 11967 0.321 27.7 74.0 +19.8 21 106 193607 G 186.370 0.928 112.4 + 148 193607 G 186.370 0.977 104.0 + 202 193607 G 186.370 (- 0.8)( 83.1) (+ 3.4)( 100)( 424)( 2179) 193607 C 187.395 0.981 252.1 + 310 193607 G 187.395 0.971 288.1 + 127 193607 G 187.395 0.914 244.0 + 544 193607 G 187.395 11966 0.886 300.9 129.5 +28.8 4 10 121NF 193607 G 187.395 11968 0.442 226.1 88.6 -14.5 68 357 193607 G 187.395 11967 0.285 342.5 74.7 +19.2 7 19 193607 G 187.395 0.890 120.5 + 199 193607 G 187.395 0.933 106.5 + 397 193607 G 187.395 0.963 118.5 + 265 193607 G 187.395 0.971 65.9 + 115 193607 G 187.395 (- 0.3)( 69.5) (+ 3.5)( 79)( 386)( 2078) 193607 C 188.444 0.963 244.7 + 448 193607 C 188.444 0.939 301.6 + 209 193607 C 188.444 0.850 236.0 + 230 193607 C 188.444 11968 0.611 239.6 88.6 -14.9 69 392 193607 C 188.444 11967 0.404 310.1 74.6 +18.4 10 30 193607 C 188.444 0.785 127.6 + 250 193607 C 188.444 0.864 109.4 + 474 193607 C 188.444 0.906 121.2 + 308 193607 C 188.444 0.922 64.8 + 114 193607 C 188.444 ( 0.2)( 55.7) (+ 3.6)( 79)( 422)( 2033) 193607 G 189.417 0.983 297.4 + 48 193607 G 189.417 11968 0.750 246.8 88.0 -14.5 95 508 193607 G 189.417 11967 0.570 296.0 75.2 +17.5 1 3 193607 G 189.417 11969 0.670 222.6 73.0 -26.2 12 34 193607 G 189.417 11970 0.987 68.4 321.6 +21.9 35 159 539C 193607 G 189.417 0.872 60.4 + 198 193607 G 189.417 0.938 120.4 + 159 193607 G 189.417 ( 0.6)( 42.8) (+ 3.7)( 143)( 704)( 944) 193607 G 190.431 0.911 261.3 + 94 193607 G 190.431 11968 0.875 250.7 87.9 -14.8 77 419 402C 193607 G 190.431 11969 0.791 232.9 73.7 -25.7 15 65 193607 G 190.431 1107M 0.375 179.0 29.0 -18.1 4 12 193607 G 190.431 11970 0.927 67.9 321.9 +21.8 59 355 704C 193607 G 190.431 0.829 70.9 + 103 193607 G 190.431 0.917 125.7 + 277 193607 G 190.431 0.926 109.3 + 181 193607 G 190.431 0.953 76.7 + 163 193607 G 190.431 0.975 104.7 + 256 193607 G 190.431 ( 1.1)( 29.4) (+ 3.8)( 155)( 851)( 2180) 193607 C 191.430 0.854 289.7 + 350 193607 C 191.430 0.826 304.1 + 177 193607 C 191.430 0.793 229.9 + 146 193607 C 191.430 11968 0.959 253.1 87.6 -15.0 74 519 398C 193607 C 191.430 11969 0.883 237.9 72.0 -25.7 14 42 213C 193607 C 191.430 11971 0.790 311.3 61.8 +34.2 2 3 65C 193607 C 191.430 11970 0.825 66.5 321.9 +21.5 82 454 506C 193607 C 191.430 11972 0.907 106.9 313.2 -13.4 11 34 374C 193607 C 191.430 0.825 113.3 + 153 193607 C 191.430 0.850 130.7 + 293 193607 C 191.430 0.867 76.3 + 234 193607 C 191.430 0.939 73.5 + 161 193607 C 191.430 0.949 118.2 + 228 193607 C 191.430 0.972 105.5 + 130 193607 C 191.430 ( 1.5)( 16.1) (+ 4.0)( 183)( 1052)( 3428) 193607 G 192.350 0.924 241.2 + 357 193607 G 192.350 0.887 301.6 + 185 193607 G 192.350 11968 0.988 254.5 83.4 -14.6 28 88 209C 193607 G 192.350 11967 0.927 289.1 71.8 +19.1 5 24 296C 193607 G 192.350 11971 0.854 308.2 58.0 +34.2 0 5 120C 193607 G 192.350 11973 0.694 117.9 324.6 -15.8 5 10 193607 G 192.350 11970 0.708 62.9 321.5 +21.7 87 500 139F 193607 G 192.350 11972 0.794 110.5 314.3 -13.5 15 48 199C 193607 G 192.350 11974 0.997 68.6 277.2 +21.7 12 85 110N 193607 G 192.350 0.756 75.2 + 79 193607 G 192.350 0.835 135.1 + 149 193607 G 192.350 0.859 71.8 + 168 193607 G 192.350 0.900 121.2 + 205 193607 G 192.350 0.906 108.1 + 238 193607 G 192.350 ( 1.9)( 4.0) (+ 4.0)( 152)( 760)( 2454) 193607 G 193.378 0.983 289.0 + 215 193607 G 193.378 0.976 244.2 + 214 193607 G 193.378 0.950 303.2 + 220 193607 G 193.378 0.821 288.2 + 322 193607 G 193.378 11973 0.543 129.4 324.6 -16.4 15 68 193607 G 193.378 11970 0.547 54.7 321.7 +22.0 81 394 193607 G 193.378 11972 0.635 118.2 315.3 -14.1 15 39 193607 G 193.378 11974 0.955 68.7 277.5 +21.6 15 41 490S 193607 G 193.378 0.786 115.4 + 224 193607 G 193.378 0.834 128.8 + 135 193607 G 193.378 0.932 65.8 + 50 193607 G 193.378 0.948 132.2 + 126 193607 G 193.378 0.965 120.2 + 261 193607 G 193.378 ( 2.4)(350.4) (+ 4.1)( 126)( 542)( 2257) 193607 G 194.328 0.985 303.2 + 118 193607 G 194.328 0.949 287.5 + 174 193607 G 194.328 0.919 231.0 + 146 193607 G 194.328 0.863 287.6 + 261 193607 G 194.328 11973 0.394 149.8 326.0 -15.7 25 82 193607 G 194.328 11970 0.406 41.4 321.1 +21.7 70 455 193607 G 194.328 11972 0.463 131.0 316.8 -13.7 11 21 193607 G 194.328 11974 0.879 67.8 277.1 +21.4 12 48 479SF 193607 G 194.328 11975 0.949 70.6 266.1 +19.7 0 8 605N 193607 G 194.328 0.890 134.4 + 106 193607 G 194.328 0.911 122.4 + 283 193607 G 194.328 0.932 106.2 + 125 193607 G 194.328 ( 2.8)(337.8) (+ 4.2)( 118)( 614)( 2297) 193607 C 195.506 0.959 286.4 + 341 193607 C 195.506 0.950 240.4 + 112 193607 C 195.506 11973 0.350 190.8 326.1 -15.6 25 89 193607 C 195.506 11970 0.305 4.9 320.6 +22.0 78 508 193607 C 195.506 11972 0.304 171.4 319.5 -13.0 1 2 193607 C 195.506 1108A 0.413 162.9 314.9 -18.8 0 4 193607 C 195.506 11976 0.777 131.0 281.1 -27.3 3 7 324N 193607 C 195.506 11974 0.737 64.7 276.7 +21.4 13 53 193607 C 195.506 11975 0.854 68.9 264.3 +20.2 4 9 540NF 193607 C 195.506 0.901 109.9 + 190 193607 C 195.506 0.914 56.8 + 245 193607 C 195.506 0.944 74.2 + 285 193607 C 195.506 0.980 59.2 + 192 193607 C 195.506 ( 3.4)(322.2) (+ 4.4)( 124)( 672)( 2229) 193607 G 196.548 0.878 248.6 + 204 193607 G 196.548 0.830 231.0 + 185 193607 G 196.548 11973 0.452 219.2 325.6 -16.3 9 32 193607 G 196.548 11970 0.360 323.2 321.7 +21.0 102 663 193607 G 196.548 11976 0.656 141.8 281.4 -27.0 3 11 193607 G 196.548 11974 0.580 58.8 276.4 +21.2 11 42 193607 G 196.548 11975 0.721 66.2 264.0 +20.0 9 27 266N 193607 G 196.548 0.852 72.2 + 259 193607 G 196.548 0.919 58.0 + 160 193607 G 196.548 ( 3.8)(308.4) (+ 4.4)( 134)( 775)( 1074) 193607 G 197.332 0.911 251.9 + 374 193607 G 197.332 0.894 237.2 + 210 193607 G 197.332 11973 0.562 233.6 325.9 -15.4 8 20 193607 G 197.332 11970 0.479 306.4 322.2 +20.5 128 721 193607 G 197.332 11974 0.450 49.8 276.5 +21.0 10 39 193607 G 197.332 11975 0.597 61.8 264.1 +20.1 3 14 193607 G 197.332 11977 0.981 108.6 221.4 -17.2 38 229 306C 193607 G 197.332 0.832 59.7 + 108 193607 G 197.332 0.971 67.7 + 152 193607 G 197.332 ( 4.2)(298.0) (+ 4.5)( 187)( 1023)( 1150) 193607 C 198.495 0.956 240.5 + 168 193607 C 198.495 0.945 252.9 + 219 193607 C 198.495 0.892 293.6 + 135 193607 C 198.495 11970 0.666 295.1 322.3 +19.9 93 626 193607 C 198.495 11974 0.299 19.5 276.5 +20.9 11 25 193607 C 198.495 11978 0.296 41.1 270.9 +17.3 13 65 193607 C 198.495 11977 0.899 111.7 221.8 -17.2 41 227 617F 193607 C 198.495 0.879 65.3 + 167 193607 C 198.495 0.978 61.9 + 94 193607 C 198.495 0.979 71.7 + 170 193607 C 198.495 ( 4.7)(282.6) (+ 4.6)( 158)( 943)( 1570) 193607 G 199.340 0.963 294.1 + 93 193607 G 199.340 0.878 233.1 + 115 193607 G 199.340 0.875 246.5 + 262 193607 G 199.340 0.755 245.4 + 228 193607 G 199.340 11970 0.799 291.3 323.6 +19.8 75 425 265P 193607 G 199.340 11974 0.278 343.9 276.2 +20.1 8 26 193607 G 199.340 11978 0.207 356.5 272.3 +16.6 5 25 193607 G 199.340 11977 0.809 114.9 221.6 -16.9 39 212 735F 193607 G 199.340 0.929 73.3 + 310 193607 G 199.340 0.967 62.7 + 411 193607 G 199.340 ( 5.1)(271.5) (+ 4.7)( 127)( 688)( 2419) 193607 G 200.396 0.947 249.1 + 248 193607 G 200.396 0.881 249.5 + 198 193607 G 200.396 11970 0.927 288.7 325.6 +19.1 40 236 1005NF 193607 G 200.396 1108B 0.539 308.1 285.0 +23.6 3 9 193607 G 200.396 11974 0.402 312.1 276.0 +20.2 4 11 193607 G 200.396 11978 0.319 309.1 272.4 +16.2 3 8 193607 G 200.396 11975 0.268 343.1 262.2 +19.6 3 7 193607 G 200.396 11977 0.669 122.0 221.3 -16.9 44 226 193607 G 200.396 0.811 71.1 + 274 193607 G 200.396 0.871 116.3 + 88 193607 G 200.396 0.900 61.9 + 458 193607 G 200.396 0.949 114.9 + 253 193607 G 200.396 ( 5.5)(257.5) (+ 4.8)( 97)( 497)( 2524) 193607 G 201.328 0.962 254.5 + 227 193607 G 201.328 0.899 231.9 + 176 193607 G 201.328 0.872 250.1 + 244 193607 G 201.328 11970 0.981 288.3 324.9 +18.9 45 232 1099NF 193607 G 201.328 11975 0.376 313.6 261.9 +19.6 5 14 193607 G 201.328 11977 0.531 133.1 221.4 -16.7 44 222 193607 G 201.328 11979 0.949 65.2 173.6 +25.0 3 11 63C 193607 G 201.328 11980 0.991 78.3 162.3 +12.2 25 83 193607 G 201.328 0.813 59.1 + 293 193607 G 201.328 0.896 116.5 + 323 193607 G 201.328 0.975 108.5 + 62 193607 G 201.328 0.980 61.4 + 84 193607 G 201.328 ( 5.9)(245.2) (+ 4.9)( 122)( 562)( 2571) 193607 G 202.363 0.981 293.4 + 116 193607 G 202.363 0.963 250.6 + 159 193607 G 202.363 0.909 290.2 + 109 193607 G 202.363 0.773 292.3 + 165 193607 G 202.363 11975 0.521 303.6 259.1 +21.1 4 13 193607 G 202.363 11977 0.411 155.0 221.1 -16.9 41 188 193607 G 202.363 1108C 0.524 150.4 215.3 -22.2 0 1 193607 G 202.363 11980 0.937 78.8 161.6 +12.2 20 78 263NF 193607 G 202.363 0.813 119.3 + 254 193607 G 202.363 0.894 62.7 + 255 193607 G 202.363 0.919 104.1 + 159 193607 G 202.363 0.949 113.4 + 541 193607 G 202.363 ( 6.4)(231.5) (+ 5.0)( 65)( 280)( 2021) 193607 G 203.390 0.956 250.2 + 69 193607 G 203.390 0.910 240.2 + 164 193607 G 203.390 0.905 227.4 + 160 193607 G 203.390 0.849 288.2 + 406 193607 G 203.390 11975 0.685 298.4 258.5 +22.8 0 5 198P 193607 G 203.390 11977 0.376 187.3 220.7 -16.7 35 169 193607 G 203.390 11981 0.878 117.8 161.6 -21.3 0 5 585N 193607 G 203.390 11980 0.832 78.6 161.5 +12.3 19 99 192NF 193607 G 203.390 0.797 58.4 + 123 193607 G 203.390 0.906 60.4 + 48 193607 G 203.390 0.953 108.2 + 292 193607 G 203.390 ( 6.8)(217.9) (+ 5.1)( 54)( 278)( 2237) 193607 K 204.126 0.958 242.3 + 74 193607 K 204.126 0.915 288.7 + 374 193607 K 204.126 0.913 230.5 + 65 193607 K 204.126 0.738 307.7 + 143 193607 K 204.126 11975 0.777 296.3 257.3 +23.5 2 9 249C 193607 K 204.126 11977 0.428 208.5 220.4 -17.0 26 155 193607 K 204.126 11982 0.320 356.1 209.5 +23.6 7 36 193607 K 204.126 11980 0.732 77.8 161.2 +12.4 22 89 193607 K 204.126 11981 0.854 120.7 155.5 -22.7 0 12 304P 193607 K 204.126 0.869 56.9 + 107 193607 K 204.126 0.870 71.8 + 87 193607 K 204.126 0.913 108.9 + 298 193607 K 204.126 0.963 120.0 + 148 193607 K 204.126 ( 7.1)(208.1) (+ 5.1)( 57)( 301)( 1849) 193607 G 205.335 0.975 291.1 + 396 193607 G 205.335 0.910 291.5 + 328 193607 G 205.335 0.864 301.4 + 148 193607 G 205.335 0.795 290.4 + 147 193607 G 205.335 11977 0.581 231.9 220.4 -16.4 31 137 193607 G 205.335 11983 0.523 309.3 218.3 +24.0 3 5 193607 G 205.335 11982 0.417 321.1 208.7 +23.8 14 46 193607 G 205.335 1108D 0.557 219.3 214.2 -20.7 3 8 193607 G 205.335 11980 0.523 74.5 161.2 +12.5 14 96 193607 G 205.335 0.784 115.3 + 276 193607 G 205.335 0.912 124.6 + 244 193607 G 205.335 0.934 114.1 + 374 193607 G 205.335 0.938 58.9 + 124 193607 G 205.335 ( 7.7)(192.1) (+ 5.2)( 65)( 292)( 2037) 193607 G 206.352 0.962 295.7 + 216 193607 G 206.352 0.955 285.4 + 85 193607 G 206.352 11977 0.731 242.3 220.8 -15.9 13 128 193607 G 206.352 11983 0.689 300.8 219.2 +24.6 3 6 193607 G 206.352 11982 0.572 304.4 209.5 +23.3 21 73 193607 G 206.352 11981 0.515 158.3 166.8 -23.3 0 8 193607 G 206.352 11980 0.324 65.9 161.1 +12.6 12 60 193607 G 206.352 0.842 131.3 + 254 193607 G 206.352 0.853 118.5 + 230 193607 G 206.352 0.909 58.3 + 150 193607 G 206.352 ( 8.1)(178.7) (+ 5.3)( 49)( 275)( 935) 193607 G 207.343 11977 0.858 247.9 221.1 -15.8 14 120 534SF 193607 G 207.343 11983 0.821 296.7 219.3 +24.8 2 4 51C 193607 G 207.343 11982 0.717 296.5 209.4 +22.5 42 225 193607 G 207.343 1108E 0.574 313.4 193.6 +27.9 3 11 193607 G 207.343 11980 0.142 31.7 161.2 +12.3 9 47 193607 G 207.343 1108F 0.706 160.9 149.0 -36.5 1 4 193607 G 207.343 11984 0.944 102.5 96.5 - 9.9 3 10 143F 193607 G 207.343 0.940 64.0 + 67 193607 G 207.343 0.969 107.8 + 251 193607 G 207.343 ( 8.5)(165.6) (+ 5.4)( 74)( 421)( 1046) 193607 G 208.363 0.984 294.7 + 175 193607 G 208.363 11977 0.950 251.3 221.1 -15.8 19 109 507SF 193607 G 208.363 11982 0.843 293.5 208.8 +22.7 44 206 311C 193607 G 208.363 11981 0.498 200.3 162.8 -22.3 1 5 193607 G 208.363 11980 0.196 308.3 161.1 +12.4 9 40 193607 G 208.363 11985 0.829 63.0 97.5 +25.3 2 8 91NF 193607 G 208.363 11984 0.843 105.5 96.8 - 9.9 0 5 193607 G 208.363 0.886 109.3 + 456 193607 G 208.363 0.968 71.0 + 139 193607 G 208.363 ( 8.9)(152.1) (+ 5.5)( 75)( 373)( 1679) 193607 C 209.380 0.971 247.7 + 264 193607 C 209.380 0.883 283.4 + 89 193607 C 209.380 0.813 302.1 + 226 193607 C 209.380 0.812 290.4 + 161 193607 C 209.380 0.790 237.2 + 189 193607 C 209.380 11982 0.939 292.9 208.8 +23.4 45 121 567C 193607 C 209.380 11981 0.598 217.6 161.9 -23.1 2 4 193607 C 209.380 11980 0.395 289.1 161.0 +12.6 5 12 193607 C 209.380 11985 0.698 58.7 97.4 +25.5 9 20 193607 C 209.380 11986 0.968 118.9 68.1 -26.1 61 190 500N 193607 C 209.380 11987 0.967 112.1 66.7 -19.7 14 42 328NP 193607 C 209.380 0.770 113.8 + 268 193607 C 209.380 0.846 113.7 + 186 193607 C 209.380 0.897 70.3 + 373 193607 C 209.380 0.975 54.7 + 73 193607 C 209.380 0.990 76.3 + 62 193607 C 209.380 ( 9.3)(138.6) (+ 5.6)( 136)( 389)( 3286) 193607 G 210.473 0.939 288.4 + 225 193607 G 210.473 0.926 242.6 + 217 193607 G 210.473 0.913 299.2 + 278 193607 G 210.473 11982 0.987 295.6 206.2 +26.1 27 112 382S 193607 G 210.473 11979 0.782 300.3 173.2 +26.9 8 21 73C 193607 G 210.473 11980 0.603 283.4 161.0 +12.5 3 6 193607 G 210.473 11985 0.570 50.7 94.9 +26.0 12 48 193607 G 210.473 11987 0.888 115.6 66.2 -19.6 11 34 164C 193607 G 210.473 11986 0.910 121.7 65.2 -25.7 110 520 481C 193607 G 210.473 0.918 54.6 + 144 193607 G 210.473 0.928 75.4 + 177 193607 G 210.473 ( 9.8)(124.2) (+ 5.6)( 171)( 741)( 2141) 193607 G 211.334 0.971 296.4 + 178 193607 G 211.334 0.967 246.8 + 141 193607 G 211.334 0.852 248.9 + 91 193607 G 211.334 0.831 237.7 + 295 193607 G 211.334 11979 0.882 298.8 173.7 +28.0 26 72 231C 193607 G 211.334 11980 0.725 285.5 159.0 +15.1 0 4 193607 G 211.334 11988 0.484 238.5 137.4 - 9.4 1 3 193607 G 211.334 11985 0.440 36.3 96.0 +26.1 43 232 193607 G 211.334 1108G 0.484 137.7 93.1 -15.5 3 5 193607 G 211.334 11987 0.772 121.6 68.6 -19.8 30 58 159C 193607 G 211.334 11986 0.819 127.1 66.5 -25.6 80 352 381C 193607 G 211.334 0.840 54.3 + 101 193607 G 211.334 0.842 76.7 + 152 193607 G 211.334 0.956 73.7 + 116 193607 G 211.334 0.966 104.4 + 108 193607 G 211.334 ( 10.1)(112.8) (+ 5.7)( 183)( 726)( 1953) 193607 C 212.353 0.920 241.8 + 343 193607 C 212.353 0.856 285.6 + 155 193607 C 212.353 0.799 242.4 + 167 193607 C 212.353 11979 0.956 298.0 172.7 +28.4 24 112 384C 193607 C 212.353 1108H 0.582 203.0 114.0 -26.7 5 22 193607 C 212.353 11985 0.358 11.8 94.6 +26.2 94 457 193607 C 212.353 11987 0.635 128.7 67.9 -18.4 25 96 193607 C 212.353 11986 0.714 135.2 65.5 -25.5 75 405 170C 193607 C 212.353 0.794 78.2 + 183 193607 C 212.353 0.897 72.3 + 237 193607 C 212.353 0.920 105.8 + 253 193607 C 212.353 0.953 121.0 + 116 193607 C 212.353 0.953 62.6 + 73 193607 C 212.353 ( 10.6)( 99.3) (+ 5.8)( 223)( 1092)( 2081) 193608 G 213.435 0.982 246.8 + 355 193608 G 213.435 0.981 295.9 + 144 193608 G 213.435 0.950 285.3 + 180 193608 G 213.435 0.903 247.6 + 363 193608 G 213.435 0.882 297.8 + 173 193608 G 213.435 0.840 229.2 + 232 193608 G 213.435 11988 0.806 253.4 136.4 - 9.6 18 60 144C 193608 G 213.435 11985 0.383 335.3 95.2 +26.1 97 466 193608 G 213.435 11987 0.481 145.1 68.3 -17.5 49 172 193608 G 213.435 11986 0.595 150.2 66.0 -25.4 77 330 193608 G 213.435 0.796 70.7 + 253 193608 G 213.435 0.800 111.2 + 266 193608 G 213.435 0.864 126.0 + 113 193608 G 213.435 0.955 107.4 + 209 193608 G 213.435 0.967 71.7 + 89 193608 G 213.435 ( 11.0)( 85.0) (+ 5.9)( 241)( 1028)( 2521) 193608 C 214.426 0.959 249.2 + 186 193608 C 214.426 0.949 288.6 + 168 193608 C 214.426 0.934 235.8 + 199 193608 C 214.426 0.829 230.2 + 207 193608 C 214.426 11988 0.913 255.5 135.7 -10.7 2 5 238N 193608 C 214.426 1108I 0.869 242.9 127.1 -20.0 0 9 135F 193608 C 214.426 11985 0.499 315.0 94.9 +26.0 75 396 193608 C 214.426 1108J 0.465 332.3 86.3 +29.9 2 10 193608 C 214.426 11987 0.405 169.8 67.6 -17.5 33 220 193608 C 214.426 11986 0.535 167.0 64.3 -25.4 38 254 193608 C 214.426 1108K 0.901 72.8 7.3 +18.0 2 5 94F 193608 C 214.426 0.882 108.5 + 187 193608 C 214.426 0.892 117.8 + 122 193608 C 214.426 0.975 105.8 + 157 193608 C 214.426 ( 11.4)( 71.9) (+ 5.9)( 152)( 899)( 1693) 193608 C 215.361 0.975 257.6 + 137 193608 C 215.361 0.960 236.1 + 227 193608 C 215.361 0.936 245.8 + 137 193608 C 215.361 0.867 231.4 + 166 193608 C 215.361 11985 0.639 304.4 95.3 +26.0 58 318 193608 C 215.361 11989 0.505 211.4 75.7 -19.7 6 18 193608 C 215.361 11987 0.436 198.4 67.8 -18.4 65 373 193608 C 215.361 11986 0.532 188.7 64.6 -25.6 44 248 193608 C 215.361 0.795 116.4 + 291 193608 C 215.361 0.817 70.9 + 67 193608 C 215.361 0.924 109.8 + 186 193608 C 215.361 ( 11.8)( 59.5) (+ 6.0)( 173)( 957)( 1211) 193608 G 216.425 0.987 249.0 + 82 193608 G 216.425 0.959 237.9 + 151 193608 G 216.425 0.912 300.6 + 138 193608 G 216.425 11985 0.779 298.8 94.7 +26.0 63 286 193608 G 216.425 11989 0.661 230.4 78.1 -19.7 14 69 193608 G 216.425 11987 0.550 223.4 68.8 -17.9 83 329 193608 G 216.425 11986 0.594 209.5 64.3 -25.2 40 215 193608 G 216.425 11990 0.989 68.8 322.6 +21.8 75 180 685P 193608 G 216.425 0.878 126.4 + 196 193608 G 216.425 ( 12.2)( 45.5) (+ 6.1)( 275)( 1079)( 1252) 193608 G 217.335 0.873 246.7 + 222 193608 G 217.335 11985 0.880 296.5 94.5 +26.2 64 303 373C 193608 G 217.335 11989 0.782 238.7 78.4 -19.6 14 70 193608 G 217.335 11987 0.689 235.5 69.9 -18.1 117 531 193608 G 217.335 11986 0.696 222.3 64.6 -25.7 34 200 193608 G 217.335 11991 0.468 287.6 60.6 +13.5 8 22 193608 G 217.335 11992 0.927 64.5 325.3 +25.9 7 12 962C 193608 G 217.335 11990 0.944 69.1 322.0 +21.7 52 230 962C 193608 G 217.335 0.835 133.1 + 123 193608 G 217.335 0.946 107.6 + 226 193608 G 217.335 0.948 127.8 + 143 193608 G 217.335 ( 12.5)( 33.4) (+ 6.1)( 296)( 1368)( 2049) 193608 G 218.352 0.956 251.7 + 200 193608 G 218.352 11985 0.966 295.4 96.0 +26.1 34 223 488NF 193608 G 218.352 11989 0.896 244.5 78.9 -19.6 26 136 403C 193608 G 218.352 11987 0.828 243.1 70.8 -18.1 84 466 403C 193608 G 218.352 11986 0.814 231.4 65.0 -26.2 27 157 366C 193608 G 218.352 11991 0.664 283.7 61.4 +13.7 19 59 193608 G 218.352 11992 0.826 62.5 325.6 +26.0 2 8 1070C 193608 G 218.352 11990 0.863 68.1 320.5 +22.0 57 280 1070C 193608 G 218.352 11993 0.986 107.2 302.0 -15.8 15 41 118C 193608 G 218.352 0.879 110.5 + 179 193608 G 218.352 0.968 123.7 + 278 193608 G 218.352 ( 12.9)( 20.0) (+ 6.2)( 264)( 1370)( 3102) 193608 C 219.438 0.973 299.4 + 198 193608 C 219.438 0.930 289.7 + 126 193608 C 219.438 11987 0.931 247.7 70.4 -18.1 52 288 570C 193608 C 219.438 11986 0.913 238.5 64.9 -25.3 11 129 501SF 193608 C 219.438 11991 0.822 282.7 61.1 +14.0 19 87 134C 193608 C 219.438 11994 0.671 127.7 331.6 -18.9 6 18 193608 C 219.438 11990 0.701 64.9 322.6 +21.9 53 253 572F 193608 C 219.438 11995 0.920 129.1 308.2 -32.2 15 75 436C 193608 C 219.438 11993 0.918 110.1 302.3 -15.6 11 39 345F 193608 C 219.438 0.769 112.5 + 101 193608 C 219.438 ( 13.3)( 5.6) (+ 6.3)( 167)( 889)( 2983) 193608 G 220.402 11987 0.981 250.5 68.7 -17.6 23 86 451C 193608 G 220.402 11991 0.946 282.2 64.7 +13.5 8 17 152F 193608 G 220.402 11986 0.972 241.9 64.4 -25.4 19 67 438SF 193608 G 220.402 11990 0.548 59.1 322.6 +21.8 47 225 232F 193608 G 220.402 11992 0.580 53.2 322.0 +25.7 3 10 193608 G 220.402 11995 0.839 134.2 308.3 -31.3 87 356 215C 193608 G 220.402 11993 0.819 114.1 302.2 -15.6 12 20 120F 193608 G 220.402 11996 0.968 106.0 279.9 -13.7 10 18 185C 193608 G 220.402 0.960 74.0 + 315 193608 G 220.402 0.965 66.9 + 164 193608 G 220.402 ( 13.7)(352.9) (+ 6.3)( 209)( 799)( 2272) 193608 G 221.409 0.982 283.6 + 202 193608 G 221.409 0.981 241.8 + 260 193608 G 221.409 0.856 251.9 + 165 193608 G 221.409 11997 0.876 300.9 39.6 +30.0 9 28 81C 193608 G 221.409 11998 0.790 287.2 31.7 +17.5 11 32 122C 193608 G 221.409 11994 0.454 161.0 330.6 -19.0 0 3 193608 G 221.409 11990 0.382 47.1 322.2 +21.1 47 203 193608 G 221.409 11992 0.446 39.8 321.2 +26.0 3 13 193608 G 221.409 11995 0.755 142.9 307.4 -31.6 106 562 193608 G 221.409 11993 0.682 121.4 302.6 -15.7 6 14 142F 193608 G 221.409 11996 0.876 110.4 281.8 -14.4 24 51 267C 193608 G 221.409 11999 0.967 72.2 263.4 +18.8 27 116 511F 193608 G 221.409 0.896 70.6 + 744 193608 G 221.409 0.935 121.7 + 207 193608 G 221.409 ( 14.0)(339.6) (+ 6.4)( 233)( 1022)( 2701) 193608 G 222.403 0.968 233.2 + 90 193608 G 222.403 0.948 254.8 + 170 193608 G 222.403 0.784 245.8 + 174 193608 G 222.403 11997 0.956 298.8 40.0 +29.3 0 18 114C 193608 G 222.403 11998 0.892 286.3 29.9 +17.4 10 20 203P 193608 G 222.403 12000 0.619 283.1 4.5 +13.1 15 47 193608 G 222.403 11990 0.265 10.4 323.5 +21.5 37 166 193608 G 222.403 11992 0.346 13.6 321.2 +26.0 4 7 193608 G 222.403 11995 0.678 154.6 306.5 -31.7 73 483 193608 G 222.403 11993 0.538 133.6 302.6 -15.8 3 5 193608 G 222.403 11996 0.763 115.0 281.0 -14.3 28 67 192C 193608 G 222.403 11999 0.893 72.2 262.7 +18.8 15 88 684C 193608 G 222.403 0.780 67.6 + 412 193608 G 222.403 0.859 138.2 + 111 193608 G 222.403 ( 14.4)(326.4) (+ 6.4)( 185)( 901)( 2150) 193608 C 223.397 0.986 300.8 + 53 193608 C 223.397 0.897 252.2 + 194 193608 C 223.397 0.890 244.6 + 109 193608 C 223.397 11998 0.967 286.2 29.5 +17.3 4 17 194P 193608 C 223.397 12000 0.788 282.0 5.5 +13.4 22 61 195C 193608 C 223.397 11990 0.308 328.7 323.2 +21.6 29 139 193608 C 223.397 11995 0.635 168.2 304.5 -31.8 75 450 193608 C 223.397 11996 0.624 122.4 280.5 -14.0 34 102 193608 C 223.397 12001 0.598 73.8 277.0 +14.8 2 6 193608 C 223.397 11999 0.779 70.4 262.5 +19.3 20 80 618C 193608 C 223.397 0.870 115.2 + 27 193608 C 223.397 0.908 67.0 + 288 193608 C 223.397 0.917 132.0 + 33 193608 C 223.397 0.970 64.2 + 188 193608 C 223.397 ( 14.8)(313.3) (+ 6.5)( 186)( 855)( 1899) 193608 K 224.115 0.952 253.0 + 171 193608 K 224.115 12000 0.894 281.3 7.7 +13.0 28 129 331C 193608 K 224.115 11990 0.409 310.6 323.2 +21.5 21 103 193608 K 224.115 11992 0.434 319.0 322.1 +25.2 2 7 193608 K 224.115 11995 0.631 179.7 303.6 -32.5 62 377 193608 K 224.115 12002 0.418 42.4 285.9 +24.1 7 16 193608 K 224.115 11996 0.511 132.2 280.9 -14.1 22 59 193608 K 224.115 11999 0.666 69.0 262.9 +18.7 11 40 193608 K 224.115 12003 0.949 66.8 231.4 +24.0 9 20 784C 193608 K 224.115 0.947 112.2 + 65 193608 K 224.115 ( 15.0)(303.8) (+ 6.5)( 162)( 751)( 1351) 193608 C 225.385 0.915 231.9 + 184 193608 C 225.385 0.791 235.5 + 152 193608 C 225.385 12000 0.970 281.4 3.7 +12.6 4 8 283P 193608 C 225.385 1109A 0.674 291.2 328.5 +19.0 3 15 193608 C 225.385 11990 0.610 297.7 322.4 +21.8 14 57 193608 C 225.385 11992 0.601 305.9 319.7 +26.2 0 6 193608 C 225.385 11995 0.671 198.3 301.5 -33.1 39 273 193608 C 225.385 12002 0.311 2.3 286.2 +24.6 9 20 193608 C 225.385 11996 0.369 163.5 280.8 -14.1 12 23 193608 C 225.385 11999 0.455 59.3 262.6 +19.4 47 190 193608 C 225.385 12004 0.628 129.5 256.5 -17.8 3 7 193608 C 225.385 12003 0.846 65.7 229.6 +24.0 19 83 347C 193608 C 225.385 0.917 111.3 + 342 193608 C 225.385 0.950 68.5 + 646 193608 C 225.385 0.979 108.9 + 132 193608 C 225.385 ( 15.5)(287.0) (+ 6.6)( 150)( 682)( 2086) 193608 C 226.405 0.968 233.8 + 122 193608 C 226.405 0.887 243.3 + 90 193608 C 226.405 11990 0.762 293.0 322.3 +21.7 8 34 436P 193608 C 226.405 11995 0.733 211.4 300.4 -32.8 42 241 403C 193608 C 226.405 12002 0.374 327.4 286.3 +24.8 2 7 193608 C 226.405 12001 0.185 320.8 280.4 +14.8 7 20 193608 C 226.405 11996 0.383 195.7 279.6 -15.0 4 17 193608 C 226.405 11999 0.294 36.4 262.8 +20.1 48 216 193608 C 226.405 12004 0.468 150.2 259.4 -17.5 5 9 193608 C 226.405 12003 0.733 63.2 228.0 +23.9 20 91 168F 193608 C 226.405 12005 0.903 64.6 208.9 +25.7 0 8 682P 193608 C 226.405 12006 0.928 69.4 204.8 +21.5 0 5 682P 193608 C 226.405 0.818 118.4 + 152 193608 C 226.405 0.921 112.4 + 183 193608 C 226.405 ( 15.8)(273.5) (+ 6.6)( 136)( 648)( 2236) 193608 G 227.334 0.955 247.9 + 106 193608 G 227.334 0.827 200.3 + 50 193608 G 227.334 0.783 303.5 + 146 193608 G 227.334 0.752 292.5 + 242 193608 G 227.334 11990 0.875 291.3 322.4 +21.8 7 19 670P 193608 G 227.334 11995 0.806 220.7 299.6 -32.4 34 205 788P 193608 G 227.334 12002 0.499 310.1 286.0 +24.8 2 6 193608 G 227.334 12001 0.380 293.7 282.2 +15.0 7 18 193608 G 227.334 11999 0.241 357.3 261.9 +20.5 42 178 193608 G 227.334 12004 0.406 179.7 261.1 -17.2 2 5 193608 G 227.334 12003 0.605 58.9 226.9 +23.7 29 80 193608 G 227.334 12006 0.818 68.7 206.6 +21.2 9 28 598N 193608 G 227.334 12007 0.976 60.5 182.2 +30.2 62 428 446C 193608 G 227.334 0.818 126.5 + 127 193608 G 227.334 0.832 115.7 + 184 193608 G 227.334 0.939 69.4 + 115 193608 G 227.334 ( 16.1)(261.2) (+ 6.7)( 194)( 967)( 3472) 193608 G 228.332 0.954 254.3 + 143 193608 G 228.332 0.951 291.4 + 656 193608 G 228.332 0.909 231.0 + 882 193608 G 228.332 0.840 293.9 + 562 193608 G 228.332 0.816 242.1 + 206 193608 G 228.332 11995 0.883 227.5 298.3 -32.4 29 149 193608 G 228.332 12002 0.642 300.9 285.1 +24.6 0 3 193608 G 228.332 1109B 0.426 261.1 272.8 + 2.3 1 5 193608 G 228.332 11999 0.319 320.7 260.4 +20.8 54 163 193608 G 228.332 12003 0.451 47.4 226.8 +24.0 17 46 193608 G 228.332 12008 0.538 115.1 218.7 - 7.3 0 3 193608 G 228.332 12009 0.699 122.7 210.2 -16.9 4 6 193608 G 228.332 12005 0.650 60.8 209.8 +23.8 3 6 193608 G 228.332 12006 0.684 65.5 206.2 +21.5 31 100 193608 G 228.332 12007 0.935 60.1 178.4 +30.3 104 544 831C 193608 G 228.332 0.983 53.3 + 152 193608 G 228.332 ( 16.5)(248.0) (+ 6.7)( 243)( 1025)( 3432) 193608 G 229.389 0.946 249.9 + 284 193608 G 229.389 0.934 294.8 + 661 193608 G 229.389 0.809 286.0 + 97 193608 G 229.389 0.801 243.5 + 284 193608 G 229.389 11995 0.950 233.0 297.4 -32.0 11 36 549P 193608 G 229.389 12001 0.708 284.3 279.1 +14.9 1 4 193608 G 229.389 11999 0.482 301.8 260.0 +20.8 28 170 193608 G 229.389 12003 0.320 23.4 226.2 +23.7 6 19 193608 G 229.389 12005 0.491 49.2 210.8 +20.8 3 6 193608 G 229.389 12009 0.538 134.2 210.6 -15.7 10 55 193608 G 229.389 12006 0.496 57.2 207.6 +21.7 21 105 193608 G 229.389 12007 0.853 58.2 177.0 +30.5 105 540 1042C 193608 G 229.389 12010 0.981 71.4 153.8 +19.5 5 13 249F 193608 G 229.389 0.935 78.8 + 143 193608 G 229.389 0.945 114.2 + 275 193608 G 229.389 ( 16.8)(234.1) (+ 6.8)( 190)( 948)( 3584) 193608 G 230.488 0.988 235.8 + 145 193608 G 230.488 0.971 291.7 + 131 193608 G 230.488 0.931 249.4 + 308 193608 G 230.488 0.863 231.6 + 134 193608 G 230.488 0.833 291.2 + 328 193608 G 230.488 12001 0.859 282.8 279.3 +14.5 27 108 219C 193608 G 230.488 11999 0.651 294.8 257.7 +21.1 21 141 193608 G 230.488 12003 0.337 332.2 229.4 +24.0 0 5 193608 G 230.488 12008 0.235 151.4 213.1 - 5.1 6 21 193608 G 230.488 12009 0.423 157.6 210.0 -16.3 8 29 193608 G 230.488 12006 0.318 33.8 208.7 +21.9 26 106 193608 G 230.488 12007 0.716 53.0 178.1 +30.6 73 401 509NF 193608 G 230.488 12010 0.911 71.4 153.3 +19.7 11 25 294NF 193608 G 230.488 0.875 119.1 + 286 193608 G 230.488 0.949 109.6 + 162 193608 G 230.488 ( 17.2)(219.6) (+ 6.8)( 172)( 836)( 2516) 193608 K 231.123 0.947 250.9 + 146 193608 K 231.123 0.930 236.0 + 157 193608 K 231.123 0.909 292.8 + 213 193608 K 231.123 12001 0.920 282.6 278.9 +14.3 26 184 243C 193608 K 231.123 11999 0.743 292.0 258.5 +20.9 15 82 417C 193608 K 231.123 12003 0.417 316.4 229.5 +24.0 3 6 193608 K 231.123 12009 0.370 181.7 211.8 -14.7 2 8 193608 K 231.123 12006 0.270 8.4 208.8 +22.3 21 196 193608 K 231.123 12007 0.653 49.4 176.1 +30.7 81 441 278F 193608 K 231.123 12010 0.849 70.4 153.0 +20.2 6 20 262C 193608 K 231.123 0.848 125.7 + 248 193608 K 231.123 0.890 112.4 + 126 193608 K 231.123 ( 17.4)(211.2) (+ 6.9)( 154)( 937)( 2090) 193608 G 232.399 0.989 240.0 + 82 193608 G 232.399 0.988 281.8 + 85 193608 G 232.399 0.939 224.8 + 125 193608 G 232.399 0.925 289.4 + 949 193608 G 232.399 0.875 213.4 + 152 193608 G 232.399 0.815 300.6 + 236 193608 G 232.399 0.809 286.1 + 194 193608 G 232.399 12004 0.936 247.4 259.6 -18.3 3 13 122C 193608 G 232.399 12006 0.346 318.6 208.5 +21.7 56 269 193608 G 232.399 1109C 0.445 177.6 193.2 -19.3 3 6 193608 G 232.399 12007 0.496 32.4 176.3 +31.2 75 372 193608 G 232.399 12010 0.638 68.0 155.7 +19.2 1 5 193608 G 232.399 0.800 117.2 + 256 193608 G 232.399 0.900 52.6 + 182 193608 G 232.399 0.940 114.2 + 331 193608 G 232.399 ( 17.8)(194.3) (+ 6.9)( 138)( 665)( 2714) 193608 G 233.474 0.986 249.8 + 146 193608 G 233.474 0.966 289.5 + 650 193608 G 233.474 0.907 298.1 + 129 193608 G 233.474 1109D 0.795 240.3 226.6 -18.5 2 6 193608 G 233.474 12006 0.520 301.8 208.4 +22.0 60 253 193608 G 233.474 12007 0.422 12.9 173.8 +31.1 63 344 193608 G 233.474 12011 0.961 101.7 107.9 - 9.1 3 18 164C 193608 G 233.474 0.878 116.7 + 256 193608 G 233.474 0.903 130.9 + 223 193608 G 233.474 0.973 116.3 + 121 193608 G 233.474 ( 18.1)(180.1) (+ 6.9)( 128)( 621)( 1689) 193608 G 234.346 0.990 288.2 + 48 193608 G 234.346 0.963 297.8 + 75 193608 G 234.346 0.882 243.0 + 172 193608 G 234.346 0.848 295.4 + 236 193608 G 234.346 12011* 0.760 293.2 217.3 +22.1 0 4 193608 G 234.346 12006 0.648 295.2 207.5 +21.5 58 208 193608 G 234.346 12007 0.406 351.0 172.8 +30.5 58 258 193608 G 234.346 12011 0.883 104.3 108.8 - 9.1 30 82 215C 193608 G 234.346 12012 0.981 63.0 87.7 +27.8 23 86 139F 193608 G 234.346 0.796 120.9 + 253 193608 G 234.346 0.921 123.0 + 246 193608 G 234.346 ( 18.4)(168.6) (+ 7.0)( 169)( 638)( 1384) 193608 G 235.364 0.966 247.8 + 139 193608 G 235.364 0.925 292.9 + 370 193608 G 235.364 0.871 244.5 + 207 193608 G 235.364 12006 0.800 291.9 207.9 +21.6 42 206 178C 193608 G 235.364 12007 0.462 329.9 170.6 +30.2 52 269 193608 G 235.364 12011 0.749 108.6 109.3 - 8.9 24 139 214C 193608 G 235.364 12012 0.922 62.8 87.4 +27.8 14 93 263F 193608 G 235.364 12013 0.989 112.7 77.4 -21.0 30 157 504P 193608 G 235.364 0.840 128.9 + 143 193608 G 235.364 0.901 118.5 + 156 193608 G 235.364 0.965 73.5 + 128 193608 G 235.364 ( 18.7)(155.1) (+ 7.0)( 162)( 864)( 2302) 193608 G 236.351 0.951 249.1 + 211 193608 G 236.351 0.806 298.4 + 130 193608 G 236.351 12011* 0.964 291.8 217.9 +22.8 0 17 173C 193608 G 236.351 1109E 0.913 277.7 208.5 + 9.8 0 6 43P 193608 G 236.351 12006 0.895 291.0 206.1 +21.9 30 168 632C 193608 G 236.351 12007 0.591 314.8 171.2 +30.7 43 179 193608 G 236.351 12011 0.577 115.9 110.6 - 8.6 23 89 193608 G 236.351 12012 0.836 61.3 86.4 +27.6 15 71 226F 193608 G 236.351 12013 0.940 115.8 77.0 -21.3 26 103 1306C 193608 G 236.351 0.934 101.1 + 157 193608 G 236.351 0.964 77.3 + 161 193608 G 236.351 ( 19.0)(142.1) (+ 7.0)( 137)( 633)( 3039) 193608 G 237.349 0.983 278.6 + 152 193608 C 237.349 0.900 302.3 + 104 193608 C 237.349 0.886 291.8 + 158 193608 C 237.349 12006 0.965 290.4 205.0 +21.5 11 30 506N 193608 C 237.349 12014 0.946 284.1 200.9 +15.6 21 79 200C 193608 C 237.349 1109F 0.700 267.1 173.1 - 3.1 1 4 193608 C 237.349 12007 0.737 306.1 172.7 +30.9 34 153 193608 C 237.349 1109G 0.089 68.9 124.1 + 8.9 1 4 193608 C 237.349 12011 0.391 130.8 111.6 - 7.9 14 79 193608 C 237.349 12015 0.546 134.7 105.2 -16.0 3 5 193608 C 237.349 12012 0.721 57.6 85.5 +27.9 10 54 138F 193608 C 237.349 12013 0.855 120.5 76.8 -21.4 32 126 849C 193608 C 237.349 12016 0.971 118.7 58.3 -25.6 60 399 584C 193608 C 237.349 0.884 76.7 + 230 193608 C 237.349 0.921 112.7 + 312 193608 C 237.349 0.938 8.1 + 59 193608 C 237.349 0.972 54.6 + 153 193608 C 237.349 ( 19.3)(128.9) (+ 7.1)( 187)( 933)( 3445) 193608 G 238.379 0.966 293.0 + 139 193608 G 238.379 0.854 239.0 + 191 193608 G 238.379 0.783 231.8 + 182 193608 G 238.379 12014 0.992 284.2 199.4 +14.9 27 157 58C 193608 G 238.379 12007 0.869 301.6 174.7 +30.9 25 128 403P 193608 G 238.379 12011 0.254 171.3 113.1 - 7.4 12 58 193608 G 238.379 12015 0.426 157.4 105.5 -16.1 16 44 193608 G 238.379 12012 0.583 50.3 84.9 +28.0 11 34 193608 G 238.379 12013 0.735 128.2 77.1 -21.5 23 151 193608 G 238.379 12016 0.903 123.0 58.3 -25.7 66 318 1051C 193608 G 238.379 12017 0.972 74.8 37.7 +16.4 4 15 414F 193608 G 238.379 0.931 56.2 + 216 193608 G 238.379 0.967 110.2 + 176 193608 G 238.379 ( 19.6)(115.3) (+ 7.1)( 184)( 905)( 2830) 193608 G 239.360 0.929 242.4 + 291 193608 G 239.360 0.908 284.9 + 129 193608 G 239.360 0.800 242.1 + 359 193608 G 239.360 12007 0.937 300.1 172.5 +30.7 19 147 1152C 193608 G 239.360 12011 0.311 217.7 113.3 - 7.2 13 57 193608 G 239.360 12015 0.392 188.7 105.8 -15.6 48 231 193608 G 239.360 12012 0.451 37.3 84.4 +27.7 13 33 193608 G 239.360 12013 0.616 139.3 76.9 -21.3 23 140 193608 G 239.360 12016 0.813 128.9 57.9 -25.7 74 382 821F 193608 G 239.360 12017 0.902 74.6 37.2 +16.9 6 13 692F 193608 G 239.360 0.946 113.1 + 271 193608 G 239.360 ( 19.9)(102.3) (+ 7.1)( 196)( 1003)( 3715) 193608 G 240.411 0.979 245.6 + 262 193608 G 240.411 0.919 290.2 + 115 193608 G 240.411 0.891 244.5 + 229 193608 G 240.411 12007 0.992 300.2 173.8 +30.7 0 19 744F 193608 G 240.411 12011 0.483 240.5 113.4 - 7.3 14 55 193608 G 240.411 12015 0.476 216.7 105.5 -15.5 36 195 193608 G 240.411 12012 0.366 13.0 83.1 +27.8 10 35 193608 G 240.411 12013 0.518 157.8 76.3 -21.6 29 166 193608 G 240.411 12016 0.694 139.4 58.5 -25.6 89 769 255F 193608 G 240.411 12017 0.778 74.0 37.2 +16.9 6 11 394F 193608 G 240.411 0.849 116.9 + 161 193608 G 240.411 0.955 106.0 + 151 193608 G 240.411 0.965 78.5 + 214 193608 G 240.411 0.967 65.8 + 124 193608 G 240.411 ( 20.2)( 88.4) (+ 7.1)( 184)( 1250)( 2649) 193608 G 241.356 0.963 305.6 + 397 193608 G 241.356 0.963 250.2 + 188 193608 G 241.356 0.960 293.6 + 141 193608 G 241.356 0.875 251.4 + 70 193608 G 241.356 0.858 241.3 + 199 193608 G 241.356 12011 0.648 249.8 113.6 - 7.2 9 21 193608 G 241.356 12015 0.610 232.6 106.0 -15.4 40 160 193608 G 241.356 12018 0.376 220.6 90.3 - 9.6 3 8 193608 G 241.356 12012 0.370 343.4 82.8 +27.8 12 28 193608 G 241.356 12013 0.478 180.4 76.2 -21.2 16 114 193608 G 241.356 12016 0.604 152.2 57.9 -25.3 137 984 193608 G 241.356 12017 0.629 72.0 37.5 +16.9 0 4 193608 G 241.356 12019 0.705 73.6 31.3 +16.6 6 24 193608 G 241.356 0.741 122.9 + 253 193608 G 241.356 0.879 79.2 + 261 193608 G 241.356 0.901 111.5 + 312 193608 G 241.356 0.909 66.8 + 104 193608 G 241.356 0.946 77.1 + 146 193608 G 241.356 ( 20.4)( 76.0) (+ 7.2)( 223)( 1343)( 2071) 193608 G 242.379 1109H 0.885 241.3 118.6 -21.2 5 10 164P 193608 G 242.379 12011 0.810 255.1 114.4 - 7.6 8 15 96SF 193608 G 242.379 12015 0.764 242.9 107.0 -15.2 21 92 193608 G 242.379 12020 0.732 250.7 106.6 - 8.8 11 38 193608 G 242.379 12018 0.564 241.0 92.3 - 9.6 25 73 193608 G 242.379 12012 0.488 318.5 83.8 +28.1 13 39 193608 G 242.379 12013 0.524 204.7 75.9 -21.3 16 81 193608 G 242.379 12016 0.540 172.7 58.1 -25.0 116 894 193608 G 242.379 12017 0.463 65.3 36.3 +17.6 15 46 193608 G 242.379 12019 0.523 69.6 31.8 +16.7 3 14 193608 G 242.379 0.821 115.5 + 158 193608 G 242.379 0.829 78.1 + 203 193608 G 242.379 ( 20.7)( 62.4) (+ 7.2)( 233)( 1302)( 621) 193608 G 243.333 0.960 244.6 + 232 193608 G 243.333 0.938 232.6 + 136 193608 G 243.333 12011 0.917 258.2 114.5 - 7.8 11 20 413C 193608 G 243.333 12020 0.862 255.2 107.1 - 8.9 12 30 413C 193608 G 243.333 12015 0.871 247.8 106.3 -15.3 14 67 323F 193608 G 243.333 12018 0.715 248.6 92.1 - 9.8 33 199 193608 G 243.333 12012 0.622 308.6 83.3 +28.8 12 58 193608 G 243.333 12013 0.620 220.5 75.3 -21.5 15 58 193608 G 243.333 12016 0.553 189.4 55.5 -25.7 149 948 193608 G 243.333 12017 0.272 50.0 37.3 +17.1 8 15 193608 G 243.333 0.948 65.0 + 230 193608 G 243.333 0.980 74.8 + 335 193608 G 243.333 ( 21.0)( 49.8) (+ 7.2)( 254)( 1395)( 1669) 193609 G 244.571 0.971 259.8 + 150 193609 G 244.571 0.951 289.1 + 43 193609 G 244.571 0.848 238.9 + 384 193609 G 244.571 12015 0.971 252.5 106.7 -15.0 4 10 159F 193609 G 244.571 1109I 0.978 243.4 106.5 -24.0 12 33 176F 193609 G 244.571 12018 0.879 253.9 92.4 -10.4 15 36 212C 193609 G 244.571 12013 0.769 233.7 75.2 -21.7 11 55 443S 193609 G 244.571 12016 0.637 212.5 55.7 -25.7 107 642 193609 G 244.571 12017 0.187 349.1 35.6 +17.7 5 9 193609 G 244.571 1109J 0.930 130.5 335.7 -33.4 0 9 62F 193609 G 244.571 12021 0.853 77.2 334.4 +14.7 9 22 208F 193609 G 244.571 1109K 0.940 67.9 322.5 +23.1 3 7 655F 193609 G 244.571 12022 0.966 108.4 321.6 -15.6 4 10 290F 193609 G 244.571 0.885 64.7 + 97 193609 G 244.571 ( 21.3)( 33.5) (+ 7.2)( 170)( 833)( 2879) 193609 G 245.337 0.982 244.1 + 148 193609 G 245.337 0.981 288.1 + 103 193609 G 245.337 0.920 242.5 + 358 193609 G 245.337 0.856 297.3 + 196 193609 G 245.337 12018 0.946 257.2 92.5 - 9.6 11 36 300C 193609 G 245.337 12013 0.851 238.7 74.8 -21.8 9 22 212C 193609 G 245.337 12016 0.713 222.1 55.4 -25.8 89 509 193609 G 245.337 12021 0.749 77.1 334.7 +14.4 8 20 193609 G 245.337 12022 0.923 110.5 319.7 -15.7 19 53 490C 193609 G 245.337 12023 0.944 62.9 311.7 +27.9 8 21 766S 193609 G 245.337 12024 0.982 109.6 307.5 -17.6 12 31 206F 193609 G 245.337 0.846 69.8 + 349 193609 G 245.337 0.959 74.2 + 308 193609 G 245.337 0.971 123.7 + 162 193609 G 245.337 ( 21.5)( 23.4) (+ 7.2)( 156)( 692)( 3598) 193609 C 246.355 0.987 257.3 + 145 193609 C 246.355 0.943 296.2 + 114 193609 C 246.355 0.888 243.1 + 546 193609 C 246.355 1109L 0.961 288.8 85.1 +20.0 7 39 126C 193609 C 246.355 12013 0.938 243.3 74.3 -22.0 10 26 523NP 193609 C 246.355 12016 0.815 230.9 54.4 -25.9 64 435 525P 193609 C 246.355 12025 0.379 192.7 14.8 -14.4 2 5 193609 C 246.355 12021 0.582 75.1 334.5 +14.5 8 16 193609 C 246.355 12026 0.738 84.2 322.1 + 9.1 1 7 59F 193609 C 246.355 12022 0.813 115.1 320.3 -15.5 11 34 392C 193609 C 246.355 12023 0.869 61.4 310.1 +28.3 4 9 286C 193609 C 246.355 12024 0.907 113.1 309.1 -17.4 39 156 301F 193609 C 246.355 0.797 69.4 + 162 193609 C 246.355 0.940 127.1 + 399 193609 C 246.355 0.941 64.3 + 273 193609 C 246.355 0.958 74.7 + 624 193609 C 246.355 ( 21.7)( 9.9) (+ 7.2)( 146)( 727)( 4475) 193609 G 247.511 0.981 241.2 + 287 193609 G 247.511 0.971 248.5 + 195 193609 G 247.511 12016 0.917 237.6 53.8 -25.9 73 399 1023C 193609 G 247.511 12025 0.490 222.0 14.3 -14.5 10 28 193609 G 247.511 12021 0.359 68.0 334.6 +14.5 8 15 193609 G 247.511 12022 0.618 127.4 324.1 -15.8 1 3 193609 G 247.511 12023 0.718 56.6 311.7 +28.6 4 10 269F 193609 G 247.511 12024 0.771 119.4 310.1 -17.1 36 148 230F 193609 G 247.511 0.868 73.4 + 533 193609 G 247.511 0.869 133.3 + 295 193609 G 247.511 0.963 109.3 + 124 193609 G 247.511 0.967 74.6 + 372 193609 G 247.511 0.968 127.6 + 178 193609 G 247.511 ( 22.0)(354.6) (+ 7.2)( 132)( 603)( 3506) 193609 G 248.368 0.862 239.6 + 145 193609 G 248.368 12016 0.967 240.8 52.8 -25.9 79 552 769C 193609 G 248.368 12027 0.861 286.0 43.2 +17.4 0 9 140F 193609 G 248.368 12025 0.616 233.6 14.1 -15.2 11 32 193609 G 248.368 12028 0.436 295.4 7.6 +17.3 4 8 193609 G 248.368 12026 0.343 81.4 323.3 + 9.7 16 37 193609 G 248.368 12024 0.658 126.1 309.7 -16.7 43 201 193609 G 248.368 0.811 138.7 + 241 193609 G 248.368 0.856 119.0 + 109 193609 G 248.368 0.876 79.6 + 129 193609 G 248.368 0.907 111.6 + 160 193609 G 248.368 0.934 71.0 + 225 193609 G 248.368 0.935 131.4 + 300 193609 G 248.368 0.971 65.0 + 187 193609 G 248.368 ( 22.2)(343.3) (+ 7.2)( 153)( 839)( 2405) 193609 G 249.389 0.924 244.6 + 175 193609 G 249.389 0.844 287.7 + 274 193609 G 249.389 12016 0.997 241.8 50.7 -27.2 30 85 148C 193609 G 249.389 12027 0.958 286.2 44.2 +17.5 12 27 204C 193609 G 249.389 12025 0.759 242.4 13.9 -15.4 8 24 114C 193609 G 249.389 12028 0.653 286.7 10.3 +16.3 6 15 193609 G 249.389 12026 0.115 68.9 323.6 + 9.6 30 130 193609 G 249.389 12024 0.520 140.3 309.6 -16.7 39 221 193609 G 249.389 12029 0.560 67.8 296.8 +18.2 1 3 193609 G 249.389 0.858 66.7 + 418 193609 G 249.389 0.874 136.5 + 250 193609 G 249.389 0.954 68.8 + 187 193609 G 249.389 ( 22.4)(329.8) (+ 7.2)( 126)( 505)( 1770) 193609 G 250.365 0.981 248.9 + 103 193609 G 250.365 0.878 250.2 + 246 193609 G 250.365 1110A 0.934 289.4 27.0 +20.6 0 12 262P 193609 G 250.365 12028 0.791 285.7 9.5 +16.8 6 26 147C 193609 G 250.365 12026 0.118 288.1 323.5 + 9.2 34 178 193609 G 250.365 12024 0.424 162.4 309.3 -16.6 57 224 193609 G 250.365 0.791 63.0 + 256 193609 G 250.365 0.899 67.8 + 255 193609 G 250.365 0.962 60.2 + 142 193609 G 250.365 ( 22.6)(317.0) (+ 7.2)( 97)( 440)( 1411) 193609 G 251.335 0.965 283.5 + 179 193609 G 251.335 0.956 251.7 + 220 193609 G 251.335 0.893 285.3 + 199 193609 G 251.335 12022 0.518 222.4 325.3 -15.7 3 8 193609 G 251.335 12026 0.344 276.6 324.3 + 9.0 46 193 193609 G 251.335 12024 0.415 193.9 310.0 -16.5 40 198 193609 G 251.335 1110B 0.561 69.6 270.8 +17.3 3 8 193609 G 251.335 0.799 68.0 + 131 193609 G 251.335 0.892 127.1 + 50 193609 G 251.335 ( 22.9)(304.1) (+ 7.2)( 92)( 407)( 779) 193609 G 252.517 0.967 285.3 + 152 193609 G 252.517 12026 0.617 274.9 326.8 + 8.7 73 243 193609 G 252.517 12024 0.505 219.1 307.8 -16.2 51 243 193609 G 252.517 0.951 69.1 + 470 193609 G 252.517 ( 23.1)(288.5) (+ 7.2)( 124)( 486)( 622) 193609 G 253.653 0.877 285.9 + 198 193609 C 253.653 0.824 243.1 + 248 193609 C 253.653 12026 0.803 275.9 327.3 + 9.0 91 421 231C 193609 C 253.653 12024 0.611 234.2 304.2 -14.7 96 489 193609 C 253.653 12030 0.995 108.5 192.1 -17.5 10 43 85C 193609 C 253.653 0.866 69.4 + 570 193609 C 253.653 12030 0.942 75.1 + 359 193609 C 253.653 12030 0.943 66.3 + 234 193609 C 253.653 12030 0.965 109.4 + 85 193609 C 253.653 ( 23.3)(273.5) (+ 7.2)( 197)( 953)( 2010) 193609 G 254.358 0.954 229.3 + 148 193609 G 254.358 0.904 289.7 + 362 193609 G 254.358 0.821 222.3 + 201 193609 G 254.358 0.785 297.1 + 370 193609 G 254.358 12026 0.892 276.3 327.8 + 8.9 86 476 408C 193609 G 254.358 1110C 0.903 248.3 324.8 -16.1 0 6 246P 193609 G 254.358 12024 0.705 240.7 303.5 -14.6 87 550 226P 193609 G 254.358 12030 0.969 109.6 191.9 -16.9 28 117 221F 193609 G 254.358 0.776 70.7 + 384 193609 G 254.358 0.881 75.1 + 261 193609 G 254.358 0.898 109.1 + 71 193609 G 254.358 0.907 65.4 + 218 193609 G 254.358 ( 23.5)(264.2) (+ 7.2)( 201)( 1149)( 3116) 193609 K 255.106 0.964 294.5 + 240 193609 K 255.106 0.956 250.6 + 228 193609 K 255.106 0.927 284.9 + 248 193609 K 255.106 0.904 294.5 + 351 193609 K 255.106 0.855 225.4 + 201 193609 K 255.106 0.834 296.5 + 329 193609 K 255.106 12026 0.955 277.2 327.8 + 9.0 86 414 392C 193609 K 255.106 12024 0.801 245.4 303.1 -14.8 99 631 334C 193609 K 255.106 12031 0.774 62.2 205.0 +25.9 5 13 140C 193609 K 255.106 12030 0.925 112.2 190.8 -17.3 33 179 416F 193609 K 255.106 12032 0.965 75.5 178.6 +15.8 19 122 414C 193609 K 255.106 0.797 75.6 + 157 193609 K 255.106 0.837 113.4 + 162 193609 K 255.106 0.919 62.6 + 343 193609 K 255.106 0.987 56.7 + 158 193609 K 255.106 ( 23.6)(254.4) (+ 7.2)( 242)( 1359)( 4113) 193609 G 256.447 0.986 287.5 + 231 193609 G 256.447 0.954 233.8 + 167 193609 G 256.447 0.950 297.1 + 250 193609 G 256.447 0.910 226.7 + 102 193609 G 256.447 0.855 238.5 + 119 193609 G 256.447 0.820 296.9 + 197 193609 G 256.447 12024 0.929 251.0 301.7 -14.7 99 724 328C 193609 G 256.447 12029 0.879 282.2 298.8 +14.1 2 9 279NF 193609 G 256.447 12033 0.629 200.1 251.0 -29.1 1 12 193609 G 256.447 12031 0.575 54.5 205.6 +25.7 5 22 193609 G 256.447 12030 0.769 119.5 192.4 -17.2 18 76 213F 193609 G 256.447 12032 0.830 75.0 180.2 +16.4 20 72 153C 193609 G 256.447 0.792 117.3 + 139 193609 G 256.447 0.940 56.9 + 367 193609 G 256.447 ( 23.9)(236.7) (+ 7.2)( 145)( 915)( 2545) 193609 G 257.337 0.983 235.3 + 120 193609 G 257.337 0.944 296.4 + 237 193609 G 257.337 0.941 284.5 + 238 193609 G 257.337 0.910 224.8 + 175 193609 G 257.337 0.854 299.8 + 86 193609 G 257.337 0.820 289.6 + 148 193609 G 257.337 12024 0.974 253.6 299.1 -14.1 63 510 209C 193609 G 257.337 1110D 0.820 279.8 280.4 +12.1 4 12 120C 193609 G 257.337 12033 0.691 211.4 249.2 -29.5 89 324 193609 G 257.337 12034 0.315 49.5 210.3 +18.7 1 4 193609 G 257.337 12031 0.437 41.4 206.2 +25.9 3 4 193609 G 257.337 12030 0.649 127.5 192.4 -17.2 12 65 193609 G 257.337 12032 0.728 74.8 178.2 +16.0 20 106 65F 193609 G 257.337 12035 0.973 109.8 151.6 -17.3 24 155 174C 193609 G 257.337 0.840 56.0 + 229 193609 G 257.337 0.912 53.0 + 232 193609 G 257.337 0.924 118.6 + 190 193609 G 257.337 0.973 55.2 + 192 193609 G 257.337 ( 24.0)(224.9) (+ 7.2)( 216)( 1180)( 2415) 193609 G 258.387 0.966 229.3 + 171 193609 G 258.387 0.963 295.7 + 185 193609 G 258.387 0.936 280.2 + 95 193609 G 258.387 0.887 288.6 + 125 193609 G 258.387 0.835 298.6 + 112 193609 G 258.387 12033 0.793 222.6 249.2 -30.0 73 440 193609 G 258.387 12034 0.212 5.6 209.7 +19.3 2 7 193609 G 258.387 12036 0.216 38.8 202.9 +16.7 2 14 193609 G 258.387 12030 0.510 142.8 192.3 -17.0 13 44 193609 G 258.387 12032 0.526 72.4 179.8 +15.3 40 193 193609 G 258.387 12035 0.905 113.8 150.7 -17.9 48 266 180C 193609 G 258.387 1110E 0.921 53.0 144.7 +36.7 0 11 236C 193609 G 258.387 0.815 51.6 + 261 193609 G 258.387 0.830 123.6 + 110 193609 G 258.387 ( 24.2)(211.0) (+ 7.2)( 178)( 975)( 1475) 193609 G 259.331 0.944 287.2 + 141 193609 G 259.331 0.899 296.7 + 114 193609 G 259.331 12033 0.869 229.5 248.0 -29.8 59 362 243C 193609 G 259.331 1110F 0.618 277.6 237.0 +10.4 6 20 193609 G 259.331 12036 0.188 335.6 203.3 +17.0 1 14 193609 G 259.331 12030 0.424 166.9 192.9 -17.1 5 12 193609 G 259.331 12032 0.351 64.8 179.5 +15.4 46 203 193609 G 259.331 12035 0.807 118.5 150.6 -17.9 38 155 140C 193609 G 259.331 12037 0.924 112.6 135.2 -17.7 5 12 134F 193609 G 259.331 0.868 52.0 + 281 193609 G 259.331 ( 24.4)(198.6) (+ 7.2)( 160)( 778)( 1053) 193609 K 260.128 0.948 296.9 + 232 193609 K 260.128 0.897 287.6 + 129 193609 K 260.128 12033 0.931 233.7 247.9 -30.0 55 297 215C 193609 K 260.128 12036 0.283 305.7 201.8 +16.4 0 4 193609 K 260.128 12030 0.417 187.1 191.1 -17.2 4 21 193609 K 260.128 12032 0.199 43.5 179.9 +15.4 28 137 193609 K 260.128 12035 0.728 124.5 148.8 -18.8 29 136 193609 K 260.128 12037 0.848 116.3 135.2 -17.8 4 12 215F 193609 K 260.128 0.795 49.5 + 214 193609 K 260.128 0.943 102.1 + 192 193609 K 260.128 0.953 117.8 + 143 193609 K 260.128 0.986 69.1 + 61 193609 K 260.128 ( 24.5)(188.0) (+ 7.2)( 120)( 607)( 1401) 193609 G 261.370 0.954 293.5 + 177 193609 G 261.370 0.911 278.3 + 121 193609 G 261.370 0.896 243.9 + 105 193609 G 261.370 12033 0.989 238.1 249.1 -30.7 28 154 126C 193609 G 261.370 12036 0.612 284.1 209.3 +14.2 1 6 193609 G 261.370 12030 0.530 216.9 191.2 -18.3 5 19 193609 G 261.370 12032 0.209 314.1 180.6 +15.4 18 74 193609 G 261.370 12035 0.546 140.5 150.3 -18.2 16 79 193609 G 261.370 12037 0.694 124.9 135.1 -17.7 1 5 193609 G 261.370 12038 0.896 69.5 107.5 +21.5 14 38 99C 193609 G 261.370 12039 0.980 114.1 97.4 -21.8 39 221 497C 193609 G 261.370 0.856 105.9 + 140 193609 G 261.370 0.939 120.4 + 187 193609 G 261.370 0.955 100.9 + 113 193609 G 261.370 ( 24.7)(171.7) (+ 7.1)( 122)( 596)( 1565) 193609 C 262.337 0.974 279.2 + 56 193609 C 262.337 0.960 248.0 + 146 193609 C 262.337 0.938 289.0 + 109 193609 C 262.337 0.824 292.2 + 489 193609 C 262.337 12032 0.429 292.2 183.2 +15.8 9 30 193609 C 262.337 12035 0.452 162.1 150.5 -18.4 13 53 193609 C 262.337 12037 0.609 138.1 133.3 -20.5 14 28 193609 C 262.337 12038 0.764 70.0 109.4 +19.8 14 52 94C 193609 C 262.337 12039 0.931 116.9 95.7 -21.8 65 464 1072C 193609 C 262.337 0.855 125.4 + 220 193609 C 262.337 0.892 105.2 + 323 193609 C 262.337 0.914 134.7 + 93 193609 C 262.337 0.944 70.8 + 138 193609 C 262.337 0.961 62.1 + 154 193609 C 262.337 0.972 103.2 + 69 193609 C 262.337 0.982 112.9 + 350 193609 C 262.337 ( 24.8)(158.9) (+ 7.1)( 115)( 627)( 3313) 193609 G 263.363 0.904 289.6 + 464 193609 G 263.363 0.782 296.0 + 207 193609 G 263.363 12040 0.723 245.0 187.4 -12.5 3 6 193609 G 263.363 12032 0.536 286.6 177.4 +14.8 4 13 193609 G 263.363 12035 0.443 196.2 152.8 -18.0 10 33 193609 G 263.363 12037 0.499 157.7 133.8 -20.4 16 52 193609 G 263.363 12038 0.577 67.4 111.3 +18.7 24 101 193609 G 263.363 12039 0.845 122.1 95.0 -22.1 54 549 394C 193609 G 263.363 1110G 0.890 106.6 85.2 -11.2 0 4 686F 193609 G 263.363 0.794 109.8 + 203 193609 G 263.363 0.823 143.3 + 139 193609 G 263.363 0.886 61.4 + 108 193609 G 263.363 0.902 106.4 + 99 193609 G 263.363 ( 25.0)(145.4) (+ 7.1)( 111)( 758)( 2300) 193609 G 264.616 0.950 289.1 + 648 193609 G 264.616 0.911 246.3 + 194 193609 G 264.616 0.862 297.2 + 210 193609 G 264.616 12040 0.889 252.6 188.7 -11.9 24 67 154C 193609 G 264.616 12037 0.467 188.8 133.2 -20.4 62 249 193609 G 264.616 12038 0.367 52.2 111.0 +19.6 10 27 193609 G 264.616 12039 0.710 131.8 94.0 -22.5 68 356 193609 G 264.616 12041 0.835 124.2 80.1 -23.5 39 161 378C 193609 G 264.616 12042 0.963 117.8 59.8 -24.3 40 172 426NF 193609 G 264.616 12043 0.972 66.0 50.8 +24.9 4 19 130F 193609 G 264.616 0.927 119.4 + 304 193609 G 264.616 ( 25.2)(128.8) (+ 7.0)( 247)( 1051)( 2444) 193609 G 265.445 0.976 286.1 + 76 193609 G 265.445 0.961 248.7 + 191 193609 G 265.445 0.950 195.7 + 177 193609 G 265.445 0.776 305.4 + 142 193609 G 265.445 12040 0.963 255.3 189.9 -12.1 16 40 102C 193609 G 265.445 12032 0.889 284.5 181.2 +16.0 0 4 550C 193609 G 265.445 12037 0.528 209.1 133.8 -20.6 78 448 193609 G 265.445 1110H 0.310 198.5 123.6 -10.1 1 2 193609 G 265.445 12038 0.259 28.2 110.4 +20.1 4 10 193609 G 265.445 12039 0.609 142.5 94.4 -22.4 48 232 193609 G 265.445 12044 0.628 52.3 83.7 +28.4 6 17 193609 G 265.445 12041 0.740 130.9 80.5 -23.5 30 144 472F 193609 G 265.445 12042 0.906 120.3 59.4 -23.6 51 298 426C 193609 G 265.445 12045 0.900 76.6 53.1 +15.1 8 16 98C 193609 G 265.445 12043 0.916 65.3 51.1 +25.3 5 11 120F 193609 G 265.445 12046 0.949 74.9 45.3 +16.5 11 28 188F 193609 G 265.445 0.869 124.3 + 338 193609 G 265.445 0.968 118.7 + 794 193609 G 265.445 ( 25.3)(117.9) (+ 7.0)( 258)( 1250)( 3674) 193609 G 266.518 0.963 296.5 + 82 193609 G 266.518 0.954 285.8 + 367 193609 G 266.518 0.914 242.0 + 218 193609 G 266.518 0.868 297.2 + 146 193609 G 266.518 0.803 239.3 + 381 193609 G 266.518 12037 0.649 226.1 133.6 -20.6 68 362 193609 G 266.518 12047 0.443 11.4 97.8 +32.3 7 22 193609 G 266.518 12039 0.510 163.8 94.9 -22.3 38 184 193609 G 266.518 12048 0.496 145.5 86.7 -17.3 2 13 193609 G 266.518 12044 0.485 39.6 83.2 +28.5 2 5 193609 G 266.518 12041 0.608 145.0 81.5 -23.3 51 178 193609 G 266.518 12049 0.721 128.6 66.7 -21.1 6 14 193609 G 266.518 12042 0.794 127.4 60.3 -23.8 90 367 501C 193609 G 266.518 12045 0.760 76.4 54.1 +14.9 14 41 78C 193609 G 266.518 12043 0.803 63.5 51.3 +25.3 3 11 88C 193609 G 266.518 12046 0.844 75.0 45.7 +16.4 8 19 245N 193609 G 266.518 0.780 134.6 + 233 193609 G 266.518 0.875 136.1 + 46 193609 G 266.518 0.915 123.4 + 1198 193609 G 266.518 0.941 73.1 + 213 193609 G 266.518 ( 25.4)(103.7) (+ 7.0)( 289)( 1216)( 3796) 193609 G 267.505 0.981 286.6 + 68 193609 G 267.505 0.939 298.5 + 58 193609 G 267.505 0.929 308.5 + 210 193609 G 267.505 0.900 244.5 + 319 193609 G 267.505 0.849 316.0 + 59 193609 G 267.505 0.782 308.5 + 117 193609 G 267.505 12037 0.775 236.6 134.1 -20.2 50 251 239P 193609 G 267.505 12047 0.443 349.5 96.2 +32.7 5 7 193609 G 267.505 12039 0.494 186.3 94.0 -22.3 17 119 193609 G 267.505 12048 0.409 170.9 86.8 -16.7 17 79 193609 G 267.505 12041 0.528 163.2 81.2 -23.3 36 125 193609 G 267.505 12049 0.598 139.3 66.2 -20.5 6 8 193609 G 267.505 12042 0.692 136.7 59.5 -24.2 90 420 193609 G 267.505 12045 0.587 73.8 55.2 +14.9 11 28 193609 G 267.505 12046 0.709 73.8 45.7 +16.4 3 6 193609 G 267.505 12050 0.835 130.2 44.7 -27.8 0 8 570C 193609 G 267.505 12051 0.973 76.9 13.0 +14.4 9 19 395C 193609 G 267.505 0.841 73.3 + 210 193609 G 267.505 0.942 106.7 + 59 193609 G 267.505 0.959 101.7 + 59 193609 G 267.505 ( 25.5)( 90.7) (+ 7.0)( 244)( 1070)( 2363) 193609 C 268.371 0.968 246.2 + 290 193609 C 268.371 0.872 298.2 + 109 193609 C 268.371 0.868 310.8 + 347 193609 C 268.371 0.854 241.3 + 278 193609 C 268.371 12037 0.880 242.4 135.3 -20.2 21 162 193609 C 268.371 12039 0.529 206.5 93.9 -21.5 25 136 193609 C 268.371 12048 0.415 200.2 87.8 -16.0 9 57 193609 C 268.371 12041 0.508 184.4 81.7 -23.4 38 164 193609 C 268.371 12049 0.514 154.7 65.8 -20.9 4 14 193609 C 268.371 12042 0.589 149.2 60.1 -23.8 58 349 193609 C 268.371 12051 0.904 77.2 13.9 +14.5 5 17 393F 193609 C 268.371 0.763 134.6 + 417 193609 C 268.371 0.847 69.0 + 121 193609 C 268.371 0.866 113.1 + 237 193609 C 268.371 0.959 105.2 + 45 193609 C 268.371 ( 25.6)( 79.3) (+ 6.9)( 160)( 899)( 2237) 193609 K 269.119 0.912 308.7 + 171 193609 K 269.119 0.851 253.1 + 79 193609 K 269.119 12037 0.957 246.3 138.2 -20.2 14 63 272F 193609 K 269.119 12039 0.606 217.5 92.8 -22.3 14 50 193609 K 269.119 12048 0.496 218.5 88.1 -16.3 10 44 193609 K 269.119 12041 0.539 200.3 81.1 -23.5 29 158 193609 K 269.119 12049 0.485 170.9 64.7 -21.6 3 12 193609 K 269.119 12042 0.539 162.8 59.4 -24.1 79 359 193609 K 269.119 12052 0.525 70.4 38.6 +16.0 2 11 193609 K 269.119 12051 0.819 77.4 14.1 +14.2 7 13 634F 193609 K 269.119 0.890 107.6 + 113 193609 K 269.119 ( 25.7)( 69.4) (+ 6.9)( 158)( 710)( 1269) 193609 G 270.679 0.903 236.2 + 129 193609 G 270.679 0.848 290.8 + 231 193609 G 270.679 0.844 237.8 + 146 193609 G 270.679 0.810 226.6 + 133 193609 G 270.679 1110I 0.969 290.7 125.8 +21.7 8 32 207P 193609 G 270.679 12039 0.762 234.2 90.2 -21.3 0 10 193609 G 270.679 12048 0.698 238.1 86.8 -16.3 8 38 193609 G 270.679 12041 0.713 227.4 83.5 -23.3 13 58 193609 G 270.679 12042 0.531 197.6 58.9 -23.6 51 361 193609 G 270.679 12052 0.228 48.2 38.7 +15.4 20 81 193609 G 270.679 12051 0.616 74.2 11.1 +15.1 20 71 193609 G 270.679 12053 0.976 84.3 331.0 + 7.0 29 182 163F 193609 G 270.679 12054 0.983 74.1 328.2 +16.8 125 476 322C 193609 G 270.679 0.946 66.0 + 170 193609 G 270.679 ( 25.8)( 48.8) (+ 6.8)( 274)( 1309)( 1501) 193609 G 271.383 0.960 239.1 + 178 193609 G 271.383 0.930 288.3 + 248 193609 G 271.383 0.929 205.7 + 96 193609 G 271.383 0.878 241.3 + 885 193609 G 271.383 0.876 229.4 + 190 193609 G 271.383 12041 0.769 229.7 79.5 -24.6 12 34 193609 G 271.383 12042 0.589 211.2 58.9 -23.7 64 367 193609 G 271.383 12055 0.444 205.9 51.1 -16.8 2 5 193609 G 271.383 12052 0.155 9.7 38.0 +15.5 27 133 193609 G 271.383 12051 0.503 70.8 10.1 +15.4 18 74 193609 G 271.383 12053 0.925 85.1 331.5 + 7.1 29 122 124C 193609 G 271.383 12056 0.969 112.7 327.7 -19.9 8 18 134F 193609 G 271.383 12054 0.948 74.0 327.1 +17.3 107 972 1286C 193609 G 271.383 0.859 74.5 + 213 193609 G 271.383 0.953 62.9 + 383 193609 G 271.383 0.958 108.4 + 444 193609 G 271.383 ( 25.9)( 39.5) (+ 6.8)( 267)( 1725)( 4181) 193609 G 272.366 0.966 289.5 + 179 193609 G 272.366 0.888 243.4 + 458 193609 G 272.366 0.881 190.3 + 122 193609 G 272.366 12039 0.962 242.4 95.4 -24.1 0 20 840F 193609 G 272.366 12041 0.860 235.2 77.6 -25.1 13 60 246SF 193609 G 272.366 12042 0.692 225.2 58.7 -23.4 52 297 193609 G 272.366 12055 0.546 226.1 50.6 -16.0 2 8 193609 G 272.366 12050 0.605 201.1 40.7 -27.6 4 25 193609 G 272.366 12052 0.230 309.6 37.0 +15.1 23 100 193609 G 272.366 12057 0.198 37.1 19.4 +15.8 0 14 193609 G 272.366 12051 0.318 60.6 9.9 +15.4 19 57 193609 G 272.366 12053 0.817 86.2 331.5 + 7.1 19 81 83C 193609 G 272.366 12056 0.887 115.4 328.9 -18.8 14 33 432N 193609 G 272.366 12054 0.851 74.0 327.8 +17.2 98 730 922C 193609 G 272.366 0.899 122.7 + 101 193609 G 272.366 0.947 63.2 + 257 193609 G 272.366 0.957 109.2 + 209 193609 G 272.366 ( 26.0)( 26.5) (+ 6.8)( 244)( 1425)( 3849) 193609 G 273.424 0.972 245.1 + 924 193609 G 273.424 0.917 298.2 + 180 193609 G 273.424 0.892 235.8 + 716 193609 G 273.424 12042 0.817 235.1 59.3 -23.3 54 258 201C 193609 G 273.424 12058 0.592 227.0 39.5 -17.8 8 22 193609 G 273.424 12052 0.444 291.1 37.9 +15.2 12 39 193609 G 273.424 12057 0.186 324.2 19.0 +15.3 2 9 193609 G 273.424 12051 0.158 10.6 10.9 +15.6 21 62 193609 G 273.424 12053 0.656 87.2 331.5 + 6.9 18 68 193609 G 273.424 12056 0.781 122.3 328.2 -19.9 14 30 150C 193609 G 273.424 12054 0.717 72.3 327.1 +17.3 110 678 193609 G 273.424 12059 0.960 105.4 301.2 -12.7 7 23 215F 193609 G 273.424 12060 0.968 72.2 295.8 +19.0 97 450 1521C 193609 G 273.424 0.851 62.8 + 212 193609 G 273.424 0.878 113.6 + 266 193609 G 273.424 0.941 132.8 + 137 193609 G 273.424 0.943 62.2 + 225 193609 G 273.424 0.965 116.3 + 188 193609 G 273.424 0.987 123.8 + 258 193609 G 273.424 ( 26.0)( 12.6) (+ 6.7)( 343)( 1639)( 5193) 193610 C 274.392 0.987 244.3 + 130 193610 C 274.392 0.963 237.2 + 198 193610 C 274.392 0.961 300.7 + 46 193610 C 274.392 0.900 291.8 + 62 193610 C 274.392 0.840 229.5 + 558 193610 C 274.392 0.825 284.5 + 132 193610 C 274.392 12042 0.913 240.7 59.7 -23.3 34 158 366C 193610 C 274.392 12052 0.690 287.3 43.1 +16.7 9 32 193610 C 274.392 12058 0.730 238.3 40.3 -17.5 8 14 193610 C 274.392 12051 0.259 307.5 12.1 +15.6 9 28 193610 C 274.392 12053 0.478 87.6 331.2 + 7.1 7 39 193610 C 274.392 12056 0.638 130.9 329.3 -18.8 8 22 193610 C 274.392 12054 0.561 68.2 326.8 +17.6 75 553 193610 C 274.392 12059 0.880 107.9 301.0 -12.2 4 14 113C 193610 C 274.392 12060 0.900 71.9 295.1 +19.1 47 346 1536C 193610 C 274.392 0.839 60.6 + 177 193610 C 274.392 0.853 119.1 + 174 193610 C 274.392 0.950 126.5 + 357 193610 C 274.392 0.981 109.7 + 161 193610 C 274.392 ( 26.1)(359.8) (+ 6.7)( 201)( 1206)( 4010) 193610 G 275.505 0.980 292.0 + 81 193610 G 275.505 0.941 283.1 + 196 193610 G 275.505 0.903 234.1 + 859 193610 G 275.505 12042 0.984 245.0 60.7 -23.1 19 99 306F 193610 G 275.505 12052 0.829 287.2 41.2 +17.9 2 8 207C 193610 G 275.505 12058 0.865 245.2 40.4 -17.6 4 11 136F 193610 G 275.505 12053 0.242 86.8 331.1 + 7.2 9 40 193610 G 275.505 12054 0.356 57.0 326.9 +17.5 68 497 193610 G 275.505 12056 0.539 144.6 325.8 -19.8 38 88 193610 G 275.505 12060 0.772 70.2 294.9 +19.4 73 446 460F 193610 G 275.505 12061 0.920 112.2 282.1 -17.4 23 67 124C 193610 G 275.505 ( 26.2)(345.1) (+ 6.6)( 236)( 1256)( 2369) 193610 G 276.361 0.984 250.8 + 110 193610 G 276.361 0.958 357.2 + 77 193610 G 276.361 0.948 236.6 + 950 193610 G 276.361 0.914 287.8 + 571 193610 G 276.361 0.861 259.3 + 39 193610 G 276.361 12058 0.939 248.6 40.0 -17.5 6 13 138F 193610 G 276.361 12051 0.588 286.9 9.3 +15.2 10 32 193610 G 276.361 12053 0.049 69.0 331.2 + 7.6 9 21 193610 G 276.361 12054 0.216 31.0 327.1 +17.2 59 455 193610 G 276.361 12056 0.455 164.8 326.6 -19.4 18 63 193610 G 276.361 12059 0.607 119.8 301.4 -11.9 6 11 193610 G 276.361 12060 0.630 66.2 296.1 +19.9 99 541 193610 G 276.361 12061 0.816 116.6 284.2 -17.2 35 152 135C 193610 G 276.361 0.817 54.8 + 240 193610 G 276.361 0.849 136.2 + 230 193610 G 276.361 0.947 66.5 + 293 193610 G 276.361 0.971 131.1 + 127 193610 G 276.361 ( 26.2)(333.8) (+ 6.6)( 242)( 1288)( 2910) 193610 G 277.405 0.988 239.1 + 406 193610 G 277.405 0.966 284.9 + 220 193610 G 277.405 0.952 261.5 + 43 193610 G 277.405 0.949 291.2 + 168 193610 G 277.405 0.922 249.7 + 143 193610 G 277.405 12051 0.808 282.2 14.2 +13.7 2 6 363NP 193610 G 277.405 12053 0.201 277.1 331.6 + 7.8 6 16 193610 G 277.405 12056 0.447 197.7 328.2 -18.7 12 50 193610 G 277.405 12054 0.219 325.9 327.3 +16.8 57 412 193610 G 277.405 12059 0.442 134.9 301.4 -11.9 5 9 193610 G 277.405 12060 0.455 58.0 295.9 +19.9 109 697 193610 G 277.405 12061 0.681 124.3 284.0 -17.3 39 83 193610 G 277.405 12062 0.947 81.5 248.2 +10.1 6 28 346F 193610 G 277.405 0.869 59.9 + 107 193610 G 277.405 0.911 69.2 + 166 193610 G 277.405 0.919 135.2 + 169 193610 G 277.405 ( 26.3)(320.0) (+ 6.5)( 236)( 1301)( 2131) 193610 G 278.527 0.934 236.2 + 130 193610 G 278.527 0.928 252.5 + 193 193610 G 278.527 0.846 292.9 + 177 193610 G 278.527 12051 0.913 285.8 11.7 +17.0 5 19 583P 193610 G 278.527 12053 0.435 274.2 331.0 + 7.6 4 12 193610 G 278.527 12054 0.410 297.1 327.5 +16.7 60 329 193610 G 278.527 12056 0.551 220.7 327.4 -18.7 17 89 193610 G 278.527 12059 0.325 170.5 302.1 -12.2 5 12 193610 G 278.527 12060 0.275 34.5 295.7 +19.3 142 815 193610 G 278.527 12061 0.512 140.9 285.5 -17.3 30 129 193610 G 278.527 12062 0.841 81.5 247.6 +10.6 4 20 268F 193610 G 278.527 12063 0.996 103.8 222.2 -13.1 96 415 96P 193610 G 278.527 0.865 68.1 + 188 193610 G 278.527 0.868 140.6 + 256 193610 G 278.527 0.954 124.9 + 154 193610 G 278.527 0.976 110.3 + 101 193610 G 278.527 0.982 66.9 + 220 193610 G 278.527 ( 26.3)(305.2) (+ 6.4)( 363)( 1840)( 2366) 193610 G 279.396 0.966 240.2 + 93 193610 G 279.396 0.965 284.6 + 479 193610 G 279.396 0.926 292.9 + 210 193610 G 279.396 12053 0.604 274.3 331.1 + 7.7 1 6 193610 G 279.396 12056 0.688 233.3 329.4 -19.0 15 77 193610 G 279.396 12054 0.565 290.7 327.2 +16.9 40 244 193610 G 279.396 12059 0.330 202.9 301.3 -11.3 5 11 193610 G 279.396 12060 0.227 351.9 295.7 +19.3 173 948 193610 G 279.396 12061 0.424 164.8 287.1 -17.7 41 157 193610 G 279.396 12064 0.668 144.3 268.0 -27.0 12 29 193610 G 279.396 12062 0.712 81.8 248.2 +10.7 6 9 135F 193610 G 279.396 12063 0.957 105.6 223.1 -12.8 68 445 248C 193610 G 279.396 12065 0.975 112.2 220.2 -19.9 29 101 231F 193610 G 279.396 0.802 67.8 + 138 193610 G 279.396 0.899 57.5 + 113 193610 G 279.396 0.905 112.1 + 46 193610 G 279.396 0.919 129.3 + 246 193610 G 279.396 0.945 68.8 + 275 193610 G 279.396 0.982 56.5 + 241 193610 G 279.396 ( 26.3)(293.8) (+ 6.4)( 390)( 2027)( 2455) 193610 G 280.380 0.995 276.8 + 108 193610 G 280.380 0.770 275.5 + 190 193610 G 280.380 12056 0.808 241.0 328.9 -18.8 13 37 544C 193610 G 280.380 12054 0.728 287.0 327.2 +16.7 29 153 193610 G 280.380 12059 0.462 229.3 301.7 -11.6 2 5 193610 G 280.380 12060 0.349 309.2 297.3 +18.7 178 882 193610 G 280.380 12061 0.430 194.2 287.2 -18.3 38 203 193610 G 280.380 12064 0.580 159.2 267.5 -26.6 19 58 193610 G 280.380 12062 0.541 80.4 248.1 +10.4 5 9 193610 G 280.380 12066 0.852 136.4 236.0 -33.6 4 17 154C 193610 G 280.380 12063 0.872 108.6 223.1 -12.8 72 404 707F 193610 G 280.380 12065 0.896 114.2 221.6 -18.4 19 99 445F 193610 G 280.380 1111A 0.925 76.7 212.5 +14.7 3 5 246C 193610 G 280.380 0.800 65.4 + 258 193610 G 280.380 0.909 68.7 + 312 193610 G 280.380 0.952 55.6 + 386 193610 G 280.380 0.980 66.8 + 273 193610 G 280.380 ( 26.4)(280.8) (+ 6.3)( 382)( 1872)( 3623) 193610 G 281.529 0.967 287.0 + 214 193610 G 281.529 0.908 276.2 + 335 193610 G 281.529 0.904 222.2 + 90 193610 G 281.529 0.835 298.2 + 210 193610 G 281.529 1205 0.923 246.6 328.8 -18.7 23 68 796C 193610 G 281.529 12054 0.876 285.4 327.1 +16.5 11 73 584C 193610 G 281.529 12059 0.644 243.2 301.4 -11.8 3 6 193610 G 281.529 12060 0.542 297.0 296.3 +19.6 116 723 193610 G 281.529 12061 0.575 223.8 290.3 -18.7 49 173 193610 G 281.529 12064 0.542 183.1 267.5 -26.4 7 24 193610 G 281.529 12062 0.308 75.3 248.0 +10.4 2 7 193610 G 281.529 12066 0.756 147.4 236.3 -34.0 10 27 114C 193610 G 281.529 12063 0.727 114.6 223.1 -12.9 81 404 470F 193610 G 281.529 12065 0.774 121.2 221.3 -19.1 21 99 368F 193610 G 281.529 12067 0.854 54.2 209.6 +33.5 0 4 384F 193610 G 281.529 0.816 66.8 + 458 193610 G 281.529 0.866 76.0 + 384 193610 G 281.529 0.928 65.6 + 331 193610 G 281.529 0.938 108.4 + 159 193610 G 281.529 0.979 73.0 + 223 193610 G 281.529 ( 26.4)(265.6) (+ 6.3)( 323)( 1608)( 5120) 193610 G 282.397 0.952 278.2 + 135 193610 G 282.397 0.937 297.2 + 234 193610 G 282.397 12054 0.949 285.0 326.5 +16.1 11 35 476F 193610 G 282.397 12056 0.970 247.4 326.4 -20.1 27 55 811C 193610 G 282.397 12068 0.801 299.3 305.6 +27.0 7 18 184C 193610 G 282.397 12059 0.789 247.6 302.6 -13.4 6 15 193610 G 282.397 12060 0.711 290.4 298.8 +18.8 125 662 193610 G 282.397 12061 0.699 234.8 291.2 -18.8 25 68 193610 G 282.397 12064 0.571 196.4 264.6 -27.0 2 5 193610 G 282.397 12066 0.684 159.2 237.3 -33.7 18 78 193610 G 282.397 12063 0.591 122.4 223.5 -13.1 63 380 458F 193610 G 282.397 12065 0.653 128.6 221.7 -18.8 17 95 458F 193610 G 282.397 12069 0.711 67.3 210.0 +20.4 3 9 193610 G 282.397 0.791 51.0 + 126 193610 G 282.397 0.810 64.4 + 207 193610 G 282.397 0.844 114.8 + 113 193610 G 282.397 0.922 109.3 + 142 193610 G 282.397 0.930 61.8 + 194 193610 G 282.397 0.939 71.6 + 294 193610 G 282.397 ( 26.4)(254.2) (+ 6.2)( 304)( 1420)( 3374) 193610 G 283.420 0.983 251.6 + 306 193610 G 283.420 0.968 295.8 + 210 193610 G 283.420 0.964 287.0 + 213 193610 G 283.420 0.943 304.2 + 105 193610 G 283.420 0.937 242.2 + 244 193610 G 283.420 0.886 228.4 + 154 193610 G 283.420 12068 0.896 297.2 303.9 +27.0 4 15 89C 193610 G 283.420 12059 0.890 254.0 301.2 -11.2 10 29 189C 193610 G 283.420 12060 0.849 288.7 298.8 +19.1 120 656 839C 193610 G 283.420 12061 0.842 240.6 292.1 -20.6 24 80 338C 193610 G 283.420 12066 0.641 176.6 238.1 -33.5 15 46 193610 G 283.420 12063 0.434 138.3 223.5 -13.0 63 354 193610 G 283.420 12065 0.518 142.9 221.5 -18.5 13 67 193610 G 283.420 0.872 72.0 + 347 193610 G 283.420 0.976 112.8 + 389 193610 G 283.420 ( 26.4)(240.7) (+ 6.1)( 249)( 1247)( 3423) 193610 G 284.406 0.983 243.6 + 130 193610 G 284.406 0.967 256.2 + 193 193610 G 284.406 0.964 299.0 + 279 193610 G 284.406 0.946 231.4 + 219 193610 G 284.406 0.822 241.8 + 139 193610 G 284.406 0.768 229.1 + 207 193610 G 284.406 12060 0.935 288.6 297.5 +19.5 137 893 2114C 193610 G 284.406 12061 0.933 245.4 292.3 -20.3 23 72 501C 193610 G 284.406 12066 0.650 195.4 239.5 -32.7 6 12 193610 G 284.406 12063 0.342 169.2 223.9 -13.5 57 334 193610 G 284.406 12065 0.432 165.0 221.0 -18.5 13 61 193610 G 284.406 1111B 0.535 154.7 213.4 -22.9 2 5 193610 G 284.406 12069 0.346 50.2 211.5 +18.6 7 19 193610 G 284.406 1111C 0.511 146.9 210.6 -19.4 1 4 193610 G 284.406 12067 0.599 39.2 201.0 +33.0 2 8 193610 G 284.406 12070 0.644 123.4 193.9 -15.6 6 23 193610 G 284.406 12071 0.983 109.4 151.1 -17.7 104 454 340C 193610 G 284.406 0.817 69.4 + 143 193610 G 284.406 0.921 116.2 + 626 193610 G 284.406 0.938 58.6 + 153 193610 G 284.406 0.971 50.5 + 115 193610 G 284.406 ( 26.4)(227.7) (+ 6.1)( 358)( 1885)( 5159) 193610 G 285.617 0.953 229.2 + 127 193610 G 285.617 0.937 247.4 + 182 193610 G 285.617 0.916 297.6 + 327 193610 G 285.617 0.888 236.4 + 144 193610 G 285.617 0.876 218.7 + 114 193610 G 285.617 12060 0.984 291.3 292.7 +22.0 44 378 756C 193610 G 285.617 12061 0.988 248.8 289.7 -19.8 0 13 139C 193610 G 285.617 12066 0.738 211.6 239.2 -33.5 1 3 193610 G 285.617 12063 0.392 212.3 224.1 -13.4 67 343 193610 G 285.617 12065 0.443 199.4 220.6 -18.7 10 44 193610 G 285.617 12072 0.257 340.1 217.0 +19.9 7 16 193610 G 285.617 12069 0.215 359.2 211.9 +18.4 25 86 193610 G 285.617 12067 0.480 16.2 202.5 +33.3 1 5 193610 G 285.617 12070 0.464 138.4 193.2 -14.5 5 10 193610 G 285.617 12071 0.888 113.9 153.3 -18.0 53 337 406C 193610 G 285.617 0.795 123.7 + 264 193610 G 285.617 0.828 57.2 + 207 193610 G 285.617 0.927 49.6 + 176 193610 G 285.617 0.985 109.2 + 107 193610 G 285.617 ( 26.4)(211.7) (+ 6.0)( 213)( 1235)( 2949) 193610 G 288.395 0.981 293.6 + 234 193610 G 288.395 0.979 250.2 + 118 193610 G 288.395 0.939 301.8 + 121 193610 G 288.395 0.931 240.0 + 126 193610 G 288.395 0.902 223.4 + 115 193610 G 288.395 12066 0.801 220.0 239.2 -33.2 3 11 186S 193610 G 288.395 12063 0.496 229.2 224.0 -13.4 54 327 193610 G 288.395 12065 0.516 216.6 220.3 -18.8 6 52 193610 G 288.395 12072 0.374 310.9 218.8 +19.8 6 10 193610 G 288.395 12069 0.289 315.2 213.7 +17.5 13 57 193610 G 288.395 12070 0.370 162.3 194.8 -14.7 24 66 193610 G 288.395 12071 0.791 118.0 154.4 -17.8 42 299 525C 193610 G 288.395 12073 0.951 111.0 132.7 -17.9 3 14 328C 193610 G 288.395 0.911 46.9 + 138 193610 G 288.395 0.941 67.7 + 242 193610 G 288.395 0.957 57.0 + 151 193610 G 288.395 0.983 102.0 + 72 193610 G 288.395 ( 26.4)(201.4) (+ 5.9)( 151)( 836)( 2356) 193610 C 287.393 0.956 225.8 + 208 193610 C 287.393 0.914 250.2 + 92 193610 C 287.393 0.894 297.7 + 107 193610 C 287.393 0.867 288.9 + 133 193610 C 287.393 0.864 226.4 + 173 193610 C 287.393 0.850 277.9 + 221 193610 C 287.393 0.831 218.9 + 172 193610 C 287.393 12063 0.646 241.3 223.7 -13.2 57 315 193610 C 287.393 12065 0.645 231.1 220.2 -18.8 7 42 193610 C 287.393 12072 0.546 298.2 219.0 +20.0 4 20 193610 C 287.393 12069 0.468 296.1 214.3 +17.2 17 51 193610 C 287.393 12070 0.378 200.5 196.1 -14.8 27 199 193610 C 287.393 12074 0.527 73.5 157.1 +13.7 1 5 193610 C 287.393 12071 0.657 126.5 154.7 -18.0 40 276 193610 C 287.393 12073 0.851 114.3 134.3 -17.1 20 75 389C 193610 C 287.393 0.821 41.9 + 214 193610 C 287.393 0.871 55.5 + 205 193610 C 287.393 0.877 68.1 + 220 193610 C 287.393 0.936 104.2 + 344 193610 C 287.393 ( 26.3)(188.3) (+ 5.9)( 173)( 983)( 2478) 193610 G 288.433 0.984 253.0 + 271 193610 G 288.433 0.945 292.1 + 127 193610 G 288.433 0.943 278.7 + 229 193610 G 288.433 0.942 233.2 + 179 193610 G 288.433 0.917 302.5 + 197 193610 G 288.433 0.907 224.9 + 222 193610 G 288.433 12063 0.798 248.3 224.0 -13.4 72 310 193610 G 288.433 12065 0.787 239.9 220.5 -19.2 7 25 193610 G 288.433 12072 0.711 293.3 218.5 +20.5 13 60 193610 G 288.433 12069 0.650 290.1 214.1 +17.3 15 47 193610 G 288.433 1111D 0.480 314.7 196.5 +25.1 0 2 193610 G 288.433 12070 0.501 225.4 196.1 -15.1 41 190 193610 G 288.433 12074 0.341 63.4 156.2 +14.2 5 19 193610 G 288.433 12071 0.505 142.5 155.7 -18.1 50 265 193610 G 288.433 12073 0.723 120.7 134.1 -17.2 40 164 193610 G 288.433 12075 0.843 107.3 119.6 -11.2 10 30 234C 193610 G 288.433 0.795 49.7 + 172 193610 G 288.433 0.864 120.1 + 241 193610 G 288.433 0.939 49.1 + 207 193610 G 288.433 0.974 110.0 + 135 193610 G 288.433 0.976 116.9 + 198 193610 G 288.433 ( 26.3)(174.5) (+ 5.8)( 253)( 1112)( 2412) 193610 G 289.445 12063 0.911 252.5 224.2 -13.4 53 326 276C 193610 G 289.445 12065 0.897 244.9 220.5 -19.5 10 20 170C 193610 G 289.445 12072 0.852 291.0 219.3 +20.8 12 54 157C 193610 G 289.445 12069 0.818 287.3 215.9 +17.3 9 21 157C 193610 G 289.445 12070 0.654 238.5 196.4 -15.3 34 171 193610 G 289.445 12074 0.144 22.2 158.0 +13.3 8 23 193610 G 289.445 12071 0.418 166.9 155.5 -18.2 51 231 193610 G 289.445 12073 0.583 131.4 134.0 -17.5 44 222 193610 G 289.445 12075 0.690 112.3 120.8 -10.8 17 61 193610 G 289.445 12076 0.989 78.4 79.0 +12.3 13 36 131S 193610 G 289.445 0.885 111.1 + 100 193610 G 289.445 0.946 120.7 + 228 193610 G 289.445 0.976 110.9 + 173 193610 G 289.445 ( 26.3)(161.2) (+ 5.7)( 251)( 1165)( 1235) 193610 C 290.395 0.836 305.1 + 176 193610 C 290.395 12063 0.975 255.4 223.9 -12.8 57 369 216C 193610 C 290.395 12065 0.969 248.2 221.1 -19.4 8 34 733SF 193610 C 290.395 12072 0.939 290.5 219.1 +21.2 0 13 378C 193610 C 290.395 12069 0.916 285.5 215.4 +16.4 5 18 378C 193610 C 290.395 12070 0.790 246.2 196.9 -14.8 16 116 169C 193610 C 290.395 12074 0.230 300.8 160.3 +12.2 7 17 193610 C 290.395 12071 0.426 196.7 156.1 -18.4 32 185 193610 C 290.395 12073 0.461 149.6 134.6 -17.9 34 212 193610 C 290.395 12075 0.523 123.7 122.4 -11.8 8 38 193610 C 290.395 12076 0.936 79.2 78.9 +12.1 21 113 369F 193610 C 290.395 12077 0.966 68.7 72.9 +22.0 11 89 246F 193610 C 290.395 0.847 121.8 + 418 193610 C 290.395 0.949 116.8 + 537 193610 C 290.395 ( 26.2)(148.7) (+ 5.6)( 199)( 1204)( 3242) 193610 G 291.411 0.978 248.5 + 301 193610 G 291.411 0.978 241.8 + 270 193610 G 291.411 0.970 289.2 + 347 193610 G 291.411 0.929 282.6 + 184 193610 G 291.411 0.919 205.2 + 389 193610 G 291.411 0.887 292.5 + 312 193610 G 291.411 12070 0.907 250.6 197.4 -15.0 15 63 601SF 193610 G 291.411 12074 0.431 286.6 160.2 +12.1 11 42 193610 G 291.411 12071 0.526 220.4 156.3 -18.4 29 210 193610 G 291.411 1111E 0.435 196.2 142.7 -19.1 1 4 193610 G 291.411 12073 0.398 178.7 134.8 -17.8 19 101 193610 G 291.411 12075 0.369 143.6 122.4 -11.8 16 40 193610 G 291.411 12076 0.841 79.0 77.9 +12.2 17 40 436F 193610 G 291.411 12077 0.888 68.0 72.9 +22.0 29 91 421C 193610 G 291.411 0.862 120.2 + 530 193610 G 291.411 0.881 130.7 + 151 193610 G 291.411 0.960 118.6 + 621 193610 G 291.411 0.965 67.6 + 323 193610 G 291.411 0.978 110.0 + 207 193610 G 291.411 ( 26.2)(135.3) (+ 5.5)( 137)( 591)( 5093) 193610 G 292.390 0.966 304.3 + 253 193610 G 292.390 0.943 293.1 + 311 193610 G 292.390 12070 0.975 253.3 197.4 -14.9 9 29 525SF 193610 G 292.390 12074 0.648 282.3 162.6 +12.1 8 20 193610 G 292.390 12071 0.651 233.1 155.5 -18.4 25 201 193610 G 292.390 12073 0.465 214.0 138.1 -17.3 22 77 193610 G 292.390 12075 0.290 179.6 122.3 -11.2 22 108 193610 G 292.390 12076 0.691 78.1 78.8 +12.2 12 34 193610 G 292.390 12077 0.773 65.8 73.1 +22.0 21 83 308F 193610 G 292.390 12078 0.900 122.1 64.8 -25.7 8 21 542C 193610 G 292.390 0.774 127.1 + 367 193610 G 292.390 0.890 67.2 + 494 193610 G 292.390 0.937 115.1 + 732 193610 G 292.390 0.967 71.5 + 212 193610 G 292.390 ( 26.1)(122.4) (+ 5.5)( 127)( 573)( 3744) 193610 G 293.431 0.953 290.2 + 187 193610 G 293.431 0.904 243.0 + 295 193610 G 293.431 12074 0.816 280.7 163.4 +11.9 6 11 193610 G 293.431 12071 0.790 241.4 155.4 -18.5 28 147 340C 193610 G 293.431 12073 0.610 231.0 138.3 -17.8 34 126 193610 G 293.431 12075 0.362 219.0 122.0 -11.0 40 193 193610 G 293.431 12079 0.183 58.3 99.5 +10.8 4 15 193610 G 293.431 12076 0.501 75.4 79.0 +11.9 4 14 193610 G 293.431 12077 0.622 60.6 73.0 +22.1 19 92 193610 G 293.431 12078 0.780 130.0 67.1 -26.0 3 7 211C 193610 G 293.431 12080 0.995 74.8 23.4 +15.7 19 105 193610 G 293.431 0.788 64.7 + 179 193610 G 293.431 0.859 121.8 + 429 193610 G 293.431 0.925 69.8 + 207 193610 G 293.431 0.962 120.6 + 378 193610 G 293.431 ( 26.0)(108.6) (+ 5.4)( 157)( 710)( 2226) 193610 C 294.406 0.962 245.7 + 346 193610 C 294.406 0.882 280.1 + 224 193610 C 294.406 12071 0.890 245.7 154.6 -18.8 23 140 519C 193610 C 294.406 12073 0.753 240.7 139.2 -17.8 32 137 193610 C 294.406 12075 0.503 236.3 121.0 -11.4 20 91 193610 C 294.406 12079 0.131 319.3 100.8 +11.0 2 8 193610 C 294.406 12077 0.473 50.9 72.6 +22.1 12 54 193610 C 294.406 12078 0.678 138.1 65.8 -25.7 3 9 193610 C 294.406 12080 0.971 74.4 19.0 +16.4 90 409 981C 193610 C 294.406 0.765 127.5 + 270 193610 C 294.406 0.855 70.3 + 364 193610 C 294.406 0.919 123.3 + 845 193610 C 294.406 ( 25.9)( 95.8) (+ 5.3)( 182)( 848)( 3549) 193610 G 295.492 0.812 240.7 + 272 193610 G 295.492 0.769 306.0 + 155 193610 G 295.492 12071 0.976 248.8 155.9 -19.3 20 104 327F 193610 G 295.492 12073 0.897 246.7 141.5 -18.2 20 99 331C 193610 G 295.492 12075 0.704 248.2 123.1 -11.2 15 53 193610 G 295.492 1111F 0.642 253.6 119.6 - 6.3 1 3 193610 G 295.492 12077 0.328 25.3 72.8 +22.3 7 19 193610 G 295.492 12081 0.770 132.8 42.1 -27.5 2 7 494F 193610 G 295.492 12080 0.881 72.9 19.7 +17.5 82 431 602C 193610 G 295.492 0.925 126.9 + 235 193610 G 295.492 0.969 68.1 + 175 193610 G 295.492 ( 25.8)( 81.5) (+ 5.2)( 147)( 716)( 2591) 193610 G 296.457 0.906 240.4 + 160 193610 G 296.457 0.856 302.6 + 212 193610 G 296.457 12073 0.970 249.8 141.7 -18.1 18 89 542F 193610 G 296.457 12075 0.858 254.5 125.7 -10.5 13 55 253C 193610 G 296.457 12077 0.303 348.5 72.4 +22.3 2 8 193610 G 296.457 12078 0.527 170.2 63.0 -26.0 8 39 193610 G 296.457 12080 0.767 72.2 19.2 +16.9 66 404 241C 193610 G 296.457 0.841 134.2 + 153 193610 G 296.457 ( 25.8)( 68.7) (+ 5.1)( 107)( 595)( 1561) 193610 G 297.449 0.955 315.2 + 128 193610 G 297.449 0.952 243.5 + 195 193610 G 297.449 0.948 298.1 + 290 193610 G 297.449 0.903 307.1 + 122 193610 G 297.449 12073 0.993 251.5 136.6 -17.6 28 61 342F 193610 G 297.449 12075 0.956 257.5 127.0 -10.4 7 18 713SF 193610 G 297.449 1111G 0.738 292.1 102.0 +19.6 7 19 193610 G 297.449 12078 0.535 196.1 65.1 -25.9 8 31 193610 G 297.449 1111H 0.511 178.7 54.9 -25.6 2 5 193610 G 297.449 12081 0.585 149.3 36.4 -25.3 2 12 193610 G 297.449 12080 0.598 68.9 20.2 +16.5 62 373 193610 G 297.449 0.890 79.9 + 96 193610 G 297.449 0.905 101.9 + 81 193610 G 297.449 0.959 71.9 + 249 193610 G 297.449 0.976 81.4 + 207 193610 G 297.449 0.981 107.7 + 305 193610 G 297.449 ( 25.7)( 55.6) (+ 5.0)( 116)( 519)( 2728) 193610 G 298.444 0.982 255.9 + 399 193610 G 298.444 0.889 229.1 + 83 193610 G 298.444 0.885 247.6 + 224 193610 G 298.444 0.884 238.1 + 210 193610 G 298.444 12078 0.571 211.5 61.5 -24.4 1 5 193610 G 298.444 12081 0.509 166.7 35.1 -24.7 6 19 193610 G 298.444 12080 0.439 59.7 19.2 +17.3 67 377 193610 G 298.444 0.917 62.9 + 169 193610 G 298.444 0.923 81.5 + 222 193610 G 298.444 0.938 110.1 + 623 193610 G 298.444 0.945 71.3 + 272 193610 G 298.444 ( 25.5)( 42.5) (+ 4.9)( 74)( 401)( 2202) 193610 C 299.436 0.949 245.3 + 232 193610 C 299.436 0.944 289.6 + 153 193610 C 299.436 0.921 298.2 + 75 193610 C 299.436 0.891 228.0 + 150 193610 C 299.436 0.855 239.0 + 295 193610 C 299.436 0.779 278.6 + 75 193610 C 299.436 12080 0.259 37.2 20.0 +16.7 45 244 193610 C 299.436 12082 0.379 150.2 18.2 -14.3 35 167 193610 C 299.436 0.846 113.1 + 326 193610 C 299.436 0.855 70.1 + 254 193610 C 299.436 0.954 110.9 + 139 193610 C 299.436 0.958 62.6 + 146 193610 C 299.436 0.967 75.4 + 237 193610 C 299.436 ( 25.4) 29.4 (+ 4.9)( 80)( 411)( 2082) 193610 G 300.585 0.952 244.2 + 336 193610 G 300.585 0.943 234.7 + 147 193610 G 300.585 0.898 281.7 + 170 193610 G 300.585 0.869 296.0 + 308 193610 G 300.585 12078 0.810 238.1 62.1 -22.1 3 8 364SP 193610 G 300.585 12081 0.572 211.1 33.2 -24.8 1 2 193610 G 300.585 12080 0.235 329.9 21.3 +16.4 44 184 193610 G 300.585 12082 0.340 193.6 19.0 -14.5 32 117 193610 G 300.585 12083 0.954 117.1 306.1 -24.0 7 18 151SF 193610 G 300.585 12084 0.954 71.3 301.5 +19.2 87 420 636C 193610 G 300.585 12085 0.994 110.1 293.0 -19.3 31 66 193610 G 300.585 0.751 121.1 + 198 193610 G 300.585 0.863 117.9 + 194 193610 G 300.585 0.870 75.5 + 263 193610 G 300.585 0.882 59.6 + 173 193610 G 300.585 0.935 107.3 + 97 193610 G 300.585 ( 25.3)( 14.3) (+ 4.7)( 205)( 815)( 3037) 193610 C 301.401 0.978 239.9 + 150 193610 C 301.401 0.948 280.8 + 147 193610 C 301.401 0.919 294.7 + 401 193610 C 301.401 0.812 295.3 + 225 193610 C 301.401 12078 0.917 242.9 65.4 -22.5 5 16 676S 193610 C 301.401 12081 0.666 225.9 34.8 -23.5 9 14 193610 C 301.401 12080 0.358 304.7 21.3 +16.2 34 184 193610 C 301.401 12082 0.428 219.3 19.7 -14.8 17 71 193610 C 301.401 1111I 0.762 125.4 321.4 -22.6 0 5 109F 193610 C 301.401 12083 0.888 120.0 306.5 -23.8 12 59 402F 193610 C 301.401 12084 0.884 70.5 301.7 +19.4 57 464 725C 193610 C 301.401 12085 0.959 112.0 293.1 -19.5 14 99 254F 193610 C 301.401 0.764 74.2 + 147 193610 C 301.401 0.963 65.9 + 651 193610 C 301.401 ( 25.1)( 3.5) (+ 4.7)( 148)( 912)( 3887) 193610 C 302.405 0.977 295.8 + 156 193610 C 302.405 0.976 243.4 + 310 193610 C 302.405 0.920 236.5 + 134 193610 C 302.405 0.904 292.2 + 295 193610 C 302.405 12081 0.794 234.8 35.4 -24.0 7 20 273SF 193610 C 302.405 12080 0.539 292.8 21.3 +16.0 33 185 193610 C 302.405 12082 0.591 236.7 20.9 -14.9 13 28 193610 C 302.405 12083 0.789 125.1 305.7 -23.6 12 49 254F 193610 C 302.405 12084 0.764 68.7 301.6 +19.1 73 476 579C 193610 C 302.405 12085 0.881 115.1 292.7 -19.5 22 82 388F 193610 C 302.405 12086 0.946 71.6 279.1 +18.8 3 12 305F 193610 C 302.405 12087 0.982 105.2 273.1 -13.9 10 88 148C 193610 C 302.405 0.891 66.0 + 532 193610 C 302.405 0.948 57.0 + 181 193610 C 302.405 ( 25.0)(350.3) (+ 4.6)( 173)( 940)( 3555) 193610 G 303.602 0.976 291.8 + 140 193610 G 303.602 0.889 231.4 + 131 193610 G 303.602 12081 0.927 242.6 37.9 -23.3 5 26 257SF 193610 G 303.602 12082 0.807 247.8 25.0 -14.9 3 8 198SF 193610 G 303.602 12080 0.748 287.5 22.2 +16.0 33 162 193610 G 303.602 12083 0.640 136.0 305.6 -23.5 6 12 193610 G 303.602 12084 0.579 63.8 301.4 +18.5 71 324 193610 G 303.602 12085 0.744 121.8 292.4 -19.8 22 76 185F 193610 G 303.602 12086 0.858 69.4 276.1 +19.9 17 59 264C 193610 G 303.602 12087 0.927 108.0 268.9 -14.8 55 275 356C 193610 G 303.602 12088 0.987 106.4 255.6 -15.4 21 67 541C 193610 G 303.602 0.742 67.3 + 195 193610 G 303.602 0.836 57.9 + 300 193610 G 303.602 0.901 130.2 + 121 193610 G 303.602 0.946 58.3 + 150 193610 G 303.602 0.982 76.7 + 104 193610 G 303.602 ( 24.8)(334.5) (+ 4.4)( 233)( 1009)( 2942) 193610 C 304.358 0.954 240.7 + 540 193610 C 304.358 0.903 229.5 + 159 193610 C 304.358 0.842 248.3 + 244 193610 C 304.358 12080 0.849 286.1 22.3 +16.0 55 219 574C 193610 C 304.358 12083 0.554 147.1 305.4 -23.5 9 32 193610 C 304.358 12084 0.463 55.7 300.7 +19.1 50 358 193610 C 304.358 12085 0.640 128.1 292.3 -19.4 12 66 193610 C 304.358 12086 0.794 66.9 273.3 +20.9 28 121 220C 193610 C 304.358 12087 0.851 110.4 269.1 -14.7 32 221 232C 193610 C 304.358 12088 0.963 107.5 252.3 -15.5 20 86 583C 193610 C 304.358 0.778 50.3 + 218 193610 C 304.358 ( 24.7)(324.5) (+ 4.4)( 206)( 1103)( 2770) 193611 G 305.426 0.962 278.5 + 126 193611 G 305.426 0.957 234.1 + 156 193611 G 305.426 0.939 251.9 + 222 193611 G 305.426 0.818 298.8 + 110 193611 G 305.426 12080 0.950 285.5 22.5 +16.1 35 104 510F 193611 G 305.426 12089 0.318 165.5 305.7 -13.6 5 16 193611 G 305.426 12083 0.484 169.7 305.0 -24.0 4 10 193611 G 305.426 12084 0.297 33.9 300.4 +18.5 57 348 193611 G 305.426 12085 0.505 143.7 291.9 -19.8 13 53 193611 G 305.426 12086 0.623 63.1 274.4 +19.8 14 102 193611 G 305.426 12087 0.709 116.3 269.4 -15.0 49 276 193611 G 305.426 12088 0.886 110.5 251.0 -15.8 40 220 550F 193611 G 305.426 ( 24.5)(310.4) (+ 4.3)( 217)( 1129)( 1674) 193611 C 306.392 0.958 286.9 + 200 193611 C 306.392 0.897 296.8 + 106 193611 C 306.392 12089 0.363 210.4 308.6 -14.1 4 25 193611 C 306.392 12084 0.259 349.5 300.5 +18.9 20 206 193611 C 306.392 12085 0.426 166.1 291.5 -20.2 4 37 193611 C 306.392 12086 0.423 50.9 277.4 +19.3 10 70 193611 C 306.392 12087 0.545 125.6 270.6 -14.7 41 267 193611 C 306.392 12088 0.760 114.6 252.1 -15.5 29 166 193611 C 306.392 12090 0.847 108.4 242.3 -13.1 4 20 89C 193611 C 306.392 12091 0.954 103.0 226.7 -11.1 28 143 297F 193611 C 306.392 12092 0.949 76.2 225.9 +14.4 13 53 334F 193611 C 306.392 0.946 65.2 + 161 193611 C 306.392 ( 24.4)(297.7) (+ 4.2)( 153)( 987)( 1187) 193611 C 307.481 0.968 291.2 + 123 193611 C 307.481 0.834 280.9 + 104 193611 C 307.481 0.832 247.4 + 256 193611 C 307.481 0.787 238.5 + 140 193611 C 307.481 0.770 293.8 + 190 193611 C 307.481 12089 0.502 230.8 307.0 -14.8 16 54 193611 C 307.481 12084 0.377 313.2 300.2 +18.7 19 77 193611 C 307.481 1112A 0.343 333.4 292.9 +21.8 2 4 193611 C 307.481 12085 0.435 197.4 291.3 -20.4 7 24 193611 C 307.481 1112B 0.434 352.2 287.3 +29.3 2 13 193611 C 307.481 12086 0.299 20.5 277.0 +20.2 25 179 193611 C 307.481 12087 0.418 143.6 268.5 -15.7 33 194 193611 C 307.481 12088 0.612 122.9 251.2 -16.0 16 117 193611 C 307.481 12090 0.685 114.0 243.6 -13.1 14 106 193611 C 307.481 1112C 0.835 65.2 228.3 +22.8 2 7 210F 193611 C 307.481 12091 0.854 105.4 226.6 -10.9 28 152 192F 193611 C 307.481 12092 0.849 75.8 225.6 +14.1 16 68 391F 193611 C 307.481 12093 0.947 105.2 214.0 -12.9 6 20 304C 193611 C 307.481 12094 0.986 103.7 204.4 -12.8 12 38 304C 193611 C 307.481 0.825 113.0 + 93 193611 C 307.481 0.872 127.0 + 188 193611 C 307.481 0.943 117.0 + 296 193611 C 307.481 0.962 75.7 + 493 193611 C 307.481 ( 24.2)(283.4) (+ 4.0)( 198)( 1053)( 2980) 193611 C 308.438 0.950 283.4 + 367 193611 C 308.438 0.925 250.3 + 296 193611 C 308.438 0.886 242.8 + 214 193611 C 308.438 0.858 291.6 + 286 193611 C 308.438 12089 0.687 245.4 310.5 -13.5 12 39 193611 C 308.438 12084 0.539 299.9 300.2 +18.9 9 37 193611 C 308.438 12085 0.526 219.0 291.3 -20.4 8 16 193611 C 308.438 1112D 0.421 312.0 289.4 +14.0 0 3 193611 C 308.438 12086 0.304 339.6 277.2 +20.4 27 176 193611 C 308.438 12087 0.347 172.8 268.1 -16.1 24 141 193611 C 308.438 12088 0.475 136.0 250.7 -16.2 36 138 193611 C 308.438 12090 0.513 123.0 244.6 -12.7 25 191 193611 C 308.438 12091 0.725 108.7 226.6 -10.6 33 161 193611 C 308.438 12092 0.721 74.0 225.3 +14.2 17 76 130F 193611 C 308.438 1112E 0.871 75.3 210.4 +14.7 2 8 410C 193611 C 308.438 12093 0.852 107.9 214.6 -13.0 8 12 367C 193611 C 308.438 12094 0.929 105.1 204.2 -12.5 11 46 367C 193611 C 308.438 12095 0.992 75.7 187.4 +14.7 31 176 193611 C 308.438 0.776 133.0 + 150 193611 C 308.438 0.835 62.1 + 180 193611 C 308.438 0.889 120.4 + 433 193611 C 308.438 0.976 68.0 + 356 193611 C 308.438 ( 24.0)(270.7) (+ 3.9)( 243)( 1220)( 3189) 193611 G 309.554 0.971 250.5 + 305 193611 G 309.554 0.963 291.9 + 249 193611 G 309.554 0.857 302.1 + 185 193611 G 309.554 0.852 284.5 + 250 193611 G 309.554 0.811 248.2 + 139 193611 G 309.554 12084 0.729 291.8 301.3 +18.4 3 9 193611 G 309.554 12085 0.656 232.5 289.6 -20.3 8 18 193611 G 309.554 12086 0.452 311.2 277.2 +20.8 34 154 193611 G 309.554 12087 0.397 213.8 269.2 -15.5 29 125 193611 G 309.554 12088 0.358 161.4 249.2 -16.0 25 67 193611 G 309.554 12090 0.343 146.2 244.8 -12.8 44 250 193611 G 309.554 12091 0.543 116.6 226.5 -10.7 26 143 193611 G 309.554 12092 0.542 68.8 224.7 +14.5 17 86 193611 G 309.554 12093 0.693 112.8 215.3 -12.7 5 12 193611 G 309.554 12094 0.807 108.4 204.6 -12.4 8 31 126F 193611 G 309.554 12096 0.913 109.4 192.6 -16.0 2 8 226S 193611 G 309.554 12097 0.943 66.2 185.9 +23.6 6 13 490SP 193611 G 309.554 12095 0.958 75.7 182.5 +14.8 103 424 218C 193611 G 309.554 12098 0.996 81.2 170.8 + 9.1 11 138 75P 193611 G 309.554 0.919 53.8 + 207 193611 G 309.554 ( 23.8)(256.0) (+ 3.8)( 321)( 1478)( 2470) 193611 G 310.454 0.959 243.4 + 172 193611 G 310.454 0.953 284.1 + 285 193611 G 310.454 0.916 301.2 + 210 193611 G 310.454 0.910 252.0 + 151 193611 G 310.454 0.873 239.6 + 139 193611 G 310.454 12084 0.846 289.8 301.0 +18.7 2 8 463C 193611 G 310.454 12085 0.790 240.8 291.2 -20.1 7 15 193611 G 310.454 1112F 0.721 306.6 285.0 +28.2 3 8 193611 G 310.454 12086 0.613 299.3 278.7 +20.4 16 87 193611 G 310.454 12087 0.570 237.4 273.7 -14.6 67 379 193611 G 310.454 12088 0.360 196.8 250.3 -16.4 33 109 193611 G 310.454 12090 0.280 183.2 245.0 -12.5 55 214 193611 G 310.454 12091 0.384 130.0 226.8 -10.7 29 133 193611 G 310.454 12092 0.370 59.6 225.0 +14.2 14 85 193611 G 310.454 12093 0.554 120.0 214.8 -12.8 5 13 193611 G 310.454 12096 0.801 112.0 194.0 -15.1 15 22 118S 193611 G 310.454 12097 0.850 63.4 187.7 +24.4 19 45 325C 193611 G 310.454 12095 0.882 75.0 182.5 +15.0 79 499 205C 193611 G 310.454 12098 0.962 81.4 169.9 + 9.3 46 218 333C 193611 G 310.454 0.795 66.2 + 252 193611 G 310.454 0.899 54.5 + 136 193611 G 310.454 0.925 102.4 + 29 193611 G 310.454 0.952 112.8 + 159 193611 G 310.454 ( 23.6)(244.1) (+ 3.7)( 390)( 1835)( 2977) 193611 G 311.407 0.973 300.6 + 117 193611 G 311.407 0.964 253.4 + 142 193611 G 311.407 0.960 285.4 + 317 193611 G 311.407 0.958 294.9 + 105 193611 G 311.407 0.948 243.1 + 177 193611 G 311.407 0.894 291.0 + 596 193611 G 311.407 0.858 241.6 + 230 193611 G 311.407 0.797 304.8 + 296 193611 G 311.407 12086 0.775 292.4 280.9 +19.5 10 58 193611 G 311.407 12087 0.735 246.5 275.5 -14.4 53 398 193611 G 311.407 12088 0.461 223.0 250.6 -16.2 40 179 193611 G 311.407 12090 0.354 219.1 244.8 -12.4 17 151 193611 G 311.407 12091 0.263 163.2 227.2 -10.9 32 158 193611 G 311.407 12092 0.214 30.8 225.1 +14.1 13 75 193611 G 311.407 12093 0.385 136.6 215.9 -12.7 2 6 193611 G 311.407 12096 0.647 119.9 196.1 -15.8 12 40 193611 G 311.407 12097 0.744 59.9 186.8 +24.4 14 68 110C 193611 G 311.407 12095 0.755 73.4 183.3 +14.8 78 460 239C 193611 G 311.407 12098 0.878 81.2 170.2 + 9.4 41 168 390F 193611 G 311.407 0.899 60.6 + 148 193611 G 311.407 0.910 46.0 + 162 193611 G 311.407 0.912 118.8 + 106 193611 G 311.407 0.952 109.8 + 246 193611 G 311.407 ( 23.4)(231.6) (+ 3.6)( 312)( 1761)( 3381) 193611 G 312.443 0.967 290.2 + 515 193611 G 312.443 0.944 245.2 + 230 193611 G 312.443 0.921 299.6 + 376 193611 G 312.443 0.863 306.8 + 225 193611 G 312.443 12086 0.908 289.4 282.6 +19.0 8 26 336F 193611 G 312.443 12087 0.881 251.8 277.4 -14.2 60 349 712C 193611 G 312.443 12088 0.626 237.6 251.2 -16.6 16 139 193611 G 312.443 12090 0.513 238.8 244.5 -12.2 18 81 193611 G 312.443 12091 0.295 211.7 226.9 -11.0 28 133 193611 G 312.443 12092 0.224 326.9 225.1 +14.2 11 47 193611 G 312.443 12093 0.284 173.0 215.9 -12.8 2 5 193611 G 312.443 12094 0.376 141.2 203.9 -13.5 2 10 193611 G 312.443 12096 0.485 132.8 196.3 -16.0 9 31 193611 G 312.443 12097 0.626 53.4 184.4 +24.8 6 14 193611 G 312.443 12095 0.583 69.6 183.7 +14.6 88 486 193611 G 312.443 12098 0.743 80.0 170.2 + 9.7 26 198 284F 193611 G 312.443 12099 0.870 113.6 161.0 -18.5 7 24 277C 193611 G 312.443 1112G 0.919 79.8 151.2 +10.7 0 3 88F 193611 G 312.443 12100 0.962 110.5 146.2 -18.6 61 285 617C 193611 G 312.443 12101 0.991 99.9 136.6 - 9.3 72 307 108C 193611 G 312.443 0.822 120.4 + 96 193611 G 312.443 0.956 116.4 + 294 193611 G 312.443 ( 23.2)(217.9) (+ 3.5)( 414)( 2138)( 4158) 193611 G 313.432 0.949 298.5 + 344 193611 G 313.432 0.940 306.6 + 133 193611 G 313.432 0.939 290.5 + 426 193611 G 313.432 0.894 247.3 + 255 193611 G 313.432 12087 0.967 254.4 278.5 -14.1 39 206 560C 193611 G 313.432 12088 0.774 245.2 251.9 -16.6 9 33 133SP 193611 G 313.432 12090 0.678 247.7 244.7 -12.2 9 24 193611 G 313.432 12091 0.451 237.0 227.5 -11.0 20 133 193611 G 313.432 12092 0.386 300.1 225.0 +14.3 11 38 193611 G 313.432 12093 0.355 202.3 212.9 -15.7 1 5 193611 G 313.432 12094 0.287 172.5 202.7 -13.1 2 9 193611 G 313.432 12096 0.380 154.2 195.0 -16.6 4 30 193611 G 313.432 12102 0.396 35.9 190.5 +21.9 10 48 193611 G 313.432 12095 0.399 60.7 183.9 +14.4 77 445 193611 G 313.432 12098 0.575 77.4 170.3 +10.0 28 166 193611 G 313.432 12099 0.751 119.0 161.1 -18.8 34 117 193611 G 313.432 12100 0.885 112.7 145.9 -18.2 54 320 506C 193611 G 313.432 12101 0.951 98.6 133.8 - 7.1 164 790 645C 193611 G 313.432 0.821 78.2 + 80 193611 G 313.432 0.890 120.9 + 172 193611 G 313.432 0.909 59.5 + 177 193611 G 313.432 ( 22.9)(204.9) (+ 3.4)( 462)( 2364)( 3431) 193611 G 314.435 0.983 253.5 + 348 193611 G 314.435 0.971 290.4 + 189 193611 G 314.435 0.941 299.9 + 121 193611 G 314.435 0.934 310.1 + 115 193611 G 314.435 12088 0.890 249.5 251.9 -16.5 10 31 453C 193611 G 314.435 12090 0.823 252.7 245.0 -12.2 6 10 175C 193611 G 314.435 12091 0.624 247.6 227.6 -11.1 22 134 193611 G 314.435 1112H 0.625 297.1 227.6 +19.1 4 12 193611 G 314.435 12092 0.570 290.7 224.9 +14.3 8 17 193611 G 314.435 1112I 0.601 308.7 222.7 +24.8 2 8 193611 G 314.435 12093 0.477 230.7 214.0 -14.4 10 28 193611 G 314.435 12103 0.684 205.9 213.0 -34.8 3 6 193611 G 314.435 12096 0.354 182.9 192.8 -17.3 7 29 193611 G 314.435 12102 0.321 4.0 190.3 +21.9 4 12 193611 G 314.435 12095 0.233 35.5 183.7 +14.2 77 430 193611 G 314.435 12098 0.373 71.1 170.8 +10.0 29 161 193611 G 314.435 1112J 0.433 83.5 166.2 + 5.8 2 5 193611 G 314.435 12099 0.577 129.6 163.8 -18.6 64 223 193611 G 314.435 12100 0.771 117.9 145.8 -18.8 46 246 404C 193611 G 314.435 12101 0.862 100.1 133.2 - 7.0 187 862 558C 193611 G 314.435 0.881 110.9 + 271 193611 G 314.435 0.936 61.2 + 139 193611 G 314.435 0.943 48.5 + 169 193611 G 314.435 0.959 105.1 + 237 193611 G 314.435 0.965 97.0 + 419 193611 G 314.435 ( 22.7)(191.7) (+ 3.3)( 481)( 2214)( 3598) 193611 K 315.121 0.937 243.3 + 172 193611 K 315.121 12088 0.934 252.5 249.7 -15.1 6 22 409P 193611 K 315.121 12090 0.897 254.5 244.6 -12.4 4 9 145F 193611 K 315.121 12091 0.730 251.4 227.3 -11.2 23 125 193611 K 315.121 12092 0.687 287.5 225.0 +14.3 4 17 193611 K 315.121 12093 0.619 242.3 216.8 -14.0 3 10 193611 K 315.121 12103 0.741 215.5 213.8 -34.2 6 19 193611 K 315.121 12096 0.381 205.9 192.6 -16.8 9 55 193611 K 315.121 12095 0.191 352.8 184.0 +14.1 80 389 193611 K 315.121 12098 0.237 59.7 170.7 +10.0 28 173 193611 K 315.121 12099 0.485 140.1 163.5 -18.7 66 372 193611 K 315.121 12100 0.677 122.9 145.8 -19.0 36 188 193611 K 315.121 12101 0.772 101.9 133.2 - 7.0 164 923 324C 193611 K 315.121 12104 0.790 110.0 133.0 -13.6 13 56 198C 193611 K 315.121 0.806 123.3 + 290 193611 K 315.121 0.904 119.3 + 217 193611 K 315.121 0.905 98.1 + 589 193611 K 315.121 0.911 107.8 + 232 193611 K 315.121 0.928 69.5 + 141 193611 K 315.121 0.935 59.1 + 156 193611 K 315.121 ( 22.5)(182.6) (+ 3.2)( 442)( 2358)( 2873) 193611 C 316.419 0.977 253.8 + 251 193611 C 316.419 0.870 296.4 + 187 193611 C 316.419 0.852 284.5 + 289 193611 C 316.419 12091 0.888 255.6 226.5 -11.2 18 118 247F 193611 C 316.419 12093 0.815 250.7 217.7 -13.7 3 15 164F 193611 C 316.419 12103 0.845 225.4 212.0 -34.2 4 16 104C 193611 C 316.419 12096 0.581 238.0 196.1 -15.2 29 124 193611 C 316.419 12095 0.368 301.8 184.2 +14.1 55 366 193611 C 316.419 12098 0.162 320.2 171.5 +10.2 17 131 193611 C 316.419 12099 0.371 176.5 164.1 -18.5 75 326 193611 C 316.419 12100 0.494 139.4 145.7 -19.0 32 204 193611 C 316.419 12101 0.562 107.6 133.0 - 7.1 127 820 193611 C 316.419 12104 0.603 118.2 132.5 -13.9 44 240 193611 C 316.419 0.761 104.5 + 469 193611 C 316.419 0.849 65.1 + 128 193611 C 316.419 0.885 39.6 + 79 193611 C 316.419 0.940 109.4 + 274 193611 C 316.419 ( 22.2)(165.5) (+ 3.1)( 404)( 2360)( 2192) 193611 G 317.570 0.952 284.9 + 229 193611 G 317.570 0.915 251.7 + 221 193611 G 317.570 0.900 298.5 + 113 193611 G 317.570 0.869 238.9 + 219 193611 G 317.570 0.860 286.0 + 212 193611 G 317.570 12091 0.977 257.7 226.9 -11.4 30 122 215SF 193611 G 317.570 1112K 0.970 293.1 226.1 +23.1 8 26 165C 193611 G 317.570 12103 0.929 231.3 211.2 -34.1 5 12 92C 193611 G 317.570 12096 0.766 247.6 197.3 -15.0 17 78 193611 G 317.570 12102 0.689 294.1 191.7 +18.5 6 14 193611 G 317.570 12095 0.583 290.3 184.5 +14.0 68 376 193611 G 317.570 12098 0.382 290.2 171.6 +10.3 30 152 193611 G 317.570 12099 0.426 211.4 163.8 -18.4 73 373 193611 G 317.570 12100 0.376 169.0 146.0 -18.7 31 215 193611 G 317.570 12104 0.410 133.7 132.6 -13.7 60 254 193611 G 317.570 12101 0.350 120.1 132.6 - 7.4 142 791 193611 G 317.570 0.813 112.3 + 270 193611 G 317.570 0.880 79.6 + 136 193611 G 317.570 0.908 122.1 + 206 193611 G 317.570 0.939 114.4 + 220 193611 G 317.570 0.954 68.1 + 197 193611 G 317.570 ( 21.9)(150.3) (+ 2.9)( 470)( 2413)( 2495) 193611 G 318.456 0.964 296.1 + 194 193611 G 318.456 0.958 252.8 + 292 193611 G 318.456 0.946 242.3 + 249 193611 G 318.456 0.943 230.9 + 200 193611 G 318.456 0.935 284.3 + 182 193611 G 318.456 0.851 282.3 + 83 193611 G 318.456 0.760 303.8 + 138 193611 G 318.456 12096 0.874 251.2 197.4 -14.9 17 45 364C 193611 G 318.456 12102 0.818 290.9 192.2 +18.6 3 3 262C 193611 G 318.456 12095 0.726 285.8 184.4 +13.4 55 296 193611 G 318.456 12098 0.559 284.7 171.9 +10.5 26 139 193611 G 318.456 12099 0.545 228.7 164.2 -18.5 63 322 193611 G 318.456 12100 0.390 199.1 146.4 -18.7 29 195 193611 G 318.456 12101 0.205 147.9 132.4 - 7.2 109 606 193611 G 318.456 12104 0.307 158.9 132.2 -13.8 41 181 193611 G 318.456 12105 0.414 113.0 116.2 - 6.7 2 5 193611 G 318.456 0.866 76.9 + 172 193611 G 318.456 0.871 117.5 + 308 193611 G 318.456 0.928 126.5 + 305 193611 G 318.456 0.930 62.9 + 618 193611 G 318.456 0.931 45.9 + 88 193611 G 318.456 0.981 115.9 + 232 193611 G 318.456 ( 21.7)(138.7) (+ 2.8)( 345)( 1792)( 3687) 193611 G 319.442 0.960 282.8 + 95 193611 G 319.442 0.865 301.2 + 324 193611 G 319.442 12096 0.944 253.0 194.6 -15.0 6 20 353C 193611 G 319.442 12102 0.929 289.6 193.4 +19.2 28 110 200C 193611 G 319.442 12095 0.865 283.4 185.2 +12.9 29 233 114C 193611 G 319.442 12098 0.729 282.2 172.0 +10.7 20 139 193611 G 319.442 12099 0.696 239.6 164.8 -18.5 63 339 193611 G 319.442 12100 0.494 222.2 146.1 -18.8 21 174 193611 G 319.442 12101 0.219 217.4 133.4 - 7.3 106 501 193611 G 319.442 12104 0.309 199.2 131.7 -14.2 23 117 193611 G 319.442 12105 0.228 136.4 116.6 - 6.8 1 5 193611 G 319.442 0.795 65.3 + 125 193611 G 319.442 0.859 128.6 + 233 193611 G 319.442 0.902 109.8 + 121 193611 G 319.442 0.903 60.6 + 301 193611 G 319.442 0.939 118.8 + 330 193611 G 319.442 0.985 59.0 + 152 193611 G 319.442 ( 21.4)(125.7) (+ 2.7)( 297)( 1638)( 2348) 193611 C 320.395 0.978 250.0 + 221 193611 C 320.395 0.936 299.9 + 190 193611 C 320.395 12102 0.985 288.7 193.1 +18.8 23 130 157C 193611 C 320.395 12095 0.943 282.9 183.5 +13.0 15 87 305N 193611 C 320.395 12098 0.856 281.2 171.7 +11.0 20 115 136F 193611 C 320.395 12099 0.821 245.5 164.8 -18.2 51 316 244C 193611 C 320.395 12106 0.840 236.1 163.9 -26.2 7 40 193611 C 320.395 12100 0.629 235.5 146.1 -18.7 13 102 193611 C 320.395 12101 0.379 244.2 133.1 - 7.0 67 466 193611 C 320.395 12104 0.422 227.2 131.6 -14.1 23 100 193611 C 320.395 0.819 133.9 + 228 193611 C 320.395 0.838 62.0 + 268 193611 C 320.395 0.862 119.7 + 370 193611 C 320.395 0.938 56.7 + 226 193611 C 320.395 ( 21.1)(113.1) (+ 2.6)( 219)( 1356)( 2345) 193611 C 321.405 0.974 287.2 + 161 193611 C 321.405 0.839 233.2 + 99 193611 C 321.405 12098 0.952 280.2 171.9 +10.5 21 108 142F 193611 C 321.405 12106 0.932 241.1 164.4 -25.7 29 159 155C 193611 C 321.405 12099 0.917 248.7 163.7 -18.3 47 286 335C 193611 C 321.405 12107 0.899 244.2 160.2 -21.8 11 62 335C 193611 C 321.405 12100 0.770 243.4 146.1 -18.4 13 79 193611 C 321.405 12101 0.572 253.2 133.2 - 7.4 75 416 193611 C 321.405 12104 0.579 240.7 131.1 -14.2 9 46 193611 C 321.405 12108 0.929 113.6 34.4 -20.8 5 28 326F 193611 C 321.405 0.850 53.8 + 158 193611 C 321.405 ( 20.8)( 99.8) (+ 2.5)( 210)( 1184)( 1376) 193611 C 322.415 0.922 235.1 + 120 193611 C 322.415 0.867 281.3 + 105 193611 C 322.415 0.797 234.3 + 95 193611 C 322.415 12106 0.984 244.5 163.7 -24.5 22 104 126F 193611 C 322.415 12099 0.980 250.7 163.2 -18.3 42 182 237F 193611 C 322.415 12107 0.972 246.5 160.5 -22.1 17 79 205F 193611 C 322.415 12100 0.887 248.1 146.3 -18.1 11 41 350S 193611 C 322.415 12101 0.744 257.7 133.5 - 7.5 64 286 193611 C 322.415 12104 0.720 247.5 129.7 -14.2 3 12 193611 C 322.415 1112L 0.757 46.9 45.5 +32.8 2 6 193611 C 322.415 12108 0.858 116.6 31.4 -21.2 65 309 294C 193611 C 322.415 0.846 71.3 + 215 193611 C 322.415 0.862 85.6 + 148 193611 C 322.415 0.899 108.1 + 185 193611 C 322.415 0.925 124.5 + 142 193611 C 322.415 0.960 71.1 + 326 193611 C 322.415 ( 20.5)( 86.5) (+ 2.4)( 226)( 1019)( 2548) 193611 C 323.418 0.962 280.8 + 196 193611 C 323.418 0.884 238.2 + 111 193611 C 323.418 0.765 255.8 + 234 193611 C 323.418 12100 0.962 250.4 145.4 -18.1 0 14 609S 193611 C 323.418 12101 0.880 260.2 134.0 - 7.5 49 279 324C 193611 C 323.418 12104 0.849 251.7 129.3 -14.2 4 8 319C 193611 C 323.418 1112M 0.475 154.2 60.3 -23.1 2 5 193611 C 323.418 12108 0.730 122.8 32.1 -21.6 94 567 193611 C 323.418 0.759 67.0 + 144 193611 C 323.418 0.881 127.4 + 198 193611 C 323.418 0.895 70.6 + 337 193611 C 323.418 0.976 128.6 + 180 193611 C 323.418 0.977 111.9 + 136 193611 C 323.418 ( 20.2)( 73.2) (+ 2.2)( 149)( 873)( 2788) 193611 C 324.410 0.952 250.6 + 489 193611 C 324.410 0.848 261.7 + 197 193611 C 324.410 0.841 251.1 + 120 193611 C 324.410 12101 0.960 261.9 133.3 - 7.2 25 246 330C 193611 C 324.410 1112N 0.398 324.3 74.5 +20.9 1 4 193611 C 324.410 12108 0.587 132.3 32.5 -21.3 103 645 193611 C 324.410 0.783 67.9 + 114 193611 C 324.410 0.817 139.5 + 90 193611 C 324.410 0.888 61.2 + 113 193611 C 324.410 0.927 114.4 + 244 193611 C 324.410 0.928 131.7 + 182 193611 C 324.410 0.968 106.3 + 123 193611 C 324.410 ( 19.9)( 60.2) (+ 2.1)( 129)( 895)( 2002) 193611 G 325.458 0.956 262.2 + 469 193611 G 325.458 0.949 254.3 + 273 193611 G 325.458 0.949 244.1 + 188 193611 G 325.458 0.946 293.0 + 140 193611 G 325.458 0.837 294.8 + 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328.488 0.915 293.3 + 210 193611 C 328.488 0.863 246.3 + 107 193611 C 328.488 0.863 304.4 + 338 193611 C 328.488 0.847 220.0 + 78 193611 C 328.488 0.842 233.4 + 365 193611 C 328.488 12108 0.553 225.8 31.4 -21.2 143 1243 193611 C 328.488 12109 0.914 72.4 301.2 +16.7 56 276 1260F 193611 C 328.488 0.825 70.1 + 533 193611 C 328.488 0.877 106.2 + 247 193611 C 328.488 0.882 119.8 + 99 193611 C 328.488 0.929 56.1 + 146 193611 C 328.488 0.954 114.0 + 120 193611 C 328.488 0.981 107.8 + 116 193611 C 328.488 ( 18.6)( 6.4) (+ 1.6)( 199)( 1519)( 4104) 193611 C 329.405 0.946 293.0 + 102 193611 C 329.405 0.939 246.3 + 135 193611 C 329.405 0.922 302.8 + 402 193611 C 329.405 0.914 236.6 + 357 193611 C 329.405 0.813 310.3 + 196 193611 C 329.405 12108 0.689 235.8 31.9 -21.5 133 1121 193611 C 329.405 1113A 0.369 145.8 341.9 -16.3 1 4 193611 C 329.405 12109 0.809 69.8 301.9 +17.1 92 390 330C 193611 C 329.405 12110 0.821 104.6 300.5 -11.0 11 44 86C 193611 C 329.405 0.899 52.7 + 99 193611 C 329.405 0.920 67.7 + 759 193611 C 329.405 0.952 107.0 + 438 193611 C 329.405 ( 18.2)(354.3) (+ 1.5)( 237)( 1559)( 2904) 193611 C 330.431 0.972 243.5 + 196 193611 C 330.431 0.962 297.7 + 158 193611 C 330.431 0.903 305.3 + 156 193611 C 330.431 12108 0.820 242.6 32.0 -21.2 152 947 297P 193611 C 330.431 12109 0.653 64.7 302.8 +17.3 134 960 193611 C 330.431 12110 0.661 108.3 301.2 -10.9 79 333 193611 C 330.431 12111 0.932 105.9 273.4 -14.2 18 63 274C 193611 C 330.431 12112 0.968 104.7 266.4 -13.8 94 778 274C 193611 C 330.431 0.831 67.3 + 205 193611 C 330.431 0.856 108.0 + 210 193611 C 330.431 0.930 58.3 + 192 193611 C 330.431 0.940 69.1 + 151 193611 C 330.431 ( 17.9)(340.8) (+ 1.4)( 477)( 3081)( 1839) 193611 G 331.556 0.963 302.8 + 190 193611 G 331.556 0.889 289.9 + 234 193611 G 331.556 0.841 229.0 + 200 193611 G 331.556 12108 0.938 247.3 33.5 -20.7 132 677 1037C 193611 G 331.556 12109 0.466 53.7 303.0 +17.1 197 1267 193611 G 331.556 12113 0.526 44.1 302.6 +23.2 29 125 193611 G 331.556 12110 0.456 118.1 301.9 -11.2 76 657 193611 G 331.556 12114 0.673 61.5 287.3 +19.6 3 13 193611 G 331.556 12111 0.828 108.5 272.0 -14.5 35 132 503C 193611 G 331.556 12112 0.893 106.9 264.3 -14.5 187 1165 503C 193611 G 331.556 12115 0.983 73.5 247.0 +16.4 24 138 314F 193611 G 331.556 0.823 57.7 + 229 193611 G 331.556 0.920 77.2 + 219 193611 G 331.556 0.925 52.1 + 296 193611 G 331.556 0.972 106.6 + 408 193611 G 331.556 ( 17.5)(326.0) (+ 1.2)( 683)( 4174)( 3630) 193611 G 332.415 0.958 281.6 + 157 193611 G 332.415 0.944 290.8 + 195 193611 G 332.415 0.910 303.8 + 90 193611 G 332.415 0.902 232.3 + 250 193611 G 332.415 0.838 291.9 + 237 193611 G 332.415 0.819 221.5 + 174 193611 G 332.415 12108 0.985 248.7 33.4 -20.7 177 493 1160C 193611 G 332.415 12116 0.876 259.1 15.0 - 9.0 11 36 166F 193611 G 332.415 12117 0.371 212.3 326.6 -17.1 7 33 193611 G 332.415 12110 0.288 135.9 303.0 -10.8 107 705 193611 G 332.415 12113 0.422 27.7 302.5 +22.9 16 79 193611 G 332.415 12109 0.346 36.9 302.2 +17.0 211 1425 193611 G 332.415 12118 0.459 56.7 291.3 +15.5 10 38 193611 G 332.415 12114 0.541 51.4 288.0 +20.6 5 21 193611 G 332.415 12111 0.716 111.9 271.5 -14.7 52 313 338F 193611 G 332.415 12112 0.795 109.1 264.1 -14.3 182 1260 338F 193611 G 332.415 12119 0.922 107.3 249.0 -15.4 17 86 427C 193611 G 332.415 12115 0.935 72.5 246.3 +16.7 57 284 398C 193611 G 332.415 0.782 60.0 + 160 193611 G 332.415 0.832 75.0 + 176 193611 G 332.415 0.878 50.0 + 316 193611 G 332.415 0.933 117.8 + 282 193611 G 332.415 0.973 100.8 + 209 193611 G 332.415 ( 17.2)(314.7) (+ 1.1)( 852)( 4773)( 4735) 193611 C 333.350 0.973 244.3 + 302 193611 C 333.350 12116 0.964 260.4 16.3 - 9.0 11 50 285F 193611 C 333.350 1113B 0.930 288.9 9.6 +17.9 5 23 146C 193611 C 333.350 12117 0.535 239.4 330.6 -14.8 2 8 193611 C 333.350 12110 0.205 185.1 303.4 -10.7 78 600 193611 C 333.350 12113 0.372 357.6 303.3 +22.7 9 40 193611 C 333.350 12109 0.271 357.2 303.1 +16.6 171 1296 193611 C 333.350 12118 0.298 37.2 291.6 +14.7 11 44 193611 C 333.350 12111 0.555 119.8 272.5 -15.1 36 215 193611 C 333.350 12112 0.662 113.8 263.7 -14.7 170 1222 193611 C 333.350 12119 0.813 109.6 250.0 -15.2 20 100 304C 193611 C 333.350 12115 0.855 71.4 244.9 +16.3 69 494 179C 193611 C 333.350 12120 0.964 101.2 228.5 -10.5 7 24 205C 193611 C 333.350 0.950 106.3 + 158 193611 C 333.350 0.970 71.2 + 232 193611 C 333.350 ( 16.8)(302.3) (+ 1.0)( 589)( 4116)( 1811) 193611 K 334.098 0.986 260.8 + 190 193611 K 334.098 0.966 287.8 + 315 193611 K 334.098 0.914 299.1 + 468 193611 K 334.098 0.900 243.7 + 242 193611 K 334.098 0.832 285.8 + 282 193611 K 334.098 12113 0.418 332.2 304.6 +22.5 4 16 193611 K 334.098 12110 0.278 222.3 303.4 -11.0 84 480 193611 K 334.098 12109 0.325 326.9 303.1 +16.6 182 1254 193611 K 334.098 12118 0.235 1.7 292.1 +14.4 12 52 193611 K 334.098 12111 0.426 129.7 272.8 -14.9 42 209 193611 K 334.098 12121 0.484 47.3 270.4 +19.9 8 32 193611 K 334.098 12112 0.552 119.7 262.9 -15.0 206 1333 193611 K 334.098 12119 0.711 113.1 249.9 -15.5 28 145 193611 K 334.098 12115 0.762 68.7 244.9 +16.6 131 691 303P 193611 K 334.098 12120 0.905 101.9 228.5 -10.3 7 19 774C 193611 K 334.098 12122 0.972 120.1 218.9 -28.9 8 25 281F 193611 K 334.098 0.799 124.7 + 436 193611 K 334.098 0.884 115.8 + 246 193611 K 334.098 0.907 70.4 + 358 193611 K 334.098 0.972 113.1 + 169 193611 K 334.098 ( 16.5)(292.5) (+ 0.9)( 712)( 4256)( 4064) 193612 G 335.463 0.941 285.1 + 133 193612 G 335.463 0.925 250.8 + 352 193612 G 335.463 0.865 296.4 + 215 193612 G 335.463 0.808 248.3 + 142 193612 G 335.463 12110 0.543 248.5 305.3 -10.8 46 263 193612 G 335.463 12109 0.536 300.2 303.2 +16.2 172 1035 193612 G 335.463 12113 0.596 308.4 304.7 +22.3 4 14 193612 G 335.463 12118 0.365 311.6 290.8 +14.6 2 7 193612 G 335.463 12111 0.271 176.7 273.6 -14.9 28 123 193612 G 335.463 12121 0.332 13.8 269.7 +19.4 4 19 193612 G 335.463 12112 0.334 143.5 262.7 -14.8 185 1323 193612 G 335.463 12119 0.471 124.6 251.0 -14.8 30 142 193612 G 335.463 12115 0.532 58.8 246.3 +16.6 105 635 193612 G 335.463 12120 0.734 104.8 228.5 -10.3 5 11 193612 G 335.463 12122 0.905 123.9 214.6 -29.9 5 13 306F 193612 G 335.463 12123 0.972 126.7 202.1 -35.2 50 318 512C 193612 G 335.463 12124 0.986 68.6 194.9 +21.2 48 335 614P 193612 G 335.463 12125 0.986 75.6 194.5 +14.3 20 64 207P 193612 G 335.463 0.770 67.0 + 246 193612 G 335.463 0.848 125.5 + 71 193612 G 335.463 0.866 117.3 + 112 193612 G 335.463 0.937 58.7 + 107 193612 G 335.463 0.947 103.2 + 140 193612 G 335.463 0.970 110.0 + 184 193612 G 335.463 ( 16.0)(274.5) (+ 0.7)( 704)( 4302)( 3341) 193612 C 336.480 0.959 251.9 + 226 193612 C 336.480 0.945 292.0 + 174 193612 C 336.480 0.933 243.3 + 92 193612 C 336.480 0.832 291.5 + 188 193612 C 336.480 12126 0.814 248.2 313.2 -17.2 15 68 94C 193612 C 336.480 12110 0.732 255.0 306.9 -10.5 43 234 193612 C 336.480 12109 0.701 292.6 303.3 +16.0 136 943 193612 C 336.480 12113 0.678 299.2 299.9 +19.8 7 29 193612 C 336.480 12121 0.391 329.1 273.4 +20.1 1 2 193612 C 336.480 12111 0.345 216.5 270.8 -15.4 24 94 193612 C 336.480 12112 0.276 184.2 262.3 -15.3 155 1139 193612 C 336.480 12119 0.311 147.6 251.2 -14.5 21 101 193612 C 336.480 12115 0.384 42.7 245.4 +16.9 104 674 193612 C 336.480 1113C 0.502 147.0 243.7 -24.2 2 8 193612 C 336.480 12120 0.571 109.4 228.0 -10.4 5 13 193612 C 336.480 12122 0.820 128.2 213.2 -30.0 7 23 127C 193612 C 336.480 12123 0.922 129.8 200.5 -35.8 55 234 522C 193612 C 336.480 12125 0.917 74.7 195.5 +14.2 16 104 645C 193612 C 336.480 12124 0.927 67.0 194.9 +21.5 60 387 590P 193612 C 336.480 0.848 54.8 + 114 193612 C 336.480 0.854 105.8 + 95 193612 C 336.480 0.927 116.4 + 248 193612 C 336.480 0.976 63.3 + 178 193612 C 336.480 ( 15.6)(261.1) (+ 0.6)( 651)( 4053)( 3293) 193612 G 337.505 0.933 287.7 + 401 193612 G 337.505 12126 0.926 250.6 313.8 -17.7 12 51 287C 193612 G 337.505 12110 0.866 257.0 306.6 -11.0 29 202 496C 193612 G 337.505 12109 0.847 288.5 304.0 +15.8 154 882 830C 193612 G 337.505 12113 0.829 294.0 301.0 +19.9 2 8 830C 193612 G 337.505 12111 0.505 237.7 273.7 -15.1 16 93 193612 G 337.505 12112 0.362 222.2 262.1 -15.0 133 1013 193612 G 337.505 12119 0.274 191.4 250.8 -15.0 16 66 193612 G 337.505 12115 0.280 5.7 245.9 +16.6 79 643 193612 G 337.505 12120 0.370 119.8 228.6 -10.1 4 6 193612 G 337.505 1113D 0.565 129.0 219.8 -20.3 2 8 193612 G 337.505 12122 0.708 135.2 212.7 -29.7 12 48 193612 G 337.505 12123 0.837 133.7 200.2 -34.9 35 182 555C 193612 G 337.505 12125 0.802 73.0 195.6 +13.8 22 86 271F 193612 G 337.505 12124 0.828 64.2 194.6 +21.3 48 388 955F 193612 G 337.505 12127 0.951 79.4 176.0 +10.3 6 21 184C 193612 G 337.505 0.836 117.6 + 247 193612 G 337.505 0.944 60.4 + 300 193612 G 337.505 0.955 71.4 + 179 193612 G 337.505 0.967 107.2 + 261 193612 G 337.505 ( 15.2)(247.6) (+ 0.5)( 570)( 3697)( 4966) 193612 G 338.423 0.981 251.7 + 285 193612 G 338.423 0.904 243.4 + 196 193612 G 338.423 0.835 299.5 + 429 193612 G 338.423 0.805 240.0 + 192 193612 G 338.423 0.791 252.4 + 211 193612 G 338.423 0.770 311.9 + 186 193612 G 338.423 12110 0.950 258.9 306.7 -10.4 41 185 443F 193612 G 338.423 12109 0.930 287.2 302.9 +16.1 135 801 1127N 193612 G 338.423 12111 0.644 245.5 272.7 -15.2 11 72 193612 G 338.423 12112 0.505 238.1 261.7 -15.1 150 829 193612 G 338.423 12119 0.362 220.5 249.6 -15.6 10 62 193612 G 338.423 12115 0.333 327.1 246.3 +16.4 98 573 193612 G 338.423 1113E 0.370 196.0 241.7 -21.0 1 5 193612 G 338.423 1113F 0.216 177.5 234.9 -12.1 2 7 193612 G 338.423 12120 0.213 146.6 228.7 - 9.9 2 5 193612 G 338.423 12122 0.624 145.7 211.5 -30.7 17 97 193612 G 338.423 12123 0.773 139.5 197.5 -35.6 34 144 401F 193612 G 338.423 12125 0.653 69.0 196.8 +13.7 20 75 193612 G 338.423 12124 0.714 59.0 194.4 +21.8 51 310 388F 193612 G 338.423 12127 0.865 78.3 176.3 +10.3 7 22 159C 193612 G 338.423 0.870 55.6 + 263 193612 G 338.423 0.870 67.0 + 142 193612 G 338.423 0.873 107.4 + 110 193612 G 338.423 0.880 85.2 + 131 193612 G 338.423 0.950 111.0 + 850 193612 G 338.423 0.974 63.4 + 141 193612 G 338.423 0.980 76.7 + 214 193612 G 338.423 ( 14.8)(235.5) (+ 0.3)( 579)( 3187)( 5868) 193612 G 339.505 0.978 255.6 + 348 193612 G 339.505 0.915 297.0 + 413 193612 G 339.505 0.905 252.5 + 222 193612 G 339.505 0.839 306.2 + 182 193612 G 339.505 0.791 319.0 + 132 193612 G 339.505 12109 0.982 285.6 299.7 +15.4 85 337 554N 193612 G 339.505 12111 0.815 252.6 274.3 -13.9 2 8 317C 193612 G 339.505 12112 0.686 247.0 261.9 -15.3 108 720 193612 G 339.505 12128 0.687 309.8 257.1 +26.2 17 45 193612 G 339.505 12119 0.522 236.9 248.2 -16.3 5 21 193612 G 339.505 12115 0.494 304.6 246.2 +16.4 117 654 193612 G 339.505 12129 0.367 356.9 222.4 +21.6 7 26 193612 G 339.505 12122 0.505 168.4 214.5 -29.3 8 17 193612 G 339.505 12123 0.671 149.9 197.0 -35.1 22 111 193612 G 339.505 12125 0.467 59.9 196.7 +13.7 17 76 193612 G 339.505 12124 0.563 48.6 194.2 +22.0 50 305 193612 G 339.505 12127 0.714 75.8 176.7 +10.2 6 16 64NF 193612 G 339.505 0.742 64.4 + 152 193612 G 339.505 0.766 51.6 + 276 193612 G 339.505 0.819 105.4 + 155 193612 G 339.505 0.863 115.6 + 521 193612 G 339.505 0.904 60.5 + 146 193612 G 339.505 0.935 76.6 + 428 193612 G 339.505 0.955 110.8 + 533 193612 G 339.505 ( 14.4)(221.2) (+ 0.2)( 444)( 2336)( 4443) 193612 C 340.347 0.967 291.0 + 181 193612 C 340.347 0.923 301.2 + 310 193612 C 340.347 0.853 293.4 + 99 193612 C 340.347 12111 0.886 254.8 271.3 -13.4 4 14 602P 193612 C 340.347 12112 0.810 251.3 262.5 -15.0 95 590 312C 193612 C 340.347 12128 0.804 303.6 258.3 +26.4 7 32 142C 193612 C 340.347 12130 0.747 236.2 252.9 -24.4 3 10 193612 C 340.347 12119 0.661 245.2 248.6 -16.0 3 18 193612 C 340.347 12115 0.612 296.6 244.6 +15.9 187 1120 193612 C 340.347 12129 0.423 331.0 222.8 +21.7 9 25 193612 C 340.347 12122 0.500 187.8 214.5 -29.4 6 16 193612 C 340.347 12125 0.311 41.4 197.9 +13.5 12 63 193612 C 340.347 12123 0.612 161.8 196.6 -35.3 30 134 193612 C 340.347 12124 0.451 34.6 194.2 +21.8 45 292 193612 C 340.347 12127 0.571 72.2 176.7 +10.1 6 13 193612 C 340.347 12131 0.890 76.2 148.1 +12.3 9 19 209C 193612 C 340.347 0.803 120.0 + 390 193612 C 340.347 0.806 74.2 + 211 193612 C 340.347 0.828 55.8 + 130 193612 C 340.347 0.891 112.5 + 364 193612 C 340.347 0.961 108.4 + 177 193612 C 340.347 0.966 98.1 + 496 193612 C 340.347 ( 14.0)(210.1) (+ 0.1)( 416)( 2346)( 3623) 193612 G 341.470 0.956 296.2 + 249 193612 G 341.470 0.937 310.4 + 220 193612 G 341.470 0.919 229.9 + 136 193612 G 341.470 12112 0.927 254.0 262.2 -14.8 75 496 902C 193612 G 341.470 12128 0.916 299.4 258.4 +26.7 5 16 186F 193612 G 341.470 12130 0.886 243.0 254.6 -23.6 4 10 381F 193612 G 341.470 12119 0.820 249.6 248.4 -16.6 3 23 535P 193612 G 341.470 12115 0.776 290.9 244.1 +16.0 197 1204 465C 193612 G 341.470 1113G 0.612 236.6 228.0 -19.6 3 14 193612 G 341.470 12129 0.560 311.4 222.1 +21.7 4 16 193612 G 341.470 12122 0.569 210.1 214.3 -29.3 4 8 193612 G 341.470 12125 0.245 348.4 198.2 +13.8 11 45 193612 G 341.470 12123 0.579 181.7 196.5 -35.2 29 132 193612 G 341.470 12124 0.368 4.0 193.7 +21.5 68 318 193612 G 341.470 12127 0.367 61.8 176.2 +10.0 5 11 193612 G 341.470 0.811 117.6 + 184 193612 G 341.470 0.862 96.8 + 383 193612 G 341.470 0.933 121.2 + 148 193612 G 341.470 0.933 110.4 + 262 193612 G 341.470 0.956 98.8 + 328 193612 G 341.470 ( 13.6)(195.3) (+ 0.0)( 408)( 2293)( 4379) 193612 K 342.111 0.964 248.2 + 155 193612 K 342.111 0.917 310.7 + 237 193612 K 342.111 0.913 228.5 + 146 193612 K 342.111 0.901 240.3 + 344 193612 K 342.111 0.890 251.0 + 471 193612 K 342.111 12112 0.971 254.7 262.3 -14.8 41 281 268C 193612 K 342.111 12128 0.958 298.5 257.7 +27.1 3 14 250F 193612 K 342.111 12115 0.845 289.1 242.8 +16.0 139 1147 517C 193612 K 342.111 12129 0.630 305.5 220.2 +21.3 3 5 193612 K 342.111 12122 0.631 219.1 213.9 -29.3 4 10 193612 K 342.111 12132 0.330 229.9 201.8 -12.4 14 32 193612 K 342.111 12125 0.306 319.6 198.6 +13.3 4 15 193612 K 342.111 12123 0.597 193.1 196.4 -35.3 25 117 193612 K 342.111 12124 0.390 343.4 193.8 +21.7 48 296 193612 K 342.111 12127 0.243 44.9 176.9 + 9.7 2 6 193612 K 342.111 12131 0.637 69.7 149.3 +12.7 13 51 193612 K 342.111 0.829 99.3 + 554 193612 K 342.111 0.920 114.0 + 639 193612 K 342.111 0.931 100.3 + 258 193612 K 342.111 ( 13.3)(186.9) (- 0.1)( 296)( 1974)( 3839) 193612 K 343.108 0.949 251.5 + 253 193612 K 343.108 0.822 296.2 + 271 193612 K 343.108 12115 0.939 287.1 242.5 +15.9 115 808 510C 193612 K 343.108 12122 0.740 228.7 213.3 -29.4 3 9 193612 K 343.108 12132 0.529 247.4 203.6 -11.9 8 24 193612 K 343.108 12125 0.478 300.5 198.8 +13.7 5 21 193612 K 343.108 12123 0.655 208.1 196.0 -35.4 16 119 193612 K 343.108 12124 0.492 320.3 193.5 +21.8 45 257 193612 K 343.108 12127 0.182 341.9 177.1 + 9.6 2 4 193612 K 343.108 12131 0.472 59.9 149.1 +13.4 48 150 193612 K 343.108 12133 0.849 113.9 118.2 -20.2 19 55 193C 193612 K 343.108 0.823 102.7 + 194 193612 K 343.108 0.985 114.1 + 158 193612 K 343.108 ( 12.9)(173.8) (- 0.3)( 261)( 1447)( 1579) 193612 C 344.392 0.974 255.7 + 237 193612 C 344.392 0.934 292.3 + 172 193612 C 344.392 0.890 255.1 + 205 193612 C 344.392 0.857 232.3 + 281 193612 C 344.392 12115 0.989 287.3 237.5 +17.0 13 69 271C 193612 C 344.392 1113H 0.904 301.9 217.2 +28.3 5 24 78C 193612 C 344.392 12132 0.762 255.6 205.4 -11.2 6 32 193612 C 344.392 12125 0.702 290.3 199.3 +13.8 6 41 193612 C 344.392 12123 0.765 221.2 194.9 -35.4 22 118 367F 193612 C 344.392 12124 0.665 304.8 192.7 +21.9 39 228 193612 C 344.392 12131 0.275 27.9 149.2 +13.6 33 250 193612 C 344.392 1113I 0.399 65.3 135.4 + 9.2 4 9 193612 C 344.392 12133 0.688 120.1 117.5 -20.4 27 144 130C 193612 C 344.392 12134 0.907 115.5 94.1 -23.1 7 25 210F 193612 C 344.392 ( 12.3)(156.8) (- 0.4)( 162)( 940)( 1951) 193612 G 345.537 0.974 298.8 + 189 193612 G 345.537 0.936 235.2 + 517 193612 G 345.537 0.900 256.2 + 247 193612 G 345.537 0.864 244.6 + 215 193612 G 345.537 12125 0.865 286.5 200.2 +13.9 4 13 107C 193612 G 345.537 12123 0.868 228.7 194.5 -35.2 13 80 529F 193612 G 345.537 12124 0.814 298.0 192.3 +22.0 44 222 391C 193612 G 345.537 12131 0.268 333.1 148.8 +13.2 30 216 193612 G 345.537 12133 0.505 131.5 118.1 -20.0 32 155 193612 G 345.537 12134 0.779 119.2 94.4 -22.7 3 7 193612 G 345.537 12135 0.985 111.4 62.4 -21.2 44 214 278C 193612 G 345.537 0.822 121.0 + 136 193612 G 345.537 0.939 69.0 + 171 193612 G 345.537 0.957 123.1 + 214 193612 G 345.537 ( 11.8)(141.7) (- 0.6)( 170)( 907)( 2994) 193612 K 346.247 0.956 237.8 + 254 193612 K 346.247 0.951 257.9 + 219 193612 K 346.247 0.942 304.3 + 207 193612 K 346.247 0.930 285.1 + 185 193612 K 346.247 0.869 224.4 + 161 193612 K 346.247 0.820 303.3 + 166 193612 K 346.247 12123 0.927 231.1 195.2 -35.9 29 157 208C 193612 K 346.247 12124 0.891 295.0 192.6 +21.7 26 120 731C 193612 K 346.247 12136 0.575 287.1 166.1 + 9.1 21 81 193612 K 346.247 12131 0.368 310.1 149.1 +13.0 22 172 193612 K 346.247 12133 0.409 145.1 118.0 -20.2 25 111 193612 K 346.247 12135 0.948 112.1 62.3 -21.1 59 349 442C 193612 K 346.247 0.890 67.1 + 143 193612 K 346.247 0.918 123.7 + 452 193612 K 346.247 0.967 57.7 + 214 193612 K 346.247 ( 11.5)(132.4) (- 0.7)( 182)( 990)( 3382) 193612 G 347.446 0.867 304.2 + 194 193612 G 347.446 0.863 291.8 + 75 193612 G 347.446 0.820 247.8 + 348 193612 G 347.446 0.754 234.8 + 197 193612 G 347.446 12123 0.980 234.0 192.6 -35.3 27 113 609SF 193612 G 347.446 12124 0.972 292.7 191.4 +21.8 20 89 646C 193612 G 347.446 12136 0.769 281.7 166.0 + 8.4 34 175 193612 G 347.446 12131 0.574 293.8 149.0 +12.7 18 88 193612 G 347.446 12133 0.331 184.4 118.1 -20.0 18 68 193612 G 347.446 12137 0.505 113.9 88.5 -12.5 5 19 193612 G 347.446 12135 0.838 115.0 62.3 -21.2 84 506 546C 193612 G 347.446 12138 0.996 111.4 32.2 -21.3 21 90 205N 193612 G 347.446 0.820 60.6 + 113 193612 G 347.446 0.894 125.2 + 275 193612 G 347.446 0.916 54.0 + 261 193612 G 347.446 ( 11.0)(116.6) (- 0.8)( 227)( 1148)( 3469) 193612 K 348.104 0.977 289.0 + 221 193612 K 348.104 0.965 230.9 + 227 193612 K 348.104 0.939 300.0 + 295 193612 K 348.104 0.885 250.7 + 311 193612 K 348.104 0.850 310.5 + 236 193612 K 348.104 0.840 237.7 + 111 193612 K 348.104 12136 0.869 280.9 167.4 + 9.0 24 94 193612 K 348.104 12131 0.695 288.9 150.0 +12.3 8 28 193612 K 348.104 12133 0.353 202.1 116.0 -19.9 15 60 193612 K 348.104 12137 0.368 122.9 89.5 -12.4 4 24 193612 K 348.104 12135 0.754 118.0 62.5 -21.3 61 394 395C 193612 K 348.104 12138 0.971 111.7 32.7 -21.2 49 215 422N 193612 K 348.104 0.800 132.1 + 276 193612 K 348.104 0.864 54.7 + 368 193612 K 348.104 0.951 74.9 + 219 193612 K 348.104 0.974 57.4 + 263 193612 K 348.104 ( 10.7)(107.9) (- 0.9)( 161)( 815)( 3344) 193612 G 349.514 0.977 251.9 + 189 193612 G 349.514 0.953 242.8 + 264 193612 G 349.514 0.889 250.2 + 292 193612 G 349.514 0.882 284.0 + 426 193612 G 349.514 12136 0.974 280.9 165.6 +10.4 4 13 373S 193612 G 349.514 12133 0.514 229.7 114.0 -20.3 28 180 193612 G 349.514 12134 0.408 189.8 93.8 -24.7 0 5 193612 G 349.514 12135 0.549 129.5 62.5 -21.3 55 356 193612 G 349.514 12138 0.864 114.3 31.9 -21.4 48 252 781C 193612 G 349.514 0.791 131.4 + 119 193612 G 349.514 0.850 69.8 + 224 193612 G 349.514 0.890 51.8 + 189 193612 G 349.514 0.900 135.1 + 221 193612 G 349.514 0.949 98.6 + 143 193612 G 349.514 0.954 125.6 + 149 193612 G 349.514 0.968 72.3 + 296 193612 G 349.514 ( 10.0)( 89.4) (- 1.1)( 135)( 806)( 3666) 193612 G 350.476 0.967 251.6 + 284 193612 G 350.476 0.958 282.8 + 564 193612 G 350.476 0.876 249.4 + 249 193612 G 350.476 0.872 261.6 + 491 193612 G 350.476 0.859 239.0 + 356 193612 G 350.476 12133 0.638 238.1 111.9 -20.6 28 327 193612 G 350.476 12135 0.418 146.1 62.3 -21.3 56 351 193612 G 350.476 12138 0.754 118.3 31.3 -21.7 30 184 263C 193612 G 350.476 0.823 47.0 + 342 193612 G 350.476 0.824 139.2 + 247 193612 G 350.476 0.861 119.4 + 762 193612 G 350.476 0.871 100.4 + 153 193612 G 350.476 0.890 130.5 + 99 193612 G 350.476 0.898 69.3 + 440 193612 G 350.476 0.975 59.3 + 152 193612 G 350.476 0.978 74.4 + 193 193612 G 350.476 ( 9.6)( 76.7) (- 1.2)( 114)( 862)( 4595) 193612 C 351.395 0.926 244.2 + 305 193612 C 351.395 0.915 260.4 + 576 193612 C 351.395 12133 0.749 243.3 110.0 -20.5 19 140 193612 C 351.395 12135 0.349 172.6 61.8 -21.4 36 276 193612 C 351.395 12138 0.627 125.0 31.1 -22.1 28 163 193612 C 351.395 0.817 126.4 + 197 193612 C 351.395 0.865 69.6 + 206 193612 C 351.395 0.868 112.4 + 187 193612 C 351.395 ( 9.2)( 64.6) (- 1.3)( 83)( 579)( 1471) 193612 C 352.410 0.976 246.8 + 290 193612 C 352.410 0.945 260.7 + 340 193612 C 352.410 12133 0.880 247.1 111.0 -20.7 35 282 400C 193612 C 352.410 12139 0.701 284.3 94.5 + 9.0 4 12 193612 C 352.410 12140 0.476 318.9 70.5 +19.6 3 11 193612 C 352.410 12135 0.386 206.1 61.7 -21.6 38 225 193612 C 352.410 12138 0.487 137.8 30.6 -22.3 31 142 193612 C 352.410 12141 0.994 65.7 329.0 +24.0 0 35 193612 C 352.410 0.757 134.9 + 142 193612 C 352.410 0.900 129.6 + 261 193612 C 352.410 0.944 110.1 + 297 193612 C 352.410 ( 8.7)( 51.2) (- 1.4)( 111)( 707)( 1730) 193612 G 353.469 0.935 238.3 + 240 193612 G 353.469 0.860 242.2 + 231 193612 G 353.469 12133 0.965 249.4 111.4 -20.2 50 216 868C 193612 G 353.469 12139 0.879 284.1 97.6 +11.6 47 206 284C 193612 G 353.469 12140 0.591 309.3 66.4 +20.5 2 14 193612 G 353.469 12135 0.510 228.3 61.3 -21.2 57 374 193612 G 353.469 12138 0.372 162.4 30.3 -22.3 30 133 193612 G 353.469 12142 0.489 141.7 18.0 -24.0 2 7 193612 G 353.469 12141 0.957 63.9 327.0 +24.3 60 338 501C 193612 G 353.469 12143 0.960 115.7 324.7 -25.1 16 62 267F 193612 G 353.469 0.865 111.4 + 225 193612 G 353.469 0.867 134.2 + 281 193612 G 353.469 0.867 50.3 + 147 193612 G 353.469 ( 8.2)( 37.3) (- 1.6)( 264)( 1350)( 3044) 193612 G 354.466 0.942 244.5 + 206 193612 G 353.469 0.921 257.8 + 159 193612 G 353.469 12139 0.963 282.2 97.5 +11.2 62 234 423C 193612 G 353.469 1113J 0.815 292.4 75.9 +17.0 0 5 144C 193612 G 353.469 12135 0.656 239.6 61.2 -20.7 63 382 193612 G 353.469 12138 0.367 195.1 30.0 -22.4 31 161 193612 G 353.469 12142 0.392 172.5 20.9 -24.5 9 39 193612 G 353.469 12141 0.879 62.1 326.6 +23.3 89 461 726SF 193612 G 353.469 12143 0.893 118.5 323.5 -26.0 23 62 333C 193612 G 353.469 12144 0.980 70.9 307.1 +18.3 20 53 391C 193612 G 353.469 0.923 100.7 + 250 193612 G 353.469 0.983 103.0 + 160 193612 G 353.469 ( 7.7)( 24.1) (- 1.7)( 297)( 1397)( 2792) 193612 C 355.399 0.865 293.8 + 237 193612 C 355.399 0.787 229.9 + 312 193612 C 355.399 12139 0.987 283.2 91.7 +12.7 12 30 123P 193612 C 355.399 12135 0.791 245.5 61.7 -20.2 34 220 205C 193612 C 355.399 12138 0.451 219.2 29.6 -22.1 42 191 193612 C 355.399 12145 0.355 331.0 22.1 +16.3 4 15 193612 C 355.399 12142 0.384 193.9 17.6 -23.6 2 9 193612 C 355.399 12141 0.771 56.9 327.2 +23.6 68 426 193612 C 355.399 12143 0.799 121.9 322.9 -26.1 10 24 236C 193612 C 355.399 12144 0.921 69.4 306.9 +18.1 42 211 417C 193612 C 355.399 12146 0.956 71.7 300.4 +16.9 20 104 417C 193612 C 355.399 12147 0.990 119.4 290.6 -29.3 21 106 91C 193612 C 355.399 0.830 100.7 + 176 193612 C 355.399 0.849 60.9 + 186 193612 C 355.399 0.929 104.1 + 168 193612 C 355.399 0.940 60.3 + 377 193612 C 355.399 ( 7.3)( 11.8) (- 1.8)( 255)( 1336)( 2528) 193612 G 356.461 0.974 288.2 + 93 193612 G 356.461 0.950 236.4 + 300 193612 G 356.461 0.897 303.5 + 267 193612 G 356.461 0.837 233.3 + 491 193612 G 356.461 0.833 314.5 + 175 193612 G 356.461 12135 0.909 247.7 61.8 -21.0 15 77 652C 193612 G 356.461 12138 0.598 233.7 29.1 -22.3 22 148 193612 G 356.461 12145 0.498 307.6 21.9 +15.8 17 63 193612 G 356.461 1114A 0.339 240.3 15.2 -11.4 1 2 193612 G 356.461 12142 0.472 218.4 16.4 -23.4 16 70 193612 G 356.461 1114B 0.321 175.1 35.6 -20.4 3 12 193612 G 356.461 12141 0.634 47.3 327.3 +23.7 109 459 193612 G 356.461 12143 0.657 127.9 323.0 -25.3 11 28 193612 G 356.461 12144 0.811 65.8 306.8 +18.2 54 194 269C 193612 G 356.461 12146 0.870 69.0 299.8 +17.2 17 109 269C 193612 G 356.461 12148 0.900 49.6 301.7 +34.5 10 25 93C 193612 G 356.461 12147 0.950 120.7 288.1 -29.6 30 191 454F 193612 G 356.461 12149 0.960 64.0 286.8 +24.3 14 27 285C 193612 G 356.461 0.766 58.8 + 120 193612 G 356.461 0.843 106.0 + 248 193612 G 356.461 0.868 59.3 + 248 193612 G 356.461 0.915 55.4 + 128 193612 G 356.461 0.956 108.2 + 707 193612 G 356.461 ( 6.8)(357.8) (- 1.9)( 319)( 1405)( 4530) 193612 G 357.502 0.968 248.0 + 508 193612 G 357.502 0.937 236.7 + 365 193612 G 357.502 0.929 305.9 + 304 193612 G 357.502 0.874 226.3 + 209 193612 G 357.502 0.819 293.3 + 113 193612 G 357.502 12138 0.744 241.5 28.9 -22.3 32 149 332P 193612 G 357.502 12145 0.674 296.5 22.8 +15.8 18 90 193612 G 357.502 12142 0.623 233.5 17.1 -23.5 17 76 193612 G 357.502 1114C 0.411 347.8 349.4 +21.5 12 38 193612 G 357.502 12141 0.492 30.6 328.4 +23.0 103 471 193612 G 357.502 12143 0.508 140.3 323.2 -24.9 3 20 193612 G 357.502 12144 0.670 60.5 306.5 +17.6 30 154 193612 G 357.502 12146 0.742 64.5 299.8 +17.0 19 112 205C 193612 G 357.502 12148 0.826 44.1 299.8 +34.8 19 90 163C 193612 G 357.502 12150 0.821 68.1 291.7 +16.5 3 11 100C 193612 G 357.502 12147 0.876 123.1 286.6 -29.7 38 205 426F 193612 G 357.502 12149 0.884 60.9 286.4 +24.3 9 26 374C 193612 G 357.502 12151 0.985 104.5 264.1 -14.6 11 25 152C 193612 G 357.502 0.816 51.9 + 213 193612 G 357.502 0.883 107.7 + 847 193612 G 357.502 0.917 50.6 + 134 193612 G 357.502 0.964 58.8 + 320 193612 G 357.502 ( 6.3)(344.1) (- 2.1)( 314)( 1467)( 4765) 193612 C 358.329 0.958 238.1 + 208 193612 C 358.329 0.936 296.9 + 181 193612 C 358.329 0.909 228.6 + 149 193612 C 358.329 0.902 290.5 + 91 193612 C 358.329 0.892 249.3 + 343 193612 C 358.329 12138 0.841 244.3 28.2 -22.6 23 124 193612 C 358.329 12145 0.793 291.5 23.0 +15.5 7 36 82C 193612 C 358.329 12142 0.754 239.1 17.0 -21.2 8 60 193612 C 358.329 12141 0.438 11.9 327.6 +23.1 85 502 193612 C 358.329 12143 0.422 157.3 322.9 -25.0 4 18 193612 C 358.329 12144 0.534 52.1 307.1 +17.2 17 93 193612 C 358.329 1114D 0.579 46.1 306.6 +21.7 1 6 193612 C 358.329 12146 0.623 58.3 299.6 +17.2 20 99 193612 C 358.329 12148 0.752 37.5 299.5 +34.7 30 155 193612 C 358.329 12150 0.711 63.5 291.7 +16.8 7 36 193612 C 358.329 12152 0.731 108.3 287.5 -14.8 12 39 193612 C 358.329 12147 0.797 126.6 285.9 -29.7 27 164 206F 193612 C 358.329 12149 0.804 57.9 285.3 +23.8 5 24 108C 193612 C 358.329 12151 0.936 104.5 264.2 -14.4 8 17 554F 193612 C 358.329 12153 0.944 75.9 263.8 +12.5 6 18 209P 193612 C 358.329 12154 0.989 72.2 253.1 +17.2 56 285 399C 193612 C 358.329 0.827 109.3 + 210 193612 C 358.329 0.930 59.3 + 379 193612 C 358.329 0.963 111.7 + 145 193612 C 358.329 ( 5.9)(333.2) (- 2.2)( 316)( 1676)( 3264) 193612 G 359.417 0.919 288.2 + 218 193612 G 359.417 0.867 295.0 + 168 193612 G 359.417 0.858 233.2 + 293 193612 G 359.417 12138 0.938 246.6 27.6 -22.7 24 149 382P 193612 G 359.417 12142 0.904 243.1 21.6 -25.1 15 60 347C 193612 G 359.417 12141 0.445 341.3 327.7 +22.5 88 499 193612 G 359.417 12144 0.376 29.1 307.9 +16.9 17 66 193612 G 359.417 12146 0.457 43.9 299.6 +17.0 24 101 193612 G 359.417 12148 0.673 27.0 297.2 +34.5 15 58 193612 G 359.417 12150 0.551 53.9 291.3 +16.9 21 66 193612 G 359.417 12152 0.567 114.1 286.6 -15.2 9 41 193612 G 359.417 12147 0.664 135.3 286.4 -30.0 23 177 193612 G 359.417 12149 0.654 49.5 286.3 +23.1 9 25 193612 G 359.417 12155 0.768 70.6 271.0 +13.2 3 7 76C 193612 G 359.417 12153 0.827 73.6 264.9 +12.1 13 49 220C 193612 G 359.417 12151 0.821 106.6 264.6 -14.9 10 34 462F 193612 G 359.417 12154 0.924 70.6 253.5 +16.9 55 214 1130F 193612 G 359.417 0.811 52.9 + 206 193612 G 359.417 0.870 65.6 + 92 193612 G 359.417 0.928 53.2 + 330 193612 G 359.417 0.936 117.8 + 279 193612 G 359.417 0.954 106.3 + 531 193612 G 359.417 ( 5.4)(318.9) (- 2.3)( 326)( 1546)( 4734) 193612 C 360.342 0.915 290.5 + 154 193612 C 360.342 0.915 236.3 + 294 193612 C 360.342 12138 0.978 245.1 24.2 -24.8 38 190 657F 193612 C 360.342 12145 0.972 287.1 21.6 +16.0 8 25 212C 193612 C 360.342 12141 0.530 320.5 327.9 +21.8 106 559 193612 C 360.342 12143 0.464 213.9 323.2 -24.8 8 52 193612 C 360.342 1114E 0.410 342.8 314.1 +20.6 0 4 193612 C 360.342 12144 0.332 352.1 309.5 +16.7 11 53 193612 C 360.342 12146 0.360 19.5 299.5 +17.4 23 87 193612 C 360.342 12148 0.631 16.3 294.3 +34.8 3 21 193612 C 360.342 12150 0.433 39.3 290.1 +17.2 42 181 193612 C 360.342 12149 0.521 31.9 289.3 +23.8 3 10 193612 C 360.342 12152 0.380 122.8 287.6 -14.1 2 9 193612 C 360.342 12147 0.560 146.1 285.7 -29.9 30 175 193612 C 360.342 12153 0.682 69.5 266.1 +11.9 8 38 193612 C 360.342 12151 0.689 108.7 263.6 -17.9 6 26 193612 C 360.342 12154 0.834 67.1 253.3 +17.5 56 300 1019F 193612 C 360.342 0.889 47.7 + 281 193612 C 360.342 0.894 104.3 + 220 193612 C 360.342 0.945 118.3 + 299 193612 C 360.342 ( 4.9)(306.7) (- 2.4)( 344)( 1730)( 3136) 193612 G 361.438 0.971 240.4 + 199 193612 G 361.438 0.969 288.2 + 207 193612 G 361.438 0.913 308.0 + 196 193612 G 361.438 0.867 296.1 + 151 193612 G 361.438 0.842 225.5 + 259 193612 G 361.438 12141 0.680 306.5 328.2 +21.7 108 538 193612 G 361.438 12143 0.611 230.0 323.4 -25.3 7 41 193612 G 361.438 12144 0.423 320.6 308.5 +16.5 5 30 193612 G 361.438 12146 0.340 345.6 297.3 +16.6 24 104 193612 G 361.438 12150 0.352 12.1 287.9 +17.5 14 78 193612 G 361.438 12152 0.218 158.2 287.5 -14.2 2 6 193612 G 361.438 12147 0.478 166.2 284.8 -30.1 32 150 193612 G 361.438 12153 0.499 61.8 265.8 +11.3 45 174 193612 G 361.438 12151 0.504 115.4 264.3 -14.7 3 9 193612 G 361.438 1114F 0.645 50.8 259.9 +21.8 2 8 193612 G 361.438 12154 0.685 61.5 253.4 +17.0 73 276 193612 G 361.438 0.783 121.4 + 277 193612 G 361.438 0.793 107.0 + 399 193612 G 361.438 0.833 62.6 + 670 193612 G 361.438 0.853 46.6 + 184 193612 G 361.438 0.919 128.4 + 150 193612 G 361.438 0.922 117.2 + 282 193612 G 361.438 0.935 66.8 + 367 193612 G 361.438 0.978 102.2 + 254 193612 G 361.438 ( 4.4)(292.3) (- 2.6)( 315)( 1414)( 3595) 193612 C 362.445 0.965 280.5 + 117 193612 C 362.445 0.958 297.5 + 215 193612 C 362.445 0.894 229.1 + 115 193612 C 362.445 0.884 251.7 + 231 193612 C 362.445 12141 0.821 299.5 329.3 +22.1 78 400 575C 193612 C 362.445 12156 0.758 251.1 327.0 -16.0 5 16 193612 C 362.445 12144 0.574 307.3 307.6 +17.9 2 13 193612 C 362.445 12146 0.447 318.0 297.1 +16.7 14 79 193612 C 362.445 12150 0.379 336.0 288.3 +17.5 4 27 193612 C 362.445 1114G 0.294 201.3 285.4 -18.5 2 9 193612 C 362.445 12147 0.468 189.4 284.0 -30.1 24 171 193612 C 362.445 12153 0.324 43.7 265.9 +10.8 71 388 193612 C 362.445 12154 0.537 50.7 253.3 +17.3 61 265 193612 C 362.445 12157 0.884 100.8 217.1 -10.8 4 8 184F 193612 C 362.445 12158 0.950 72.9 208.9 +15.3 13 73 450F 193612 C 362.445 12159 0.965 106.2 204.2 -16.4 4 15 230F 193612 C 362.445 12160 0.980 99.5 200.5 - 9.8 42 194 270SP 193612 C 362.445 0.828 63.5 + 250 193612 C 362.445 0.845 121.6 + 193 193612 C 362.445 0.935 57.7 + 158 193612 C 362.445 0.960 122.3 + 301 193612 C 362.445 0.969 65.7 + 249 193612 C 362.445 ( 3.9)(279.0) (- 2.7)( 324)( 1658)( 3538) 193612 C 363.353 0.946 248.5 + 143 193612 C 363.353 0.835 254.9 + 234 193612 C 363.353 12141 0.919 294.9 330.5 +21.5 61 389 690C 193612 C 363.353 12143 0.849 239.9 322.2 -26.7 8 20 107NP 193612 C 363.353 12146 0.597 303.7 298.2 +16.9 12 66 193612 C 363.353 12150 0.498 312.1 289.7 +16.9 3 21 193612 C 363.353 12147 0.520 207.7 283.2 -30.0 24 122 193612 C 363.353 12153 0.243 5.1 265.8 +11.2 74 448 193612 C 363.353 12151 0.244 163.9 263.1 -16.3 2 13 193612 C 363.353 12154 0.422 33.1 253.1 +17.9 59 257 193612 C 363.353 12157 0.768 102.3 217.4 -11.2 3 13 138F 193612 C 363.353 12158 0.863 70.1 209.9 +15.5 8 24 332F 193612 C 363.353 12161 0.914 59.3 206.0 +26.4 5 15 257F 193612 C 363.353 12159 0.893 106.9 204.5 -16.3 4 23 182F 193612 C 363.353 12160 0.920 99.7 200.3 -10.0 34 253 346F 193612 C 363.353 12162 0.979 123.1 189.5 -33.0 10 41 205F 193612 C 363.353 0.913 123.8 + 226 193612 C 363.353 ( 3.5)(267.1) (- 2.8)( 307)( 1705)( 2860) 193612 G 364.472 0.936 260.2 + 175 193612 G 364.472 0.861 289.7 + 296 193612 G 364.472 0.847 300.9 + 341 193612 G 364.472 0.818 315.9 + 251 193612 G 364.472 0.784 253.4 + 173 193612 G 364.472 12141 0.989 292.6 331.6 +21.8 69 334 826F 193612 G 364.472 12156 0.974 254.9 329.3 -15.4 9 20 66F 193612 G 364.472 12143 0.947 242.3 322.4 -27.1 3 6 416C 193612 G 364.472 12146 0.749 296.4 296.8 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116.5 + 109 193612 G 364.472 0.902 60.1 + 244 193612 G 364.472 0.928 72.2 + 114 193612 G 364.472 0.935 115.8 + 145 193612 G 364.472 0.950 105.0 + 164 193612 G 364.472 0.964 62.7 + 231 193612 G 364.472 ( 2.9)(252.3) (- 2.9)( 498)( 2238)( 5887) 193612 G 365.559 0.988 258.4 + 101 193612 G 365.559 0.967 241.2 + 104 193612 G 365.559 0.956 293.0 + 563 193612 G 365.559 0.914 306.8 + 488 193612 G 365.559 0.913 254.4 + 110 193612 G 365.559 0.806 256.1 + 109 193612 G 365.559 0.763 246.1 + 142 193612 G 365.559 1114J 0.886 246.7 299.1 -21.9 6 18 97C 193612 G 365.559 12146 0.877 291.6 296.4 +17.3 6 23 293C 193612 G 365.559 12147 0.768 232.2 282.4 -30.2 10 94 193612 G 365.559 12153 0.530 295.4 267.0 +10.5 41 365 193612 G 365.559 12154 0.436 325.6 253.0 +18.1 22 94 193612 G 365.559 12163 0.383 186.4 240.7 -25.2 7 23 193612 G 365.559 12158 0.533 53.7 211.6 +15.7 13 94 193612 G 365.559 12161 0.662 44.9 207.0 +25.3 111 469 193612 G 365.559 12159 0.585 115.1 204.5 -16.9 6 8 193612 G 365.559 12160 0.618 102.4 200.4 -10.0 47 224 193612 G 365.559 12164 0.679 64.4 198.9 +14.7 12 58 193612 G 365.559 12165 0.816 79.5 184.3 + 6.8 0 5 205F 193612 G 365.559 12162 0.873 127.1 181.6 -33.4 42 193 483S 193612 G 365.559 12166 0.943 77.8 168.7 +10.4 22 127 188C 193612 G 365.559 0.850 107.0 + 173 193612 G 365.559 0.938 110.8 + 200 193612 G 365.559 0.954 131.9 + 276 193612 G 365.559 ( 2.4)(238.0) (- 3.0)( 345)( 1795)( 3532)