# Bonding information for index 110 -- PRO_3@O LYS_9@HZ3 LYS_9@NZ # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 110 1 763 3 2.97 2.3892 7.485 110 1 765 3 2.88 2.5795 7.990 ## Starting information for simulation # 2 110 2 469 3 2.77 2.5774 8.356 110 2 472 3 2.83 1.7458 8.206 110 2 3102 3 2.95 2.6419 9.133 ## Starting information for simulation # 3 110 3 4373 3 2.99 1.9440 7.750 ## Starting information for simulation # 4 ## Starting information for simulation # 5 ## Starting information for simulation # 6 ## Starting information for simulation # 7 110 7 180 3 2.84 2.3381 6.726 110 7 181 3 2.65 2.3226 7.586 110 7 186 3 2.94 2.7990 7.883 110 7 189 3 2.77 2.3024 7.941 110 7 192 3 2.78 2.3166 7.619 110 7 212 3 2.98 1.9902 7.322 110 7 231 3 2.91 2.6891 8.264 110 7 232 3 2.80 2.3898 7.490 110 7 233 3 2.71 2.6904 7.419 110 7 255 3 2.64 2.4605 7.563 110 7 256 3 2.73 2.5581 7.622 ## Starting information for simulation # 8 ## Starting information for simulation # 9 110 9 401 3 2.63 2.4350 8.424 ## Starting information for simulation # 10 ## Starting information for simulation # 11 ## Starting information for simulation # 12 ## Starting information for simulation # 13 110 13 3058 3 2.70 2.1493 7.556 110 13 3073 3 2.85 2.3101 8.101 110 13 3575 3 2.97 2.8722 5.688 110 13 3576 3 2.74 2.9422 5.855 110 13 3584 3 2.83 2.4307 6.610 110 13 3587 3 2.83 2.3729 6.599 110 13 3601 3 2.81 1.7492 6.838 ## Starting information for simulation # 14 110 14 26 3 2.96 2.7863 9.534 110 14 27 3 2.81 2.2470 9.276 110 14 29 3 2.70 2.3339 9.593 110 14 30 3 2.78 1.9345 9.915 110 14 31 3 2.93 2.2850 10.144 110 14 32 3 2.75 2.4160 9.558 110 14 33 3 2.68 2.5406 9.495 110 14 34 3 2.68 2.1306 9.055 110 14 35 3 2.89 2.6112 9.364 110 14 36 3 2.78 2.3820 9.013 110 14 37 3 2.83 2.9706 9.415 110 14 46 3 2.80 2.2270 9.042 110 14 50 3 2.93 2.4926 8.190 110 14 52 3 2.85 2.8863 8.308 110 14 69 3 2.64 2.8961 9.100 110 14 85 3 2.65 2.7683 7.996 110 14 86 3 2.77 2.9950 8.564 110 14 87 3 2.89 2.6677 8.664 110 14 88 3 2.84 3.0198 8.700 110 14 89 3 2.74 2.6426 8.386 110 14 90 3 2.86 2.9896 9.358 110 14 91 3 2.88 2.5305 8.034 110 14 92 3 2.74 2.6482 9.192 110 14 93 3 2.86 3.0002 8.686 110 14 94 3 2.67 2.3848 8.784 110 14 95 3 2.80 2.7051 8.578 110 14 96 3 2.95 2.8115 7.917 110 14 98 3 2.76 2.3803 8.524 110 14 100 3 2.77 2.7060 7.620 110 14 101 3 2.77 2.7046 8.535 110 14 102 3 2.66 2.5396 8.123 110 14 103 3 2.83 2.6150 7.731 110 14 104 3 2.79 2.9606 8.222 110 14 105 3 2.63 2.1823 8.124 110 14 106 3 2.96 2.1912 8.278 110 14 107 3 2.85 2.5713 8.139 110 14 109 3 2.69 2.7128 8.178 110 14 110 3 2.84 2.1833 7.985 110 14 111 3 2.86 2.9181 8.953 110 14 114 3 2.88 2.2485 8.576 110 14 115 3 2.76 2.9009 8.163 110 14 116 3 2.82 2.8732 7.601 110 14 117 3 2.90 2.7431 7.489 110 14 119 3 2.90 2.2845 8.428 110 14 122 3 2.87 2.7440 8.260 110 14 123 3 2.84 2.8570 8.473 110 14 126 3 2.93 2.7073 7.612 110 14 127 3 2.82 2.9428 8.910 110 14 128 3 2.86 2.5724 8.168 110 14 129 3 2.96 2.7302 8.176 110 14 130 3 2.88 2.9368 8.503 110 14 132 3 2.96 2.6652 8.810 110 14 133 3 2.84 2.8741 8.821 110 14 134 3 2.86 2.6285 8.582 110 14 135 3 2.78 2.7715 8.754 110 14 136 3 2.63 2.6680 8.597 110 14 137 3 2.77 2.5148 8.223 110 14 139 3 2.88 1.8711 7.776 110 14 140 3 2.96 2.6895 8.038 110 14 141 3 2.91 2.6479 8.259 110 14 142 3 2.96 2.6028 7.774 110 14 200 3 2.80 2.6456 9.197 110 14 201 3 2.73 2.5142 8.613 110 14 202 3 2.74 3.0012 8.197 110 14 203 3 2.82 2.3551 9.017 110 14 210 3 2.69 2.8927 8.218 110 14 211 3 2.82 2.7037 8.720 110 14 213 3 2.83 2.9366 9.210 110 14 214 3 2.72 2.6437 9.365 110 14 215 3 2.89 2.9642 8.664 110 14 216 3 2.98 2.9510 9.148 110 14 217 3 2.76 2.7545 9.470 110 14 218 3 2.77 2.8237 9.549 110 14 239 3 2.77 2.5494 8.329 110 14 243 3 2.79 1.7746 8.664 110 14 254 3 2.80 2.9608 9.455 110 14 260 3 2.90 2.1665 7.690 110 14 279 3 2.66 2.9609 9.094 110 14 280 3 2.92 2.0985 9.232 110 14 281 3 2.83 2.8172 8.995 110 14 282 3 2.78 2.2029 8.282 110 14 284 3 2.78 2.5590 8.619 110 14 285 3 2.81 2.8102 8.819 110 14 290 3 2.83 2.1213 8.372 110 14 292 3 2.79 2.3750 8.540 110 14 293 3 2.69 2.1479 7.897 110 14 316 3 2.83 2.8230 9.782 110 14 317 3 2.85 2.7592 9.754 110 14 318 3 2.78 2.4576 9.023 110 14 328 3 2.81 2.8563 8.999 110 14 329 3 2.81 2.7308 9.258 110 14 330 3 2.73 2.3797 8.667 110 14 331 3 2.77 2.8924 8.540 110 14 333 3 2.84 2.0838 8.817 110 14 334 3 2.83 1.9650 8.537 110 14 335 3 2.85 2.8056 8.774 110 14 336 3 2.91 3.0661 8.669 110 14 337 3 2.80 2.0080 8.632 110 14 338 3 2.83 2.6122 8.390 110 14 339 3 2.85 2.5962 8.431 110 14 340 3 2.74 2.2603 7.995 110 14 341 3 2.65 2.9232 7.851 110 14 343 3 2.96 2.4463 8.415 110 14 347 3 2.73 2.3468 8.200 110 14 348 3 2.78 2.9463 9.697 110 14 349 3 2.73 2.5107 9.731 110 14 350 3 2.77 2.4639 9.195 110 14 355 3 2.77 2.0258 9.512 110 14 357 3 2.78 2.8104 9.810 110 14 362 3 2.74 3.0275 9.761 110 14 363 3 2.88 2.5277 8.743 110 14 375 3 2.87 2.0819 8.660 110 14 377 3 2.63 2.7313 9.472 110 14 382 3 2.94 2.7726 9.059 110 14 383 3 2.83 3.0050 9.039 110 14 395 3 2.98 2.5221 8.647 110 14 396 3 2.92 3.0303 8.670 110 14 400 3 2.76 2.5103 8.433 110 14 405 3 2.94 2.3704 7.763 110 14 408 3 2.84 2.9616 8.080 110 14 413 3 2.99 2.4027 7.983 110 14 414 3 2.75 2.8059 8.260 110 14 415 3 2.91 2.0782 7.766 110 14 421 3 2.88 2.2503 8.424 110 14 431 3 2.72 2.6853 8.295 110 14 432 3 2.86 2.5430 7.922 110 14 433 3 2.82 2.8987 8.457 110 14 438 3 2.78 2.0813 7.547 110 14 454 3 2.85 1.9139 8.165 110 14 457 3 2.91 2.5416 8.378 110 14 461 3 2.92 2.2393 9.148 110 14 497 3 2.78 2.1338 9.458 110 14 498 3 2.77 1.9008 8.453 110 14 500 3 2.70 1.9483 9.569 110 14 506 3 2.85 2.6795 7.728 110 14 620 3 2.89 3.0888 9.447 110 14 621 3 3.00 2.5074 9.394 110 14 4573 3 2.88 2.8644 9.596 110 14 4650 3 2.91 2.6271 9.113 110 14 5017 3 2.86 2.3503 7.514 110 14 7669 3 2.79 2.7561 7.846 110 14 7670 3 2.90 2.8593 8.747 110 14 7672 3 2.78 1.8138 9.279 110 14 7848 3 2.94 2.1728 7.171 110 14 7849 3 2.71 2.6300 6.685 110 14 7850 3 2.92 2.8963 6.678 110 14 7908 3 2.88 1.8929 7.255 110 14 7909 3 2.66 2.1527 7.071 110 14 7915 3 2.76 1.7843 7.395 110 14 8387 3 2.88 1.9546 9.895 110 14 10574 3 2.82 2.9459 7.362 110 14 10580 3 2.81 1.9990 7.073 110 14 10743 3 2.83 2.6794 8.732 110 14 10744 3 2.97 2.2137 9.171 110 14 10753 3 2.85 2.0536 8.569 110 14 10754 3 2.89 2.6672 8.316 110 14 10762 3 2.91 2.3876 8.530 110 14 11019 3 2.89 2.4207 7.336 110 14 11020 3 2.98 3.0119 7.828 110 14 11021 3 2.79 1.9804 7.348 110 14 11026 3 2.97 2.8487 9.054 ## Starting information for simulation # 15 ## Starting information for simulation # 16 110 16 10197 3 2.69 2.8280 9.450 ## Starting information for simulation # 17 ## Starting information for simulation # 18 ## Starting information for simulation # 19 ## Starting information for simulation # 20 110 20 2331 3 2.93 1.8064 7.213 110 20 2337 3 2.92 2.1486 6.519 110 20 2339 3 2.75 2.2841 7.397 110 20 2385 3 2.93 2.2059 7.486 110 20 2386 3 2.88 3.0361 6.634 110 20 3000 3 2.92 2.3838 6.897 110 20 3002 3 2.83 2.2931 6.823 110 20 3028 3 2.96 1.9098 7.271 110 20 3034 3 2.74 2.4228 6.665 110 20 3153 3 3.00 2.3486 6.726 110 20 3154 3 2.84 2.4656 6.668 110 20 3156 3 2.74 2.8352 7.106 110 20 3157 3 2.76 2.7037 7.356 110 20 3158 3 3.00 1.9743 7.380 110 20 3160 3 2.88 2.6637 6.818 110 20 3161 3 2.81 2.1333 7.142 110 20 3162 3 2.75 2.5936 6.969 110 20 3163 3 2.87 1.9778 6.665 110 20 3165 3 2.98 3.0247 6.622 110 20 3166 3 2.80 2.0914 6.353 110 20 3167 3 2.73 2.7391 6.319 110 20 3180 3 2.95 2.6161 6.475 110 20 3181 3 2.78 2.3967 6.731 110 20 3183 3 2.85 2.2995 6.924 110 20 3185 3 2.69 2.2485 6.875 110 20 3186 3 2.77 1.7833 7.042 110 20 3200 3 2.70 2.3131 6.567 110 20 3213 3 2.64 2.9669 6.698 110 20 3214 3 2.92 2.3961 7.213 110 20 3218 3 2.94 2.1193 7.344 110 20 3220 3 2.85 2.5744 7.804 110 20 3222 3 2.83 2.8099 7.319 110 20 3223 3 2.92 1.8733 7.230 110 20 3225 3 2.68 3.0623 7.469 110 20 3226 3 2.80 2.8106 7.429 110 20 3227 3 2.98 1.9596 7.435 110 20 3228 3 2.92 2.0347 8.059 110 20 3230 3 2.94 2.4729 7.166 110 20 3231 3 2.83 1.9703 7.414 110 20 3232 3 2.90 2.9739 7.195 110 20 3275 3 2.86 2.5472 7.263 110 20 3276 3 2.96 2.7322 6.485 110 20 3278 3 2.83 2.1930 7.638 110 20 3279 3 2.89 2.3913 6.722 110 20 3285 3 2.83 2.5911 7.283 110 20 3286 3 2.98 2.4238 7.866 110 20 3287 3 2.98 2.4024 8.064 110 20 3299 3 2.96 2.3177 6.969 110 20 3301 3 2.81 2.2393 7.206 110 20 3302 3 2.81 2.8966 7.000 110 20 3307 3 2.76 2.1847 7.180 110 20 3321 3 2.80 2.1023 6.442 110 20 3324 3 2.74 2.4962 6.282 110 20 3325 3 2.77 2.3090 6.187 110 20 3327 3 2.82 2.4884 6.803 110 20 3329 3 2.70 2.4382 6.583 110 20 3337 3 2.66 2.5758 6.427 110 20 3338 3 2.91 2.9447 6.775 110 20 3339 3 2.78 2.7048 6.618 110 20 3347 3 2.76 2.8269 6.377 110 20 3349 3 2.73 2.7389 6.886 110 20 3362 3 2.85 2.1513 7.211 110 20 3365 3 2.88 2.2380 7.172 110 20 3366 3 2.76 2.8118 6.968 ## Starting information for simulation # 21 ## Starting information for simulation # 22 ## Starting information for simulation # 23 110 23 2453 3 2.80 2.5525 8.483 110 23 5980 3 2.89 2.7822 10.199 110 23 5982 3 2.95 1.8885 10.102 110 23 5983 3 2.94 2.6154 10.109 ## Starting information for simulation # 24 110 24 2352 3 2.86 2.6663 8.254 110 24 2354 3 2.83 2.6318 8.266 110 24 2355 3 2.82 2.7790 7.970 110 24 2356 3 2.91 2.9808 8.357 110 24 2357 3 2.96 2.6727 8.439 ## Starting information for simulation # 25 110 25 904 3 2.89 1.9472 5.307 ## Starting information for simulation # 26 ## Starting information for simulation # 27 ## Starting information for simulation # 28 110 28 717 3 2.99 1.9220 8.424 110 28 4411 3 2.87 2.4394 7.463 110 28 4412 3 2.88 2.3385 7.412 110 28 4415 3 2.96 2.3987 7.247 110 28 4421 3 2.94 2.6699 7.510 110 28 4449 3 2.90 1.9358 6.813 110 28 4450 3 2.63 2.0821 7.120 110 28 4451 3 2.89 2.1341 6.783 110 28 4465 3 2.93 2.3970 6.696 110 28 4466 3 2.76 2.5281 7.422 110 28 6398 3 2.86 2.9999 10.515 110 28 6404 3 2.95 2.5332 10.332 110 28 6428 3 2.86 2.5034 9.665 110 28 6500 3 2.96 2.5940 9.384 110 28 6543 3 2.96 1.8981 10.920 ## Starting information for simulation # 29 ## Starting information for simulation # 30 ## Starting information for simulation # 31 110 31 806 3 2.90 1.8983 8.609 110 31 807 3 2.77 1.8503 9.166 110 31 922 3 2.84 1.7510 8.350 110 31 956 3 2.84 1.9094 9.364 110 31 958 3 2.74 2.6487 10.361 110 31 1129 3 2.93 2.8602 9.375 110 31 1131 3 2.72 2.4805 9.678 110 31 1186 3 2.86 2.3586 8.984 110 31 1433 3 2.71 2.5546 9.414 110 31 1435 3 2.87 1.7468 9.693 110 31 1545 3 2.81 2.7252 8.461 110 31 1546 3 2.88 2.3307 9.147 110 31 1548 3 2.68 2.6106 9.193 110 31 1549 3 2.98 2.3274 9.420 110 31 1564 3 2.74 2.9833 9.695 110 31 1580 3 2.89 1.8788 9.624 110 31 1591 3 2.85 2.0024 10.004 110 31 1605 3 2.72 2.6526 8.731 110 31 1611 3 2.80 2.6497 8.308 110 31 1616 3 2.83 2.5916 8.832 ## Starting information for simulation # 32 ## Starting information for simulation # 33 ## Starting information for simulation # 34 110 34 2774 3 2.69 2.1289 7.511 110 34 2775 3 2.97 2.9944 7.490 ## Starting information for simulation # 35 110 35 875 3 2.69 1.8192 6.636 110 35 1553 3 2.82 2.2713 6.943 110 35 1554 3 2.64 2.3414 6.656 110 35 1555 3 2.92 2.6865 6.216 110 35 1556 3 2.82 2.9887 6.485 110 35 1558 3 2.77 2.4178 6.596 110 35 1559 3 2.93 2.7444 6.631 110 35 1721 3 2.81 2.4527 7.004 110 35 1722 3 2.79 2.8508 8.055 110 35 1734 3 2.96 2.5582 5.785 110 35 1735 3 2.93 2.4945 6.078 110 35 1758 3 2.94 2.2957 6.181 110 35 1760 3 2.82 2.5874 6.845 110 35 1761 3 3.00 2.7978 6.794 110 35 1762 3 2.93 2.1173 6.565 110 35 1778 3 2.87 2.9595 6.698 110 35 1782 3 2.81 2.4974 6.283 110 35 1783 3 3.00 1.9969 6.394 110 35 1834 3 2.89 2.2312 6.404 110 35 1860 3 2.80 2.5812 6.990 110 35 1861 3 2.97 2.7082 7.617 110 35 2658 3 2.89 2.9320 7.549 110 35 2864 3 2.67 2.4939 6.759 110 35 2866 3 2.72 2.7370 6.334 110 35 2867 3 2.76 3.1269 5.987 110 35 2876 3 2.86 3.0752 6.463 110 35 2885 3 2.84 2.8413 6.950 110 35 2889 3 2.96 1.8760 6.248 110 35 2891 3 2.72 3.0481 6.774 110 35 2892 3 2.77 2.6268 6.345 110 35 2900 3 2.86 2.2167 6.295 110 35 2904 3 2.75 2.4536 6.397 110 35 3574 3 2.80 2.7362 6.946 110 35 3575 3 2.72 2.7367 6.263 110 35 3576 3 2.63 2.5294 6.270 110 35 3577 3 2.65 2.7794 6.508 110 35 3579 3 2.76 2.5866 6.506 110 35 3580 3 2.80 3.0672 6.975 110 35 3581 3 2.76 2.8650 6.461 110 35 3582 3 2.72 2.0623 6.896 110 35 3583 3 2.82 3.0890 6.706 110 35 3588 3 2.65 2.7119 6.864 110 35 3589 3 2.67 2.6362 6.979 110 35 3590 3 2.71 2.6411 7.005 110 35 3593 3 2.67 2.6776 6.921 110 35 3594 3 2.82 2.2510 6.885 110 35 3596 3 2.74 2.7405 6.574 110 35 3991 3 2.71 2.7468 7.179 110 35 3992 3 2.89 2.4934 7.219 110 35 3993 3 2.78 2.4647 7.159 110 35 3994 3 2.78 2.6186 7.322 110 35 3995 3 2.68 2.2832 6.707 110 35 4005 3 3.00 2.5731 7.257 110 35 4006 3 2.76 2.8743 6.906 110 35 4007 3 2.89 2.8700 6.537 110 35 4008 3 2.78 3.0395 7.527 110 35 4009 3 2.90 2.9264 6.682 110 35 4010 3 2.90 2.7510 7.045 110 35 4011 3 2.82 2.9692 6.929 110 35 4012 3 2.86 2.7563 7.289 110 35 4013 3 2.84 2.8746 6.663 110 35 4014 3 2.74 2.4636 7.195 110 35 4015 3 2.76 2.9003 6.945 110 35 4016 3 2.81 2.9788 6.790 110 35 4017 3 2.91 2.8499 6.930 110 35 4018 3 2.87 3.0313 6.932 110 35 4019 3 2.87 2.4683 7.000 110 35 4022 3 2.78 2.9445 6.592 110 35 4023 3 2.89 2.6154 6.992 110 35 4024 3 2.72 2.9908 6.934 110 35 4026 3 2.74 2.5338 7.512 110 35 4040 3 2.72 2.1968 7.320 110 35 4041 3 2.95 2.4174 7.143 110 35 6224 3 2.79 2.7807 6.610 110 35 6227 3 2.79 2.3626 6.666 110 35 6341 3 2.90 2.9552 6.892 110 35 6346 3 2.84 2.8424 6.674 110 35 6681 3 2.74 1.8858 8.484 110 35 6905 3 2.96 2.8158 6.523 110 35 6929 3 2.83 2.2554 6.432 ## Starting information for simulation # 36 110 36 9031 3 2.53 2.3711 10.101 110 36 9032 3 2.78 2.9058 10.180 110 36 9033 3 2.70 2.6301 10.220 110 36 9034 3 2.73 2.9161 10.490 110 36 9035 3 2.90 2.7214 10.029 110 36 9036 3 2.74 2.6920 10.183 110 36 9037 3 2.87 3.0350 10.354 110 36 9038 3 2.63 2.7262 10.348 110 36 9039 3 2.78 2.6656 9.949 110 36 9040 3 2.98 2.9979 9.738 110 36 9042 3 2.75 3.0266 9.999 110 36 9043 3 2.68 2.9539 10.126 110 36 9044 3 2.83 2.8505 10.067 110 36 9045 3 2.68 2.8678 9.910 110 36 9056 3 2.77 2.2270 10.121 110 36 9057 3 2.82 2.9498 10.099 110 36 9066 3 2.78 2.5977 10.285 110 36 9067 3 2.74 2.4203 9.971 110 36 9070 3 2.79 2.5656 9.825 110 36 9078 3 2.87 2.6115 9.996 110 36 9079 3 2.71 2.5256 10.017 110 36 9083 3 2.74 2.5444 9.880 110 36 9085 3 2.81 2.9391 10.303 110 36 9086 3 2.86 2.6486 10.285 110 36 9089 3 2.89 1.9822 10.786 110 36 9091 3 2.98 2.3233 9.973 110 36 9095 3 2.89 2.5911 9.933 110 36 9096 3 2.74 2.9829 9.951 110 36 9099 3 2.89 2.6116 10.330 110 36 9100 3 2.69 2.6258 10.419 110 36 9101 3 2.63 2.4700 10.152 110 36 9112 3 2.65 2.1005 10.478 110 36 9113 3 3.00 2.6094 10.247 110 36 9123 3 2.84 2.0237 9.905 110 36 9124 3 2.95 2.1765 10.325 110 36 9125 3 2.82 2.4974 10.425 110 36 9129 3 2.76 2.6540 10.522 110 36 9130 3 2.97 1.8707 10.456 110 36 9131 3 2.97 2.4279 10.415 110 36 9139 3 2.68 2.0004 10.188 110 36 9142 3 2.80 2.5894 10.788 110 36 9144 3 2.94 2.4867 10.996 110 36 9145 3 2.77 2.2477 10.503 110 36 9147 3 2.85 2.2476 10.259 110 36 9152 3 2.75 2.5989 10.261 110 36 9155 3 2.77 2.4249 10.216 110 36 9164 3 2.68 2.2607 10.051 110 36 9165 3 2.98 2.4642 10.298 110 36 9167 3 2.83 1.8617 10.120 110 36 9168 3 2.74 3.0442 10.530 110 36 9169 3 2.67 2.1688 10.274 110 36 9177 3 2.66 2.1329 10.267 110 36 9187 3 2.71 2.6742 10.137 110 36 9189 3 2.79 2.8048 10.669 110 36 9190 3 2.71 2.8194 10.383 110 36 9191 3 2.69 2.6770 9.825 110 36 9195 3 2.97 2.0185 10.255 110 36 9208 3 2.96 2.2291 10.619 110 36 9214 3 2.80 2.7092 10.055 110 36 9215 3 2.75 2.3948 10.223 110 36 9216 3 2.75 2.9109 9.787 110 36 9219 3 2.63 3.0523 9.900 110 36 9223 3 2.93 1.9030 10.613 110 36 9224 3 2.72 2.9303 10.374 110 36 9229 3 2.90 2.9664 9.953 110 36 9230 3 2.90 2.1538 10.337 110 36 9231 3 2.85 2.6220 10.267 110 36 9232 3 2.91 2.3062 10.931 110 36 9236 3 2.76 2.7467 10.123 110 36 9239 3 2.83 2.3599 10.797 110 36 9245 3 2.70 1.8685 10.615 110 36 9248 3 2.83 2.4936 10.386 110 36 9257 3 2.94 2.2563 10.636 110 36 9261 3 2.77 2.6049 10.261 110 36 9266 3 2.70 2.2397 10.023 ## Starting information for simulation # 37 ## Starting information for simulation # 38 ## Starting information for simulation # 39 110 39 1903 3 2.79 1.9414 9.525 110 39 1908 3 2.78 2.3980 9.649 110 39 1913 3 2.82 2.8924 9.569 110 39 1914 3 2.79 2.7340 9.749 110 39 1919 3 2.96 2.0055 9.689 110 39 1926 3 2.92 2.7467 8.667 110 39 1935 3 2.77 1.9971 9.015 110 39 1938 3 2.66 2.5617 9.397 110 39 1940 3 2.80 2.6660 9.488 110 39 1941 3 2.83 2.6861 9.556 110 39 1942 3 2.85 3.0276 9.942 110 39 1943 3 2.91 2.4374 9.276 110 39 1944 3 2.85 2.5772 8.118 110 39 1949 3 2.81 2.6282 7.374 110 39 1950 3 2.70 2.9022 7.963 110 39 1952 3 2.92 2.8591 8.223 110 39 1957 3 2.92 2.0022 7.926 110 39 1960 3 2.77 2.4300 9.138 110 39 1967 3 2.73 2.6296 9.696 110 39 1971 3 2.89 1.9113 9.803 110 39 1983 3 2.74 2.1713 8.668 110 39 1997 3 2.99 1.8397 9.416 110 39 1999 3 2.86 1.8927 10.119 110 39 2000 3 2.95 2.8385 9.353 110 39 2006 3 2.78 3.0889 10.347 110 39 2009 3 2.75 2.2285 9.812 110 39 2013 3 2.89 2.6395 9.496 110 39 2014 3 2.83 3.0887 9.191 ## Starting information for simulation # 40 110 40 2742 3 2.88 2.2146 7.272 ## Starting information for simulation # 41 110 41 4924 3 2.68 2.4934 7.741 110 41 4925 3 2.72 2.5198 8.534 110 41 4930 3 2.66 2.4892 9.040 110 41 4932 3 3.00 2.3098 8.850 110 41 4935 3 2.83 2.4152 9.352 ## Starting information for simulation # 42 ## Starting information for simulation # 43 ## Starting information for simulation # 44 ## Starting information for simulation # 45 110 45 2987 3 2.85 2.7331 9.609 110 45 2988 3 2.95 2.6748 9.312 110 45 2995 3 2.77 2.5174 9.250 110 45 2997 3 2.66 2.4013 9.290 ## Starting information for simulation # 46 ## Starting information for simulation # 47 110 47 1571 3 2.83 2.6019 10.282 ## Starting information for simulation # 48 110 48 763 3 2.97 2.3892 7.485 110 48 765 3 2.88 2.5795 7.990 110 48 1853 3 2.77 3.0091 9.282 110 48 1854 3 2.79 2.9537 9.925 110 48 1855 3 2.84 2.4360 9.097 110 48 1856 3 2.83 2.7457 9.281 110 48 1857 3 2.95 2.4767 9.185