# Bonding information for index 100 -- 0VA_13@O3 LYS_8@HZ2 LYS_8@NZ # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 100 1 8791 2 2.99 2.2690 12.163 100 1 8792 2 2.84 2.1894 12.860 100 1 8794 2 2.94 2.1850 12.405 100 1 8795 2 2.99 1.9743 12.518 100 1 8796 2 2.95 2.5539 12.347 100 1 8797 2 2.85 2.4169 12.039 100 1 8798 2 2.95 2.1605 12.468 100 1 8805 2 2.91 2.3973 12.095 100 1 8806 2 2.98 2.0331 12.148 100 1 8807 2 2.75 2.0063 12.531 100 1 8809 2 2.90 2.5389 12.756 100 1 8810 2 2.81 2.0159 12.970 100 1 8811 2 2.86 1.9785 13.548 100 1 8843 2 2.90 2.2466 12.332 100 1 8851 2 2.89 2.0191 12.764 100 1 8852 2 2.85 2.0300 12.736 100 1 8853 2 2.91 2.2565 12.338 100 1 8854 2 2.84 1.7635 12.690 ## Starting information for simulation # 2 ## Starting information for simulation # 3 100 3 547 2 2.88 1.8357 11.429 ## Starting information for simulation # 4 100 4 1954 2 2.69 1.9952 12.584 100 4 1960 2 2.90 2.2259 12.109 100 4 1969 2 2.82 2.0670 12.771 100 4 1985 2 2.96 2.6696 11.980 100 4 1986 2 2.83 2.3636 12.202 100 4 1987 2 2.99 2.3568 12.535 100 4 1990 2 2.81 2.5755 12.833 100 4 1992 2 2.80 1.7531 12.243 100 4 2005 2 2.94 2.0250 13.115 100 4 2009 2 2.95 2.4031 12.919 100 4 2011 2 2.77 2.3460 12.926 100 4 2018 2 2.86 2.2613 12.449 100 4 3457 2 2.95 1.7547 11.854 100 4 3462 2 2.85 2.5680 11.931 100 4 3463 2 2.84 2.5285 11.964 100 4 3602 2 2.91 2.5789 11.872 100 4 3613 2 2.87 2.4510 11.655 100 4 4505 2 2.91 1.7787 11.697 100 4 4506 2 2.81 1.7544 12.185 100 4 5321 2 2.88 2.2908 10.807 100 4 5324 2 2.85 1.9820 11.939 100 4 5335 2 2.85 1.7931 11.471 100 4 5338 2 2.76 1.8479 11.975 100 4 5342 2 2.88 1.9442 12.000 100 4 5344 2 2.95 1.9488 12.227 100 4 5346 2 2.77 2.2272 12.450 100 4 6156 2 2.85 2.5465 11.822 100 4 6157 2 2.85 2.6703 11.396 100 4 6161 2 2.75 1.9706 11.106 100 4 6165 2 2.82 2.3119 11.746 ## Starting information for simulation # 5 ## Starting information for simulation # 6 100 6 2704 2 2.84 2.5366 11.449 100 6 2705 2 2.87 2.7508 11.664 100 6 2707 2 2.86 2.0511 11.225 100 6 2708 2 2.95 2.5460 10.956 100 6 2716 2 2.96 1.8032 10.983 100 6 2806 2 2.78 2.4344 11.015 100 6 2819 2 2.93 2.1775 11.853 100 6 2820 2 2.79 2.2929 11.803 100 6 2825 2 2.91 2.0423 11.144 100 6 2826 2 2.94 1.8372 11.092 100 6 2832 2 2.76 2.0152 11.097 100 6 2833 2 2.98 2.2329 11.313 100 6 2835 2 2.97 2.2077 11.491 100 6 2838 2 2.81 2.8371 11.717 100 6 2839 2 2.87 2.7504 11.620 100 6 2843 2 2.86 2.0527 11.165 100 6 2849 2 2.72 2.2605 11.402 100 6 8320 2 2.93 2.3713 12.025 100 6 8321 2 2.95 1.7821 11.429 100 6 8323 2 2.84 2.2973 11.106 100 6 8324 2 2.89 2.0636 11.249 100 6 8325 2 2.90 2.8690 10.921 100 6 8327 2 2.98 2.5556 11.231 100 6 8328 2 2.73 2.2088 11.149 100 6 8329 2 2.82 2.4145 11.387 100 6 8330 2 2.91 2.2472 10.869 100 6 8334 2 2.88 2.7701 10.864 100 6 8340 2 2.91 3.0606 10.959 100 6 9020 2 2.87 2.4033 10.826 ## Starting information for simulation # 7 100 7 1140 2 3.00 2.1720 12.332 100 7 1143 2 2.96 2.6267 11.684 100 7 1218 2 2.79 2.1981 11.163 100 7 1220 2 2.81 2.3346 11.642 100 7 1258 2 2.65 1.8433 11.257 ## Starting information for simulation # 8 100 8 6451 2 2.85 2.6164 11.944 100 8 6453 2 2.81 2.0221 12.391 ## Starting information for simulation # 9 100 9 416 2 2.84 1.8974 12.520 100 9 422 2 2.75 2.5267 12.000 100 9 427 2 2.83 2.8925 12.526 100 9 428 2 2.73 2.6534 11.885 100 9 429 2 2.89 2.3807 11.904 100 9 470 2 2.91 2.2845 11.357 100 9 472 2 2.93 2.2952 12.195 100 9 473 2 2.74 2.6213 12.059 100 9 480 2 3.00 2.8252 11.848 100 9 481 2 2.77 2.6033 11.645 100 9 489 2 2.86 2.8440 12.093 100 9 490 2 2.84 2.9802 11.999 100 9 491 2 2.92 2.2747 11.985 100 9 498 2 2.79 2.8360 11.776 100 9 506 2 2.95 2.8744 12.023 100 9 507 2 2.73 2.6865 11.380 100 9 521 2 2.83 2.7534 11.803 100 9 522 2 2.92 2.6395 12.098 100 9 523 2 2.87 2.9371 12.223 100 9 524 2 2.90 2.6268 11.893 100 9 525 2 2.96 2.4662 11.962 100 9 528 2 2.97 2.9888 11.529 100 9 529 2 2.94 2.3129 11.497 100 9 530 2 2.98 2.1356 11.901 100 9 535 2 2.97 2.7315 11.942 100 9 536 2 2.81 2.8175 11.379 100 9 552 2 2.79 2.4467 11.677 100 9 554 2 2.70 2.3387 11.628 100 9 555 2 2.86 2.7893 11.416 100 9 585 2 2.92 2.5627 10.858 100 9 587 2 2.99 2.4851 12.045 100 9 858 2 2.92 2.2947 11.844 100 9 2915 2 2.60 2.3651 10.932 100 9 2918 2 2.76 2.3908 11.465 100 9 2919 2 2.67 2.4110 11.423 100 9 2920 2 2.80 2.0560 11.211 100 9 2922 2 2.87 2.6298 11.373 100 9 2929 2 2.99 2.2124 12.268 100 9 2935 2 2.85 1.9580 11.817 100 9 2936 2 2.85 1.7739 11.829 100 9 2943 2 2.90 2.8065 11.929 100 9 2944 2 2.82 1.7918 11.893 100 9 2956 2 2.79 2.3018 11.801 100 9 2962 2 2.95 2.0297 12.060 100 9 2963 2 2.70 2.4129 12.144 100 9 2995 2 2.92 2.2173 11.627 100 9 3031 2 2.89 1.8017 11.932 100 9 3039 2 2.75 2.3236 12.122 100 9 3041 2 2.86 1.9372 12.045 100 9 3042 2 2.81 2.1144 11.422 100 9 3043 2 2.96 2.3669 11.328 100 9 3044 2 2.99 2.6163 11.374 100 9 3045 2 2.86 2.5303 11.195 100 9 3048 2 2.94 2.0659 12.395 100 9 3050 2 2.93 2.3235 11.329 100 9 3061 2 2.78 2.2236 11.247 100 9 3062 2 2.88 2.7887 11.553 100 9 3063 2 2.88 2.1310 11.314 100 9 3064 2 2.96 2.3251 11.048 100 9 3068 2 2.67 1.9944 12.566 100 9 3070 2 2.88 1.7549 12.339 100 9 3072 2 2.78 1.9687 11.755 100 9 3076 2 2.92 2.2423 12.237 100 9 3077 2 2.85 2.3363 12.743 100 9 3089 2 2.75 2.0104 12.348 100 9 3097 2 2.98 1.7546 11.767 100 9 3098 2 2.94 1.9997 12.153 100 9 3100 2 2.85 2.0706 12.460 100 9 3102 2 2.99 1.8852 12.792 100 9 3105 2 2.81 1.9847 12.628 100 9 3110 2 2.95 1.8856 12.622 100 9 3119 2 2.84 2.2472 12.811 100 9 3120 2 2.85 1.7796 12.733 100 9 3124 2 2.83 2.2588 12.572 100 9 3125 2 2.79 2.2671 12.320 100 9 3133 2 2.85 1.8212 12.305 100 9 3135 2 2.79 1.9354 12.586 100 9 3136 2 2.96 1.8239 12.505 100 9 3141 2 2.89 1.8047 13.003 100 9 3142 2 2.98 2.3693 12.905 100 9 3145 2 2.98 2.6170 12.427 100 9 3150 2 2.96 2.0293 12.518 100 9 3154 2 2.87 2.5054 12.467 100 9 3163 2 2.97 2.9259 12.649 100 9 7916 2 2.92 2.0813 12.399 100 9 7920 2 2.84 2.1442 12.292 100 9 7921 2 2.79 2.2897 12.058 100 9 7928 2 2.82 2.1004 12.521 100 9 7939 2 2.71 2.5054 12.309 100 9 7940 2 2.84 2.2534 12.482 100 9 7942 2 2.83 2.5731 12.123 100 9 7943 2 2.95 2.1186 12.450 100 9 7944 2 2.84 2.1287 12.547 100 9 8713 2 2.88 2.3754 12.220 100 9 8720 2 2.74 2.1129 12.475 100 9 8722 2 2.91 2.4083 13.078 100 9 8723 2 2.83 2.4725 12.156 100 9 8734 2 2.81 2.1819 12.418 100 9 8735 2 2.85 2.2782 12.830 100 9 8743 2 2.95 1.8936 12.476 ## Starting information for simulation # 10 100 10 3641 2 2.89 2.0765 12.600 100 10 3648 2 2.93 2.1217 12.764 100 10 3649 2 2.91 1.7998 12.528 100 10 3653 2 2.66 1.9670 12.659 100 10 3656 2 2.75 2.6139 12.299 100 10 3676 2 3.00 1.9631 12.673 100 10 6490 2 2.85 2.2796 9.219 100 10 6491 2 2.87 2.4125 9.436 100 10 6515 2 2.99 1.8900 8.970 100 10 6527 2 2.95 2.5082 9.228 100 10 6529 2 2.89 2.2272 9.404 100 10 6542 2 2.93 2.5355 9.188 100 10 6543 2 2.90 2.4921 9.190 100 10 6545 2 2.89 2.9035 9.385 100 10 6558 2 2.93 1.8098 9.735 100 10 6559 2 2.84 2.4713 9.769 ## Starting information for simulation # 11 100 11 1809 2 2.77 1.7764 12.533 100 11 3621 2 2.83 2.5262 10.424 100 11 3647 2 2.77 2.8458 10.241 100 11 3651 2 2.77 2.3821 9.884 100 11 3653 2 2.68 2.3915 10.639 100 11 3654 2 2.80 2.6887 10.886 100 11 3662 2 2.94 2.2323 10.834 ## Starting information for simulation # 12 100 12 1598 2 2.79 2.3904 10.696 100 12 1610 2 2.99 2.0712 11.355 100 12 1611 2 2.99 2.0737 11.817 100 12 1616 2 2.75 1.9696 11.075 100 12 1617 2 2.82 2.1120 11.083 100 12 1621 2 2.83 2.2423 11.185 100 12 1628 2 2.74 2.6098 11.156 100 12 1629 2 2.89 1.8865 10.811 100 12 1638 2 2.88 1.9323 11.415 100 12 1641 2 2.75 1.8294 11.233 100 12 1644 2 2.85 1.8094 11.361 100 12 1649 2 2.97 2.2896 11.698 100 12 1650 2 2.94 1.9296 11.264 100 12 1652 2 2.82 2.1890 11.599 100 12 1660 2 2.94 1.8388 11.369 100 12 1661 2 2.93 1.9548 11.650 100 12 1662 2 2.69 2.2995 11.770 100 12 1666 2 2.81 2.4192 11.351 100 12 1667 2 2.79 1.9746 11.231 100 12 1671 2 2.94 2.1681 11.873 100 12 1674 2 2.87 1.7566 11.443 100 12 1675 2 2.95 1.7759 11.885 100 12 5500 2 2.84 2.0111 10.448 100 12 9179 2 2.82 1.9467 12.558 ## Starting information for simulation # 13 100 13 4586 2 2.69 1.9178 9.648 100 13 4588 2 2.82 2.1282 10.016 100 13 4591 2 2.97 1.8049 10.765 100 13 4598 2 2.89 1.8162 10.634 100 13 5355 2 2.94 2.9695 9.288 100 13 5356 2 2.87 2.9054 9.278 100 13 5414 2 2.76 2.0716 8.828 100 13 5457 2 2.91 2.8300 10.918 100 13 5467 2 2.98 1.7977 8.937 100 13 5468 2 2.82 2.2242 9.466 100 13 5476 2 2.91 2.5307 9.434 ## Starting information for simulation # 14 ## Starting information for simulation # 15 ## Starting information for simulation # 16 100 16 8207 2 2.80 1.9281 11.218 100 16 8211 2 2.88 1.9412 11.048 100 16 8213 2 2.99 2.7892 10.614 100 16 8214 2 2.78 2.5826 10.913 100 16 8224 2 2.91 1.9759 10.487 100 16 8225 2 2.71 2.4759 10.816 100 16 8226 2 2.90 2.2086 10.701 100 16 8227 2 2.99 2.8586 10.648 100 16 8230 2 2.90 2.6595 11.037 100 16 8231 2 2.82 3.0569 10.645 100 16 8232 2 2.97 2.9177 10.422 100 16 8234 2 2.76 2.1379 10.821 100 16 8250 2 2.82 2.6525 11.726 100 16 8286 2 2.66 2.4188 11.474 100 16 8288 2 2.88 2.8762 11.827 100 16 8291 2 2.85 2.2955 11.582 100 16 8292 2 2.88 2.7862 11.498 100 16 8293 2 2.94 2.6065 11.493 100 16 8313 2 2.79 2.3196 11.089 100 16 8314 2 2.83 2.6300 10.806 100 16 8315 2 2.93 2.6186 11.344 100 16 8320 2 2.93 2.7705 11.595 100 16 8321 2 2.90 2.6707 11.476 100 16 8324 2 2.85 2.5170 10.881 100 16 8325 2 2.76 2.4163 11.295 100 16 8359 2 2.70 2.7826 11.362 100 16 8360 2 2.94 1.7569 10.861 100 16 8361 2 2.91 2.9506 10.662 100 16 8363 2 2.94 2.4717 11.377 100 16 8365 2 2.91 2.6036 11.699 100 16 8377 2 2.87 2.6086 12.044 100 16 8378 2 2.89 2.8457 11.768 100 16 8379 2 2.93 2.8921 10.590 100 16 8381 2 3.00 2.4729 10.185 100 16 8382 2 2.81 2.3698 11.312 100 16 8438 2 2.94 1.9214 11.672 100 16 8441 2 2.94 2.7305 10.913 100 16 8452 2 2.96 2.1845 11.415 100 16 8455 2 2.97 2.3063 10.909 100 16 8471 2 2.77 2.5632 10.871 100 16 8472 2 2.80 2.5899 10.345 100 16 8473 2 2.75 2.2088 11.108 100 16 8474 2 2.77 2.5948 10.776 100 16 8476 2 2.87 2.7561 10.729 100 16 8477 2 2.84 2.4408 10.941 100 16 8479 2 2.90 2.5727 11.388 100 16 8485 2 2.65 2.5744 10.647 100 16 8486 2 2.93 2.2992 10.691 100 16 8498 2 2.90 2.4177 11.325 100 16 8500 2 2.87 2.4964 10.732 100 16 8502 2 2.64 2.5167 10.802 100 16 8503 2 2.80 2.8128 10.777 100 16 8504 2 2.81 2.7961 11.077 100 16 8506 2 2.75 2.8124 11.242 100 16 8507 2 2.79 2.3674 11.236 100 16 8508 2 2.81 2.8848 11.515 100 16 8509 2 2.87 2.4437 11.523 100 16 8511 2 2.74 2.6837 10.558 100 16 8513 2 2.95 2.6119 11.381 100 16 8535 2 2.94 2.5930 10.539 100 16 8922 2 2.70 2.0742 10.921 100 16 8924 2 2.79 2.6044 10.789 100 16 8944 2 2.94 2.5603 10.507 100 16 8945 2 2.91 2.5876 10.639 100 16 8966 2 2.81 2.0033 11.091 100 16 8968 2 2.85 1.8493 10.938 100 16 8969 2 2.74 1.9645 10.846 100 16 8970 2 2.84 1.7808 11.133 100 16 8971 2 2.91 1.9364 11.234 100 16 8972 2 2.88 2.5505 10.946 100 16 8973 2 2.99 2.2596 11.278 100 16 8974 2 2.92 2.5432 11.199 100 16 8975 2 2.95 1.9249 11.017 100 16 8976 2 2.85 2.1629 10.943 100 16 8982 2 2.69 2.7306 10.742 100 16 9009 2 2.75 2.4563 11.037 100 16 9011 2 2.76 2.3017 11.843 100 16 9012 2 2.81 2.0019 10.717 100 16 9013 2 2.85 1.9934 11.060 100 16 9015 2 2.82 2.6342 10.796 100 16 9023 2 2.90 2.1659 10.787 100 16 9024 2 2.73 2.1417 10.626 100 16 9031 2 2.96 2.2696 11.549 100 16 9032 2 2.89 2.5907 11.816 100 16 9034 2 2.77 2.5558 11.446 100 16 9035 2 2.75 2.2529 12.116 100 16 9037 2 2.80 2.5904 11.151 100 16 9039 2 2.91 1.9138 12.212 100 16 9040 2 2.87 2.4950 11.239 100 16 9042 2 2.93 1.8985 11.575 100 16 9043 2 2.99 2.1939 12.036 100 16 9045 2 2.87 2.2839 11.325 100 16 9046 2 2.85 2.2655 11.329 100 16 9047 2 2.79 2.5759 10.861 100 16 9048 2 2.76 2.3533 11.647 100 16 9050 2 2.94 2.3320 11.989 100 16 9051 2 2.93 2.0466 11.505 100 16 9053 2 2.99 2.4105 10.894 100 16 9054 2 2.91 2.1953 10.758 100 16 9055 2 2.75 1.8659 11.520 100 16 9056 2 2.91 2.6214 11.367 100 16 9057 2 2.85 2.3806 10.957 100 16 9059 2 2.96 2.4379 11.092 100 16 9060 2 2.83 2.6131 10.814 100 16 9061 2 2.80 2.3319 11.010 100 16 9064 2 2.79 2.5118 10.544 100 16 9067 2 2.82 2.7703 10.973 100 16 9068 2 2.93 2.3709 10.901 100 16 9069 2 2.82 2.2101 11.117 100 16 9072 2 2.98 2.1731 10.932 100 16 9094 2 2.86 1.7554 10.472 100 16 9104 2 2.91 1.8003 11.417 100 16 9105 2 2.80 2.0926 11.003 100 16 9110 2 2.84 2.2738 10.964 ## Starting information for simulation # 17 100 17 6056 2 3.00 2.1774 12.286 100 17 6058 2 2.92 2.5319 11.827 100 17 6062 2 2.83 2.6168 11.950 100 17 6064 2 2.99 2.3922 11.256 100 17 6068 2 2.83 2.2607 12.708 100 17 6070 2 2.89 2.2344 12.837 100 17 6072 2 3.00 2.4619 12.921 100 17 6074 2 2.89 2.7633 12.921 100 17 6075 2 2.82 2.2432 12.562 100 17 6087 2 2.89 2.3563 12.392 100 17 6096 2 2.81 2.4692 12.866 100 17 6097 2 2.94 2.5647 12.669 100 17 7825 2 3.00 3.0192 12.121 100 17 7826 2 2.69 1.7913 12.024 100 17 7844 2 2.90 2.1064 11.725 100 17 7850 2 2.85 1.9121 11.879 100 17 7851 2 2.98 2.7263 12.937 100 17 7856 2 2.84 1.7629 11.961 100 17 7867 2 2.91 2.5186 12.030 100 17 7868 2 2.92 2.3598 12.183 100 17 7869 2 2.81 2.9745 12.264 100 17 7870 2 2.89 2.0823 12.568 100 17 7876 2 3.00 1.9802 12.422 100 17 7907 2 2.93 2.3909 10.822 100 17 7908 2 2.90 1.8036 11.564 100 17 7909 2 2.91 2.5125 10.796 100 17 7910 2 2.99 2.0704 11.367 100 17 7911 2 2.87 2.3478 11.137 100 17 7912 2 2.99 1.9347 11.012 100 17 7913 2 2.83 2.6230 10.833 100 17 7929 2 2.80 2.5122 11.161 100 17 7938 2 2.86 2.9062 10.591 100 17 7939 2 2.98 2.9291 10.511 100 17 7942 2 2.97 2.5031 10.950 100 17 7945 2 2.94 1.9395 10.866 100 17 7947 2 2.76 2.5487 10.403 100 17 7948 2 2.68 2.5569 10.401 100 17 7950 2 2.74 1.8354 11.308 100 17 7952 2 2.71 1.8435 11.493 100 17 7960 2 2.99 2.3993 11.953 100 17 7961 2 2.75 2.6536 11.242 100 17 7962 2 2.81 2.1992 10.921 100 17 7970 2 2.77 2.2376 11.473 100 17 7972 2 2.76 2.1417 10.683 100 17 7973 2 2.89 1.8524 10.881 100 17 7975 2 2.89 2.3272 10.779 100 17 7976 2 2.78 2.7111 11.032 100 17 7978 2 2.86 1.9112 10.524 100 17 7979 2 2.93 2.5838 10.650 100 17 7980 2 2.96 2.5899 11.338 100 17 8895 2 2.74 2.0975 10.542 100 17 8896 2 2.93 2.4089 10.603 100 17 8904 2 2.85 2.6048 10.736 100 17 8906 2 2.91 2.2791 10.596 100 17 8907 2 2.98 2.7360 10.695 100 17 8917 2 2.77 2.2945 10.975 100 17 8919 2 2.76 2.6866 10.486 100 17 8920 2 2.75 2.6307 10.522 100 17 8928 2 2.87 2.2607 11.245 100 17 8935 2 2.71 2.3907 11.238 100 17 8941 2 2.89 2.6807 10.854 100 17 8942 2 2.87 3.0140 11.146 100 17 8943 2 2.93 2.7869 11.058 100 17 8948 2 2.71 2.5647 10.576 100 17 8949 2 2.76 2.5304 10.716 100 17 8950 2 2.85 2.3509 10.791 100 17 8951 2 2.84 2.6965 10.789 100 17 8952 2 2.93 2.8045 10.906 100 17 8953 2 2.77 2.5359 10.966 100 17 8956 2 2.89 2.2423 10.715 100 17 8957 2 2.99 2.7819 10.067 ## Starting information for simulation # 18 100 18 234 2 2.76 2.8227 11.836 100 18 7209 2 2.88 2.6281 12.042 100 18 7210 2 2.92 2.7895 12.563 100 18 7211 2 2.78 2.4424 12.650 100 18 7212 2 2.96 2.9375 12.301 100 18 7216 2 2.82 2.2680 11.819 100 18 7217 2 2.86 2.0226 11.617 100 18 7218 2 2.95 2.4762 12.396 100 18 7225 2 2.76 2.8659 11.988 100 18 7228 2 2.73 2.2637 12.746 100 18 7233 2 2.84 2.3664 11.966 100 18 7234 2 2.71 2.3276 12.275 100 18 7245 2 2.88 1.8401 12.205 100 18 7248 2 2.77 2.3732 11.939 100 18 7256 2 2.99 2.5545 12.465 100 18 7257 2 2.81 2.4708 12.006 100 18 7258 2 2.85 2.3956 12.034 100 18 7265 2 2.83 2.7329 11.926 100 18 7267 2 2.94 2.5044 11.988 100 18 7269 2 2.84 2.6927 11.345 100 18 7271 2 2.87 2.0522 12.005 100 18 7272 2 2.71 2.2570 12.318 100 18 7274 2 2.99 2.1609 12.057 100 18 7275 2 2.92 2.2453 13.062 100 18 7299 2 2.90 2.3106 11.471 100 18 7306 2 2.90 2.4928 11.837 100 18 7307 2 2.79 2.4312 12.106 100 18 7308 2 2.68 2.4693 11.536 100 18 7322 2 2.95 1.8319 11.752 100 18 7345 2 2.89 2.7486 12.123 100 18 7346 2 2.95 2.2353 11.725 100 18 7354 2 2.94 2.3282 12.147 100 18 7362 2 2.95 2.8002 12.089 100 18 7363 2 2.83 2.2881 12.196 100 18 7366 2 2.87 2.0964 12.454 100 18 7403 2 2.80 2.4827 12.234 100 18 7404 2 2.98 2.0848 11.557 100 18 7408 2 2.99 2.8542 11.903 100 18 7409 2 2.83 2.8791 11.932 ## Starting information for simulation # 19 100 19 3223 2 2.91 2.2418 12.237 100 19 3224 2 2.73 2.7707 11.417 100 19 3235 2 2.83 2.6599 12.413 100 19 3236 2 2.95 2.2965 12.489 100 19 3241 2 2.73 2.5054 11.200 100 19 3247 2 2.74 2.3120 12.025 100 19 3249 2 2.92 2.3229 11.738 100 19 4090 2 2.87 2.1391 12.110 100 19 4099 2 2.79 2.5997 12.054 100 19 4102 2 2.90 1.9130 12.663 100 19 6028 2 2.69 1.8557 10.688 100 19 6034 2 2.95 2.3629 11.000 100 19 6040 2 2.87 2.6349 10.970 100 19 6041 2 2.78 2.4098 10.958 100 19 6054 2 2.94 2.3159 10.878 100 19 6055 2 2.65 2.2352 11.406 100 19 6057 2 2.87 2.6707 11.363 100 19 6059 2 3.00 2.7472 11.226 100 19 6068 2 2.78 1.9883 11.714 100 19 7044 2 2.86 2.2463 11.015 ## Starting information for simulation # 20 100 20 3322 2 2.78 2.7068 10.591 100 20 3323 2 2.99 1.8297 10.954 100 20 3325 2 2.77 2.9147 10.497 100 20 3329 2 2.89 1.7495 9.996 100 20 3335 2 2.94 2.1178 10.514 100 20 4272 2 2.92 2.1816 11.357 100 20 4273 2 2.85 2.6817 11.446 100 20 4274 2 2.88 2.3766 10.231 100 20 4277 2 2.77 2.6226 11.160 ## Starting information for simulation # 21 100 21 2009 2 2.93 2.1057 12.189 100 21 9820 2 2.88 2.1969 12.391 100 21 9824 2 2.81 1.9264 12.919 100 21 9832 2 2.89 2.4130 12.190 ## Starting information for simulation # 22 100 22 2730 2 3.00 2.5774 11.213 100 22 2743 2 2.96 2.2798 10.614 100 22 2748 2 2.73 2.3139 11.325 100 22 3419 2 2.79 2.1300 9.722 100 22 3458 2 2.75 2.2064 9.900 100 22 3459 2 2.90 1.9251 10.173 100 22 3460 2 2.74 2.3097 10.407 100 22 3484 2 2.96 1.7775 10.244 100 22 3492 2 2.99 2.2586 10.843 100 22 3493 2 2.92 2.5314 11.311 100 22 3494 2 2.93 1.7920 11.052 100 22 3495 2 2.74 2.1739 10.610 100 22 3499 2 2.79 1.9084 9.922 100 22 3506 2 2.97 1.7499 10.887 100 22 3511 2 2.80 1.9843 10.627 100 22 3512 2 2.91 2.1498 10.803 100 22 3537 2 2.90 1.8212 10.376 100 22 3538 2 2.93 2.0402 10.666 100 22 3539 2 2.86 2.0324 10.961 ## Starting information for simulation # 23 ## Starting information for simulation # 24 100 24 1306 2 2.87 2.8231 12.444 100 24 1312 2 2.75 2.3879 12.439 100 24 1318 2 2.86 1.9291 12.667 100 24 1321 2 2.81 1.7718 12.764 100 24 1323 2 2.87 2.4525 12.251 100 24 2264 2 2.83 1.7706 12.020 100 24 2276 2 2.99 1.7588 12.545 100 24 2277 2 2.90 2.0817 12.531 100 24 2279 2 2.97 1.9664 12.321 100 24 2283 2 2.95 2.0146 12.101 100 24 2289 2 3.00 1.8238 12.359 100 24 2341 2 2.88 2.3336 11.614 100 24 5908 2 2.99 1.9086 11.023 100 24 5913 2 2.79 1.8346 12.171 ## Starting information for simulation # 25 100 25 2715 2 2.87 2.4750 11.261 100 25 9742 2 2.79 2.7404 11.426 100 25 9743 2 2.90 2.6995 11.459 100 25 9745 2 2.85 2.0778 11.276 100 25 9746 2 2.82 1.8234 11.066 ## Starting information for simulation # 26 100 26 593 2 2.86 2.1887 12.535 100 26 596 2 2.97 2.3389 12.600 100 26 599 2 2.92 1.7859 12.469 100 26 601 2 2.95 1.7983 12.450 100 26 611 2 2.94 1.9304 12.449 100 26 644 2 2.69 1.8343 12.658 100 26 679 2 2.92 2.0017 12.146 100 26 681 2 2.67 2.5829 12.135 100 26 689 2 2.92 2.3025 12.330 100 26 691 2 2.86 1.8587 12.629 100 26 700 2 2.97 2.1502 12.542 100 26 709 2 2.88 1.8983 11.734 100 26 712 2 2.84 2.5284 12.310 100 26 1789 2 2.84 2.7642 10.682 100 26 1791 2 2.91 2.8002 10.889 100 26 1793 2 2.85 2.1423 12.043 100 26 1794 2 2.79 2.9934 11.247 100 26 1795 2 2.94 2.8351 11.725 100 26 2279 2 2.82 2.4411 12.242 100 26 2283 2 2.68 2.1933 12.720 100 26 2285 2 2.97 2.6357 12.228 100 26 2287 2 2.88 2.2557 12.014 100 26 2288 2 2.93 1.8398 12.645 100 26 2289 2 2.89 2.8961 12.657 100 26 2292 2 2.93 1.9278 12.634 100 26 2297 2 2.84 2.1491 12.887 100 26 2305 2 2.87 1.9617 13.090 100 26 2309 2 2.90 1.9313 12.457 100 26 2313 2 2.84 1.8821 12.514 100 26 4146 2 2.74 2.5681 12.172 100 26 4147 2 2.79 2.6883 11.429 100 26 4148 2 2.93 2.7769 11.852 100 26 4149 2 2.88 2.0120 12.210 100 26 4151 2 2.99 2.9412 11.766 100 26 4152 2 2.92 2.3937 11.846 100 26 4153 2 2.92 2.8046 11.558 100 26 4154 2 2.95 2.6909 12.070 100 26 4170 2 2.88 2.5466 12.249 100 26 4172 2 2.70 2.5535 11.739 100 26 4186 2 2.82 2.6722 11.875 100 26 4201 2 2.75 2.6002 11.690 100 26 4204 2 2.88 2.6619 11.771 100 26 4205 2 2.74 2.7923 12.217 100 26 4206 2 2.93 2.5260 11.702 100 26 4208 2 2.96 2.9903 11.891 100 26 4212 2 2.96 2.5860 12.034 100 26 4213 2 2.83 2.5341 11.512 100 26 4214 2 2.91 2.3639 12.145 100 26 4228 2 2.91 2.5581 12.203 100 26 4229 2 2.89 2.7975 12.437 100 26 4232 2 2.92 2.3655 11.913 100 26 4233 2 2.90 2.4159 12.309 100 26 4241 2 2.73 2.5065 12.037 100 26 4242 2 2.88 2.2720 11.989 100 26 4246 2 2.79 2.9821 12.039 100 26 4248 2 2.93 2.8670 12.301 100 26 4249 2 2.87 2.7206 12.228 100 26 4250 2 2.95 2.7799 12.524 100 26 4251 2 2.95 2.6218 11.897 100 26 4252 2 2.96 2.3960 11.998 100 26 4253 2 2.96 2.3044 11.817 100 26 4254 2 2.83 2.6576 11.866 100 26 5309 2 2.77 2.4217 11.489 100 26 5310 2 2.74 2.5209 11.248 100 26 5313 2 2.84 2.1619 10.933 100 26 5331 2 2.74 1.8893 11.461 100 26 5333 2 2.85 2.2344 11.038 100 26 5339 2 2.88 2.4697 12.029 100 26 5341 2 2.87 1.8809 11.575 100 26 5342 2 2.97 2.0765 11.870 100 26 5357 2 2.99 1.8199 11.072 100 26 5395 2 2.90 2.2796 12.284 100 26 6180 2 2.77 2.1642 12.229 100 26 6185 2 2.94 2.6321 12.494 100 26 6186 2 2.98 2.6381 12.310 ## Starting information for simulation # 27 100 27 425 2 2.90 2.2115 10.758 100 27 426 2 2.94 2.2608 10.429 100 27 1130 2 2.94 2.3515 11.335 100 27 1132 2 2.72 2.9562 11.590 100 27 1133 2 2.77 2.6516 12.057 100 27 4065 2 2.82 2.3392 12.288 100 27 4120 2 2.77 2.5849 12.080 100 27 4142 2 2.88 1.8395 12.324 100 27 4155 2 2.64 2.0867 12.583 100 27 4156 2 2.88 2.1584 12.060 100 27 4158 2 2.73 1.9930 12.728 100 27 4159 2 2.76 2.2316 12.462 100 27 4160 2 2.73 2.4210 12.484 100 27 4161 2 2.89 2.3225 12.477 100 27 4198 2 2.96 2.5871 12.071 100 27 4199 2 2.95 2.3932 12.128 100 27 6609 2 2.81 1.8379 12.367 100 27 6610 2 2.92 2.0622 12.117 100 27 6611 2 2.89 1.9195 12.332 100 27 6612 2 2.92 2.4445 12.108 100 27 6614 2 2.88 1.9550 12.208 100 27 6616 2 2.84 1.8526 11.553 100 27 6642 2 2.92 2.0309 12.205 100 27 6645 2 2.80 2.0144 12.438 ## Starting information for simulation # 28 ## Starting information for simulation # 29 100 29 781 2 2.92 1.9893 12.443 100 29 783 2 2.81 2.1443 12.435 100 29 808 2 2.75 2.2796 11.200 100 29 816 2 2.83 1.9505 11.365 100 29 831 2 2.89 1.8526 11.855 100 29 841 2 2.87 1.9387 10.790 100 29 842 2 2.77 2.7520 10.847 100 29 856 2 2.81 2.0848 10.957 100 29 858 2 2.98 2.6890 11.717 100 29 861 2 2.71 2.3126 11.029 100 29 864 2 2.71 2.3293 11.204 100 29 865 2 2.97 2.3570 11.391 100 29 914 2 2.86 1.7978 12.615 100 29 1628 2 2.86 2.4272 12.208 100 29 1629 2 2.96 2.9139 12.099 100 29 1638 2 2.95 2.4126 12.106 100 29 1639 2 2.95 2.5633 12.043 100 29 1641 2 2.94 2.4086 12.356 100 29 1643 2 2.99 2.8103 12.454 100 29 1645 2 2.88 2.9020 11.479 100 29 1646 2 2.80 2.7873 12.279 100 29 1648 2 2.87 2.5628 11.570 100 29 1650 2 2.83 2.5982 11.679 100 29 1666 2 2.82 2.7709 11.370 100 29 1667 2 2.88 1.8158 11.580 100 29 1683 2 2.76 3.0011 10.988 100 29 1684 2 2.76 2.6495 11.511 100 29 2633 2 2.81 1.7793 12.285 100 29 2654 2 2.99 2.1661 11.569 100 29 2659 2 2.71 1.7845 12.191 100 29 2663 2 2.67 1.8508 12.449 100 29 2669 2 2.74 2.9002 12.218 100 29 2670 2 2.69 2.4464 12.185 ## Starting information for simulation # 30 100 30 518 2 2.98 2.8801 12.192 100 30 526 2 2.94 2.0698 11.931 100 30 527 2 2.97 2.5821 12.237 100 30 540 2 2.85 3.0848 11.551 100 30 542 2 2.86 2.6072 11.897 100 30 543 2 2.84 2.5410 12.024 100 30 569 2 2.93 2.1731 11.659 100 30 578 2 2.99 2.3088 12.041 100 30 599 2 2.83 2.8465 12.015 100 30 600 2 2.83 2.3803 11.658 100 30 615 2 2.74 2.1505 11.764 100 30 627 2 2.96 2.8484 12.358 100 30 628 2 2.63 2.3967 12.030 100 30 629 2 2.94 3.0989 12.002 100 30 630 2 2.81 3.0138 12.072 100 30 631 2 2.91 2.8707 11.938 100 30 632 2 2.97 2.5890 12.277 100 30 633 2 2.76 2.7997 12.080 100 30 636 2 2.73 2.7134 11.454 100 30 639 2 2.91 2.8433 11.981 100 30 644 2 2.75 2.5498 11.708 100 30 645 2 2.81 2.7562 11.906 100 30 648 2 2.81 2.1256 11.872 100 30 650 2 3.00 1.7764 11.838 100 30 1301 2 2.88 1.9648 11.989 100 30 1313 2 3.00 2.1505 11.952 100 30 1317 2 2.78 2.3478 12.683 100 30 1327 2 2.81 2.4490 12.726 100 30 1328 2 2.78 1.9085 12.458 100 30 1330 2 2.86 2.1337 13.122 100 30 1341 2 2.88 1.9178 13.005 100 30 1347 2 3.00 1.8434 12.746 100 30 1349 2 2.88 2.3320 12.635 100 30 1350 2 2.82 2.1321 12.217 100 30 1362 2 2.97 2.3713 12.362 100 30 1377 2 2.90 1.8519 12.678 100 30 1393 2 2.95 1.9792 12.725 100 30 1396 2 2.94 1.7898 13.121 100 30 2474 2 2.96 1.7799 10.839 100 30 2613 2 2.97 1.8796 11.267 100 30 2617 2 2.98 2.1761 11.315 100 30 2653 2 2.85 2.1391 11.520 100 30 2654 2 2.98 2.2815 11.220 100 30 3027 2 2.99 2.1339 12.261 100 30 3028 2 2.79 2.3919 11.671 100 30 3046 2 2.85 2.6935 11.538 100 30 3587 2 2.86 2.2466 11.667 100 30 3588 2 2.79 2.0276 11.633 100 30 3622 2 2.95 1.8724 10.801 ## Starting information for simulation # 31 ## Starting information for simulation # 32 100 32 2345 2 2.91 2.1284 10.784 100 32 2347 2 2.83 2.0275 9.796 100 32 2348 2 2.94 2.6473 11.076 100 32 2355 2 2.92 2.4676 10.131 100 32 2359 2 2.98 2.2671 10.940 100 32 2360 2 2.96 2.7634 10.367 100 32 2363 2 2.74 2.0318 10.470 100 32 2365 2 2.85 2.0362 11.002 100 32 4360 2 2.97 2.0573 12.148 100 32 4366 2 2.94 2.6738 12.929 100 32 4367 2 2.96 2.2755 12.541 100 32 4378 2 2.96 1.8154 12.964 100 32 4392 2 2.93 2.3489 12.618 100 32 4393 2 2.85 2.6153 12.414 100 32 4394 2 2.78 2.1007 12.483 100 32 4411 2 2.71 2.3083 11.391 100 32 4412 2 2.76 2.1723 11.447 100 32 4413 2 2.98 1.8082 11.895 100 32 4417 2 2.71 2.3587 11.921 100 32 4418 2 2.91 2.5914 12.441 100 32 4419 2 2.81 2.8469 11.959 100 32 4420 2 2.77 1.7555 11.908 100 32 4421 2 2.94 2.4612 12.396 100 32 4425 2 2.79 2.0676 12.169 100 32 4426 2 2.87 2.1324 11.800 100 32 4435 2 2.83 2.2496 12.340 100 32 4441 2 2.92 2.2115 11.850 100 32 4443 2 2.94 2.0836 12.113 100 32 4445 2 2.92 2.2903 11.913 100 32 4811 2 2.98 2.2363 12.320 100 32 4813 2 2.96 2.4537 12.281 100 32 4829 2 2.88 2.2056 11.497 100 32 4830 2 2.80 2.4312 11.652 100 32 6083 2 2.80 2.7041 11.297 100 32 6085 2 2.94 2.7089 11.277 100 32 6086 2 2.88 2.9624 11.617 100 32 6088 2 2.92 2.4822 11.829 100 32 6089 2 2.93 2.1994 11.528 100 32 6091 2 2.71 2.4676 11.806 100 32 6092 2 2.77 2.4180 11.519 100 32 6099 2 2.69 1.8396 11.810