# Bonding information for index 164 -- 0MA_13@O3 LYS_8@HZ1 LYS_8@NZ # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 ## Starting information for simulation # 2 164 2 8986 2 2.74 1.9843 13.333 164 2 8997 2 2.77 2.4849 13.102 164 2 9002 2 2.95 2.2267 12.767 164 2 9019 2 2.65 2.4766 12.448 164 2 9027 2 2.74 1.7526 12.600 164 2 9031 2 2.78 2.3479 12.967 164 2 9034 2 2.87 2.2730 13.027 164 2 9055 2 2.82 2.3420 12.770 164 2 9057 2 2.83 2.6276 12.949 164 2 9502 2 2.68 2.4787 13.134 164 2 9503 2 2.76 2.3332 13.460 164 2 9506 2 2.89 1.9803 13.063 164 2 9517 2 2.91 2.2004 12.596 164 2 9518 2 2.99 2.4470 13.503 164 2 9519 2 2.91 2.7249 12.728 164 2 9520 2 2.85 2.2025 12.715 164 2 9521 2 2.89 2.6986 13.034 164 2 9522 2 2.98 2.0466 13.465 164 2 9523 2 2.84 1.9410 13.177 164 2 9526 2 2.81 2.7770 13.258 164 2 9527 2 2.83 2.7674 12.793 164 2 9528 2 2.90 1.8364 12.934 164 2 9529 2 2.85 2.1282 12.714 164 2 9540 2 2.87 2.1567 13.132 164 2 9542 2 2.84 2.4817 13.354 164 2 9574 2 2.93 1.7752 12.871 164 2 9581 2 2.87 2.3276 13.084 164 2 9583 2 2.74 2.9318 13.446 164 2 9585 2 2.82 2.7458 13.163 164 2 9588 2 2.80 2.7527 13.516 164 2 9597 2 2.72 2.4826 12.926 164 2 9620 2 2.98 2.1130 12.923 164 2 9622 2 2.85 1.7779 13.112 164 2 9627 2 2.95 2.0832 13.408 164 2 9636 2 2.88 2.4253 13.063 164 2 9645 2 2.97 1.9739 13.293 ## Starting information for simulation # 3 164 3 369 2 2.94 1.9566 11.559 164 3 1679 2 2.90 2.2875 11.651 164 3 1684 2 2.78 2.8441 12.374 164 3 1690 2 2.89 1.9835 11.907 164 3 1701 2 2.86 2.6976 12.335 164 3 1749 2 2.84 2.0673 12.526 164 3 1750 2 2.79 2.4138 12.480 164 3 1752 2 2.93 2.0165 12.722 164 3 1762 2 2.69 1.8386 12.042 164 3 2128 2 2.70 2.4104 12.469 164 3 3149 2 2.79 2.2872 12.535 164 3 3150 2 2.84 2.2351 12.280 164 3 3175 2 2.76 2.4889 11.676 164 3 3543 2 2.69 2.0436 12.206 164 3 3545 2 2.98 2.2264 11.958 164 3 3550 2 2.79 3.0725 12.573 164 3 3552 2 2.97 2.2355 12.197 164 3 4971 2 2.90 1.9798 12.852 164 3 4972 2 2.82 1.7815 12.677 164 3 5020 2 2.76 2.4932 12.745 164 3 5021 2 2.93 2.5049 12.753 164 3 5022 2 2.92 2.1359 13.634 164 3 5028 2 2.81 2.0858 12.712 164 3 5033 2 3.00 2.3465 12.850 164 3 5036 2 2.99 2.1837 12.359 164 3 5045 2 2.77 2.0412 13.146 164 3 5075 2 2.93 2.3059 12.590 164 3 5084 2 2.65 2.4303 13.061 164 3 5086 2 2.82 2.7179 12.443 164 3 5090 2 2.76 1.8928 13.179 164 3 5100 2 2.99 2.0475 13.339 164 3 5101 2 2.80 2.1257 13.447 164 3 5122 2 2.89 2.8451 12.936 164 3 5126 2 2.75 2.1854 13.010 164 3 5132 2 2.88 1.8168 13.184 164 3 5147 2 2.80 1.7695 13.034 164 3 5152 2 2.97 2.2315 13.215 164 3 5165 2 2.87 2.0327 13.187 164 3 5169 2 2.91 1.8006 12.879 164 3 5174 2 2.84 3.0191 13.278 164 3 5175 2 2.95 2.0915 13.353 164 3 5178 2 2.92 2.0829 13.580 164 3 5182 2 2.77 2.1405 13.730 164 3 5183 2 2.87 2.0361 13.391 164 3 5189 2 2.86 1.9507 13.256 164 3 5190 2 2.90 1.9412 12.704 164 3 5223 2 2.94 2.2822 12.785 164 3 5280 2 2.96 1.7555 12.929 164 3 5285 2 2.92 2.6816 13.350 164 3 5288 2 2.92 2.3854 13.495 164 3 5290 2 2.89 2.2481 12.951 164 3 5293 2 2.77 2.8846 13.222 164 3 5294 2 2.69 2.7052 13.359 164 3 5295 2 2.93 2.5197 13.468 164 3 5297 2 2.95 2.0763 13.199 164 3 5298 2 2.86 2.3643 13.797 164 3 5300 2 2.74 2.4660 12.967 164 3 5301 2 2.90 2.7903 13.544 164 3 5305 2 2.80 2.3813 13.772 164 3 5306 2 2.81 2.6742 13.628 164 3 5308 2 2.87 2.3443 13.658 164 3 5309 2 2.91 2.3279 13.842 164 3 5310 2 2.73 2.2771 13.505 164 3 5311 2 2.78 2.3177 13.827 164 3 5312 2 2.81 2.8892 13.774 ## Starting information for simulation # 4 164 4 7774 2 2.81 1.9004 11.089 164 4 7775 2 2.96 1.9316 11.302 ## Starting information for simulation # 5 164 5 4069 2 2.89 1.8392 9.288 ## Starting information for simulation # 6 164 6 911 2 2.99 2.7128 10.962 164 6 912 2 2.88 2.0498 11.246 164 6 915 2 2.87 2.0798 11.275 164 6 927 2 2.84 1.8357 10.479 164 6 932 2 2.63 2.0678 9.839 164 6 946 2 2.94 2.5304 9.935 ## Starting information for simulation # 7 164 7 2078 2 2.94 2.6775 9.197 164 7 2093 2 2.91 1.9612 9.150 ## Starting information for simulation # 8 ## Starting information for simulation # 9 ## Starting information for simulation # 10 164 10 3132 2 2.97 1.7697 7.953 ## Starting information for simulation # 11 164 11 4614 2 2.96 1.7501 10.958 164 11 4616 2 2.88 2.5883 10.409 164 11 5340 2 2.87 3.0892 10.078 ## Starting information for simulation # 12 ## Starting information for simulation # 13 ## Starting information for simulation # 14 164 14 3828 2 2.87 1.9056 8.532 164 14 3829 2 2.82 2.9047 8.069 ## Starting information for simulation # 15 164 15 3653 2 2.96 2.1315 10.549 164 15 7443 2 2.80 2.7299 11.844 164 15 7445 2 2.95 2.7103 12.623 164 15 7446 2 2.76 2.6287 12.361 164 15 7473 2 2.93 1.7950 12.472 164 15 7562 2 2.94 2.5676 12.057 ## Starting information for simulation # 16 ## Starting information for simulation # 17 ## Starting information for simulation # 18 164 18 1818 2 2.76 2.0244 10.150 164 18 1819 2 2.97 1.9272 10.658 164 18 7670 2 2.87 2.4839 11.502 164 18 7674 2 2.87 2.3923 11.828 164 18 7677 2 2.80 1.9150 10.678 164 18 7678 2 2.94 1.7942 10.503 ## Starting information for simulation # 19 ## Starting information for simulation # 20 ## Starting information for simulation # 21 ## Starting information for simulation # 22 164 22 460 2 2.89 2.8898 12.369 164 22 461 2 2.79 2.3640 12.465 164 22 462 2 2.72 2.4951 12.708 164 22 464 2 2.77 2.2268 12.282 164 22 470 2 2.97 2.9042 12.672 164 22 504 2 2.96 2.1741 12.721 164 22 506 2 2.99 2.2382 13.171 164 22 579 2 2.96 3.0022 11.966 164 22 580 2 2.81 2.6903 11.931 164 22 582 2 2.93 1.9015 12.112 164 22 590 2 2.82 2.8083 11.987 164 22 591 2 2.69 2.2311 11.912 164 22 593 2 2.79 2.2697 12.040 164 22 596 2 2.94 3.0525 12.175 164 22 609 2 2.82 2.4269 12.403 164 22 610 2 2.90 2.3678 12.249 164 22 615 2 2.75 2.0318 11.954 164 22 616 2 2.95 1.8627 11.902 164 22 622 2 2.86 2.9284 11.865 164 22 623 2 2.85 2.5344 11.452 164 22 624 2 2.79 2.7118 11.803 164 22 628 2 2.77 1.8364 12.063 164 22 633 2 2.93 2.2817 11.570 164 22 635 2 2.98 2.1357 11.789 164 22 637 2 2.92 1.7967 11.976 164 22 640 2 2.95 2.5837 11.638 164 22 641 2 2.97 2.0566 11.720 164 22 643 2 2.75 2.8337 12.339 164 22 646 2 2.84 2.0094 11.552 164 22 808 2 2.96 2.8741 11.749 164 22 811 2 2.81 2.2194 11.290 164 22 818 2 2.83 2.4662 11.959 164 22 825 2 2.91 3.0957 11.682 164 22 858 2 2.85 2.7875 12.404 164 22 860 2 2.94 2.3227 12.617 164 22 885 2 2.77 2.2402 12.561 164 22 886 2 2.99 1.9386 12.675 164 22 894 2 2.94 2.2098 11.721 164 22 963 2 2.90 1.7539 12.358 164 22 1201 2 2.88 2.5538 11.480 164 22 1202 2 2.99 2.5241 11.178 164 22 1207 2 2.69 1.8222 11.497 164 22 1208 2 2.98 2.1213 11.499 164 22 1436 2 3.00 3.0605 12.305 164 22 1449 2 2.95 2.0119 12.423 164 22 1524 2 2.99 2.4744 11.328 164 22 1525 2 2.70 2.5768 11.160 164 22 1527 2 2.81 2.4838 10.986 164 22 1531 2 2.96 2.3732 11.363 164 22 1533 2 2.87 2.8113 11.725 164 22 1538 2 2.85 1.7479 11.962 164 22 1539 2 2.99 1.9226 12.083 164 22 1610 2 2.75 2.5306 12.114 164 22 1619 2 2.93 2.4753 12.053 164 22 1620 2 2.91 2.6951 11.976 164 22 1621 2 2.83 2.6821 12.130 164 22 1622 2 2.63 2.3789 12.285 164 22 1626 2 2.72 2.7469 12.125 164 22 1628 2 2.94 2.3798 12.292 164 22 1632 2 2.81 2.8555 12.154 164 22 1633 2 2.94 2.4011 12.430 164 22 1634 2 2.93 1.8978 12.405 164 22 1636 2 2.83 2.8516 12.425 164 22 1637 2 2.77 2.7669 12.274 164 22 1642 2 2.83 2.4349 12.393 164 22 2341 2 2.95 1.8060 12.804 164 22 2348 2 2.93 1.8106 12.123 164 22 2356 2 2.92 1.9335 12.323 164 22 2357 2 2.95 1.9434 12.394 164 22 2370 2 2.93 1.7485 12.518 164 22 2372 2 2.92 1.8441 12.548 164 22 2377 2 2.95 1.7968 12.576 164 22 2378 2 2.90 2.0437 12.655 164 22 2386 2 2.82 2.7104 12.499 164 22 2387 2 2.94 1.7758 12.312 164 22 2389 2 2.96 2.2270 12.093 164 22 2390 2 2.92 2.3927 12.553 164 22 2391 2 2.88 2.8355 12.299 164 22 2392 2 2.95 2.7268 12.359 164 22 2393 2 2.92 2.5430 12.501 164 22 2394 2 2.91 2.5193 12.250 164 22 2395 2 2.94 2.4932 11.908 164 22 2396 2 2.80 2.1177 12.215 164 22 4433 2 2.96 2.2193 13.021 164 22 4642 2 2.75 2.4951 12.499 164 22 4647 2 3.00 1.9415 12.512 164 22 4673 2 2.82 2.1452 12.265 164 22 4675 2 2.96 2.2432 12.777 164 22 4676 2 2.72 2.6343 13.089 164 22 4695 2 2.91 2.5850 12.830 164 22 4697 2 3.00 2.6822 13.409 164 22 4734 2 2.81 2.3246 12.354 164 22 4735 2 2.99 1.9921 12.646 164 22 4743 2 2.91 2.8517 12.477 164 22 4749 2 2.73 1.8385 13.246 164 22 4753 2 2.72 2.0912 13.374 164 22 4754 2 2.97 1.8927 13.110 164 22 4831 2 2.83 1.8139 13.216 164 22 4832 2 2.85 3.0834 12.936 164 22 4834 2 2.86 1.9134 12.990 164 22 5616 2 2.77 2.6925 12.728 164 22 5621 2 2.92 2.6226 12.476 164 22 5633 2 2.84 2.2979 12.957 164 22 5634 2 2.82 2.8520 12.872 164 22 5635 2 2.80 2.6323 12.753 164 22 5636 2 2.92 2.8274 12.803 164 22 5637 2 2.84 1.8775 12.847 164 22 5641 2 2.93 1.9128 13.042 164 22 5642 2 2.87 2.4026 12.673 164 22 5648 2 2.77 2.2095 12.922 164 22 5650 2 2.85 1.9468 12.746 164 22 5651 2 2.98 1.9754 12.843 164 22 5652 2 2.78 1.8401 13.014 164 22 5822 2 2.96 2.4290 11.941 164 22 6267 2 2.79 2.7216 12.945 164 22 6268 2 2.75 1.9347 12.881 164 22 6327 2 2.81 2.1959 12.865 ## Starting information for simulation # 23 ## Starting information for simulation # 24 164 24 6647 2 2.82 1.9230 10.488 164 24 6651 2 2.87 2.6923 10.712 164 24 6657 2 2.86 2.7116 11.500 164 24 6658 2 2.82 2.0623 11.871 ## Starting information for simulation # 25 164 25 2320 2 2.83 2.5065 10.882 164 25 5797 2 3.00 2.7005 9.768 164 25 8923 2 2.84 2.8204 12.957 164 25 9391 2 2.85 2.7429 11.742 ## Starting information for simulation # 26 164 26 257 2 2.77 2.6062 9.291 164 26 938 2 2.86 1.8418 8.919 164 26 939 2 2.96 2.7211 8.346 164 26 940 2 2.81 2.0432 8.566 164 26 944 2 2.66 2.6402 8.599 164 26 977 2 2.82 2.5369 8.796 164 26 987 2 2.85 3.0436 8.324 164 26 1022 2 2.94 2.4868 9.534 164 26 4485 2 2.88 2.2800 11.707 ## Starting information for simulation # 27 164 27 3216 2 2.97 1.9132 10.306 164 27 3223 2 2.77 1.8854 10.294 164 27 3224 2 2.97 2.5694 10.687 164 27 5030 2 2.99 2.9659 9.430 164 27 7881 2 2.93 1.9345 10.811 164 27 7882 2 2.81 1.7809 10.771 164 27 7885 2 2.93 2.1224 10.690 164 27 7886 2 2.95 2.1886 10.865 164 27 9401 2 2.86 1.8122 11.265 ## Starting information for simulation # 28 164 28 9 2 2.73 2.2564 11.976 164 28 10 2 2.77 2.4764 11.759 164 28 19 2 2.82 2.5461 11.537 164 28 21 2 2.99 1.9200 11.964 164 28 22 2 2.99 1.9219 12.037 164 28 24 2 2.85 2.7333 11.805 164 28 25 2 2.85 2.7006 12.279 164 28 36 2 2.86 3.0726 11.819 164 28 37 2 2.90 2.5561 11.702 164 28 38 2 2.93 2.4436 11.534 164 28 39 2 2.97 2.6208 11.779 164 28 40 2 2.69 2.8993 12.062 164 28 72 2 2.91 2.7685 12.146 164 28 76 2 2.80 2.8616 11.747 164 28 86 2 2.86 2.6608 12.247 164 28 87 2 2.74 2.9460 11.670 164 28 88 2 2.86 1.8156 12.205 164 28 89 2 2.76 2.9310 11.998 164 28 90 2 2.90 2.8317 12.127 164 28 96 2 2.92 1.7526 11.689 164 28 97 2 2.92 2.4392 11.797 164 28 103 2 2.83 1.9738 11.407 164 28 105 2 2.80 1.8372 11.766 164 28 106 2 2.88 2.5401 11.593 164 28 107 2 2.81 1.7462 11.709 164 28 108 2 2.85 2.9496 11.177 164 28 109 2 2.92 2.5214 11.717 164 28 120 2 2.87 2.3928 11.960 164 28 125 2 2.99 2.9043 12.416 164 28 293 2 2.90 2.4812 11.623 164 28 296 2 2.69 2.4421 11.641 164 28 788 2 2.71 1.8186 12.258 164 28 1196 2 2.72 2.2453 12.360 164 28 1201 2 2.80 2.8175 11.718 164 28 1206 2 2.86 2.7388 11.915 164 28 1213 2 2.87 1.9064 11.835 164 28 1237 2 2.85 2.1028 11.716 164 28 1238 2 2.75 2.3304 12.276 164 28 1569 2 2.85 2.4896 11.915 164 28 1573 2 3.00 1.8244 12.182 164 28 1601 2 2.92 1.8291 11.789 164 28 2760 2 2.88 2.7721 12.338 164 28 2776 2 2.94 1.8574 12.771 164 28 2972 2 2.90 2.9415 12.183 164 28 3117 2 2.98 1.9778 12.549 164 28 3156 2 2.72 1.7781 12.339 164 28 3299 2 2.69 2.4594 12.426 164 28 3303 2 2.72 2.2771 12.306 164 28 3305 2 2.96 2.0804 12.412 164 28 3311 2 2.80 2.8556 12.470 164 28 3312 2 2.81 2.1668 12.697 164 28 3313 2 2.74 2.1395 12.801 164 28 3315 2 2.82 1.8175 12.133 164 28 3440 2 2.83 2.5130 12.119 164 28 3442 2 2.85 2.0372 11.496 164 28 3489 2 2.83 2.7158 12.319 164 28 3502 2 2.88 1.9754 12.007 164 28 3516 2 2.93 1.9324 12.616 164 28 3521 2 2.93 2.9007 12.511 164 28 3522 2 2.82 2.5356 12.546 164 28 3528 2 2.91 2.8722 12.184 164 28 3529 2 2.98 2.6943 12.199 164 28 3533 2 2.94 2.2007 12.491 164 28 3534 2 2.93 2.6613 12.421 164 28 3535 2 2.83 2.9972 12.230 164 28 3573 2 2.76 2.5471 12.271 164 28 3574 2 2.92 2.3870 12.662 164 28 3580 2 3.00 2.9282 12.157 164 28 3602 2 2.84 2.5510 12.290 164 28 9006 2 2.77 1.7982 12.574 164 28 9020 2 2.79 2.3866 11.980 164 28 9021 2 2.75 1.8646 11.973 164 28 9041 2 2.90 2.2825 11.833 164 28 9042 2 2.85 1.8248 12.199 164 28 9043 2 2.78 2.3960 11.573 164 28 9062 2 2.93 2.7799 11.369 164 28 9071 2 2.92 2.0246 11.949 164 28 9125 2 2.98 2.7770 11.562 164 28 9127 2 2.87 1.8561 12.211 164 28 9157 2 2.81 2.9456 11.993 164 28 9159 2 2.97 2.3481 12.313 164 28 9178 2 2.87 2.0072 12.049 164 28 9224 2 2.88 2.3813 12.430 164 28 9225 2 2.77 2.6596 12.207 164 28 9226 2 2.83 2.9196 12.013 164 28 9234 2 2.85 3.0961 11.766 164 28 9248 2 2.76 2.5968 11.865 164 28 9249 2 2.76 2.3973 12.026 164 28 9325 2 2.82 2.8250 11.883 164 28 9603 2 2.91 2.6156 12.035 164 28 9604 2 2.90 2.4959 12.068 164 28 9605 2 2.79 2.4452 11.789 164 28 9607 2 2.89 2.2289 11.570 164 28 9627 2 2.76 2.8405 11.585 164 28 9630 2 2.96 2.6320 11.566 164 28 9655 2 2.67 2.4378 12.047 164 28 9658 2 2.81 2.3550 12.034 ## Starting information for simulation # 29 164 29 4287 2 2.82 2.4244 13.340 164 29 4289 2 2.88 2.3895 13.117 164 29 4711 2 2.82 2.6119 12.792 164 29 4714 2 2.97 2.1553 12.794 164 29 4722 2 2.75 2.0671 12.838 164 29 4746 2 2.99 1.9874 12.345 164 29 4747 2 2.96 2.9451 12.908 164 29 4750 2 2.87 2.7497 13.140 164 29 4944 2 2.78 2.8203 12.331 164 29 4945 2 2.79 2.9414 11.975 164 29 4946 2 2.84 1.9679 11.962 164 29 4951 2 2.98 2.8437 12.817 164 29 4975 2 2.85 2.6790 12.152 164 29 4976 2 2.77 2.9117 11.792 164 29 4977 2 2.72 2.6966 12.576 164 29 4978 2 2.81 2.4966 12.878 164 29 4979 2 2.97 2.1486 13.046 164 29 4980 2 2.83 2.6850 13.316 164 29 4981 2 2.82 3.0073 13.138 164 29 4982 2 2.88 2.6921 13.277 164 29 4998 2 2.76 2.3243 12.723 164 29 5006 2 2.77 2.6663 13.014 164 29 5009 2 2.93 2.4725 13.359 164 29 5010 2 2.90 2.7596 12.128 164 29 5011 2 2.81 2.7333 13.148 164 29 5012 2 2.86 2.4911 12.528 164 29 5014 2 2.86 2.6941 12.265 164 29 5020 2 2.96 2.2823 12.129 164 29 5024 2 2.78 1.9697 12.628 164 29 5033 2 2.77 2.5504 12.903 164 29 5034 2 2.85 2.6188 12.845 164 29 5047 2 2.86 2.6609 12.726 164 29 5048 2 2.81 2.6887 12.797 164 29 5049 2 2.99 2.4709 12.880 164 29 5052 2 2.84 2.3274 12.947 164 29 5117 2 2.81 2.6544 12.859 164 29 5118 2 2.85 2.6101 12.666 164 29 5120 2 2.78 2.6137 13.107 164 29 5122 2 2.83 2.6857 13.223 164 29 5125 2 2.81 2.5256 12.560 164 29 5187 2 2.82 1.9498 12.207 164 29 5189 2 2.75 2.5103 11.995 164 29 5191 2 2.87 2.9162 12.421 164 29 5193 2 2.90 2.3899 12.653 164 29 5195 2 2.90 2.1138 12.411 164 29 5196 2 2.90 2.6361 12.266 164 29 5198 2 2.79 2.4651 12.734 164 29 5282 2 2.87 2.5053 13.526 164 29 5318 2 2.99 2.3901 12.689 164 29 5336 2 2.89 2.8277 12.818 164 29 5337 2 2.99 2.5692 12.590 164 29 5584 2 2.90 1.9675 12.565 164 29 6801 2 2.83 2.7811 12.700 164 29 6880 2 2.96 2.9753 12.773 164 29 6891 2 2.81 2.5651 12.925 164 29 6896 2 2.77 2.7396 12.474 164 29 6898 2 2.84 2.5001 12.726 164 29 6900 2 2.83 2.7616 12.573 164 29 6901 2 2.93 3.0788 12.674 164 29 6909 2 2.91 2.8942 12.435 164 29 6910 2 2.95 2.6297 12.646 164 29 6911 2 2.69 2.7288 12.744 164 29 6914 2 2.90 2.3607 12.976 164 29 6922 2 2.86 1.7515 12.747 164 29 6932 2 2.91 2.9862 12.856 164 29 6934 2 2.96 2.4709 12.763 164 29 6943 2 2.98 2.6841 12.660 164 29 6945 2 2.86 3.0827 12.643 164 29 6946 2 2.74 2.7701 12.549 164 29 6947 2 2.77 2.1269 12.560 164 29 6948 2 2.89 2.5799 13.140 164 29 6952 2 2.88 2.8854 12.551 164 29 6955 2 2.81 2.5559 12.650 164 29 6956 2 2.88 2.6943 12.428 164 29 6957 2 2.90 2.4897 12.618 164 29 6958 2 2.67 2.9985 12.814 164 29 6965 2 2.77 1.8112 12.792 164 29 6966 2 2.92 2.1190 12.771 164 29 6969 2 2.93 2.5957 12.345 164 29 6975 2 2.96 2.3927 12.523 164 29 6976 2 2.82 2.7639 12.722 164 29 6977 2 2.82 2.1858 13.123 164 29 6978 2 2.99 2.2455 13.211 164 29 6979 2 2.83 2.8458 13.024 164 29 6981 2 2.72 2.7226 12.744 164 29 6982 2 2.93 2.8323 12.787 164 29 6994 2 2.92 3.0223 12.730 164 29 6997 2 2.69 2.7750 12.640 164 29 6998 2 2.97 3.0073 12.846 164 29 6999 2 2.94 2.7466 12.732 164 29 7000 2 2.93 2.6647 12.230 164 29 7014 2 2.83 3.0807 12.469 164 29 7016 2 2.84 2.7666 12.468 164 29 7017 2 2.81 2.8676 12.230 164 29 7023 2 2.84 2.1251 12.849 164 29 7024 2 2.68 2.4608 12.558 164 29 7065 2 2.80 2.9401 12.351 164 29 7086 2 2.81 2.9717 12.487 164 29 7087 2 3.00 2.5214 12.143 164 29 7088 2 2.71 2.5970 12.741 164 29 7116 2 2.87 2.1804 12.496 164 29 7125 2 2.87 2.5475 12.473 164 29 7151 2 2.81 2.6004 12.842 164 29 7152 2 2.97 3.0669 12.345 164 29 7156 2 2.95 2.6035 13.139 164 29 7158 2 2.95 2.6335 12.606 164 29 7171 2 2.91 2.7062 12.682 164 29 7264 2 2.68 1.7701 12.462 164 29 7301 2 2.90 1.8835 12.680 164 29 7303 2 2.78 1.7581 12.491 164 29 7354 2 2.97 3.0219 12.399 164 29 7355 2 2.86 2.5478 12.665 164 29 7356 2 2.84 2.5453 12.745 164 29 7971 2 2.94 1.9367 12.713 164 29 7990 2 2.89 2.1049 12.357 ## Starting information for simulation # 30 ## Starting information for simulation # 31 164 31 5648 2 2.90 2.4425 11.926 164 31 5688 2 2.83 2.6462 12.239 164 31 5689 2 2.78 3.0826 12.342 164 31 5700 2 2.94 2.7144 12.095 164 31 5703 2 3.00 2.0249 12.715 164 31 5721 2 2.70 2.6719 12.494 164 31 5724 2 2.98 2.0344 12.205 164 31 5728 2 2.84 1.8837 12.670 164 31 5729 2 2.88 1.8391 13.094 164 31 5778 2 2.80 2.6360 12.144 164 31 5780 2 2.80 2.7916 12.744 164 31 5781 2 2.94 2.7752 12.374 164 31 5798 2 2.93 2.1419 12.622 164 31 5972 2 2.94 2.0316 11.870 164 31 5973 2 2.93 2.7070 12.241 164 31 5974 2 2.76 2.4702 12.540 164 31 5975 2 2.93 1.9625 12.502 164 31 5976 2 2.92 2.1740 13.265 164 31 5979 2 2.75 2.6420 12.482 164 31 5982 2 2.97 2.6275 12.684 164 31 5983 2 2.65 2.6450 12.623 164 31 5986 2 2.92 2.4247 12.502 164 31 5987 2 2.89 2.9417 12.734 164 31 5992 2 2.85 2.3153 12.586 164 31 6007 2 2.94 2.1170 12.700 164 31 6015 2 2.91 2.6115 12.916 164 31 6019 2 3.00 1.9075 12.554 164 31 6025 2 2.88 2.1405 12.500 164 31 6026 2 2.75 2.7338 12.227 164 31 6027 2 2.84 2.6870 12.822 164 31 6031 2 2.77 2.8375 11.921 164 31 6034 2 2.73 1.8368 12.117 164 31 6044 2 2.91 2.9518 12.923 164 31 6045 2 2.97 2.6212 12.520 164 31 6050 2 2.76 1.7742 12.325 164 31 6052 2 2.97 1.8662 12.431 164 31 6104 2 2.84 2.7542 12.153 164 31 6105 2 2.99 2.7310 11.911 164 31 6265 2 2.88 2.1427 12.379 164 31 6266 2 2.93 3.0966 12.261 164 31 6618 2 2.80 2.8373 13.096 164 31 6619 2 2.87 2.8171 12.782 164 31 6627 2 2.86 1.9648 12.262 164 31 6721 2 2.91 2.8132 11.705 164 31 6722 2 2.70 2.1841 11.978 164 31 6723 2 2.98 3.0648 12.040 164 31 6738 2 2.76 2.7911 11.675 164 31 6739 2 2.71 2.5988 11.468 164 31 6748 2 2.99 2.3700 12.776 164 31 6749 2 2.74 1.7958 12.906 164 31 6752 2 2.84 2.1863 12.293 164 31 6763 2 2.94 2.5039 12.474 164 31 7057 2 2.83 2.7492 12.406 164 31 8381 2 2.80 2.6164 12.362 164 31 8388 2 2.75 2.4911 12.800 164 31 8400 2 2.79 1.7694 12.537 164 31 8401 2 2.84 2.4459 12.386 164 31 8403 2 2.87 2.9686 12.599 164 31 8405 2 2.87 1.9158 12.497 164 31 8429 2 2.97 1.8417 12.969 164 31 8431 2 2.78 2.9267 12.831 164 31 8432 2 2.85 2.4143 11.908 164 31 8434 2 2.96 2.2565 12.439 164 31 8435 2 2.97 2.6732 12.839 164 31 8440 2 2.98 2.8038 12.738 164 31 8462 2 2.70 2.1304 12.613 164 31 8526 2 2.78 2.0464 12.683 164 31 8527 2 2.82 1.8966 12.778 164 31 8533 2 2.91 2.0427 13.033 164 31 8536 2 2.67 1.8688 12.535 164 31 8545 2 2.95 2.2419 13.022 164 31 8568 2 2.98 1.8328 12.778 164 31 8574 2 2.78 1.9313 12.469 164 31 8580 2 2.91 1.7524 12.450 164 31 8712 2 2.95 2.3661 12.535 164 31 8713 2 2.94 2.9355 12.650 164 31 8720 2 2.86 2.0957 12.795 164 31 8721 2 2.94 2.0608 12.612 164 31 9063 2 2.83 2.2754 12.875 164 31 9074 2 2.82 2.6325 12.680 164 31 9075 2 2.94 2.9333 12.627 164 31 9126 2 2.85 1.7842 12.617 164 31 9144 2 2.88 1.8682 12.072 164 31 9150 2 2.84 2.7433 12.486 164 31 9152 2 2.87 2.8901 12.427 164 31 9156 2 2.86 2.5391 12.773 164 31 9157 2 2.95 2.4645 12.673 ## Starting information for simulation # 32 ## Starting information for simulation # 33 ## Starting information for simulation # 34 164 34 1487 2 2.77 2.2511 13.326 164 34 1488 2 2.78 2.7933 12.574 164 34 1491 2 2.97 2.3694 13.359 164 34 1497 2 3.00 1.8273 13.495 164 34 1508 2 2.86 2.9034 13.670 164 34 1509 2 2.84 2.9224 13.222 164 34 1510 2 2.86 2.7334 13.395 164 34 1535 2 2.86 2.3581 13.186 164 34 1536 2 2.83 1.7458 12.988 164 34 1542 2 2.73 2.1421 13.202 164 34 1601 2 2.95 2.5708 13.144 164 34 1605 2 2.96 1.9637 13.008 164 34 1608 2 2.84 2.9832 13.344 164 34 1615 2 2.92 1.9775 12.647 164 34 1621 2 2.97 2.7221 12.807 164 34 1630 2 2.88 2.1747 13.011 164 34 1633 2 2.86 2.8597 13.396 164 34 1634 2 2.80 2.5948 12.894 164 34 1637 2 2.99 2.1571 13.078 164 34 1642 2 2.95 3.0415 13.161 164 34 1647 2 2.91 2.5576 13.065 164 34 1650 2 2.96 1.9774 13.198 164 34 5236 2 2.97 2.1055 13.040 164 34 5253 2 2.99 2.3758 13.071 164 34 5254 2 2.78 1.8605 13.114 164 34 5257 2 2.85 2.9000 12.490 164 34 5259 2 2.85 2.6831 13.014 164 34 5975 2 2.94 2.0624 13.067 164 34 5987 2 2.97 2.6479 13.641 164 34 5995 2 2.81 2.1268 13.823 164 34 5997 2 2.94 2.8295 13.576 164 34 6053 2 2.93 1.8534 13.444 164 34 7152 2 2.78 2.1155 13.299 164 34 7153 2 2.99 2.5922 12.797 164 34 7154 2 2.74 2.4614 12.912 ## Starting information for simulation # 35 164 35 1424 2 2.88 2.3953 12.731 164 35 1425 2 2.86 2.7398 12.539 164 35 1426 2 2.92 2.8588 12.494 164 35 1427 2 2.84 2.2133 12.843 164 35 1441 2 2.83 2.3446 12.913 164 35 1443 2 2.77 1.7739 12.492 164 35 1447 2 2.93 2.1934 12.818 164 35 1617 2 2.90 2.8903 12.753 164 35 2146 2 2.99 2.2111 12.941 164 35 2360 2 2.95 2.1210 12.769 164 35 2368 2 2.74 2.4580 12.831 164 35 2371 2 2.93 2.6097 13.127 164 35 2372 2 2.95 2.8149 12.716 164 35 2374 2 2.87 2.8325 12.646 164 35 2942 2 2.90 2.4088 12.670 164 35 2991 2 2.80 2.2705 12.546 164 35 3022 2 2.94 2.2608 12.192 164 35 3023 2 2.79 2.2746 12.418 164 35 3027 2 2.91 2.6665 12.934 164 35 3028 2 2.80 2.2820 12.666 164 35 3078 2 2.98 2.0489 12.527 164 35 3082 2 2.94 2.4392 12.494 164 35 3099 2 2.87 2.4391 12.948 164 35 3149 2 2.94 2.5790 12.888 164 35 3151 2 2.83 2.9297 12.502 164 35 3152 2 2.83 2.1209 12.795 164 35 3154 2 2.83 2.2813 12.322 164 35 3156 2 2.96 1.9730 13.210 164 35 3180 2 2.99 2.7202 12.887 164 35 3187 2 2.81 2.0517 12.961 164 35 3191 2 2.79 2.1175 13.105 164 35 3203 2 2.86 1.8430 12.755 164 35 3206 2 2.99 2.1792 12.795 164 35 3236 2 2.87 2.3068 12.910 164 35 3237 2 2.86 2.1411 12.629 164 35 3243 2 2.91 2.1141 12.886 164 35 3252 2 2.86 1.9342 12.784 164 35 3256 2 2.96 1.8584 12.774 164 35 3258 2 2.91 2.2618 12.964 164 35 3311 2 2.98 2.4194 12.516 164 35 3355 2 2.80 1.9258 12.437 164 35 3356 2 2.95 2.2180 12.170 164 35 3396 2 2.95 2.8084 12.437 164 35 3403 2 2.89 2.9414 12.670 164 35 3404 2 2.92 2.6500 12.835 164 35 3412 2 2.97 2.4680 12.737 164 35 3415 2 2.98 2.4163 12.782 164 35 3748 2 2.81 2.9164 12.551 164 35 3751 2 2.94 2.0128 12.653 164 35 3753 2 2.92 2.6312 12.623 164 35 3754 2 2.91 3.0238 12.607 164 35 3756 2 2.89 2.8088 12.975 164 35 3757 2 2.94 2.7010 12.635 164 35 3758 2 2.78 2.8248 12.662 164 35 3759 2 2.91 2.3408 12.606 164 35 3761 2 2.85 2.6608 12.792 164 35 3762 2 3.00 2.6614 12.653 164 35 3770 2 2.94 2.8721 12.580 164 35 3772 2 2.80 2.8708 12.653 164 35 3776 2 2.93 2.7362 13.050 164 35 3777 2 2.85 2.8082 12.465 164 35 3788 2 2.97 2.3069 12.926 164 35 3789 2 2.87 2.7562 13.045 164 35 3794 2 2.91 2.6531 13.297 164 35 3826 2 2.69 1.7905 12.819 164 35 3840 2 2.98 2.8404 12.833 164 35 3855 2 2.84 2.9714 12.845 164 35 3864 2 2.93 2.8918 13.206 164 35 4148 2 2.97 2.0409 12.625 164 35 4156 2 2.98 1.9971 13.046 164 35 4190 2 2.99 2.1666 12.195 164 35 4219 2 2.91 2.1103 13.044 164 35 4220 2 2.86 2.6088 12.829 164 35 4223 2 2.98 2.4436 12.988 164 35 4224 2 2.88 2.1207 12.879 164 35 4225 2 2.90 1.9659 12.973 164 35 4228 2 2.97 2.2969 12.986 164 35 4258 2 2.76 1.8325 12.867 164 35 4270 2 2.97 1.9980 12.621 164 35 4278 2 2.95 2.4094 12.098 164 35 4282 2 2.80 2.6410 12.993 164 35 4310 2 2.85 2.1766 12.823 164 35 4369 2 2.72 2.2084 13.104 164 35 4370 2 2.85 2.9235 12.712 164 35 4371 2 2.98 2.9880 13.236 164 35 4412 2 2.86 2.8925 12.727 164 35 4413 2 2.81 2.3900 12.988 164 35 4414 2 2.81 2.8022 12.767 164 35 4415 2 2.74 2.4102 13.167 164 35 4416 2 2.95 2.6090 12.664 164 35 4418 2 2.79 2.8516 12.796 164 35 4419 2 2.76 2.6415 12.691 164 35 4421 2 2.83 2.7657 12.788 164 35 4423 2 2.78 2.6672 12.671 164 35 4437 2 2.88 2.2545 12.822 164 35 4440 2 2.96 2.9379 12.637 164 35 4442 2 2.71 2.4659 12.559 164 35 4444 2 2.90 2.5971 12.645 164 35 4448 2 2.93 1.9714 12.875 164 35 4449 2 2.93 2.4173 12.960 164 35 4450 2 2.95 2.3997 13.398 164 35 4451 2 2.69 2.6738 13.462 164 35 4474 2 3.00 2.7384 12.658 164 35 4475 2 2.86 2.4765 12.514 164 35 4477 2 2.72 2.5117 12.725 164 35 4478 2 2.74 2.4174 12.465 164 35 4493 2 2.84 2.7353 12.976 164 35 4504 2 2.87 2.4542 12.851 164 35 4505 2 2.96 3.0584 12.922 164 35 4547 2 2.85 1.9963 12.775 164 35 4554 2 2.99 1.9317 13.183 164 35 4560 2 2.92 2.8307 12.741 164 35 4569 2 2.93 2.6211 13.108 164 35 4570 2 2.66 2.5828 12.926 164 35 4577 2 2.89 1.8155 13.256 164 35 4578 2 2.87 2.5701 13.222 164 35 4579 2 2.87 2.0186 13.306 164 35 4580 2 2.87 2.0988 13.381 164 35 4835 2 2.80 2.2895 12.519 164 35 4836 2 2.71 2.7603 13.013 164 35 4838 2 2.90 2.4377 12.880 164 35 4839 2 2.94 2.6329 12.855 164 35 4840 2 2.84 1.9517 12.592 164 35 4847 2 2.89 2.5286 12.224 164 35 4853 2 2.85 2.3492 12.210 164 35 4856 2 2.68 2.8197 13.021 164 35 4859 2 2.90 2.1867 12.762 164 35 4862 2 2.97 2.8288 12.928 164 35 4934 2 2.79 2.8261 12.616 164 35 4935 2 2.59 2.3768 12.460 164 35 4936 2 2.80 2.6021 12.547 164 35 4937 2 2.80 2.4275 12.419 164 35 4938 2 2.89 2.3429 12.699 164 35 4939 2 2.73 2.0906 12.699 164 35 4944 2 2.70 3.0051 12.544 164 35 4948 2 2.73 2.8184 12.465 164 35 5086 2 2.81 2.3706 12.477 164 35 5116 2 2.71 1.9413 12.662 164 35 5118 2 2.85 2.5541 12.300 164 35 5122 2 2.85 1.8027 13.277 164 35 5170 2 2.80 2.6223 12.629 164 35 5175 2 2.88 2.4470 13.133 164 35 5176 2 2.96 2.6106 12.872 164 35 5189 2 2.77 2.5798 12.248 164 35 5190 2 2.67 2.6371 12.720 164 35 5191 2 2.82 1.7835 12.913 164 35 5192 2 2.70 1.8802 12.030 164 35 5193 2 2.73 1.7516 12.494 164 35 5194 2 2.92 2.1630 12.617 164 35 5196 2 2.64 2.4711 12.754 164 35 5197 2 2.86 2.4717 12.571 164 35 5228 2 2.93 2.4954 12.234 164 35 5233 2 2.72 2.9178 12.576 164 35 5237 2 2.89 2.1369 12.756 164 35 5250 2 2.82 2.7296 12.681 164 35 5253 2 2.92 2.6250 12.809 164 35 5254 2 2.78 2.6730 12.431 164 35 5255 2 2.87 2.4219 12.726 164 35 5262 2 2.83 2.9137 12.638 164 35 5266 2 2.83 2.2689 12.775 164 35 5294 2 2.86 2.1718 13.594 164 35 5298 2 2.63 1.9865 13.297 164 35 5300 2 2.93 1.9250 13.164 164 35 5351 2 2.88 2.7712 13.323 164 35 5352 2 2.97 2.5895 13.298 164 35 5353 2 2.95 2.1943 13.263 164 35 5354 2 2.90 2.3086 12.944 164 35 5356 2 2.92 2.6673 12.720 164 35 5357 2 2.82 2.9902 12.991 164 35 5358 2 2.92 1.8037 13.398 164 35 5359 2 2.81 1.8372 13.045 164 35 5372 2 2.83 3.0035 12.853 164 35 5373 2 2.97 2.8982 12.947 164 35 5374 2 2.83 2.9593 12.709 164 35 5375 2 2.75 2.8415 12.922 164 35 5377 2 2.83 2.6336 12.853 164 35 5665 2 2.84 2.2415 12.326 164 35 5666 2 2.84 2.1920 12.445 164 35 5692 2 2.92 2.6567 12.393 164 35 5693 2 2.89 2.7908 12.069 164 35 5698 2 2.85 2.7374 12.965 164 35 5701 2 2.94 2.3265 12.528 164 35 5707 2 2.88 2.7906 12.265 164 35 5709 2 2.86 1.9695 13.070 164 35 5711 2 2.77 1.8093 12.406 164 35 5739 2 2.88 2.6355 13.071 164 35 5745 2 2.77 2.6840 13.185 164 35 5746 2 2.98 2.5941 12.714 164 35 5808 2 2.91 2.6966 12.446 164 35 5940 2 2.76 2.1626 12.769 164 35 6121 2 2.88 1.8577 12.279 164 35 6580 2 2.91 2.1721 12.669 164 35 6581 2 2.70 2.3149 12.666 164 35 6583 2 2.85 1.7707 12.587 164 35 6585 2 2.93 2.9296 12.383 164 35 6586 2 2.78 2.8679 12.557 164 35 6588 2 2.86 2.8537 12.536 164 35 6589 2 2.85 2.5614 12.662 164 35 6590 2 2.84 2.9298 12.544 164 35 6592 2 2.97 2.0217 12.295 164 35 6593 2 2.66 2.3755 12.626 164 35 6594 2 2.91 2.1599 12.618 164 35 6599 2 2.99 2.1515 12.529 164 35 6634 2 2.85 2.1279 12.635 164 35 6642 2 2.86 2.8180 12.930 164 35 6644 2 2.96 2.1873 12.904 164 35 6660 2 2.94 2.3404 13.142 164 35 6661 2 2.82 2.1402 12.996 164 35 6662 2 2.95 2.3026 13.153 164 35 6873 2 2.74 2.7881 12.631 164 35 6878 2 2.71 2.1736 12.999 164 35 6880 2 2.85 2.8492 12.592 164 35 6881 2 2.92 2.9665 12.923 164 35 6883 2 2.68 2.4220 13.438 164 35 6885 2 2.97 2.8106 12.783 164 35 6886 2 2.97 2.8906 12.690 164 35 6887 2 2.80 2.5986 12.763 164 35 6888 2 2.95 2.7747 12.905 164 35 6901 2 2.82 2.5669 12.615 164 35 6907 2 2.80 2.3480 12.693 164 35 6908 2 2.93 2.2655 13.177 164 35 6909 2 2.94 1.9143 12.280 164 35 6917 2 2.89 2.3893 12.618 164 35 6918 2 2.88 2.8558 12.824 164 35 6922 2 2.85 2.6697 12.372 164 35 6923 2 2.78 2.6030 12.923 164 35 6927 2 2.76 1.9388 13.057 164 35 6931 2 2.74 1.8422 12.760 164 35 6935 2 2.87 2.1006 12.848 164 35 6937 2 2.81 2.7828 12.830 164 35 6939 2 2.92 2.5808 12.526 164 35 6940 2 2.79 2.2703 12.494 164 35 6942 2 2.78 2.5543 12.620 164 35 6945 2 2.79 2.8317 12.333 164 35 6946 2 2.91 1.8082 12.411 164 35 6947 2 2.72 2.5561 12.595 164 35 6948 2 2.93 2.7966 12.743 164 35 6951 2 2.83 2.3188 12.516 164 35 6952 2 2.70 2.3621 12.557 164 35 7028 2 2.87 2.5370 13.490 164 35 7067 2 2.95 2.2011 13.418 164 35 7181 2 2.85 1.8950 12.932 164 35 8544 2 2.79 2.3838 12.853 164 35 8551 2 2.92 1.9795 12.991 164 35 9042 2 2.89 1.7491 13.048 164 35 9045 2 2.78 2.1875 12.908 164 35 9292 2 2.95 2.4683 12.558 ## Starting information for simulation # 36