# Bonding information for index 127 -- THR_4@OG1 LYS_8@HZ3 LYS_8@NZ # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 ## Starting information for simulation # 2 127 2 625 3 2.87 2.9624 10.455 127 2 634 3 2.97 1.7887 9.073 ## Starting information for simulation # 3 127 3 10730 3 2.87 2.1801 6.302 ## Starting information for simulation # 4 ## Starting information for simulation # 5 127 5 2 3 2.86 2.0236 9.448 127 5 3 3 2.83 2.5683 8.712 127 5 16 3 2.88 2.2046 8.763 127 5 17 3 2.94 1.9560 8.888 127 5 78 3 2.77 1.9604 9.585 127 5 83 3 2.89 2.1340 9.600 127 5 84 3 2.86 2.5179 9.471 127 5 95 3 2.94 2.4656 9.126 127 5 3476 3 2.76 2.0748 8.661 127 5 10360 3 2.73 2.8029 9.677 127 5 10362 3 2.97 2.1934 9.746 127 5 10364 3 2.99 2.0595 9.370 127 5 10373 3 2.94 1.9079 9.100 127 5 10377 3 2.94 2.7003 9.827 127 5 10379 3 2.96 2.3814 8.945 127 5 10382 3 2.78 2.9820 8.952 127 5 10407 3 2.70 2.0406 8.634 127 5 10471 3 2.84 2.7179 8.081 127 5 10479 3 2.84 2.5904 9.265 127 5 10483 3 2.73 2.2453 9.276 127 5 10519 3 2.91 2.8853 8.055 127 5 10580 3 2.90 2.3732 7.713 127 5 10581 3 2.84 2.2456 7.265 127 5 10582 3 2.77 2.7811 8.630 127 5 10583 3 2.93 2.4669 8.302 127 5 10591 3 2.87 2.7454 8.528 127 5 10604 3 2.88 2.3174 9.090 127 5 10610 3 2.98 2.1296 9.266 127 5 10631 3 2.77 2.2475 9.245 127 5 10734 3 2.88 2.2316 8.232 127 5 10747 3 2.80 1.7898 8.250 127 5 10749 3 2.91 1.7524 8.877 127 5 10756 3 2.81 2.2387 8.081 127 5 10797 3 2.91 1.9620 8.910 127 5 10818 3 2.84 2.1429 8.288 127 5 10895 3 2.92 1.9486 8.181 127 5 10896 3 2.94 2.3215 8.535 127 5 10907 3 2.84 1.9265 8.477 127 5 10923 3 2.89 2.1614 8.565 ## Starting information for simulation # 6 127 6 5147 3 2.69 2.6001 6.534 127 6 5149 3 2.90 2.7096 6.624 127 6 5150 3 2.88 2.8735 6.537 127 6 5164 3 2.89 2.8165 6.561 127 6 5219 3 2.68 2.3559 6.413 127 6 5226 3 2.68 2.6297 7.247 127 6 5227 3 2.71 2.8378 6.844 127 6 5233 3 2.80 2.4048 6.853 127 6 5239 3 2.74 2.8869 6.779 127 6 5304 3 2.89 2.8304 7.024 127 6 6084 3 2.93 2.7478 6.989 127 6 6547 3 2.91 2.1553 6.623 127 6 7324 3 2.65 2.5692 7.218 127 6 7325 3 2.92 2.6596 7.460 127 6 7326 3 2.92 2.3785 7.289 127 6 7327 3 2.89 2.7441 6.930 127 6 7328 3 2.98 2.9089 7.238 127 6 7338 3 2.82 2.2498 8.311 127 6 7992 3 2.97 1.9175 6.735 127 6 8872 3 2.94 1.9516 7.380 127 6 8970 3 2.92 2.0331 6.298 127 6 9176 3 2.96 2.3787 6.763 127 6 9186 3 2.97 2.9177 6.220 127 6 9435 3 2.86 2.8082 6.687 127 6 9459 3 2.84 2.6064 6.497 ## Starting information for simulation # 7 127 7 2345 3 2.97 2.6591 10.070 ## Starting information for simulation # 8 127 8 2670 3 2.85 2.6593 8.681 127 8 2673 3 2.73 2.1781 9.088 127 8 2674 3 2.93 1.9555 8.504 127 8 2681 3 3.00 1.7555 9.254 127 8 7146 3 2.92 1.8960 8.770 127 8 7147 3 2.87 2.3777 8.447 127 8 7149 3 2.75 2.1056 9.098 127 8 7150 3 2.97 2.2279 9.025 127 8 7155 3 3.00 2.0444 8.393 127 8 7156 3 2.90 2.2043 8.627 127 8 7159 3 2.81 2.2776 8.804 127 8 7161 3 2.86 2.5171 8.897 127 8 7167 3 2.99 2.5839 8.424 127 8 7168 3 2.77 2.2888 8.618 127 8 7170 3 2.87 2.4418 9.048 127 8 7175 3 2.95 2.2846 8.686 127 8 7176 3 2.95 1.9307 8.592 127 8 7185 3 2.89 2.5009 8.791 127 8 7186 3 3.00 1.9785 8.785 127 8 7193 3 2.92 1.7712 8.616 127 8 7232 3 2.95 1.9664 8.603 127 8 7238 3 2.85 1.8817 8.806 127 8 7243 3 2.81 1.8985 8.067 127 8 7249 3 2.73 1.8100 7.820 127 8 7254 3 2.85 1.7523 8.334 127 8 7255 3 2.99 1.8177 7.916 127 8 7327 3 2.98 2.2823 8.310 127 8 7339 3 2.92 2.3479 8.306 127 8 7351 3 2.96 1.8002 8.560 127 8 7352 3 2.88 1.7778 7.932 127 8 7368 3 2.71 2.1545 7.859 127 8 7379 3 2.92 1.9892 7.958 127 8 7393 3 2.75 1.8814 8.039 127 8 7407 3 2.96 1.8870 8.621 127 8 7408 3 2.73 1.9354 7.913 127 8 7409 3 2.82 2.0012 8.058 127 8 7410 3 2.70 1.9630 8.393 127 8 7414 3 2.77 2.4452 8.702 127 8 7419 3 2.98 1.9012 8.483 127 8 7422 3 2.91 2.4746 8.024 127 8 7423 3 2.89 2.3936 8.479 127 8 7427 3 2.82 2.2888 8.791 127 8 7428 3 2.74 2.8637 7.852 127 8 7429 3 2.67 2.8245 8.013 127 8 7446 3 3.00 2.5498 8.614 127 8 7473 3 2.89 2.4460 8.392 127 8 7474 3 2.88 2.5900 8.663 127 8 7479 3 2.79 2.6047 7.733 127 8 7486 3 3.00 2.8991 7.793 127 8 7490 3 2.96 2.5785 8.708 127 8 7491 3 2.87 2.4711 8.076 127 8 7497 3 2.90 2.7262 9.034 127 8 7499 3 2.86 2.6294 9.170 127 8 7500 3 2.90 2.7300 8.554 127 8 7501 3 2.79 2.5832 8.903 127 8 7529 3 2.96 2.1573 7.747 127 8 7530 3 2.88 2.3492 8.252 127 8 7532 3 2.76 1.9481 7.954 127 8 7533 3 2.96 3.0280 8.176 127 8 7543 3 2.85 2.6508 8.394 127 8 7545 3 2.97 2.1460 7.507 127 8 7552 3 2.86 2.8750 7.739 127 8 7555 3 2.93 2.1895 8.142 127 8 7579 3 2.82 2.7523 7.766 127 8 7580 3 2.85 2.7999 8.141 127 8 7581 3 2.94 2.6454 7.802 127 8 7582 3 2.95 2.9189 7.581 127 8 7586 3 2.98 2.7628 7.854 127 8 7589 3 2.76 2.6990 7.967 127 8 7591 3 2.69 2.9474 7.933 127 8 7592 3 2.67 2.3686 7.593 127 8 7593 3 2.86 2.5315 7.649 127 8 7595 3 2.82 2.6589 8.625 127 8 7596 3 2.89 2.9025 8.690 127 8 7600 3 2.92 2.7363 8.809 127 8 7603 3 2.77 2.5997 8.720 127 8 7605 3 2.85 2.9306 8.278 127 8 7606 3 2.85 2.4450 8.339 127 8 7608 3 2.91 2.6954 8.369 127 8 7619 3 2.90 1.7740 8.077 127 8 7637 3 2.98 2.3939 8.999 127 8 7639 3 2.74 2.1541 8.905 127 8 7651 3 2.72 2.7819 8.053 127 8 7657 3 2.80 2.4790 8.961 127 8 7658 3 2.89 2.4162 8.810 127 8 7659 3 2.90 2.5350 8.414 127 8 7660 3 2.96 2.3475 8.854 127 8 7662 3 2.81 2.4218 8.555 127 8 7666 3 2.88 2.0613 8.340 127 8 7667 3 2.61 2.5651 8.717 127 8 7670 3 2.89 2.2546 8.095 127 8 7672 3 2.95 2.9294 8.943 127 8 7673 3 2.99 2.6477 9.407 127 8 7676 3 2.80 2.4568 8.713 127 8 7679 3 2.97 2.7272 9.623 127 8 7682 3 2.99 1.7878 8.928 127 8 7693 3 2.85 2.6826 9.513 127 8 7695 3 2.88 2.7501 9.653 127 8 7704 3 2.85 2.2500 8.419 127 8 7705 3 2.90 2.4258 8.776 127 8 7706 3 2.94 2.6984 8.381 127 8 7707 3 2.83 2.5380 8.391 127 8 7708 3 2.74 2.2098 8.083 127 8 7720 3 2.74 2.4536 7.907 127 8 7734 3 2.75 2.2550 8.944 127 8 7735 3 2.95 2.4256 8.642 127 8 7736 3 2.91 2.1869 9.064 127 8 7738 3 2.90 2.3954 9.120 127 8 7792 3 2.87 2.9342 7.469 127 8 7793 3 2.88 2.8899 7.882 127 8 7818 3 2.90 2.5578 7.977 127 8 7819 3 2.75 2.7084 8.622 127 8 7820 3 2.99 2.9528 8.632 127 8 7827 3 3.00 2.8508 9.022 127 8 7828 3 2.87 2.4774 8.239 127 8 7917 3 3.00 2.1881 8.930 127 8 7918 3 2.97 1.9976 8.910 127 8 7922 3 2.90 2.0152 9.184 127 8 7924 3 2.85 2.0588 8.949 127 8 7925 3 2.97 2.5712 8.925 127 8 7926 3 2.93 2.1211 9.003 127 8 7968 3 2.77 2.1802 8.181 127 8 8165 3 2.91 2.4094 8.770 127 8 8167 3 2.97 2.7628 8.396 127 8 8169 3 2.86 1.7811 8.291 127 8 8170 3 2.84 2.9470 8.488 127 8 8173 3 2.67 2.4069 8.823 127 8 8177 3 2.84 2.6236 8.266 127 8 8178 3 2.97 2.3935 8.257 127 8 8181 3 2.96 2.1077 9.333 127 8 8188 3 2.79 2.0989 8.874 127 8 8207 3 2.75 2.5278 9.251 127 8 8209 3 2.91 2.1251 9.355 127 8 8211 3 2.92 2.4307 10.615 127 8 8264 3 2.88 2.4380 8.748 127 8 8266 3 2.90 2.2218 7.892 127 8 8273 3 2.87 2.0348 8.746 127 8 8278 3 2.79 2.2040 8.632 127 8 8279 3 2.83 1.7829 7.871 127 8 8287 3 2.93 2.5802 8.218 127 8 8288 3 2.97 2.8016 8.456 127 8 8289 3 2.95 2.9144 8.621 127 8 8290 3 2.89 2.2307 8.872 127 8 8294 3 2.97 2.6332 9.073 127 8 8318 3 2.81 2.8385 9.370 127 8 8497 3 2.98 2.3647 8.604 127 8 8498 3 2.87 1.7487 9.142 127 8 8499 3 2.90 2.1506 8.918 127 8 8506 3 2.94 2.1946 9.353 127 8 8507 3 2.92 1.8398 9.708 127 8 8513 3 2.93 1.8921 7.857 127 8 8514 3 2.70 1.8663 8.326 127 8 8523 3 2.88 2.5454 8.361 127 8 8528 3 2.96 1.8091 8.268 127 8 8529 3 2.96 1.9026 7.991 127 8 8543 3 2.88 2.2525 9.032 127 8 8552 3 2.99 2.6851 8.542 127 8 8562 3 2.98 2.5284 9.219 127 8 8563 3 2.91 1.7475 9.601 127 8 8570 3 2.92 2.4120 9.123 127 8 8571 3 2.94 2.2490 9.267 127 8 8572 3 2.87 2.5744 9.485 127 8 8579 3 2.89 1.8969 7.796 127 8 8580 3 2.86 1.9172 8.279 127 8 8658 3 2.84 1.9690 8.176 127 8 8679 3 2.92 1.7525 8.354 127 8 8680 3 2.96 1.8406 8.455 127 8 8686 3 2.70 1.8444 8.067 127 8 8696 3 2.96 1.8593 8.378 127 8 8698 3 2.83 2.0566 8.322 127 8 8704 3 2.97 2.2109 8.214 127 8 8705 3 2.82 2.4734 8.139 127 8 8708 3 2.94 2.0906 7.807 127 8 8714 3 2.94 1.8122 8.255 127 8 8726 3 2.90 2.2796 8.487 127 8 8735 3 2.93 1.8934 8.214 127 8 8738 3 2.93 2.3937 8.258 127 8 8784 3 2.87 1.9227 8.664 127 8 8785 3 2.82 1.7885 8.551 127 8 8786 3 2.93 2.5134 8.407 127 8 8802 3 2.98 1.7656 8.801 127 8 8806 3 2.89 1.9399 8.563 127 8 8807 3 2.94 2.2565 8.224 127 8 8812 3 2.91 2.2392 8.604 127 8 8814 3 2.71 2.1340 8.440 127 8 8816 3 2.76 1.8079 8.226 127 8 8819 3 2.67 2.0583 8.503 127 8 8826 3 2.93 1.8746 8.318 127 8 8827 3 2.92 2.3039 8.293 127 8 8976 3 2.91 2.5466 8.881 127 8 9005 3 2.72 2.8593 8.855 127 8 9006 3 2.82 2.3056 8.643 127 8 9007 3 2.79 2.6136 8.539 127 8 9008 3 2.88 2.6822 8.901 127 8 9011 3 2.84 2.7700 8.984 127 8 9041 3 3.00 1.7479 8.841 127 8 9043 3 2.75 1.8270 8.943 127 8 9051 3 2.84 1.9158 8.357 127 8 9065 3 2.83 2.7570 8.542 127 8 9066 3 2.92 2.5182 8.573 ## Starting information for simulation # 9 127 9 5880 3 2.79 2.0359 6.407 127 9 5937 3 2.84 2.4767 6.089 127 9 5943 3 2.93 2.6063 6.004 127 9 5951 3 2.88 2.3607 6.239 127 9 5953 3 2.83 2.6508 6.367 127 9 5955 3 2.99 2.4064 6.176 127 9 6087 3 2.97 1.9852 6.548 127 9 6092 3 2.99 2.2097 6.421 127 9 6102 3 2.88 1.9941 6.593 127 9 6311 3 2.85 1.8129 7.378 127 9 6394 3 2.79 2.2922 6.354 127 9 6396 3 2.76 2.2424 6.473 127 9 6398 3 2.95 2.7623 6.551 127 9 6434 3 2.97 2.6858 6.613 127 9 6445 3 2.92 2.5395 6.537 127 9 6461 3 2.96 2.9413 6.411 127 9 6462 3 2.95 2.8920 6.579 127 9 6464 3 2.90 2.8939 6.530 127 9 6467 3 2.82 2.4545 7.416 127 9 6478 3 3.00 1.7476 6.350 127 9 6620 3 2.86 2.4839 7.890 127 9 6626 3 2.83 2.3448 7.673 127 9 6627 3 2.91 1.9295 8.201 127 9 6631 3 2.97 2.3251 8.149 127 9 6632 3 2.74 2.0748 7.614 127 9 6633 3 2.70 2.3068 7.975 127 9 6634 3 2.83 2.2520 8.035 127 9 6680 3 3.00 2.0350 7.175 127 9 6747 3 2.98 2.4969 6.516 127 9 8668 3 2.74 2.5560 8.564 127 9 8776 3 2.88 2.6298 9.344 127 9 8777 3 3.00 3.0666 9.250 127 9 8778 3 2.98 2.6235 8.818 127 9 8781 3 2.90 2.3781 9.178 127 9 8782 3 2.95 2.6068 9.463 127 9 8786 3 2.99 2.9207 8.758 127 9 8934 3 2.80 2.8974 8.800 127 9 8936 3 2.86 1.9051 8.385 127 9 11149 3 2.68 2.0975 6.446 ## Starting information for simulation # 10 127 10 3746 3 2.93 2.7662 4.282 127 10 3747 3 2.88 2.0234 4.299 ## Starting information for simulation # 11 ## Starting information for simulation # 12 127 12 8156 3 2.74 2.4123 8.219 127 12 8157 3 2.88 2.5745 7.905 127 12 8979 3 2.90 2.2238 6.373 127 12 8997 3 2.84 2.4492 5.798 ## Starting information for simulation # 13 ## Starting information for simulation # 14 127 14 2867 3 2.96 2.7608 8.309 127 14 6484 3 2.76 1.8732 7.468 127 14 6488 3 2.91 1.9918 7.104 127 14 6853 3 2.85 2.8494 6.431 127 14 6854 3 2.85 2.6651 6.221 127 14 6911 3 2.89 2.5422 6.278 127 14 7758 3 2.96 2.1259 7.899 127 14 10854 3 2.81 2.9832 6.823 127 14 10868 3 2.98 2.2253 6.727 127 14 10881 3 2.91 2.9168 6.743 ## Starting information for simulation # 15 127 15 6072 3 2.97 2.8974 9.494 127 15 6073 3 2.97 1.8748 9.617 127 15 6142 3 2.86 2.3416 7.959 127 15 6152 3 2.98 2.7942 8.259 127 15 6185 3 3.00 2.2750 8.570 ## Starting information for simulation # 16 ## Starting information for simulation # 17 ## Starting information for simulation # 18 ## Starting information for simulation # 19 127 19 3160 3 2.91 2.9242 6.289 127 19 3328 3 2.83 2.0489 6.137 ## Starting information for simulation # 20 127 20 3112 3 2.86 2.8685 7.430 127 20 3113 3 2.81 1.9864 7.558 127 20 3122 3 2.91 2.8788 7.696 127 20 3124 3 2.86 2.3046 7.931 127 20 3125 3 2.93 2.7603 7.666 127 20 3126 3 2.89 2.7223 7.457 127 20 3127 3 2.95 2.5201 7.091 127 20 3130 3 2.80 2.6363 7.584 127 20 3134 3 2.91 2.1502 6.710 127 20 3426 3 2.88 3.0477 6.749 127 20 4046 3 2.76 2.1424 6.743 127 20 4047 3 2.96 3.0612 7.052 127 20 4048 3 2.94 2.8830 7.022 127 20 4056 3 2.81 2.5367 7.551 127 20 4057 3 2.90 2.1655 7.631 127 20 6414 3 2.99 2.1685 8.435 127 20 6416 3 2.91 2.0833 8.686 127 20 6486 3 2.87 2.5271 7.141 127 20 6542 3 2.77 2.7788 7.888 127 20 6553 3 2.89 2.7929 6.726 127 20 6558 3 2.82 1.8987 7.422 127 20 6770 3 2.93 1.8372 7.545 127 20 8840 3 2.96 1.8129 6.433 127 20 10691 3 2.98 2.3288 6.780 ## Starting information for simulation # 21 ## Starting information for simulation # 22 127 22 204 3 2.74 2.2452 7.153 127 22 218 3 2.92 2.4712 6.859 127 22 413 3 2.89 2.6578 6.802 127 22 477 3 2.91 2.3972 5.838 127 22 498 3 2.94 2.9718 6.988 127 22 499 3 2.94 2.8165 6.573 ## Starting information for simulation # 23 127 23 417 3 2.77 2.9172 8.903 127 23 432 3 2.99 2.8759 9.058 127 23 444 3 2.96 2.4903 9.218 127 23 445 3 2.93 2.7353 9.101 127 23 446 3 2.87 2.4233 8.933 127 23 9722 3 2.93 2.3407 6.484 127 23 10229 3 2.91 1.8026 6.097 ## Starting information for simulation # 24 127 24 4082 3 2.86 2.8738 7.576 127 24 4083 3 2.91 2.7349 7.529 127 24 4387 3 2.66 2.3331 5.711 127 24 4388 3 2.73 2.4197 6.239 127 24 4391 3 2.99 2.7649 6.023 127 24 4396 3 2.98 1.8002 7.065 127 24 4410 3 2.79 2.2353 7.177 127 24 4411 3 2.86 2.0890 7.581 127 24 4414 3 2.80 2.3737 7.217 127 24 4488 3 2.93 2.2362 6.911 127 24 4652 3 2.82 2.9974 6.517 127 24 5097 3 2.90 1.9039 6.484 127 24 5251 3 2.98 2.2502 6.927 127 24 5257 3 2.69 2.3021 6.453 127 24 5258 3 2.81 2.9225 6.609 127 24 5259 3 2.93 2.6297 6.539 127 24 5260 3 2.93 2.6829 6.540 127 24 5261 3 2.90 2.8109 6.659 127 24 5263 3 2.79 2.6605 6.627 127 24 5395 3 2.89 2.2070 6.297 127 24 5399 3 2.87 2.3564 6.556 127 24 5465 3 2.97 2.6759 6.584 127 24 5482 3 2.86 2.7953 6.086 127 24 5487 3 2.82 2.7541 6.427 127 24 5908 3 2.99 2.2752 6.475 127 24 5953 3 2.82 2.2854 6.780 127 24 6881 3 2.91 2.9458 6.621 127 24 6901 3 2.89 2.6100 6.526 127 24 8054 3 2.98 2.0719 6.732 127 24 8167 3 2.92 1.7606 7.422 127 24 8181 3 2.82 1.9266 7.388 127 24 8598 3 2.94 1.9374 7.737 127 24 8604 3 2.89 2.7220 6.543 127 24 8685 3 2.81 1.8832 6.646 127 24 8713 3 2.99 1.8522 7.740 127 24 8852 3 2.82 2.6611 6.666 127 24 8854 3 2.78 2.9267 6.581 127 24 8855 3 2.89 2.5316 6.656 127 24 8866 3 2.97 1.8072 7.156 127 24 8869 3 2.93 2.0691 6.626 127 24 8875 3 2.74 2.3664 6.808 127 24 8898 3 2.78 1.8054 6.690 127 24 8899 3 2.91 2.3475 6.505 127 24 8900 3 2.77 2.8396 6.430 127 24 8901 3 2.80 2.4379 6.319 127 24 9864 3 2.91 1.8185 7.003 ## Starting information for simulation # 25 127 25 465 3 2.91 2.2648 6.234 127 25 470 3 2.91 2.0573 6.462 127 25 479 3 2.87 2.0066 6.857 ## Starting information for simulation # 26 127 26 4529 3 2.75 2.7384 7.600 127 26 4530 3 2.70 2.4395 8.158 127 26 9922 3 2.96 2.2117 7.093 ## Starting information for simulation # 27 127 27 5177 3 2.96 2.3003 4.521 ## Starting information for simulation # 28 127 28 2195 3 2.94 2.8130 9.867 127 28 2211 3 2.86 2.6043 9.699 127 28 2212 3 2.74 2.7090 9.505 127 28 2216 3 2.95 1.9483 9.090 127 28 2217 3 2.90 2.0007 9.711 127 28 2219 3 2.99 2.6268 9.833 127 28 2220 3 2.89 2.5027 9.978 127 28 2227 3 2.88 2.9826 9.543 127 28 2237 3 2.90 1.8731 9.024 127 28 2238 3 2.86 1.8655 9.273 127 28 2240 3 2.87 2.1755 9.309 127 28 2281 3 2.93 2.5415 9.812 127 28 2282 3 2.92 2.2897 9.697 127 28 2283 3 2.83 2.2774 9.860 127 28 2284 3 2.94 2.1899 10.080 127 28 2286 3 2.89 1.8052 9.549 127 28 2287 3 2.82 2.5024 9.774 127 28 2294 3 2.92 1.8126 8.964 127 28 2297 3 2.92 1.9950 9.031 127 28 2298 3 2.82 1.8056 9.205 127 28 2300 3 2.90 1.9994 9.230 127 28 2301 3 2.84 2.2862 8.945 127 28 2303 3 2.97 2.0611 9.607 127 28 2305 3 2.86 2.0452 9.152 127 28 2308 3 2.78 1.8620 9.008 127 28 2311 3 2.96 2.7147 9.676 127 28 2327 3 2.85 2.5423 9.668 127 28 2328 3 2.84 2.6784 9.723 127 28 2338 3 2.92 2.5075 10.279 127 28 2346 3 2.94 2.7212 9.886 127 28 2368 3 2.94 2.4841 10.376 127 28 2377 3 2.95 2.4507 9.751 127 28 2378 3 2.69 2.8482 9.721 127 28 2379 3 3.00 2.6730 9.907 127 28 2381 3 2.91 3.0863 9.976 127 28 2402 3 2.77 2.0626 8.908 127 28 2442 3 2.80 2.0079 8.883 127 28 8550 3 2.84 2.4452 5.996 127 28 8553 3 2.89 2.1679 6.438 127 28 8562 3 2.92 2.7847 6.835 127 28 8574 3 2.73 2.9469 6.701 127 28 8575 3 2.95 2.3847 6.033 127 28 8584 3 2.88 2.8248 6.183 127 28 8602 3 2.83 2.8126 7.324 127 28 8605 3 2.85 2.8863 6.795 ## Starting information for simulation # 29 127 29 1473 3 2.84 2.5920 6.048 127 29 1474 3 2.91 2.4407 5.389 ## Starting information for simulation # 30 127 30 5266 3 2.54 2.0276 6.473 127 30 7431 3 2.70 2.6067 4.775 127 30 7500 3 2.84 2.5846 4.990 127 30 7563 3 2.82 3.0503 4.541 127 30 7573 3 2.69 2.6401 4.135 127 30 7675 3 2.96 2.0859 4.428 127 30 7677 3 2.94 2.4737 4.562 127 30 7678 3 2.88 2.6389 4.524 127 30 7679 3 2.90 2.1323 4.288 127 30 7687 3 2.70 2.5774 4.942 127 30 7725 3 2.94 1.7477 4.535 127 30 7726 3 2.71 2.9262 4.235 ## Starting information for simulation # 31 127 31 5487 3 2.88 2.6914 6.846 127 31 5524 3 2.85 1.9974 6.532 127 31 5536 3 2.87 2.1392 6.582 127 31 5537 3 2.90 2.7211 6.723 127 31 5538 3 2.82 2.7396 6.309 127 31 9250 3 2.97 1.9873 7.417 127 31 9255 3 2.83 1.9532 7.113 127 31 9267 3 2.97 1.8498 6.571 127 31 9425 3 2.76 1.9630 6.886 127 31 9433 3 2.87 2.5960 6.684 127 31 9436 3 2.92 2.3471 6.071 127 31 9437 3 2.90 2.4460 6.300 127 31 9754 3 2.71 2.2472 6.243 127 31 9834 3 2.85 2.6244 6.415 127 31 9835 3 2.94 2.3089 7.069 127 31 9919 3 2.72 1.9030 7.098 127 31 9921 3 2.82 2.1554 7.197 127 31 9925 3 2.91 2.4699 7.441 127 31 9932 3 2.85 2.4425 7.777 127 31 9947 3 2.74 2.1007 6.573 127 31 10213 3 2.81 2.7501 7.725 127 31 10214 3 2.76 2.4834 7.699 ## Starting information for simulation # 32 ## Starting information for simulation # 33 127 33 1393 3 2.86 2.6120 7.339 127 33 1410 3 2.82 2.2416 7.556 127 33 1414 3 2.62 2.7637 6.916 127 33 1415 3 2.92 1.9621 6.991 127 33 1471 3 2.80 2.2854 7.667 127 33 1476 3 2.98 2.1255 7.363 127 33 1478 3 2.94 1.7615 7.339 127 33 1482 3 2.91 2.8374 6.702 127 33 1484 3 2.84 2.3365 6.638 127 33 6773 3 2.94 2.0192 6.525 127 33 6778 3 2.89 1.8727 6.842 127 33 6791 3 2.87 2.3170 7.051 127 33 6797 3 3.00 1.9523 6.540 127 33 6833 3 2.85 1.8429 4.976 127 33 6890 3 2.79 2.6403 6.162 127 33 10005 3 2.94 1.8479 6.590 127 33 10833 3 2.91 2.3294 7.089 127 33 10840 3 2.88 2.3074 6.837 ## Starting information for simulation # 34 127 34 482 3 2.73 2.7634 10.244 127 34 515 3 2.85 2.8259 7.637 127 34 516 3 2.77 3.0196 7.928 127 34 517 3 2.81 2.5798 7.607 127 34 519 3 2.90 2.6163 7.415 127 34 520 3 2.83 2.9278 7.672 127 34 521 3 2.74 2.8962 7.527 127 34 522 3 2.90 2.9612 7.566 127 34 524 3 2.85 2.3204 7.981 127 34 528 3 2.73 2.8427 7.270 127 34 531 3 2.78 2.4010 7.781 127 34 532 3 2.84 2.7315 7.911 127 34 533 3 2.94 2.8829 7.284 127 34 535 3 2.99 3.0480 7.012 127 34 537 3 2.73 2.9425 7.601 127 34 538 3 2.93 2.6404 7.070 127 34 591 3 2.80 2.3589 9.020 ## Starting information for simulation # 35 127 35 1436 3 2.94 2.0004 6.877 127 35 1669 3 2.92 2.9057 6.163 127 35 1677 3 2.85 2.9719 6.340 127 35 1678 3 2.92 2.5468 6.403 127 35 1679 3 2.85 2.5982 6.361 127 35 9852 3 2.81 2.6978 7.277 127 35 9879 3 2.91 2.7841 6.658 127 35 9880 3 2.83 2.6453 7.103 127 35 9881 3 2.75 2.9591 6.547 127 35 9886 3 2.75 2.2877 6.811 127 35 9888 3 2.79 2.7638 6.928 127 35 10078 3 2.93 2.3587 6.743 127 35 10709 3 2.85 2.6301 7.111 127 35 11018 3 2.98 2.8916 6.391 ## Starting information for simulation # 36 ## Starting information for simulation # 37 127 37 1274 3 2.67 2.8747 6.648 127 37 1278 3 2.92 2.8863 6.420 127 37 1288 3 2.99 2.8052 6.818 127 37 1914 3 2.97 1.9722 8.263 127 37 1920 3 2.85 1.9681 7.759 127 37 1924 3 2.97 2.6176 7.147 127 37 2118 3 2.92 1.8804 6.532 127 37 2119 3 2.84 2.5208 6.535 ## Starting information for simulation # 38 127 38 5939 3 2.90 2.5462 6.106 ## Starting information for simulation # 39 ## Starting information for simulation # 40 127 40 2265 3 2.88 2.1997 7.455 127 40 2502 3 2.80 2.5419 8.445 127 40 2503 3 2.84 2.7616 8.409 127 40 2505 3 2.89 2.9479 8.429 127 40 2506 3 2.82 2.7279 9.072 127 40 2543 3 2.93 1.8664 8.611 127 40 2899 3 2.95 1.8743 6.235 127 40 3090 3 2.91 2.4562 6.340 ## Starting information for simulation # 41 127 41 5835 3 2.99 2.4659 6.432 127 41 5837 3 2.71 2.0284 6.466 127 41 5841 3 2.81 2.2258 6.382 127 41 5880 3 2.90 1.8098 6.754 127 41 7916 3 2.79 2.7578 9.453 127 41 7921 3 2.88 2.7422 10.106 127 41 7923 3 2.68 2.6608 9.183 127 41 7928 3 2.80 2.8672 9.005 127 41 7934 3 2.86 2.7569 9.652 127 41 7939 3 2.98 2.5157 8.972 127 41 7940 3 2.90 2.9135 9.363 127 41 7942 3 2.82 2.5832 9.459 127 41 7948 3 2.70 2.9275 9.289 127 41 7950 3 2.85 2.6043 8.779 127 41 7957 3 2.78 2.2980 9.354 127 41 7968 3 2.85 1.8104 9.988 127 41 7975 3 2.72 2.6268 9.465 127 41 7990 3 2.92 2.6612 9.739 127 41 7998 3 2.71 1.9208 8.586 127 41 8005 3 2.87 1.9821 8.269 127 41 8024 3 2.94 2.3539 8.293 127 41 8053 3 2.85 2.5555 8.487 127 41 8057 3 2.77 2.8588 9.378 127 41 8059 3 2.93 2.1688 9.482 127 41 8060 3 2.79 2.4896 9.188 127 41 8068 3 2.98 2.7933 8.703 127 41 8076 3 2.79 2.5161 9.153 127 41 8078 3 2.71 2.1650 9.314 127 41 8082 3 2.79 2.1148 9.821 127 41 8085 3 2.86 1.9169 9.748 127 41 8105 3 2.71 2.6775 9.136 127 41 8109 3 2.93 2.1996 9.336 127 41 8110 3 2.78 2.5699 9.236 127 41 8112 3 2.87 2.7088 8.309 127 41 8121 3 2.88 2.3313 8.514 127 41 8131 3 2.91 2.6897 8.930 127 41 8137 3 2.85 1.9306 10.537 127 41 8138 3 2.80 2.4417 10.529 127 41 8152 3 2.85 3.0589 9.527 127 41 8158 3 2.83 2.6871 8.960 127 41 8159 3 2.77 2.9669 8.883 ## Starting information for simulation # 42 127 42 1098 3 2.97 2.8173 7.591 127 42 1099 3 2.84 2.4863 7.609 127 42 6019 3 2.80 1.8741 6.975 127 42 6026 3 2.79 1.9019 6.955 ## Starting information for simulation # 43 127 43 3258 3 2.85 2.4650 8.207 127 43 5108 3 2.85 2.1631 8.032 127 43 5165 3 2.80 2.5866 6.452 127 43 5203 3 2.90 2.0083 6.961 127 43 6175 3 2.94 2.7884 7.198 ## Starting information for simulation # 44 ## Starting information for simulation # 45 ## Starting information for simulation # 46 127 46 2194 3 2.99 2.5645 8.526 127 46 2196 3 2.99 2.3658 8.243 127 46 2205 3 2.84 2.1456 8.495 127 46 2207 3 2.87 2.0788 8.659 127 46 2208 3 2.75 2.6780 8.907 ## Starting information for simulation # 47 127 47 8152 3 2.85 2.5028 10.140 127 47 8153 3 2.93 2.7638 9.388 127 47 8158 3 2.84 2.4726 9.364 127 47 8170 3 2.85 2.1665 7.981 127 47 8173 3 2.87 2.6558 9.377 127 47 8183 3 2.76 2.7447 8.887 127 47 8244 3 2.94 2.0160 8.931 127 47 8250 3 2.94 1.9977 8.901 127 47 8251 3 2.63 2.0169 8.506 127 47 8254 3 2.81 2.0660 8.475 127 47 8255 3 2.83 2.0603 8.398 127 47 8286 3 2.93 1.9752 8.844 127 47 8287 3 2.81 2.0036 8.562 127 47 8288 3 2.93 1.7935 8.431 127 47 8291 3 2.85 2.6680 8.935 127 47 8292 3 2.88 2.2433 8.716 127 47 8356 3 3.00 3.0908 9.452 127 47 8357 3 2.90 2.2985 9.423 127 47 8359 3 2.95 2.2107 9.008 127 47 8361 3 2.74 1.9973 8.216 127 47 8365 3 2.98 1.9859 8.375 127 47 8371 3 2.85 2.0386 9.084 127 47 8384 3 2.87 2.2592 8.806 127 47 8386 3 2.84 1.9810 8.561 127 47 8389 3 2.86 2.2022 8.702 127 47 8392 3 2.80 2.5303 8.305 127 47 8396 3 2.77 1.8708 8.630 127 47 8403 3 2.66 2.6464 8.061 127 47 8404 3 2.67 1.7660 8.825 127 47 8408 3 2.78 2.2160 8.923 127 47 8409 3 2.79 1.8766 8.675 127 47 8419 3 2.81 1.9723 8.683 127 47 8434 3 2.96 2.9324 9.183 127 47 8444 3 2.86 1.8427 8.151 127 47 8445 3 2.96 2.6791 8.683 127 47 8446 3 2.78 1.7783 8.764 127 47 8454 3 2.90 1.7530 8.970 127 47 8472 3 2.83 2.2481 8.379 127 47 8479 3 2.92 1.9872 8.818 127 47 8488 3 2.80 2.5358 7.767 127 47 8493 3 2.93 1.9175 7.633 127 47 8494 3 2.83 2.0291 8.287 127 47 8500 3 2.93 2.0820 7.766 127 47 8504 3 2.91 2.0347 7.969 127 47 8505 3 2.86 1.9821 7.920 127 47 8506 3 2.91 2.0446 7.841 127 47 8511 3 2.83 2.5838 8.027 127 47 8518 3 2.96 1.8986 8.895 127 47 8520 3 2.94 2.0010 8.749 127 47 8524 3 2.97 1.8359 8.326 127 47 8530 3 2.98 2.1887 8.237 127 47 8532 3 2.78 1.7968 7.067 127 47 8533 3 2.97 1.8101 7.797 127 47 8546 3 3.00 1.7985 8.484 127 47 8550 3 2.93 1.9689 7.523 127 47 8575 3 2.99 1.8310 7.132 127 47 8582 3 2.90 2.5118 7.016 127 47 8597 3 2.94 1.8522 7.188 127 47 8648 3 2.80 2.3904 7.247 127 47 8649 3 2.95 2.7323 6.842 127 47 8650 3 2.72 2.3375 7.093 127 47 8651 3 2.95 2.9551 7.238 127 47 8652 3 2.80 2.8522 7.016 127 47 8658 3 2.84 2.6663 7.503 127 47 8659 3 2.89 2.0831 7.186 127 47 8660 3 2.72 2.2339 7.215 127 47 8662 3 2.84 2.7236 7.895 127 47 8693 3 2.84 2.0029 6.908 127 47 8694 3 2.77 2.2146 7.373 127 47 8695 3 2.93 2.5834 7.270 127 47 8696 3 2.99 2.2574 6.909 127 47 8740 3 2.81 2.5248 6.953 127 47 8741 3 2.83 2.1150 7.348 127 47 8742 3 2.75 1.8349 7.063 127 47 8747 3 2.99 2.7770 7.386 127 47 8753 3 2.95 1.8328 6.992 127 47 8766 3 2.68 2.2886 7.109 127 47 8770 3 2.87 1.7875 7.283 127 47 8779 3 2.97 2.3743 7.462 127 47 8803 3 2.80 2.8173 7.555 127 47 8804 3 2.69 2.3241 7.004 127 47 8805 3 2.96 2.0433 6.996 127 47 8806 3 2.88 2.2095 7.237 127 47 8807 3 2.78 2.7292 7.187 127 47 8810 3 2.71 2.1711 7.056 127 47 8812 3 2.98 2.4025 7.052 127 47 8813 3 2.80 2.6079 7.364 127 47 8814 3 2.91 2.3668 7.293 127 47 8821 3 2.93 2.1670 6.802 127 47 8822 3 2.83 2.1208 7.373 127 47 8823 3 2.83 2.4219 7.108 127 47 8824 3 2.87 2.6501 7.645 127 47 8827 3 2.77 2.3003 6.922 127 47 8828 3 2.86 2.5929 7.198 127 47 8830 3 2.77 1.9522 7.043 127 47 8831 3 2.80 2.9456 7.295 127 47 8832 3 2.94 1.9050 6.836 127 47 8836 3 2.87 2.9775 6.951 127 47 8837 3 2.84 1.8089 7.415 127 47 8838 3 2.99 2.5978 7.446 127 47 8840 3 2.98 2.2148 7.418 127 47 8842 3 2.84 2.3750 7.474 127 47 8849 3 2.97 2.5673 7.006 127 47 8851 3 2.75 2.0007 6.870 127 47 8858 3 2.83 2.5748 7.104 127 47 8859 3 2.77 2.3501 7.186 127 47 8860 3 2.91 2.9934 7.014 127 47 8861 3 2.80 2.4108 7.422 127 47 8863 3 2.71 2.3070 7.569 127 47 8866 3 2.68 2.2614 7.540 127 47 8887 3 2.83 1.7520 7.148 127 47 8891 3 2.92 1.8421 7.269 127 47 8896 3 2.99 1.9950 7.563 127 47 8897 3 2.95 2.2088 7.533 127 47 8902 3 2.68 2.0577 7.203 127 47 8903 3 2.78 1.9056 8.179 127 47 8920 3 2.95 1.7837 8.347 127 47 8929 3 2.92 2.0830 8.337 127 47 8933 3 3.00 2.1047 8.074 127 47 8934 3 2.94 1.8245 8.317 127 47 8935 3 2.92 1.7925 8.293 127 47 8938 3 2.84 2.2771 8.677 127 47 8944 3 2.83 2.2759 7.930 127 47 8945 3 2.94 2.0756 8.366 127 47 8946 3 2.97 2.0292 8.407 127 47 8947 3 2.82 1.8358 8.674 127 47 8955 3 2.77 1.8307 8.619 127 47 8956 3 3.00 1.8733 8.589 127 47 8959 3 2.93 2.0936 7.559 127 47 8970 3 2.88 2.0590 7.718 127 47 8989 3 2.95 1.9074 7.932 127 47 9021 3 2.96 2.1251 7.816 127 47 9022 3 2.84 2.0130 7.833 127 47 9029 3 2.93 2.0334 8.449 127 47 9194 3 2.73 2.1620 7.654 127 47 9196 3 2.97 2.2385 7.260 127 47 9204 3 2.92 2.0571 7.033 127 47 9205 3 2.81 2.3228 7.283 127 47 9206 3 2.90 1.9302 7.402 127 47 9207 3 2.88 2.1347 7.245 127 47 9213 3 2.79 2.6125 7.512 127 47 9220 3 2.84 2.0951 7.985 127 47 9234 3 2.87 2.0902 8.246 127 47 9261 3 2.90 3.0973 9.224 127 47 9267 3 2.76 2.4079 8.706 127 47 9269 3 2.88 2.9722 9.780 127 47 9277 3 2.73 2.2463 10.024 127 47 9278 3 2.87 2.7659 9.727 127 47 9303 3 2.93 1.9070 8.113 127 47 9304 3 2.71 2.1865 7.886 127 47 9320 3 2.89 1.9442 8.125 127 47 9334 3 2.96 1.9444 8.599 127 47 9337 3 2.94 2.2348 9.010 127 47 9342 3 2.93 1.8677 8.435 127 47 9361 3 2.68 2.0470 8.197 127 47 9370 3 2.79 1.8424 8.387 127 47 9371 3 2.76 1.8550 8.667 127 47 9373 3 2.98 1.8039 8.539 127 47 9395 3 2.85 1.7927 8.313 127 47 9409 3 2.99 2.5298 9.261 127 47 9415 3 2.84 1.9572 8.689 127 47 9416 3 2.94 2.5000 9.122 127 47 9418 3 2.81 1.8120 8.834 127 47 9419 3 2.86 1.8357 8.816 127 47 9431 3 2.96 1.9123 9.163 127 47 9436 3 2.82 2.2633 8.913 127 47 9445 3 2.96 2.6190 9.006 127 47 9446 3 2.83 2.6827 9.059 127 47 9447 3 2.93 2.6691 8.939 127 47 9451 3 2.83 3.0052 9.196 127 47 9453 3 2.83 2.7637 9.079 127 47 9464 3 2.75 1.7627 8.986 127 47 9475 3 3.00 2.0610 9.057 127 47 9476 3 2.76 2.4385 9.245 127 47 9477 3 2.78 1.9034 9.133 127 47 9479 3 2.81 1.7853 9.119 127 47 9481 3 2.76 2.5797 9.177 127 47 9482 3 2.98 1.7511 8.757 127 47 9483 3 2.88 1.7875 8.865 127 47 9485 3 2.94 2.6725 8.937 127 47 9585 3 2.95 1.9439 9.929 127 47 9598 3 2.86 1.7795 9.121 127 47 9605 3 2.87 2.2864 9.000 127 47 9610 3 2.98 2.1693 8.900 127 47 9621 3 2.81 1.9733 8.927 127 47 9625 3 2.89 1.7609 8.582 127 47 9630 3 2.84 2.9141 9.678 127 47 9636 3 2.90 2.6792 9.021 127 47 9643 3 2.86 2.5714 8.841 127 47 9644 3 2.91 2.0073 8.749 127 47 9646 3 2.97 2.1629 8.847 127 47 9667 3 2.92 2.7113 8.878 127 47 9671 3 2.83 2.0256 8.540 127 47 9676 3 2.93 2.6653 9.154 127 47 9678 3 2.92 1.9723 9.178 127 47 9681 3 2.87 1.9971 8.840 127 47 9682 3 2.76 2.4974 9.296 127 47 9685 3 2.95 2.4470 8.965 127 47 9687 3 2.82 2.8654 8.952 127 47 9688 3 2.90 2.3236 8.958 127 47 9692 3 2.98 1.9401 8.572 127 47 9697 3 2.96 2.0484 8.963 127 47 9705 3 2.81 2.7485 9.218 127 47 9706 3 2.64 2.1476 9.201 127 47 9719 3 2.95 2.8933 9.041 127 47 9720 3 2.71 2.7274 9.359 127 47 9722 3 2.85 2.5244 8.772 127 47 9756 3 2.90 2.7058 9.102 127 47 9763 3 2.78 1.7819 8.775 127 47 9764 3 2.88 1.8966 8.809 127 47 9777 3 2.76 1.7520 8.553 127 47 9787 3 2.93 2.4115 9.032 127 47 9790 3 2.86 2.4455 8.947 127 47 9799 3 2.87 1.9060 9.038 127 47 9802 3 2.82 1.7562 8.530 127 47 9810 3 2.81 1.8713 8.855 127 47 9811 3 2.89 1.9735 8.944 127 47 9854 3 2.89 1.8536 8.470 127 47 9855 3 2.79 2.0098 7.820 127 47 9858 3 2.85 1.8847 8.234 127 47 9859 3 3.00 1.7906 8.506 127 47 9865 3 2.88 2.2444 8.573 127 47 9874 3 2.80 1.9214 8.890 127 47 9905 3 2.70 1.8148 9.586 127 47 9918 3 2.99 2.6202 8.771 127 47 9919 3 2.91 2.4839 8.661 127 47 9920 3 2.84 2.9075 8.896 127 47 9921 3 2.88 2.3186 9.113 127 47 9922 3 2.85 2.5182 9.327 127 47 9925 3 2.90 1.9267 9.234 127 47 10149 3 2.92 2.4235 6.446 127 47 10150 3 2.80 1.8751 7.193 127 47 10154 3 2.83 1.7970 6.352 127 47 10155 3 2.78 2.8762 6.557 127 47 10156 3 2.73 2.5126 6.580 127 47 10157 3 2.86 2.8096 6.737 127 47 10158 3 2.79 2.6412 6.756 127 47 10162 3 2.85 2.8050 6.554 127 47 10163 3 2.90 2.7842 6.491 127 47 10165 3 2.88 2.5799 6.571 127 47 10166 3 2.88 2.7010 7.167 127 47 10172 3 2.76 2.4271 7.101 ## Starting information for simulation # 48