# Bonding information for index 160 -- 0MA_13@O3 0MA_15@H3O 0MA_15@O3 # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 ## Starting information for simulation # 2 ## Starting information for simulation # 3 160 3 7503 1 2.86 2.8129 9.533 160 3 7504 1 2.81 2.8826 9.507 160 3 7505 1 2.69 2.3275 9.905 160 3 7507 1 2.78 2.9282 9.898 160 3 7509 1 2.82 1.9228 9.853 160 3 7510 1 2.76 2.9154 10.242 160 3 7511 1 2.91 2.7386 9.550 160 3 7525 1 2.87 2.4079 10.447 ## Starting information for simulation # 4 160 4 877 1 2.73 3.0966 13.822 160 4 1016 1 2.66 2.8818 13.356 160 4 1017 1 2.80 2.8390 13.761 160 4 1073 1 2.70 2.8554 13.207 160 4 1074 1 2.69 2.5822 13.274 160 4 1082 1 2.78 3.0218 13.642 160 4 1083 1 2.88 2.7616 13.244 160 4 1132 1 2.92 2.2680 11.560 160 4 1685 1 2.85 2.9887 12.092 160 4 1770 1 2.99 1.8190 11.940 160 4 1786 1 2.84 2.5769 11.290 160 4 1899 1 2.92 2.5731 12.946 160 4 1904 1 2.86 2.8715 13.147 160 4 1943 1 2.99 2.6463 11.950 160 4 2238 1 2.86 2.6588 11.187 160 4 2262 1 2.98 2.7245 11.491 160 4 2521 1 2.65 2.6500 11.773 160 4 2523 1 2.73 2.8214 11.549 160 4 2524 1 2.70 2.6663 11.229 160 4 2525 1 2.95 2.5384 11.959 160 4 2526 1 2.80 2.3931 11.733 160 4 2527 1 2.88 2.7268 11.639 160 4 2528 1 2.83 2.5055 11.485 160 4 2529 1 2.81 2.7061 11.732 160 4 2530 1 2.80 2.7507 11.999 160 4 2531 1 2.65 2.9189 11.904 160 4 2532 1 2.72 3.0044 12.232 160 4 2535 1 2.78 2.7437 11.324 160 4 2536 1 2.66 2.9470 11.520 160 4 2554 1 2.80 2.8148 11.149 160 4 2559 1 2.80 3.0191 11.652 160 4 2560 1 2.79 3.0485 11.644 160 4 2577 1 2.96 2.6362 11.008 160 4 2578 1 2.73 2.7710 11.234 160 4 2597 1 2.82 2.8464 10.633 160 4 2604 1 2.89 2.8533 11.226 160 4 2605 1 2.81 3.0751 11.192 160 4 2607 1 2.73 2.9958 11.235 160 4 2609 1 2.83 2.6713 11.636 160 4 2611 1 2.80 3.1222 10.905 160 4 2620 1 2.73 2.5929 11.599 160 4 2623 1 2.78 2.6445 11.263 160 4 2625 1 2.83 2.7143 12.518 160 4 2627 1 2.76 2.7402 12.070 160 4 2628 1 2.72 2.8678 12.765 160 4 2629 1 3.00 2.7271 11.608 160 4 2634 1 2.78 2.8286 11.324 160 4 2637 1 2.58 2.3108 11.552 160 4 2638 1 2.96 2.5626 11.665 160 4 2645 1 2.97 3.0700 10.921 160 4 2646 1 2.80 2.7632 10.911 160 4 2647 1 2.69 2.9649 11.592 160 4 2649 1 2.84 2.6761 11.591 160 4 2651 1 2.87 2.7360 11.271 160 4 2652 1 2.81 2.5700 12.601 160 4 2653 1 2.77 2.7894 12.509 160 4 2654 1 2.96 2.6496 11.692 160 4 2656 1 2.55 2.9967 12.222 160 4 2657 1 2.74 2.8547 11.617 160 4 2658 1 2.74 2.7613 11.532 160 4 2714 1 2.78 3.0252 11.561 160 4 2715 1 2.88 2.9244 12.000 160 4 3007 1 2.83 2.6972 11.589 160 4 3189 1 2.74 2.7280 11.954 160 4 3190 1 2.82 3.0414 11.952 160 4 3410 1 2.64 2.6617 12.319 160 4 3416 1 2.76 2.5435 12.108 160 4 3417 1 2.80 2.7357 12.129 160 4 3418 1 2.70 2.5665 12.810 160 4 6717 1 2.96 1.8336 12.807 160 4 6724 1 2.74 3.0633 12.162 160 4 6726 1 2.75 2.5968 12.120 160 4 6772 1 2.85 3.0571 11.392 160 4 6774 1 2.85 2.7773 11.449 160 4 6776 1 2.89 2.6364 11.000 160 4 6777 1 2.77 2.5062 11.881 160 4 6778 1 2.81 2.7011 11.628 160 4 6788 1 2.68 2.4706 11.277 160 4 6789 1 2.75 2.9380 11.773 160 4 6804 1 2.86 2.2665 11.814 160 4 6807 1 2.76 2.6761 12.088 160 4 7357 1 2.87 2.9929 11.598 160 4 7360 1 2.86 2.8688 11.436 160 4 7361 1 2.74 2.7025 11.888 160 4 7362 1 2.67 2.7395 11.432 160 4 7363 1 2.64 2.9979 11.046 160 4 7480 1 2.97 2.9799 10.674 160 4 7483 1 2.92 2.9456 10.696 160 4 7485 1 2.82 1.8491 11.027 160 4 8053 1 2.83 3.1043 11.724 160 4 8061 1 2.94 2.9630 11.612 160 4 8127 1 2.86 2.8518 11.172 160 4 8130 1 2.68 3.0361 11.227 160 4 8131 1 2.90 2.6386 11.985 160 4 8483 1 2.83 2.2760 11.533 160 4 8679 1 2.72 2.7004 11.636 160 4 8795 1 2.90 2.3354 11.149 160 4 8806 1 2.62 2.7539 11.108 160 4 8807 1 2.89 2.5097 11.455 160 4 8808 1 2.63 2.7235 10.742 160 4 8809 1 2.68 2.3964 10.892 160 4 8812 1 2.99 2.9646 11.562 160 4 8830 1 2.74 3.0633 10.851 160 4 8831 1 2.79 3.1012 10.548 160 4 8832 1 2.70 3.0580 10.755 160 4 8833 1 2.77 2.8547 10.544 160 4 8834 1 2.66 2.9416 10.589 160 4 8835 1 2.63 2.9450 11.098 160 4 8837 1 2.87 2.4345 11.561 160 4 8898 1 2.78 2.9888 11.211 160 4 8912 1 2.78 3.0186 11.460 160 4 8913 1 2.74 2.7344 11.302 160 4 8914 1 2.69 2.6539 11.634 160 4 8917 1 2.90 2.7269 11.097 160 4 8918 1 2.90 2.6006 11.762 160 4 8929 1 2.83 2.9443 11.502 160 4 8931 1 2.71 2.8247 11.013 160 4 8940 1 2.85 2.8263 11.321 160 4 8941 1 2.55 2.7087 11.660 160 4 8942 1 2.95 2.7785 11.609 160 4 9529 1 2.91 2.8820 11.051 160 4 9530 1 2.67 2.7765 11.359 160 4 9643 1 2.94 1.9457 12.083 160 4 9654 1 2.98 2.9691 11.849 160 4 9698 1 2.85 2.8224 11.547 160 4 9699 1 2.81 2.9350 11.883 160 4 9700 1 2.90 2.7265 12.011 ## Starting information for simulation # 5 ## Starting information for simulation # 6 ## Starting information for simulation # 7 160 7 4403 1 2.86 2.5845 12.310 160 7 4405 1 3.00 2.1077 12.262 160 7 4409 1 2.81 2.8934 11.863 160 7 4527 1 2.92 2.0733 13.394 160 7 4537 1 2.58 2.6854 12.803 160 7 4539 1 2.87 2.8787 12.764 160 7 4543 1 2.71 2.1570 13.597 160 7 4544 1 2.87 2.3162 13.435 160 7 4556 1 2.68 2.8453 12.610 160 7 4876 1 2.81 2.9462 12.826 160 7 4877 1 2.91 2.5145 13.297 160 7 4879 1 2.95 2.2960 13.168 160 7 4880 1 2.78 2.8447 13.279 160 7 4886 1 2.80 2.4754 13.371 160 7 4890 1 2.70 2.7653 13.156 160 7 4893 1 2.82 2.5982 12.849 160 7 4895 1 2.96 2.8664 13.078 160 7 4896 1 2.76 3.0747 13.006 160 7 4897 1 2.91 2.9516 12.908 160 7 4898 1 2.70 2.6259 12.702 160 7 4899 1 2.83 2.9970 12.966 160 7 4900 1 2.69 2.8815 13.306 160 7 4901 1 2.84 2.6115 13.237 160 7 4904 1 2.91 2.4388 12.829 ## Starting information for simulation # 8 ## Starting information for simulation # 9 160 9 1436 1 2.84 2.9287 11.574 160 9 1437 1 2.71 2.9113 11.147 ## Starting information for simulation # 10 160 10 4287 1 2.81 2.6464 11.830 160 10 4289 1 2.81 3.0003 12.254 160 10 4422 1 2.91 2.9661 12.615 160 10 4438 1 2.85 2.2693 11.935 160 10 4441 1 2.98 2.6022 11.993 160 10 4491 1 2.90 2.6773 11.017 160 10 5030 1 3.00 2.6852 11.311 160 10 5264 1 2.86 2.8701 10.901 160 10 5265 1 2.95 2.6688 10.661 160 10 5267 1 2.73 2.9716 10.979 160 10 5268 1 2.91 2.9332 10.878 160 10 5269 1 2.95 2.5744 10.627 160 10 5271 1 2.82 2.9783 10.809 160 10 5357 1 2.94 2.9382 11.825 160 10 5358 1 2.69 2.9984 11.246 160 10 5367 1 2.78 3.0788 11.533 160 10 5371 1 2.62 2.7909 12.118 160 10 5372 1 2.93 2.5006 12.018 160 10 5373 1 2.93 2.7845 11.234 160 10 5374 1 2.57 2.7610 11.914 160 10 5375 1 2.85 2.6230 11.918 160 10 5377 1 2.83 2.8885 10.671 160 10 5378 1 2.93 2.8723 10.878 160 10 5383 1 2.70 2.8744 11.263 160 10 5384 1 2.80 2.1357 11.362 160 10 5385 1 2.92 3.0064 11.628 160 10 5651 1 2.58 3.1151 11.508 160 10 5731 1 2.78 2.8172 11.329 160 10 6186 1 2.67 2.9077 10.846 160 10 6450 1 3.00 2.7798 12.168 160 10 6451 1 2.92 2.8115 11.602 160 10 6452 1 2.70 2.8972 12.028 160 10 6479 1 2.60 2.8802 12.024 160 10 6670 1 2.88 2.9562 10.539 160 10 6777 1 2.94 2.2985 10.951 160 10 6864 1 2.94 1.8330 12.379 160 10 6920 1 2.76 2.5056 10.849 ## Starting information for simulation # 11 160 11 92 1 2.95 2.6785 12.388 160 11 248 1 2.99 2.6667 12.548 160 11 671 1 2.97 2.7263 12.839 160 11 672 1 2.69 2.9808 12.616 160 11 673 1 2.82 2.9935 12.331 160 11 685 1 2.74 2.6467 12.171 160 11 689 1 2.99 2.7868 12.798 160 11 690 1 2.67 2.8954 12.413 160 11 691 1 2.88 2.4024 12.300 160 11 692 1 2.85 2.3219 12.107 160 11 859 1 2.98 1.8045 12.329 160 11 870 1 2.93 2.0205 11.964 160 11 991 1 2.75 2.8141 12.770 160 11 992 1 2.71 2.7659 12.487 160 11 1069 1 2.77 2.7501 13.293 160 11 1276 1 2.62 2.4005 12.815 160 11 1282 1 2.90 1.8495 12.372 160 11 1336 1 2.97 2.0087 13.323 160 11 6624 1 2.97 2.9839 13.324 ## Starting information for simulation # 12 ## Starting information for simulation # 13 160 13 5807 1 2.70 2.8283 11.786 160 13 5808 1 2.79 2.8704 11.681 160 13 5809 1 2.81 2.7813 11.524 160 13 5826 1 2.75 2.5758 11.298 160 13 5827 1 2.93 2.7699 11.416 160 13 5830 1 2.89 2.7341 11.664 160 13 5836 1 2.58 2.7050 11.337 160 13 5837 1 2.75 3.0655 11.985 160 13 5839 1 2.87 2.4975 11.848 160 13 5902 1 2.78 2.8051 12.413 160 13 5903 1 2.88 2.7484 12.733 160 13 5904 1 2.70 2.9043 12.183 160 13 5905 1 3.00 2.2833 11.849 160 13 5906 1 2.71 2.8852 11.848 160 13 5907 1 2.86 2.5359 11.754 160 13 5908 1 2.87 2.5253 12.377 160 13 5911 1 2.99 2.3599 11.646 160 13 5994 1 2.89 2.6631 11.590 160 13 6111 1 2.95 1.9225 11.226 160 13 6128 1 2.85 2.9045 11.499 160 13 6160 1 2.81 2.0204 11.415 160 13 6237 1 2.77 2.6355 11.955 160 13 6323 1 2.92 2.8284 11.806 160 13 6769 1 2.77 2.7128 11.804 160 13 6935 1 2.58 3.0609 11.593 160 13 6936 1 2.77 2.8578 12.058 160 13 6937 1 2.86 2.8223 11.673 160 13 6938 1 2.81 2.7375 12.035 160 13 6951 1 2.96 2.0180 11.136 160 13 6953 1 2.65 2.9979 11.207 160 13 6954 1 2.80 3.0570 10.946 160 13 6955 1 2.84 2.5873 10.813 160 13 6971 1 2.64 2.5119 11.177 160 13 6972 1 2.94 2.4646 11.853 160 13 6976 1 2.70 2.7720 11.642 160 13 7143 1 2.80 2.6940 11.582 160 13 7326 1 2.92 2.6418 11.011 160 13 7331 1 2.92 2.7690 10.763 160 13 7332 1 3.00 2.3821 11.212 160 13 7333 1 2.64 2.6651 11.178 160 13 7344 1 2.72 2.5504 11.268 160 13 7367 1 2.89 2.1816 10.488 160 13 7451 1 2.88 1.8097 11.470 160 13 7452 1 2.71 2.6598 11.165 160 13 7453 1 2.95 2.5013 10.941 160 13 7480 1 2.65 2.3708 11.499 160 13 7512 1 2.84 2.6215 10.937 160 13 7513 1 2.67 2.9123 10.303 160 13 7514 1 2.68 2.8056 10.978 160 13 7522 1 2.66 2.4808 11.333 160 13 7524 1 2.70 2.6212 10.992 160 13 7552 1 2.69 3.0367 11.451 160 13 7574 1 2.72 2.8828 11.174 160 13 7593 1 2.83 2.8655 10.370 160 13 7600 1 2.73 2.8945 11.035 160 13 7602 1 2.80 2.8259 10.729 160 13 7674 1 2.72 2.3106 10.622 160 13 7675 1 2.83 2.2692 10.625 160 13 7716 1 2.97 2.8042 12.025 160 13 7717 1 2.85 2.3469 11.902 160 13 7718 1 2.88 2.8958 11.903 160 13 7719 1 2.76 2.7212 11.869 160 13 7720 1 2.83 2.7765 11.815 160 13 7721 1 2.76 2.9887 11.174 160 13 7765 1 2.90 2.2873 11.189 160 13 7766 1 2.81 2.4892 10.857 160 13 7767 1 2.97 2.4469 11.237 160 13 7768 1 2.94 2.9490 11.185 160 13 7769 1 2.83 3.0218 11.725 160 13 7810 1 2.90 2.3525 12.321 160 13 7854 1 2.95 2.4269 11.929 160 13 7855 1 2.70 2.8347 11.664 160 13 7888 1 2.64 2.8221 11.210 160 13 7889 1 2.83 2.8866 12.325 160 13 7890 1 2.96 2.7940 12.248 160 13 8756 1 2.83 2.7281 12.055 160 13 8757 1 2.94 2.8676 11.248 160 13 8758 1 2.93 2.5774 10.818 160 13 8759 1 2.74 2.8293 10.692 160 13 8760 1 2.90 2.9619 11.189 160 13 8780 1 2.96 2.2381 11.515 160 13 9003 1 2.81 2.4716 11.702 160 13 9042 1 2.63 2.7438 11.485 160 13 9043 1 2.96 2.5554 11.224 160 13 9052 1 2.84 2.9350 11.528 160 13 9111 1 2.75 2.9379 12.076 160 13 9112 1 2.78 2.5070 12.265 ## Starting information for simulation # 14 ## Starting information for simulation # 15 160 15 733 1 2.85 2.3616 11.843 160 15 758 1 2.50 2.7246 11.282 160 15 879 1 2.62 2.8797 10.810 160 15 880 1 2.94 2.6083 11.300 160 15 890 1 2.64 2.4906 11.607 160 15 891 1 2.85 2.8267 11.314 160 15 892 1 2.79 2.8222 12.882 160 15 893 1 2.71 3.0677 12.314 160 15 900 1 2.76 2.1690 11.605 160 15 901 1 2.62 2.7325 11.767 160 15 902 1 2.84 2.8688 11.502 160 15 903 1 2.75 2.8065 10.947 160 15 904 1 2.58 3.0713 11.963 160 15 905 1 2.82 2.6479 11.959 160 15 907 1 2.69 3.0880 11.430 160 15 926 1 2.94 2.9615 11.197 160 15 944 1 2.91 2.9206 10.992 160 15 945 1 2.95 2.9809 11.569 160 15 2822 1 2.92 2.6522 12.708 ## Starting information for simulation # 16 ## Starting information for simulation # 17 160 17 9497 1 2.61 2.7461 12.707 160 17 9498 1 2.89 2.4907 12.741 ## Starting information for simulation # 18 160 18 6932 1 2.80 2.5246 13.414 ## Starting information for simulation # 19 ## Starting information for simulation # 20 160 20 8235 1 2.76 2.5065 6.250 ## Starting information for simulation # 21 ## Starting information for simulation # 22 ## Starting information for simulation # 23 ## Starting information for simulation # 24 160 24 1766 1 2.88 2.9147 9.732 160 24 1820 1 2.69 2.9529 9.858 160 24 1828 1 2.80 3.0713 9.858 160 24 1829 1 2.79 2.8507 10.402 160 24 1831 1 2.72 3.0398 9.138 160 24 3721 1 2.97 2.6280 11.534 160 24 3767 1 2.81 3.0863 11.053 160 24 3768 1 2.92 2.8341 10.801 160 24 3769 1 2.84 2.9675 11.056 160 24 3825 1 2.67 2.7673 11.621 160 24 3827 1 2.88 2.8522 11.728 160 24 3864 1 2.83 2.6825 12.323 160 24 3865 1 2.76 2.6939 12.421 160 24 3881 1 2.81 2.7104 11.464 160 24 3917 1 2.71 2.8080 11.643 160 24 4052 1 2.96 2.0239 11.879 160 24 4053 1 2.77 2.9055 11.389 160 24 4135 1 2.85 2.0421 11.296 160 24 4180 1 2.79 2.8484 11.482 160 24 4181 1 2.67 2.4086 11.395 160 24 4182 1 2.70 3.0537 11.823 160 24 4188 1 2.82 2.5821 11.462 160 24 4212 1 2.95 2.9933 11.320 160 24 4377 1 2.91 1.8687 10.925 160 24 4542 1 2.70 2.4233 11.004 160 24 4548 1 2.98 2.7485 11.502 ## Starting information for simulation # 25 ## Starting information for simulation # 26 160 26 1384 1 2.71 2.2716 7.504 160 26 1393 1 2.88 2.6914 6.846 160 26 1395 1 2.63 2.1208 6.204 160 26 1396 1 2.82 2.9788 6.958 160 26 1418 1 2.78 2.6508 7.093 160 26 1419 1 2.82 2.8564 7.585 160 26 1421 1 2.84 3.0075 8.117 160 26 1422 1 2.90 2.9484 8.270 160 26 1424 1 2.65 2.9778 7.568 160 26 1425 1 2.61 2.8683 7.327 160 26 1426 1 2.73 2.9436 6.589 160 26 1427 1 2.87 2.9201 7.270 160 26 1428 1 2.84 2.9955 7.277 160 26 1429 1 2.59 2.7955 6.412 160 26 1430 1 2.60 2.8060 6.658 160 26 1431 1 2.82 2.9407 7.028 160 26 1432 1 2.63 2.7757 7.762 160 26 1433 1 2.83 2.9156 6.846 160 26 1434 1 2.82 2.9442 7.661 160 26 1435 1 2.58 2.7109 8.022 160 26 1436 1 2.81 2.8831 7.375 160 26 1438 1 2.74 2.1318 7.516 160 26 1441 1 2.97 2.3317 7.244 160 26 1468 1 2.79 2.4549 7.105 160 26 1471 1 2.76 2.9432 7.635 160 26 1472 1 2.71 3.0427 7.625 160 26 1474 1 2.79 2.1507 7.282 160 26 1476 1 2.64 2.6806 6.956 160 26 1493 1 2.78 2.8340 7.564 160 26 1494 1 2.69 2.7267 8.202 160 26 1495 1 2.72 2.7171 8.036 160 26 1500 1 2.60 2.5750 7.830 160 26 1501 1 2.77 2.8956 7.280 160 26 1503 1 2.86 3.0352 8.190 160 26 1504 1 2.77 2.9109 7.500 160 26 1539 1 2.83 2.8023 7.829 160 26 1540 1 2.70 2.5388 8.035 160 26 1541 1 2.72 3.0651 7.479 160 26 1542 1 2.79 2.4728 7.434 160 26 1563 1 2.90 2.6124 7.563 160 26 1580 1 2.78 2.5525 6.664 160 26 1581 1 2.87 2.8284 7.661 160 26 1583 1 2.96 2.8221 7.304 160 26 1584 1 2.81 2.5687 6.965 160 26 1585 1 2.84 2.6116 7.410 160 26 1586 1 2.64 3.0499 7.825 160 26 1607 1 2.99 2.1558 7.091 160 26 1608 1 2.85 2.7482 7.425 160 26 1610 1 2.82 2.5756 7.708 160 26 1611 1 2.90 1.9132 6.859 160 26 1612 1 2.79 2.8445 7.271 160 26 1613 1 2.85 3.0643 7.480 160 26 1614 1 2.89 2.6351 7.166 160 26 1615 1 2.63 2.7109 6.989 160 26 1616 1 2.94 3.0378 7.117 160 26 1621 1 2.95 2.2051 5.830 160 26 1622 1 2.96 2.8795 5.704 160 26 1623 1 2.88 2.4458 6.605 160 26 1625 1 2.95 2.6089 5.626 160 26 1626 1 2.61 2.5366 7.292 160 26 1627 1 2.69 2.9328 8.021 160 26 1647 1 2.74 2.7038 6.932 160 26 1648 1 2.74 2.9456 7.169 160 26 1649 1 2.85 2.7305 7.124 160 26 1650 1 2.61 3.0017 6.771 160 26 1651 1 2.87 2.5615 7.206 160 26 1652 1 2.68 2.8941 7.269 160 26 1653 1 2.76 2.9398 7.444 160 26 1654 1 2.85 3.0391 7.713 160 26 1659 1 2.94 2.5872 7.149 160 26 1660 1 2.72 2.8945 6.454 160 26 1661 1 2.74 2.6879 6.264 160 26 1662 1 2.80 2.8112 7.393 160 26 1663 1 2.80 2.5750 7.298 160 26 1664 1 2.94 3.1017 7.291 160 26 1676 1 2.84 2.7082 5.044 160 26 1683 1 2.79 2.5136 6.542 160 26 1684 1 2.96 2.8464 7.647 160 26 1685 1 2.72 2.5855 6.677 160 26 1720 1 2.78 2.9748 6.010 160 26 1721 1 2.98 2.8742 6.951 160 26 1722 1 2.94 2.8819 6.649 160 26 1724 1 2.75 2.6001 6.854 160 26 1725 1 2.68 2.5154 6.431 160 26 1726 1 2.91 2.8323 6.523 160 26 1733 1 2.99 2.5667 6.285 160 26 1736 1 2.82 2.6345 6.117 160 26 1737 1 2.95 2.5084 6.402 160 26 1738 1 2.76 2.6451 6.048 160 26 1740 1 2.87 2.9454 6.200 160 26 1763 1 2.74 2.4632 7.036 160 26 1764 1 2.77 3.0452 7.096 160 26 1765 1 2.69 3.0001 6.824 160 26 1766 1 2.86 2.7780 6.244 160 26 1767 1 2.94 2.8512 7.068 160 26 1768 1 2.75 2.9761 6.983 160 26 1769 1 2.88 2.9352 7.435 160 26 1770 1 2.80 2.6996 6.994 160 26 1772 1 2.85 2.9030 6.447 160 26 1773 1 2.69 2.9515 6.211 160 26 1774 1 2.71 3.0464 6.043 160 26 1775 1 2.74 2.7088 6.709 160 26 1776 1 2.70 2.9019 6.232 160 26 1777 1 2.60 3.0478 6.263 160 26 1816 1 2.82 2.6433 6.510 160 26 1837 1 2.89 3.0983 7.247 160 26 1838 1 2.94 2.4247 7.026 160 26 1839 1 2.71 2.0817 6.979 160 26 1840 1 2.81 2.8118 6.197 160 26 1841 1 2.90 2.7467 6.435 160 26 1842 1 2.62 2.8073 6.336 160 26 1843 1 2.72 2.8886 6.424 160 26 1844 1 2.87 2.8623 6.556 160 26 1845 1 2.65 2.7437 6.201 160 26 1846 1 2.53 2.9855 6.028 160 26 1847 1 2.71 2.9332 6.234 160 26 1848 1 2.80 2.9557 6.823 160 26 1849 1 2.84 2.8694 6.484 160 26 1850 1 2.92 2.8173 6.747 160 26 1851 1 2.69 2.9088 6.276 160 26 1855 1 2.83 2.6382 6.614 160 26 1920 1 2.79 2.9198 7.501 160 26 1921 1 2.83 2.7534 7.490 160 26 1922 1 2.85 2.5720 7.098 160 26 1923 1 2.88 2.6925 7.430 160 26 1928 1 2.95 2.6689 6.632 160 26 1929 1 2.72 2.9267 6.865 160 26 1930 1 2.73 2.8035 6.562 160 26 1931 1 2.79 3.0056 7.129 160 26 1932 1 2.88 2.2444 7.430 160 26 1933 1 2.88 2.8408 7.174 160 26 1934 1 2.81 2.9046 6.835 160 26 1935 1 2.93 2.7796 6.919 160 26 1936 1 2.93 2.7703 6.378 160 26 1940 1 2.70 2.7003 6.551 160 26 1946 1 2.98 3.0009 6.574 160 26 1948 1 2.82 2.6689 7.340 160 26 1949 1 2.74 2.6301 7.093 160 26 1950 1 2.98 2.6868 6.962 160 26 1951 1 2.65 2.9275 6.190 160 26 1952 1 2.81 2.7611 6.479 160 26 1953 1 2.71 3.0790 7.089 160 26 1958 1 2.95 2.6889 7.486 160 26 1959 1 2.78 3.0754 6.840 160 26 1960 1 2.76 2.7902 6.718 160 26 1961 1 2.84 2.6172 6.203 160 26 1962 1 2.95 2.6184 6.666 160 26 1963 1 2.64 2.8789 6.779 160 26 1967 1 2.85 3.0970 5.942 160 26 1968 1 2.77 2.5276 6.910 160 26 1970 1 2.80 3.0007 6.812 160 26 1972 1 2.81 2.6897 7.239 160 26 1973 1 2.87 2.6364 6.597 160 26 1974 1 2.66 2.9949 7.077 160 26 1975 1 3.00 2.3216 7.406 160 26 1976 1 2.65 2.9675 6.779 160 26 1977 1 2.62 2.7409 6.778 160 26 1978 1 2.64 2.5608 6.516 160 26 8724 1 3.00 2.0949 12.352 160 26 8727 1 2.79 2.1661 10.654 160 26 8737 1 2.68 2.7878 11.203 160 26 8738 1 2.83 2.7687 10.782 160 26 9117 1 2.99 2.4699 11.783 ## Starting information for simulation # 27 160 27 17 1 2.93 2.8188 12.032 160 27 26 1 2.90 2.5518 12.930 160 27 49 1 2.96 2.6105 12.303 160 27 208 1 2.86 2.7103 12.082 160 27 220 1 2.70 3.1095 12.005 160 27 235 1 2.71 2.6620 12.749 160 27 236 1 2.82 2.8985 12.448 160 27 695 1 2.87 2.2858 12.162 160 27 897 1 2.72 2.7433 12.685 160 27 898 1 2.67 2.8865 12.854 160 27 900 1 2.56 2.7907 12.181 160 27 901 1 2.81 2.6762 12.255 160 27 1016 1 2.80 2.8217 12.922 160 27 1017 1 2.68 3.0115 12.971 160 27 1019 1 2.99 3.0323 12.585 160 27 1052 1 2.76 2.8646 12.175 160 27 1053 1 2.92 2.8069 12.296 160 27 1055 1 2.73 2.4139 12.345 160 27 1056 1 2.89 3.1271 12.449 160 27 1057 1 2.72 2.8267 11.727 160 27 1058 1 2.80 2.9078 12.122 160 27 1059 1 2.74 2.7155 12.079 160 27 1060 1 2.79 2.8995 12.455 160 27 1190 1 2.89 2.8636 11.652 160 27 1228 1 2.88 2.9064 12.077 160 27 1760 1 2.66 2.9639 12.283 160 27 1912 1 2.83 2.8472 11.389 160 27 2007 1 2.71 2.6614 11.004 160 27 2008 1 2.78 2.7826 11.071 160 27 2009 1 2.76 3.0001 11.111 160 27 2132 1 2.68 2.8047 11.534 160 27 2136 1 2.89 2.9247 11.851 160 27 2246 1 2.96 2.7321 11.569 160 27 2248 1 2.71 3.0160 11.928 160 27 2249 1 2.79 2.6623 11.118 160 27 2495 1 2.60 2.9874 12.592 160 27 2546 1 2.75 2.7176 11.177 160 27 2547 1 2.73 2.7922 11.687 160 27 2586 1 2.73 2.6277 11.823 160 27 2715 1 2.81 2.7173 11.192 160 27 2822 1 2.70 2.8452 11.751 160 27 2823 1 2.89 2.9821 12.252 160 27 2824 1 2.61 2.9072 11.977 160 27 2825 1 2.79 3.0275 12.666 160 27 2826 1 2.82 2.9414 12.427 160 27 2827 1 2.67 3.0275 12.736 160 27 2990 1 2.95 2.7658 11.682 160 27 4396 1 2.83 2.6678 11.655 160 27 4407 1 2.95 3.1118 12.450 160 27 4499 1 2.94 2.8572 12.139 160 27 4501 1 2.67 2.9760 11.447 160 27 4502 1 2.58 2.6229 11.935 160 27 4504 1 2.70 2.4468 11.641 160 27 4505 1 2.79 2.4976 11.701 160 27 4528 1 2.79 1.8003 12.208 160 27 4529 1 2.89 2.8174 12.418 160 27 4546 1 2.96 2.4231 12.753 160 27 4888 1 2.91 3.0237 10.812 160 27 4918 1 2.91 2.8373 11.354 160 27 5187 1 2.83 1.7967 11.090 160 27 5188 1 2.98 2.8733 11.474 160 27 5189 1 2.85 2.7604 12.035 160 27 5190 1 2.99 2.5298 11.965 160 27 5340 1 2.88 2.9993 11.032 160 27 5368 1 2.89 2.7984 12.072 160 27 6035 1 2.92 3.0244 12.031 160 27 6036 1 2.66 2.7698 12.376 160 27 6037 1 2.91 2.9159 12.088 160 27 6038 1 2.72 2.9018 12.362 160 27 6118 1 2.78 2.6752 11.807 160 27 8481 1 2.76 2.6708 12.325 160 27 8515 1 2.88 2.8923 13.036 160 27 8517 1 2.88 2.4813 12.094 160 27 8522 1 2.78 2.9194 12.054 ## Starting information for simulation # 28 ## Starting information for simulation # 29 ## Starting information for simulation # 30 160 30 316 1 2.82 2.3851 12.439 ## Starting information for simulation # 31 ## Starting information for simulation # 32 160 32 5903 1 2.69 2.9684 10.248 160 32 5904 1 2.60 2.9578 10.318 160 32 5906 1 2.85 3.0066 9.407 160 32 5907 1 2.58 3.0701 9.537 160 32 5908 1 2.87 2.8962 9.567 160 32 5909 1 2.96 2.5965 9.763 160 32 5910 1 2.67 2.8708 9.348 160 32 5912 1 2.89 2.5859 9.351 160 32 5914 1 2.68 2.2340 8.923 160 32 5921 1 2.83 2.4482 9.903 160 32 5924 1 2.74 2.6645 9.299 160 32 5925 1 2.78 2.8817 9.390 160 32 5931 1 2.89 2.5819 9.570 160 32 5941 1 2.81 2.7867 8.998 160 32 5942 1 2.78 3.1108 9.246 160 32 5949 1 2.89 2.7606 8.774 160 32 5951 1 2.72 2.7523 9.126 160 32 5952 1 2.88 2.6638 9.286 160 32 5953 1 2.56 2.9189 9.460 160 32 5954 1 2.75 2.8262 9.500 160 32 5956 1 2.72 2.7780 8.801 160 32 5957 1 2.72 2.7221 8.786 160 32 5958 1 2.86 2.9101 8.918 160 32 5959 1 2.71 2.8515 9.347 160 32 5960 1 2.76 3.0665 8.985 160 32 5969 1 2.60 2.8315 9.353 160 32 5970 1 2.79 2.7570 9.606 160 32 5974 1 2.83 2.3390 9.427 160 32 5976 1 2.76 2.8181 9.135 ## Starting information for simulation # 33 ## Starting information for simulation # 34 ## Starting information for simulation # 35 160 35 355 1 2.72 3.0585 12.806 160 35 477 1 2.74 2.9220 13.040 160 35 478 1 2.77 2.9128 12.567 160 35 487 1 2.69 2.2867 12.793 160 35 488 1 2.87 2.3924 12.515 160 35 489 1 2.77 2.0938 12.442 160 35 492 1 2.67 2.6851 12.854 160 35 511 1 2.65 2.4943 12.832 160 35 512 1 2.85 2.1830 12.880 160 35 536 1 2.92 2.5419 13.513 160 35 621 1 2.94 2.4856 12.493 160 35 623 1 2.82 2.5991 12.463 160 35 625 1 2.94 2.7936 12.690 160 35 774 1 2.67 3.0684 12.817 160 35 775 1 2.94 2.3891 12.469 160 35 776 1 2.80 2.8067 13.187 160 35 777 1 2.96 2.5684 12.957 160 35 778 1 2.76 2.5997 13.306 160 35 779 1 2.68 3.0014 13.065 160 35 790 1 2.95 2.4475 12.194 160 35 799 1 2.89 2.7334 12.370 160 35 800 1 2.70 2.8803 12.670 160 35 801 1 2.71 2.3103 12.372 160 35 803 1 2.74 2.9874 12.503 160 35 804 1 2.85 2.7059 12.542 160 35 805 1 2.81 2.7961 12.468 160 35 806 1 2.73 2.3561 12.544 160 35 807 1 2.84 2.5779 12.634 160 35 811 1 2.84 2.3999 12.464 160 35 813 1 2.73 2.8041 12.780 160 35 814 1 2.70 2.5924 12.910 160 35 815 1 2.78 2.8610 13.200 160 35 882 1 2.96 2.8158 12.037 160 35 935 1 2.88 2.5978 12.443 160 35 941 1 2.68 2.6794 12.831 160 35 942 1 2.82 2.5602 13.244 160 35 944 1 2.74 3.0294 13.347 160 35 952 1 2.73 2.6778 13.177 160 35 1202 1 2.59 2.8140 12.145 160 35 1216 1 2.97 2.3509 12.780 160 35 1217 1 2.89 2.3999 12.998 160 35 1227 1 2.83 3.0664 13.004 160 35 1343 1 2.77 2.7412 12.457 ## Starting information for simulation # 36