# Bonding information for index 119 -- 0MA_12@O6 LYS_9@HZ3 LYS_9@NZ # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 ## Starting information for simulation # 2 ## Starting information for simulation # 3 119 3 9550 2 2.89 2.9715 11.353 ## Starting information for simulation # 4 ## Starting information for simulation # 5 119 5 8913 2 2.88 2.3201 9.386 119 5 8914 2 2.88 2.6473 9.391 119 5 8995 2 2.81 2.5639 9.081 119 5 9122 2 2.96 2.4173 9.463 119 5 9135 2 2.77 2.1883 9.101 119 5 9136 2 2.91 2.0792 9.221 119 5 9147 2 2.98 1.7556 9.299 119 5 9166 2 2.74 1.8982 9.345 119 5 9180 2 2.94 2.0086 9.347 119 5 9182 2 2.82 2.7222 9.035 119 5 9183 2 2.88 2.8784 9.386 119 5 9188 2 2.73 3.0041 9.403 119 5 9189 2 2.94 2.3102 9.475 119 5 9247 2 2.97 1.7551 9.342 119 5 9269 2 2.84 2.1200 9.445 119 5 9281 2 2.77 2.1594 8.841 119 5 9282 2 2.86 2.8117 9.196 119 5 9283 2 2.97 1.7749 9.679 119 5 9286 2 2.92 1.9436 9.441 119 5 9292 2 3.00 2.4700 9.168 119 5 9312 2 3.00 2.0139 9.108 119 5 9323 2 2.83 2.7212 9.014 119 5 9329 2 2.80 2.7965 9.281 119 5 9343 2 2.97 2.2982 8.479 119 5 9358 2 2.76 3.0286 8.637 119 5 9359 2 2.84 3.0000 8.642 119 5 9361 2 2.74 2.3816 9.116 119 5 9362 2 2.75 2.3961 8.572 119 5 9364 2 2.81 2.3382 8.711 119 5 9367 2 2.98 2.7053 9.247 119 5 9368 2 3.00 2.1740 8.772 119 5 9369 2 2.90 1.8218 9.199 119 5 9404 2 2.81 2.9310 8.880 119 5 9430 2 2.80 2.5330 9.146 119 5 9431 2 2.84 1.7473 9.706 119 5 9436 2 2.80 3.0021 9.678 119 5 9439 2 2.76 2.7399 9.463 119 5 9443 2 2.77 1.8343 9.482 119 5 9446 2 2.98 1.7939 10.106 119 5 9448 2 2.91 2.0273 10.311 119 5 9454 2 2.94 2.1731 9.343 119 5 9458 2 2.86 2.0984 9.488 119 5 9477 2 2.78 2.4444 9.097 119 5 9872 2 2.87 2.6506 9.432 119 5 9873 2 2.74 2.7095 9.529 119 5 9875 2 2.90 2.4907 9.044 119 5 9892 2 2.73 2.6481 8.474 119 5 9899 2 2.96 2.7383 9.123 119 5 9903 2 2.71 2.7069 8.864 119 5 9907 2 2.85 1.8326 9.095 119 5 9910 2 2.95 2.5745 9.164 119 5 9920 2 2.86 3.0372 9.138 ## Starting information for simulation # 6 ## Starting information for simulation # 7 119 7 102 2 3.00 2.0943 8.408 119 7 103 2 2.89 2.1915 8.689 119 7 469 2 3.00 2.2899 10.512 119 7 471 2 2.89 2.4985 11.238 119 7 473 2 2.88 2.6118 11.077 119 7 474 2 2.94 2.6902 10.882 119 7 475 2 2.85 2.5437 10.809 119 7 478 2 2.92 3.0196 10.956 119 7 480 2 2.83 1.8048 10.627 119 7 481 2 2.84 2.3863 11.016 119 7 482 2 2.94 2.8938 10.812 119 7 503 2 2.77 2.7442 10.326 119 7 505 2 2.96 2.6207 10.672 119 7 507 2 2.95 2.7235 10.414 119 7 2305 2 2.87 2.3157 9.331 119 7 2315 2 2.76 2.3877 9.342 119 7 2330 2 2.75 2.6307 9.443 119 7 2331 2 2.81 2.9112 9.813 119 7 2332 2 2.86 3.0369 9.578 119 7 2341 2 2.95 1.8380 9.727 119 7 2343 2 2.82 2.9535 9.494 119 7 2359 2 2.84 2.8109 9.600 119 7 6309 2 2.93 2.6376 13.058 ## Starting information for simulation # 8 ## Starting information for simulation # 9 119 9 592 2 2.87 2.8226 12.828 119 9 593 2 2.82 2.7967 13.404 119 9 615 2 2.94 2.2619 12.226 119 9 618 2 2.93 2.1087 12.926 119 9 625 2 2.92 2.8565 12.420 119 9 626 2 2.83 2.5971 12.151 119 9 633 2 3.00 2.0895 13.063 119 9 634 2 2.95 3.0167 12.755 ## Starting information for simulation # 10 119 10 8069 2 2.87 2.4303 7.933 119 10 8107 2 2.78 2.0491 9.923 119 10 8109 2 2.97 1.9707 9.298 ## Starting information for simulation # 11 119 11 2385 2 2.90 2.4405 10.826 119 11 2386 2 2.73 2.6619 10.670 119 11 2387 2 2.85 2.5441 10.611 119 11 8868 2 2.82 2.9737 9.008 119 11 8874 2 2.91 3.0733 9.283 119 11 8875 2 2.84 2.6721 9.289 119 11 8876 2 2.88 2.2243 9.460 119 11 8905 2 2.89 2.7868 8.124 119 11 8959 2 2.97 2.7323 8.851 119 11 8974 2 2.73 2.3157 9.636 119 11 8978 2 2.85 2.7183 9.565 119 11 8979 2 2.86 2.4333 9.351 119 11 8999 2 2.91 2.8807 9.240 119 11 9000 2 2.79 2.6318 9.308 119 11 9006 2 2.93 2.4238 9.800 119 11 9009 2 2.97 2.3277 9.494 119 11 9028 2 2.78 2.5448 9.223 119 11 9031 2 2.82 2.8088 9.543 119 11 9074 2 2.85 2.5244 7.558 119 11 9075 2 2.80 2.2813 7.535 119 11 9078 2 2.88 2.0833 8.034 ## Starting information for simulation # 12 119 12 2904 2 2.91 2.4419 5.704 119 12 2905 2 2.89 2.8487 6.092 119 12 2915 2 2.80 2.7727 6.221 119 12 3002 2 2.71 2.2269 6.326 119 12 3055 2 2.84 2.9984 6.189 119 12 3057 2 2.98 2.8701 6.620 119 12 3059 2 2.69 1.7735 6.355 119 12 3294 2 2.86 1.9858 5.927 119 12 3296 2 2.91 2.1288 6.700 119 12 3304 2 2.91 2.6470 5.815 119 12 3400 2 2.97 2.3019 6.181 119 12 3546 2 2.80 1.8326 6.173 119 12 3547 2 2.79 1.7930 5.713 119 12 3548 2 2.92 2.4155 6.258 119 12 3558 2 2.91 1.7659 6.477 119 12 3560 2 2.70 2.3824 6.531 119 12 3563 2 2.81 2.3900 6.562 119 12 3564 2 2.84 2.3156 6.305 119 12 3602 2 2.81 2.6896 6.353 119 12 3603 2 2.86 2.5796 6.002 119 12 3616 2 2.94 2.2227 6.216 119 12 3618 2 2.66 2.6602 6.277 119 12 3623 2 2.79 2.7223 5.825 119 12 3632 2 2.82 2.8555 6.160 119 12 3638 2 2.81 1.8761 6.058 119 12 3659 2 2.81 2.2411 5.949 119 12 3666 2 2.88 2.6132 6.414 119 12 3669 2 2.81 2.5297 6.399 119 12 3671 2 2.92 2.8985 6.050 119 12 3673 2 2.77 2.4680 6.359 119 12 3674 2 2.88 2.4169 6.093 119 12 3678 2 2.68 2.7529 6.155 119 12 3683 2 2.92 2.2113 6.160 119 12 3689 2 2.90 2.9629 6.384 119 12 3694 2 2.79 2.6089 6.087 119 12 3696 2 2.84 2.8388 6.261 119 12 3697 2 2.98 2.8673 6.127 119 12 3703 2 2.80 2.4197 6.279 119 12 3711 2 2.83 2.5376 6.576 119 12 3712 2 2.93 2.1825 5.593 119 12 3713 2 2.98 2.1099 6.433 119 12 3735 2 2.85 2.1660 6.224 119 12 3752 2 2.92 2.8173 6.405 119 12 3753 2 2.89 1.8583 6.538 119 12 3761 2 2.76 2.6795 6.564 119 12 3770 2 2.87 1.8374 6.742 119 12 3779 2 2.85 2.4688 6.431 119 12 3781 2 2.94 2.5215 6.512 119 12 3783 2 2.79 2.6395 6.477 119 12 3789 2 2.80 2.1454 5.917 119 12 3842 2 2.98 2.6238 6.149 119 12 3843 2 2.90 1.8596 6.127 119 12 3848 2 2.67 2.3174 6.582 119 12 3849 2 2.87 2.6982 6.365 119 12 3876 2 2.81 2.3363 6.130 119 12 3883 2 2.83 1.9151 6.442 119 12 3887 2 2.84 1.9240 6.540 119 12 3901 2 2.98 2.0241 6.231 119 12 3918 2 2.88 2.4172 6.514 119 12 3942 2 2.91 2.6847 6.233 119 12 3943 2 2.84 2.7889 6.534 119 12 3944 2 2.86 2.8184 6.920 119 12 3945 2 2.87 2.7066 6.460 119 12 3946 2 2.86 2.5346 6.475 119 12 3949 2 2.75 2.4696 6.185 119 12 3950 2 2.88 2.4342 6.816 119 12 3951 2 2.97 2.9449 6.278 119 12 3952 2 2.99 2.5418 6.605 119 12 3953 2 2.92 3.0325 6.672 119 12 3975 2 2.77 2.2153 6.144 119 12 3976 2 2.93 2.7572 6.064 119 12 3987 2 2.92 2.3000 6.445 119 12 4015 2 2.95 2.6511 6.573 119 12 4017 2 2.94 2.2503 6.728 119 12 4018 2 2.80 2.2318 6.519 119 12 4020 2 2.90 2.1389 6.345 119 12 4022 2 2.67 2.6488 6.292 119 12 4024 2 2.74 2.5587 7.018 119 12 4026 2 2.85 2.3731 6.442 119 12 4030 2 3.00 2.1007 6.305 119 12 4031 2 2.80 2.8813 6.439 119 12 4032 2 2.90 2.7216 6.291 119 12 4033 2 2.78 3.0619 6.140 119 12 4034 2 2.85 2.6858 6.893 119 12 4035 2 2.83 2.7364 6.601 119 12 4037 2 2.90 2.9025 6.544 119 12 4039 2 2.94 2.4355 6.518 119 12 4045 2 2.88 2.2964 6.397 119 12 4046 2 2.90 2.3305 6.342 119 12 4047 2 2.83 3.0400 6.838 119 12 4127 2 2.96 2.8484 6.288 119 12 4154 2 2.72 2.4663 6.648 119 12 4158 2 2.86 2.9353 6.518 119 12 4160 2 2.83 2.4533 6.126 119 12 4161 2 2.84 2.7017 6.553 119 12 4212 2 2.96 2.4429 6.837 119 12 4218 2 2.83 1.7548 6.661 119 12 4239 2 2.93 2.6698 6.174 119 12 4241 2 2.91 2.1013 6.294 119 12 4305 2 2.80 2.7830 6.277 119 12 4306 2 2.85 2.3683 5.952 119 12 4307 2 2.82 2.6763 5.846 119 12 4313 2 2.96 2.4240 6.326 119 12 4314 2 2.80 1.9051 5.899 119 12 4315 2 2.95 2.4475 6.257 119 12 4316 2 2.78 2.7620 6.369 119 12 4317 2 2.79 3.0820 5.878 119 12 4339 2 2.90 2.1135 5.729 119 12 4340 2 2.93 2.6902 6.390 119 12 4341 2 2.87 2.8876 6.354 119 12 4342 2 2.82 2.6878 6.280 119 12 4364 2 2.84 2.2447 6.022 119 12 4366 2 2.85 2.9934 6.218 119 12 4571 2 2.99 2.7183 6.535 119 12 4572 2 2.88 2.6446 6.486 119 12 4776 2 2.92 2.8396 7.107 119 12 4779 2 2.79 2.5921 6.964 119 12 4780 2 2.91 2.7931 7.091 119 12 5143 2 2.86 2.9369 6.620 119 12 5144 2 2.77 2.7912 7.264 119 12 5145 2 2.85 2.6908 6.963 119 12 5147 2 2.91 2.5278 7.095 119 12 5154 2 2.80 2.6998 7.561 119 12 5171 2 2.83 2.7850 6.400 119 12 5172 2 2.85 1.9702 6.610 119 12 5173 2 2.85 2.3903 6.586 119 12 5174 2 2.75 3.0430 6.149 119 12 5175 2 2.88 2.4383 6.291 119 12 5178 2 2.77 2.5191 6.394 119 12 5179 2 2.87 2.7125 6.766 119 12 5181 2 2.82 2.7248 6.603 119 12 5182 2 2.94 2.5404 6.466 119 12 5201 2 2.78 2.9940 7.008 119 12 5202 2 2.79 2.4793 6.502 119 12 5203 2 2.86 2.8673 6.579 119 12 5205 2 2.71 2.7954 6.755 119 12 5206 2 2.85 2.7569 6.887 119 12 5207 2 2.97 2.7490 7.566 119 12 5208 2 2.68 2.4998 7.147 119 12 5209 2 2.79 2.8159 6.617 119 12 5210 2 2.91 2.4170 6.447 119 12 5217 2 2.91 2.4475 6.568 119 12 5241 2 2.77 2.5557 6.837 119 12 5246 2 2.90 1.9504 6.693 119 12 5254 2 2.84 2.1217 6.386 119 12 5255 2 2.96 2.5689 6.272 119 12 5256 2 2.97 2.6356 6.182 119 12 5257 2 2.80 2.5186 6.159 119 12 5258 2 2.67 2.5922 6.307 119 12 5259 2 2.95 2.5664 6.446 119 12 5260 2 2.79 2.5806 6.607 119 12 5261 2 2.81 2.1390 6.359 119 12 5263 2 2.78 2.1714 6.828 119 12 5265 2 2.91 2.3584 6.547 119 12 5280 2 2.97 2.1032 6.407 119 12 5283 2 2.77 2.4479 6.211 119 12 5491 2 2.91 2.8635 7.509 119 12 5498 2 2.85 2.8682 7.776 119 12 5503 2 2.68 2.1422 7.862 119 12 5504 2 2.90 3.0233 7.577 119 12 5505 2 2.71 2.5494 7.850 119 12 5507 2 2.79 2.6224 7.563 119 12 5508 2 2.68 2.3650 7.828 119 12 5520 2 2.81 2.9145 7.490 119 12 5521 2 2.90 2.2971 7.805 119 12 5522 2 2.96 2.4453 7.719 119 12 6401 2 2.91 1.8432 8.075 119 12 8302 2 2.84 2.5895 7.594 119 12 8304 2 2.81 2.4596 8.021 119 12 8334 2 2.73 2.5412 7.873 119 12 8346 2 2.83 1.7944 7.559 119 12 9701 2 2.73 2.7136 6.068 119 12 9706 2 2.75 2.4884 6.632 119 12 9708 2 2.86 2.9402 6.248 119 12 9713 2 2.75 2.5138 6.021 119 12 9714 2 2.77 2.7115 6.054 119 12 9715 2 2.81 2.5801 6.406 119 12 9717 2 2.84 2.8093 5.976 119 12 9721 2 2.97 2.5268 5.890 119 12 9723 2 2.87 2.5224 6.020 119 12 9761 2 3.00 1.8853 6.314 119 12 9765 2 2.93 2.2575 6.125 119 12 9770 2 2.76 2.8020 5.994 119 12 9773 2 2.93 2.6535 5.739 119 12 9781 2 2.90 2.5270 6.185 119 12 9782 2 2.94 2.5274 6.280 ## Starting information for simulation # 13 ## Starting information for simulation # 14 119 14 5380 2 2.98 2.2006 6.105 119 14 5382 2 3.00 2.5990 6.411 119 14 5398 2 2.79 2.5228 6.830 119 14 5399 2 2.86 2.7676 6.302 119 14 5406 2 2.89 2.4312 6.444 119 14 5409 2 2.87 2.9694 7.226 119 14 5502 2 2.91 2.5257 6.760 119 14 5508 2 2.99 2.4262 6.116 119 14 5521 2 2.71 2.1729 6.555 119 14 5526 2 2.83 2.8464 7.126 119 14 5534 2 2.95 2.7760 6.186 119 14 5546 2 2.75 2.4418 5.694 119 14 5913 2 2.90 2.6545 9.139 119 14 5926 2 2.91 2.5298 8.948 119 14 5927 2 2.82 2.3406 8.324 119 14 5928 2 2.84 2.4805 8.860 119 14 5929 2 2.68 2.1684 8.490 119 14 5930 2 2.99 2.4419 8.344 119 14 5931 2 2.75 2.3130 8.705 119 14 5934 2 2.83 2.6936 8.708 119 14 5936 2 2.90 1.8223 8.880 119 14 5938 2 2.97 2.5797 8.824 119 14 5946 2 2.89 2.4279 8.614 119 14 5947 2 2.81 2.8041 8.783 119 14 5950 2 2.94 2.2340 8.331 119 14 5956 2 2.96 2.4069 8.571 119 14 5960 2 2.86 2.6689 8.531 119 14 5961 2 2.89 2.5410 8.651 119 14 5976 2 2.97 1.9596 8.915 119 14 5979 2 2.96 2.3838 9.676 119 14 5987 2 2.78 2.6576 9.751 119 14 5988 2 2.83 2.0197 9.763 119 14 6025 2 2.84 2.2010 8.980 119 14 6034 2 2.76 2.3222 9.404 119 14 6035 2 2.84 2.6107 8.863 119 14 6046 2 2.90 2.6298 9.019 119 14 6056 2 2.93 2.0951 10.180 119 14 6092 2 2.83 2.3457 8.502 119 14 6130 2 2.78 1.9790 8.460 119 14 6135 2 2.89 2.6760 8.319 119 14 6136 2 2.89 1.7563 7.881 119 14 6142 2 2.81 2.3107 8.944 119 14 6150 2 2.92 2.2068 9.350 119 14 6179 2 2.97 2.8924 8.559 119 14 6181 2 2.96 2.1187 9.403 119 14 6183 2 2.94 2.8523 9.006 119 14 6184 2 2.89 3.0407 9.156 119 14 6189 2 2.76 2.3543 8.551 119 14 6204 2 2.68 2.9985 8.475 119 14 6206 2 2.87 2.7688 9.209 119 14 6222 2 3.00 2.4285 8.471 119 14 6227 2 2.86 1.9630 8.891 119 14 6236 2 2.95 2.3411 9.622 119 14 6255 2 2.88 2.5881 9.444 119 14 6261 2 2.83 2.6746 8.806 119 14 6262 2 2.91 2.2183 9.806 119 14 6270 2 2.94 2.1922 8.450 119 14 6271 2 2.82 2.6035 8.316 119 14 6273 2 2.66 2.9021 8.738 119 14 6277 2 2.93 1.7969 9.345 119 14 6278 2 2.85 2.3525 9.133 119 14 6279 2 2.86 2.4624 9.316 119 14 6280 2 2.75 1.8384 9.056 119 14 6292 2 2.97 1.7825 9.133 119 14 6294 2 2.81 2.4507 8.938 119 14 6295 2 2.88 2.3412 7.892 119 14 6296 2 2.76 2.5451 8.201 119 14 6298 2 2.95 2.6079 7.752 119 14 6299 2 2.87 2.5586 6.678 119 14 6300 2 2.91 1.9668 8.363 119 14 6301 2 2.83 2.0967 8.420 119 14 6302 2 2.84 2.4664 8.057 119 14 6309 2 2.93 2.3890 8.923 119 14 6310 2 2.87 2.0818 8.902 119 14 6317 2 2.83 2.5329 9.057 119 14 6318 2 2.87 2.4873 9.339 119 14 6344 2 2.89 1.9265 9.533 119 14 6460 2 2.79 1.8435 6.645 119 14 6461 2 2.74 2.2290 7.886 119 14 6463 2 2.93 2.5733 7.606 119 14 6480 2 2.88 1.8559 6.648 119 14 6500 2 2.98 2.4590 6.258 119 14 6573 2 2.91 2.7716 6.185 119 14 6575 2 2.98 1.9397 6.400 119 14 6594 2 2.98 1.8195 6.849 119 14 6609 2 2.87 1.9180 6.906 119 14 6610 2 2.85 1.8860 6.471 119 14 6620 2 2.77 2.5608 6.816 119 14 6633 2 2.69 2.7642 6.559 119 14 6636 2 2.74 1.8470 6.056 119 14 6673 2 2.97 2.7390 5.902 119 14 6675 2 2.94 2.5972 6.032 119 14 6676 2 2.79 1.7561 6.960 119 14 6683 2 2.94 2.4075 6.619 119 14 6688 2 2.95 2.5901 7.826 119 14 6689 2 2.91 2.5902 7.588 119 14 6706 2 2.95 2.2473 6.263 119 14 6711 2 2.90 2.5028 6.501 119 14 6717 2 2.89 1.7613 6.409 119 14 6730 2 2.94 2.0840 6.275 119 14 6731 2 2.83 1.8885 5.875 119 14 6732 2 2.83 2.7162 7.380 119 14 6737 2 2.90 1.8181 6.579 119 14 6802 2 2.78 1.7489 8.395 119 14 6844 2 2.81 2.0126 7.155 119 14 6852 2 2.76 2.1957 8.560 119 14 6854 2 2.97 2.5708 9.120 119 14 6855 2 2.76 2.9160 8.496 119 14 6856 2 2.85 2.2250 8.083 119 14 6859 2 2.92 2.0672 8.689 119 14 6860 2 2.88 2.7780 8.548 119 14 6861 2 2.81 2.5976 8.916 119 14 7425 2 2.91 2.4991 6.074 119 14 7426 2 2.68 2.3009 6.112 119 14 7436 2 2.78 2.2034 6.086 119 14 7437 2 2.90 2.5054 6.254 119 14 7443 2 2.78 2.7546 6.147 119 14 7538 2 2.98 1.7660 6.217 119 14 7539 2 2.75 2.7860 6.125 119 14 7543 2 2.88 2.2492 5.964 119 14 7544 2 2.90 2.3480 6.446 119 14 7562 2 2.81 2.3461 6.426 119 14 7567 2 2.84 1.8006 7.061 119 14 7613 2 2.77 2.4662 6.399 119 14 7614 2 2.84 2.4636 6.140 119 14 7633 2 2.85 2.7899 6.188 119 14 7670 2 2.92 1.7963 6.539 119 14 7677 2 2.94 2.7267 6.132 119 14 7825 2 2.99 2.4240 6.393 119 14 7859 2 2.80 2.6699 6.359 119 14 7923 2 2.76 2.8026 6.496 119 14 7925 2 2.77 2.9787 6.437 119 14 7926 2 2.77 2.9173 6.530 119 14 7941 2 2.73 2.2283 5.503 119 14 7982 2 2.89 2.3752 6.089 119 14 7984 2 2.92 1.8548 6.156 119 14 7989 2 2.98 1.7999 5.691 119 14 8014 2 2.95 2.7876 6.112 119 14 8015 2 2.96 2.2556 6.194 119 14 8017 2 2.91 2.0520 6.470 119 14 8019 2 2.89 2.2862 6.146 119 14 8029 2 3.00 2.2494 6.276 119 14 8030 2 2.94 1.8631 5.985 119 14 8032 2 2.86 1.9351 6.404 119 14 8044 2 2.85 1.8866 6.465 119 14 8057 2 2.91 2.6567 6.400 119 14 8063 2 2.90 2.4017 6.145 119 14 8064 2 2.83 1.7764 6.145 119 14 8660 2 2.90 2.8583 5.772 119 14 8663 2 2.84 2.6892 5.651 119 14 8665 2 2.79 3.0148 5.517 119 14 8666 2 2.92 2.5958 5.719 119 14 8667 2 2.68 2.4921 5.441 119 14 8668 2 2.76 2.5727 5.846 119 14 8672 2 2.96 2.6877 5.725 119 14 8673 2 2.80 2.5371 5.815 119 14 8674 2 2.79 1.9712 6.424 119 14 8729 2 2.85 2.3232 9.124 119 14 8891 2 2.92 2.0262 9.254 119 14 8894 2 2.75 2.0408 9.064 119 14 8897 2 2.95 2.3180 9.145 119 14 8907 2 2.79 2.1488 8.772 119 14 8909 2 2.92 2.3967 8.473 119 14 9007 2 2.96 2.0239 8.777 119 14 9008 2 2.92 2.5136 8.564 ## Starting information for simulation # 15 ## Starting information for simulation # 16 119 16 2568 2 2.82 2.5760 6.694 ## Starting information for simulation # 17 119 17 2628 2 2.88 3.0162 11.780 119 17 6612 2 2.92 2.0100 10.115 119 17 6978 2 2.99 2.6769 7.024 ## Starting information for simulation # 18 ## Starting information for simulation # 19 119 19 3977 2 2.90 2.3042 13.185 119 19 3979 2 2.86 2.3872 13.007 119 19 4045 2 2.89 2.8147 13.577 119 19 4046 2 2.96 2.2229 13.794 119 19 4059 2 2.86 2.7769 13.042 119 19 4065 2 2.88 2.5896 13.210 119 19 4067 2 2.71 2.3712 13.570 119 19 4069 2 2.91 2.6517 12.719 ## Starting information for simulation # 20 119 20 7186 2 2.93 2.5109 6.437 119 20 7193 2 2.99 2.9138 6.233 119 20 7195 2 2.86 2.2218 6.333 119 20 7196 2 2.83 2.5839 6.077 119 20 7197 2 2.83 2.6038 6.201 119 20 7208 2 2.92 2.1958 6.377 119 20 7209 2 2.87 3.0058 6.377 119 20 7210 2 2.96 3.0747 6.401 119 20 7224 2 2.73 2.3009 6.080 119 20 7231 2 2.87 2.7308 6.072 119 20 7261 2 2.89 2.5166 6.563 119 20 7500 2 2.91 2.2102 6.086 119 20 7501 2 2.89 2.2079 6.903 119 20 7517 2 2.98 2.4138 6.205 119 20 7548 2 2.86 2.3472 6.515 119 20 7601 2 2.86 1.7721 6.346 119 20 7602 2 2.96 2.0016 6.293 119 20 7603 2 2.98 2.2512 6.203 119 20 7606 2 2.87 2.1814 5.965 119 20 7607 2 2.87 2.8639 5.992 119 20 7636 2 2.90 2.3913 6.025 119 20 7637 2 2.96 2.0727 6.258 119 20 7680 2 2.91 2.3290 6.281 119 20 7699 2 2.86 2.5280 6.090 119 20 7703 2 2.88 2.3899 5.781 119 20 7705 2 2.99 2.7084 6.250 119 20 7706 2 2.78 2.8177 6.251 119 20 7707 2 2.75 2.9160 6.213 119 20 7708 2 2.85 2.7450 6.054 119 20 7789 2 2.94 2.3348 5.923 119 20 7790 2 2.83 2.9497 6.187 119 20 7816 2 2.72 2.7519 5.908 119 20 7821 2 2.94 2.8849 6.010 119 20 7842 2 2.77 2.8989 6.022 119 20 7844 2 2.94 1.7701 5.998 119 20 7851 2 2.98 1.8454 6.595 119 20 7945 2 2.76 2.7823 6.233 119 20 8641 2 2.86 2.1996 9.163 ## Starting information for simulation # 21 119 21 10 2 2.81 2.6677 8.691 119 21 11 2 2.86 1.9978 8.303 119 21 12 2 2.81 2.3876 8.428 119 21 28 2 2.93 2.6749 6.829 119 21 5064 2 2.85 1.7756 5.862 119 21 5066 2 2.88 2.9887 6.508 119 21 5067 2 2.85 2.5207 5.932 119 21 5068 2 2.96 2.6178 5.953 119 21 5069 2 2.91 2.9636 5.760 119 21 5072 2 2.96 1.9246 6.228 ## Starting information for simulation # 22 ## Starting information for simulation # 23 ## Starting information for simulation # 24 ## Starting information for simulation # 25 ## Starting information for simulation # 26 119 26 6188 2 2.88 2.4000 8.990 ## Starting information for simulation # 27 ## Starting information for simulation # 28 ## Starting information for simulation # 29 119 29 2908 2 2.83 2.9106 12.187 119 29 2909 2 2.85 3.0843 12.196 119 29 2912 2 2.92 1.8244 11.894 119 29 2935 2 2.86 1.9145 12.432 119 29 6530 2 2.92 2.5082 12.556 119 29 6537 2 2.75 2.2738 12.737 119 29 8084 2 2.82 2.4920 11.990 119 29 8475 2 2.80 2.5148 11.959 ## Starting information for simulation # 30 ## Starting information for simulation # 31 ## Starting information for simulation # 32 ## Starting information for simulation # 33 ## Starting information for simulation # 34 119 34 4079 2 2.79 2.1297 11.969 ## Starting information for simulation # 35 ## Starting information for simulation # 36 119 36 1580 2 2.93 2.5535 9.298 119 36 1584 2 2.98 1.7581 9.816 119 36 1590 2 2.96 2.2649 9.282 119 36 1591 2 2.71 2.6442 9.051 119 36 1598 2 2.96 2.9184 9.260 119 36 1599 2 2.77 3.0245 8.798 119 36 1703 2 2.87 2.7100 9.097 119 36 1710 2 2.84 2.7154 9.295 119 36 1711 2 2.78 2.2150 8.882 119 36 1715 2 2.73 2.8303 9.193 119 36 1716 2 2.78 2.6954 8.385 119 36 1733 2 2.81 1.9497 8.869 119 36 2962 2 3.00 2.6137 9.662 119 36 2963 2 2.89 2.0292 9.872 119 36 2964 2 2.76 2.0352 9.710 119 36 2965 2 2.78 2.6273 9.737 119 36 2966 2 2.92 2.0530 9.866 119 36 2967 2 2.81 2.0472 9.626 119 36 2976 2 2.81 1.7895 9.383 119 36 2981 2 2.94 1.8016 9.884 119 36 3362 2 2.90 2.4136 8.215