# Bonding information for index 118 -- 0MA_12@O6 LYS_9@HZ2 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 # 3 118 3 9551 2 2.81 2.1880 11.093 ## Starting information for simulation # 4 ## Starting information for simulation # 5 118 5 8916 2 2.96 1.9451 9.094 118 5 8917 2 3.00 2.3956 9.434 118 5 8919 2 2.82 2.3929 8.867 118 5 9127 2 2.85 2.5753 9.197 118 5 9129 2 2.94 2.4981 9.483 118 5 9137 2 2.89 2.5007 8.919 118 5 9138 2 2.78 2.6063 8.940 118 5 9141 2 2.92 3.0478 9.310 118 5 9142 2 2.76 2.6359 9.067 118 5 9146 2 2.91 2.4155 9.338 118 5 9147 2 2.98 1.9619 9.299 118 5 9148 2 2.90 2.4693 9.166 118 5 9150 2 2.98 2.4869 9.180 118 5 9152 2 2.93 2.4513 8.863 118 5 9153 2 2.97 2.1310 9.055 118 5 9156 2 2.80 2.4851 8.639 118 5 9157 2 2.73 2.1348 8.900 118 5 9165 2 2.84 2.8606 8.789 118 5 9166 2 2.74 1.9900 9.345 118 5 9167 2 2.71 2.4948 9.418 118 5 9168 2 2.96 1.9506 8.499 118 5 9169 2 2.88 2.6583 9.241 118 5 9170 2 2.81 2.8215 8.796 118 5 9171 2 2.86 2.7255 8.805 118 5 9173 2 2.84 2.1923 9.251 118 5 9175 2 2.89 2.5472 8.700 118 5 9181 2 2.69 2.2007 9.296 118 5 9190 2 2.98 2.4873 8.874 118 5 9194 2 2.78 2.9931 9.463 118 5 9195 2 2.90 1.9685 8.925 118 5 9197 2 2.95 2.3354 9.272 118 5 9198 2 2.91 2.5330 9.232 118 5 9200 2 2.91 2.3984 8.649 118 5 9201 2 2.76 2.6967 8.950 118 5 9288 2 2.98 2.4153 9.138 118 5 9291 2 2.85 2.5648 9.378 118 5 9314 2 2.83 1.8981 8.943 118 5 9328 2 2.73 1.9892 9.134 118 5 9330 2 2.73 2.6781 8.998 118 5 9332 2 2.98 2.7668 9.242 118 5 9340 2 2.72 1.7985 9.716 118 5 9352 2 2.97 2.2671 8.896 118 5 9420 2 3.00 2.1355 9.382 118 5 9423 2 2.86 1.7971 9.127 118 5 9424 2 2.71 1.9643 9.377 118 5 9425 2 2.86 2.8713 9.172 118 5 9426 2 2.87 2.0918 8.982 118 5 9434 2 2.84 2.9714 9.417 118 5 9444 2 2.85 2.2710 9.465 118 5 9446 2 2.98 1.7973 10.106 118 5 9867 2 2.74 2.3408 9.081 118 5 9870 2 2.86 2.4253 8.875 118 5 9891 2 2.80 2.1399 9.050 118 5 9895 2 2.99 2.3310 8.717 118 5 9896 2 2.78 2.6251 9.036 118 5 9897 2 2.99 2.2466 8.832 118 5 9901 2 2.95 1.9632 9.287 118 5 9905 2 2.98 2.7351 9.131 118 5 9906 2 2.84 2.6594 8.542 118 5 9907 2 2.85 1.7460 9.095 118 5 9908 2 2.83 2.7194 9.062 118 5 9909 2 2.80 2.5553 9.018 118 5 9914 2 2.92 2.5331 9.071 118 5 9919 2 2.75 2.9737 8.787 118 5 9921 2 2.81 2.7243 9.062 118 5 9938 2 2.79 1.9386 9.575 ## Starting information for simulation # 6 ## Starting information for simulation # 7 118 7 104 2 2.88 1.8075 9.705 118 7 468 2 2.71 3.0338 10.352 118 7 476 2 2.84 2.2076 11.007 118 7 479 2 2.90 2.7129 10.986 118 7 480 2 2.83 1.7765 10.627 118 7 483 2 2.85 2.4389 10.697 118 7 484 2 2.94 2.6647 10.991 118 7 490 2 2.72 2.5075 10.533 118 7 491 2 2.75 3.0053 10.826 118 7 493 2 3.00 2.9080 10.717 118 7 494 2 2.89 2.3885 11.128 118 7 495 2 2.88 2.5592 10.370 118 7 2319 2 2.86 2.3197 9.232 118 7 2324 2 2.94 2.5245 9.655 118 7 2326 2 2.96 2.6516 9.191 118 7 2329 2 2.81 2.6154 9.916 ## Starting information for simulation # 8 ## Starting information for simulation # 9 ## Starting information for simulation # 10 ## Starting information for simulation # 11 118 11 8858 2 2.83 2.6195 8.833 118 11 8865 2 2.81 2.7138 8.687 118 11 8960 2 2.87 2.7368 8.925 118 11 8969 2 2.83 2.6071 9.271 118 11 8970 2 2.96 2.8831 9.463 118 11 8971 2 2.97 2.5343 9.307 118 11 8972 2 2.76 2.7642 10.105 118 11 8980 2 2.84 3.0586 9.370 118 11 8981 2 2.79 2.5852 9.462 118 11 8984 2 2.82 2.4571 8.985 118 11 8988 2 2.89 2.9167 9.413 118 11 8996 2 2.78 2.1340 9.324 118 11 8997 2 3.00 2.9400 9.558 118 11 9011 2 2.99 2.2506 9.674 118 11 9040 2 2.78 2.6852 8.788 118 11 9041 2 2.92 2.9332 9.632 118 11 9080 2 2.95 1.9194 8.342 118 11 9081 2 2.96 2.3167 8.832 118 11 9082 2 2.85 2.7149 8.385 118 11 9086 2 2.91 2.5030 8.697 118 11 9087 2 2.95 2.4907 8.251 118 11 9091 2 2.87 1.9137 8.172 118 11 9096 2 2.86 2.2470 8.985 118 11 9101 2 2.98 2.2999 9.375 118 11 9102 2 2.74 2.7019 8.629 118 11 9106 2 2.85 2.3012 10.014 118 11 9109 2 2.80 2.5382 9.621 118 11 9110 2 2.93 2.4350 9.443 118 11 9111 2 2.89 2.3625 9.378 118 11 9112 2 2.82 2.9075 10.199 118 11 9114 2 2.86 2.1805 9.713 118 11 9118 2 2.94 2.5826 9.477 118 11 9119 2 2.79 2.8537 9.061 118 11 9120 2 2.79 3.0362 8.413 ## Starting information for simulation # 12 118 12 2901 2 2.77 2.4239 6.528 118 12 2920 2 2.77 2.5038 6.419 118 12 3001 2 2.83 2.2406 6.171 118 12 3062 2 2.73 2.3841 6.611 118 12 3064 2 2.88 2.2915 6.291 118 12 3404 2 2.73 1.9596 6.255 118 12 3544 2 2.88 2.1546 6.377 118 12 3553 2 2.93 1.8816 6.327 118 12 3556 2 2.72 2.0352 6.631 118 12 3557 2 2.82 2.1324 6.510 118 12 3570 2 2.80 1.8506 6.322 118 12 3571 2 2.69 2.1357 5.979 118 12 3574 2 2.70 1.8313 6.439 118 12 3581 2 2.83 1.8311 6.421 118 12 3597 2 2.74 2.3037 6.561 118 12 3606 2 2.86 2.3599 6.219 118 12 3607 2 2.90 2.5571 6.633 118 12 3613 2 2.88 2.2751 6.403 118 12 3617 2 2.69 2.3482 6.234 118 12 3622 2 2.81 2.1250 6.315 118 12 3629 2 2.82 2.2504 6.067 118 12 3633 2 2.96 2.2706 5.917 118 12 3635 2 2.71 2.6667 6.308 118 12 3637 2 2.86 2.0062 5.913 118 12 3644 2 2.89 2.3755 6.366 118 12 3648 2 2.82 2.9551 6.157 118 12 3649 2 2.76 2.2794 5.748 118 12 3657 2 2.76 2.9568 6.039 118 12 3663 2 2.74 1.8346 6.294 118 12 3664 2 2.83 1.8170 6.522 118 12 3676 2 2.93 2.3214 6.361 118 12 3681 2 2.76 2.3107 6.068 118 12 3685 2 2.97 2.5502 6.361 118 12 3702 2 2.68 2.1020 6.405 118 12 3704 2 2.86 2.6086 6.129 118 12 3708 2 2.93 2.5065 6.313 118 12 3709 2 2.94 1.7876 6.299 118 12 3715 2 2.93 2.5175 6.435 118 12 3717 2 2.87 1.8190 6.199 118 12 3722 2 2.78 2.0833 6.459 118 12 3728 2 2.80 1.7825 6.640 118 12 3733 2 2.94 2.5674 6.304 118 12 3734 2 2.96 1.9965 6.183 118 12 3744 2 2.85 2.0069 6.234 118 12 3746 2 2.97 2.1454 6.276 118 12 3747 2 2.84 2.4755 6.519 118 12 3753 2 2.89 1.8301 6.538 118 12 3754 2 2.79 2.2523 6.419 118 12 3765 2 2.90 1.7600 6.319 118 12 3768 2 2.94 2.1508 6.729 118 12 3771 2 2.99 1.7755 6.044 118 12 3772 2 2.77 2.2369 6.225 118 12 3777 2 2.84 2.6035 7.197 118 12 3778 2 2.83 2.1429 6.335 118 12 3790 2 2.81 2.6659 6.692 118 12 3874 2 2.98 2.6402 6.645 118 12 3878 2 2.97 2.3088 6.288 118 12 3881 2 2.95 1.8302 6.320 118 12 3883 2 2.83 1.8193 6.442 118 12 3886 2 2.83 2.9310 6.088 118 12 3895 2 2.91 2.0514 6.529 118 12 3898 2 2.82 2.2068 6.213 118 12 3915 2 3.00 2.5168 6.492 118 12 3963 2 2.81 2.9255 6.322 118 12 3965 2 2.99 2.9269 6.235 118 12 3966 2 2.77 2.2723 6.604 118 12 3967 2 2.86 2.8043 6.169 118 12 3968 2 2.81 2.6467 6.282 118 12 3979 2 2.79 2.1470 6.554 118 12 3980 2 2.88 2.4319 6.034 118 12 3981 2 2.80 2.6985 6.310 118 12 3982 2 2.89 2.5835 6.095 118 12 3983 2 2.83 2.2201 6.270 118 12 3985 2 2.87 2.6073 6.155 118 12 3986 2 2.85 2.4672 6.345 118 12 4040 2 2.74 2.8872 7.085 118 12 4041 2 2.86 2.3966 6.992 118 12 4042 2 2.94 2.6760 6.673 118 12 4071 2 2.89 2.4727 6.163 118 12 4073 2 2.87 2.6857 6.100 118 12 4075 2 2.85 2.7796 6.997 118 12 4076 2 2.97 2.7139 6.095 118 12 4079 2 2.92 2.4985 6.452 118 12 4080 2 2.82 2.5084 6.611 118 12 4081 2 2.72 2.5785 5.898 118 12 4082 2 2.90 2.3771 6.336 118 12 4085 2 2.91 2.9111 6.078 118 12 4086 2 2.91 2.5866 6.010 118 12 4087 2 2.83 2.6984 6.454 118 12 4088 2 2.89 2.6194 6.145 118 12 4089 2 2.99 2.7096 6.170 118 12 4090 2 2.82 2.2695 6.195 118 12 4091 2 2.84 2.4925 6.070 118 12 4093 2 2.95 2.2319 6.503 118 12 4094 2 2.97 2.4723 6.278 118 12 4095 2 2.90 2.7413 6.785 118 12 4098 2 2.90 2.6589 6.179 118 12 4108 2 2.86 2.5255 6.251 118 12 4109 2 2.83 2.3597 6.805 118 12 4121 2 2.82 3.0352 6.350 118 12 4123 2 2.77 2.7105 6.402 118 12 4124 2 2.85 2.7041 6.605 118 12 4132 2 2.76 2.9380 6.451 118 12 4133 2 2.88 2.1868 6.901 118 12 4135 2 2.73 2.4204 6.786 118 12 4136 2 2.74 2.8472 6.286 118 12 4137 2 2.83 3.1004 6.352 118 12 4145 2 2.86 2.9630 6.422 118 12 4146 2 2.84 2.9125 6.512 118 12 4148 2 2.81 2.9006 6.347 118 12 4149 2 2.94 2.1491 6.495 118 12 4152 2 2.91 2.3145 6.459 118 12 4163 2 2.81 2.5324 5.982 118 12 4180 2 2.99 3.1358 5.928 118 12 4188 2 2.67 1.7582 6.635 118 12 4204 2 2.79 2.4883 6.630 118 12 4205 2 2.84 2.7362 6.726 118 12 4206 2 2.83 2.4975 6.588 118 12 4210 2 2.85 1.8127 6.354 118 12 4218 2 2.83 1.9084 6.661 118 12 4220 2 2.90 2.4170 6.177 118 12 4222 2 2.99 2.1316 6.546 118 12 4225 2 2.82 2.3363 6.270 118 12 4227 2 2.89 2.5089 6.368 118 12 4231 2 2.96 2.1910 6.289 118 12 4232 2 2.62 2.0697 6.880 118 12 4235 2 2.75 2.4110 6.046 118 12 4236 2 2.89 2.5019 6.892 118 12 4237 2 2.85 2.2322 6.183 118 12 4308 2 2.95 2.0225 6.138 118 12 4310 2 2.91 2.6602 6.159 118 12 4311 2 2.73 2.5870 6.353 118 12 4326 2 2.67 1.8113 6.337 118 12 4329 2 2.89 2.8148 6.528 118 12 4343 2 2.81 3.0433 6.118 118 12 4562 2 2.71 2.9674 6.161 118 12 5140 2 2.94 3.0313 6.118 118 12 5141 2 2.92 2.7127 6.496 118 12 5149 2 2.80 2.3547 6.619 118 12 5150 2 2.82 2.7234 6.578 118 12 5152 2 2.66 2.5916 6.500 118 12 5153 2 2.72 2.9395 7.193 118 12 5163 2 2.92 2.4131 6.836 118 12 5164 2 2.87 2.6615 6.818 118 12 5165 2 2.77 2.5941 7.859 118 12 5166 2 2.68 2.7074 6.526 118 12 5187 2 2.85 2.4703 6.486 118 12 5215 2 2.96 2.2718 6.540 118 12 5218 2 2.81 2.9397 6.528 118 12 5221 2 2.87 2.9866 6.886 118 12 5233 2 2.95 2.8885 6.781 118 12 5234 2 2.94 2.9654 6.581 118 12 5235 2 2.92 2.8403 6.493 118 12 5236 2 2.89 2.5223 7.180 118 12 5237 2 2.75 2.6024 6.507 118 12 5238 2 2.85 2.6811 6.716 118 12 5239 2 2.98 2.8896 6.385 118 12 5243 2 2.95 2.3884 7.074 118 12 5244 2 2.91 2.2225 6.724 118 12 5249 2 2.66 2.7908 6.611 118 12 5271 2 2.93 2.4224 6.916 118 12 5273 2 2.81 2.7440 6.518 118 12 5274 2 2.92 2.3433 6.358 118 12 5278 2 2.86 2.8173 6.389 118 12 5292 2 2.74 2.7194 5.923 118 12 5293 2 2.97 2.2073 6.387 118 12 5294 2 2.91 2.2492 6.315 118 12 5295 2 2.89 2.5547 6.157 118 12 5298 2 2.93 2.5714 6.496 118 12 5305 2 2.85 2.7692 6.694 118 12 5307 2 2.86 2.2425 6.338 118 12 5308 2 2.77 2.5461 6.260 118 12 5309 2 2.82 2.7246 6.656 118 12 5310 2 2.93 2.5146 6.475 118 12 5481 2 2.76 2.4390 7.400 118 12 5509 2 2.96 2.6950 7.818 118 12 5511 2 2.90 2.6580 7.937 118 12 5514 2 2.96 2.5407 7.683 118 12 5517 2 2.98 1.9072 8.022 118 12 6397 2 2.79 2.1670 7.745 118 12 6398 2 2.98 1.8185 7.730 118 12 6407 2 2.83 2.5259 7.627 118 12 8300 2 2.77 2.5841 7.647 118 12 9718 2 2.83 2.3375 6.232 118 12 9756 2 2.88 2.9525 6.144 118 12 9764 2 2.93 2.4201 5.875 118 12 9767 2 2.77 2.8616 6.121 118 12 9768 2 2.88 2.8788 5.961 118 12 9769 2 2.71 3.0096 5.653 118 12 9784 2 2.93 2.3054 6.412 118 12 9785 2 2.89 2.3823 6.289 118 12 9786 2 2.79 1.9686 6.151 ## Starting information for simulation # 13 ## Starting information for simulation # 14 118 14 5328 2 2.71 2.7946 5.972 118 14 5513 2 2.80 2.6126 6.942 118 14 5515 2 2.88 2.5554 6.683 118 14 5518 2 2.85 2.6465 6.345 118 14 5527 2 2.84 2.5472 7.172 118 14 5530 2 2.83 2.6999 6.598 118 14 5866 2 2.84 2.8393 8.391 118 14 5932 2 2.91 2.0075 8.700 118 14 5933 2 2.76 2.6029 8.377 118 14 5936 2 2.90 1.7900 8.880 118 14 5937 2 2.97 2.4080 9.152 118 14 5945 2 2.99 2.4720 8.338 118 14 5949 2 2.83 1.7860 8.083 118 14 5951 2 2.84 2.7260 8.753 118 14 5965 2 2.83 2.8343 8.135 118 14 5966 2 2.71 2.6302 8.495 118 14 5975 2 2.81 3.0106 9.502 118 14 5996 2 2.79 2.5371 8.896 118 14 6007 2 2.69 1.9047 9.422 118 14 6011 2 2.68 2.8044 9.052 118 14 6019 2 2.94 1.8143 9.390 118 14 6027 2 2.84 2.4316 8.902 118 14 6043 2 2.93 2.3404 8.629 118 14 6060 2 2.94 2.6608 9.886 118 14 6086 2 2.78 2.7765 8.495 118 14 6131 2 2.84 2.0334 8.104 118 14 6185 2 2.91 2.4522 9.035 118 14 6186 2 2.90 2.4629 8.793 118 14 6211 2 2.71 2.9121 8.142 118 14 6215 2 2.75 2.2443 8.784 118 14 6216 2 2.82 2.2233 8.755 118 14 6218 2 2.97 2.7302 8.644 118 14 6221 2 2.78 2.7382 9.040 118 14 6225 2 2.89 1.8325 9.068 118 14 6241 2 2.69 2.5499 9.211 118 14 6248 2 2.78 2.3377 8.936 118 14 6249 2 2.91 2.1600 9.426 118 14 6251 2 2.92 2.4737 9.231 118 14 6252 2 2.88 2.5436 8.925 118 14 6253 2 2.94 2.4069 9.261 118 14 6254 2 2.96 2.9013 9.542 118 14 6274 2 2.86 1.7843 9.240 118 14 6275 2 2.76 2.5203 8.974 118 14 6276 2 2.95 2.6388 9.819 118 14 6308 2 2.98 2.2409 8.943 118 14 6328 2 2.79 2.3055 8.883 118 14 6329 2 2.76 3.0190 9.225 118 14 6330 2 2.90 2.3336 8.880 118 14 6338 2 2.97 1.7818 8.537 118 14 6368 2 2.96 3.0793 9.719 118 14 6369 2 2.95 2.5383 9.846 118 14 6370 2 2.84 2.8796 9.467 118 14 6372 2 2.86 2.5747 9.594 118 14 6380 2 2.96 2.4272 9.958 118 14 6381 2 2.79 2.9443 9.823 118 14 6383 2 2.86 2.6205 9.745 118 14 6384 2 2.91 1.8454 9.330 118 14 6481 2 2.98 2.0135 6.857 118 14 6572 2 2.85 2.0805 6.411 118 14 6582 2 2.89 2.2109 6.305 118 14 6584 2 2.95 2.3360 6.786 118 14 6602 2 2.94 2.0817 5.969 118 14 6607 2 2.84 2.6762 6.953 118 14 6614 2 2.69 2.5701 6.427 118 14 6630 2 2.99 1.9268 6.854 118 14 6632 2 2.85 2.1624 6.074 118 14 6634 2 2.84 2.2866 6.158 118 14 6636 2 2.74 1.8023 6.056 118 14 6709 2 2.83 2.2962 6.706 118 14 6717 2 2.89 1.8757 6.409 118 14 6733 2 2.95 2.8909 7.083 118 14 6802 2 2.78 1.9193 8.395 118 14 6847 2 2.92 1.9456 8.286 118 14 6850 2 2.77 1.7558 8.700 118 14 6851 2 2.72 1.8203 9.042 118 14 6857 2 2.80 3.0026 8.482 118 14 6859 2 2.92 1.7708 8.689 118 14 6863 2 2.90 2.8423 9.687 118 14 6866 2 3.00 2.8562 8.709 118 14 6867 2 2.76 2.9469 8.633 118 14 6868 2 2.85 2.6678 8.875 118 14 6870 2 2.86 2.8016 8.204 118 14 6871 2 2.95 2.0752 8.423 118 14 7423 2 2.88 2.2151 6.006 118 14 7428 2 2.72 2.7178 5.909 118 14 7435 2 2.95 2.6867 6.236 118 14 7440 2 2.88 1.8565 6.073 118 14 7446 2 2.93 2.8045 6.366 118 14 7533 2 2.89 2.6437 5.981 118 14 7538 2 2.98 2.0160 6.217 118 14 7567 2 2.84 1.9157 7.061 118 14 7575 2 2.79 2.3126 6.677 118 14 7577 2 2.96 2.7469 6.402 118 14 7594 2 2.85 2.6302 6.523 118 14 7612 2 2.91 2.4296 5.924 118 14 7646 2 2.83 2.5310 6.305 118 14 7647 2 2.99 3.0895 6.500 118 14 7661 2 2.97 2.0125 6.153 118 14 7670 2 2.92 1.8462 6.539 118 14 7676 2 3.00 2.6807 6.842 118 14 7681 2 2.83 2.9247 5.799 118 14 7682 2 2.97 2.5680 6.532 118 14 7684 2 2.77 2.4834 6.666 118 14 7717 2 2.88 2.7915 6.263 118 14 7858 2 2.92 2.1543 5.874 118 14 7868 2 2.85 2.8053 6.431 118 14 7869 2 2.82 2.0854 6.696 118 14 7870 2 2.74 2.9256 6.805 118 14 7877 2 3.00 2.1288 5.861 118 14 7878 2 2.96 2.5375 5.456 118 14 7879 2 2.77 2.6491 5.800 118 14 7915 2 2.86 2.2721 6.531 118 14 7917 2 2.87 1.9055 6.556 118 14 7932 2 2.86 2.8432 6.125 118 14 7933 2 2.78 2.8113 6.473 118 14 7934 2 2.74 2.3834 6.564 118 14 7993 2 2.93 2.9048 6.269 118 14 7995 2 2.80 2.1525 6.406 118 14 7997 2 2.82 2.5376 6.004 118 14 8002 2 2.82 2.5709 6.067 118 14 8004 2 2.81 2.7416 6.215 118 14 8007 2 2.98 2.0071 6.122 118 14 8013 2 2.90 2.2846 6.090 118 14 8026 2 2.93 2.3450 6.274 118 14 8059 2 2.94 2.5426 6.311 118 14 8061 2 2.81 2.9697 6.377 118 14 8064 2 2.83 2.0240 6.145 118 14 8657 2 2.86 2.5852 6.054 118 14 8658 2 2.96 2.8996 6.250 118 14 8659 2 2.91 2.9136 5.588 118 14 8676 2 2.70 2.3044 5.813 118 14 8678 2 2.81 2.7108 6.304 118 14 8728 2 2.80 2.8789 9.247 118 14 8910 2 2.95 2.1149 9.129 118 14 9013 2 2.94 2.7779 8.756 118 14 9014 2 2.89 2.5715 8.595 118 14 9015 2 2.75 3.0101 8.626 ## Starting information for simulation # 15 ## Starting information for simulation # 16 ## Starting information for simulation # 17 118 17 6598 2 2.96 1.9541 9.574 118 17 6599 2 2.87 2.7934 8.949 118 17 6600 2 2.86 1.7843 8.892 118 17 6603 2 2.95 2.3660 9.601 118 17 6609 2 2.70 2.7180 9.841 118 17 6957 2 2.73 2.3687 6.601 118 17 6976 2 2.87 2.8884 6.938 ## Starting information for simulation # 18 ## Starting information for simulation # 19 118 19 3970 2 2.82 2.6607 12.777 118 19 3971 2 2.94 2.9326 12.643 118 19 3974 2 2.95 1.8466 13.110 118 19 3975 2 2.83 2.9318 12.666 118 19 3978 2 2.89 2.1431 13.034 118 19 4054 2 2.92 2.2804 13.106 118 19 4060 2 2.77 2.6215 13.394 118 19 4061 2 2.90 2.3955 13.130 118 19 4080 2 2.86 2.7829 13.445 118 19 4082 2 2.80 2.6068 13.479 ## Starting information for simulation # 20 118 20 7206 2 2.80 2.4798 6.024 118 20 7207 2 2.96 3.0462 6.223 118 20 7221 2 2.68 2.5089 6.347 118 20 7225 2 2.95 2.0411 6.091 118 20 7227 2 2.86 2.6748 6.355 118 20 7228 2 2.73 2.6236 5.912 118 20 7229 2 2.90 2.4572 6.523 118 20 7230 2 2.97 2.6929 6.633 118 20 7520 2 2.94 2.9230 5.479 118 20 7572 2 2.87 2.9636 5.925 118 20 7573 2 2.91 2.8597 6.539 118 20 7574 2 2.91 3.0010 6.018 118 20 7575 2 2.87 2.5253 6.291 118 20 7581 2 2.97 2.1108 6.224 118 20 7595 2 3.00 2.2759 6.054 118 20 7601 2 2.86 1.9475 6.346 118 20 7608 2 2.91 2.7557 6.823 118 20 7625 2 2.88 2.4692 6.251 118 20 7646 2 2.75 2.5490 5.983 118 20 7693 2 2.79 2.1418 5.821 118 20 7694 2 2.78 1.8811 6.079 118 20 7795 2 2.81 2.5150 6.201 118 20 7804 2 2.91 2.7714 6.294 118 20 7819 2 2.96 2.6368 6.137 118 20 7820 2 2.82 2.5553 5.969 118 20 7822 2 2.98 2.7162 6.024 118 20 7823 2 2.94 2.6528 6.357 118 20 7834 2 2.81 2.7083 6.157 118 20 7838 2 2.89 2.8573 6.076 118 20 7839 2 2.88 2.6285 6.203 118 20 7844 2 2.94 2.0057 5.998 118 20 7849 2 2.73 2.6894 6.359 118 20 7908 2 2.90 2.8326 6.193 118 20 7937 2 2.80 2.4427 5.999 118 20 7939 2 2.89 2.9934 6.099 118 20 7944 2 2.88 2.5453 6.437 118 20 8645 2 2.93 2.3227 8.984 118 20 8646 2 2.98 2.1704 8.866 118 20 8655 2 2.82 2.6946 8.934 118 20 8656 2 2.98 2.7264 9.234 118 20 8666 2 2.70 2.3563 8.967 118 20 8668 2 2.90 2.1441 9.104 ## Starting information for simulation # 21 118 21 13 2 2.85 2.2646 8.047 118 21 14 2 2.81 2.7076 8.451 118 21 32 2 2.87 2.7866 7.064 118 21 33 2 2.82 2.9661 7.200 118 21 34 2 2.80 2.9836 7.462 118 21 35 2 2.91 2.9978 8.078 118 21 36 2 2.81 2.5980 8.282 118 21 37 2 2.93 2.6509 8.124 118 21 38 2 2.89 2.9192 8.232 118 21 40 2 2.84 2.8449 8.231 118 21 41 2 2.96 2.9204 8.389 118 21 42 2 2.88 2.9320 8.376 118 21 43 2 2.94 2.8364 8.138 118 21 46 2 2.95 2.8944 7.969 118 21 50 2 2.96 2.3379 7.897 118 21 51 2 2.75 2.2924 8.227 118 21 56 2 2.85 2.6364 9.074 118 21 57 2 2.92 2.6751 8.678 118 21 63 2 2.82 2.4413 8.508 ## Starting information for simulation # 22 ## Starting information for simulation # 23 ## Starting information for simulation # 24 ## Starting information for simulation # 25 ## Starting information for simulation # 26 118 26 3470 2 2.92 2.8717 8.725 ## Starting information for simulation # 27 ## Starting information for simulation # 28 ## Starting information for simulation # 29 118 29 371 2 2.93 1.8777 12.390 118 29 372 2 2.96 2.5463 12.194 118 29 374 2 3.00 2.7589 12.565 118 29 378 2 2.94 2.6887 12.550 118 29 2910 2 3.00 2.7696 12.380 118 29 2912 2 2.92 1.9558 11.894 118 29 2934 2 2.91 2.3250 12.407 118 29 8476 2 2.90 3.0667 12.403 ## Starting information for simulation # 30 ## Starting information for simulation # 31 ## Starting information for simulation # 32 ## Starting information for simulation # 33 ## Starting information for simulation # 34 118 34 4067 2 2.92 2.3480 12.773 118 34 4068 2 2.88 2.7342 13.058 ## Starting information for simulation # 35 ## Starting information for simulation # 36 118 36 1581 2 2.96 2.4191 9.854 118 36 1582 2 2.78 2.5197 9.370 118 36 1585 2 2.95 2.5722 10.099 118 36 1586 2 2.90 2.7075 10.442 118 36 1594 2 2.84 2.6141 9.774 118 36 1601 2 2.88 3.0168 8.697 118 36 1667 2 2.78 2.9700 9.160 118 36 1701 2 2.87 2.2513 8.957 118 36 1708 2 2.90 2.3148 8.578 118 36 1719 2 2.96 2.0960 9.276 118 36 1720 2 2.97 1.8359 8.378 118 36 1721 2 2.62 2.2956 9.014 118 36 2958 2 2.93 2.0608 9.802 118 36 2960 2 2.91 2.8678 9.406 118 36 2961 2 3.00 2.0916 9.666 118 36 2968 2 2.86 2.5220 10.014 118 36 2978 2 2.91 1.7593 10.294 118 36 2982 2 2.74 2.3092 9.940 118 36 2983 2 2.93 1.7691 10.191 118 36 2984 2 2.93 2.5558 10.523 118 36 3363 2 2.90 2.1858 8.603