# Bonding information for index 380 -- 0MA_15@O2 0MA_14@H6O 0MA_14@O6 # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 ## Starting information for simulation # 2 380 2 6458 1 2.94 2.4999 10.263 ## Starting information for simulation # 3 ## Starting information for simulation # 4 ## Starting information for simulation # 5 ## Starting information for simulation # 6 ## Starting information for simulation # 7 380 7 8116 1 2.73 2.7476 10.021 ## Starting information for simulation # 8 ## Starting information for simulation # 9 ## Starting information for simulation # 10 ## Starting information for simulation # 11 ## Starting information for simulation # 12 ## Starting information for simulation # 13 ## Starting information for simulation # 14 ## Starting information for simulation # 15 ## Starting information for simulation # 16 ## Starting information for simulation # 17 ## Starting information for simulation # 18 ## Starting information for simulation # 19 ## Starting information for simulation # 20 ## Starting information for simulation # 21 ## Starting information for simulation # 22 ## Starting information for simulation # 23 380 23 3955 1 2.85 3.0828 10.675 380 23 3960 1 2.92 2.5119 10.702 380 23 3979 1 2.76 2.8428 10.235 380 23 4017 1 2.78 2.7462 10.676 380 23 4018 1 2.73 2.4767 10.151 380 23 4019 1 2.57 2.6627 10.489 380 23 4148 1 2.87 3.0142 9.815 380 23 4150 1 2.84 2.6724 9.853 380 23 4151 1 2.63 2.4157 10.033 380 23 4152 1 2.76 2.4623 9.265 380 23 4153 1 2.85 2.6549 9.419 380 23 4155 1 2.91 2.6507 10.160 380 23 4158 1 2.85 2.6287 9.934 380 23 4159 1 2.97 2.6854 10.021 380 23 4160 1 2.88 2.2648 9.642 380 23 4161 1 2.67 2.5349 9.700 380 23 4162 1 2.61 2.6802 9.488 380 23 4163 1 2.90 2.8705 10.226 380 23 4166 1 3.00 2.6131 9.005 380 23 4167 1 2.71 2.5369 9.574 380 23 4168 1 2.90 2.8683 9.906 380 23 4170 1 2.66 2.6544 9.436 380 23 4171 1 2.73 2.7104 9.083 380 23 4172 1 2.94 2.7291 8.646 380 23 4173 1 2.71 2.3470 10.134 380 23 4176 1 2.96 2.8762 10.893 380 23 4177 1 2.66 2.5709 10.479 380 23 4179 1 2.82 2.8185 10.111 380 23 4181 1 2.71 2.6074 10.575 380 23 4182 1 2.82 2.7764 11.181 380 23 4183 1 2.91 2.4758 11.147 380 23 4184 1 2.67 2.7134 10.996 380 23 4185 1 2.74 2.9363 11.519 380 23 4186 1 2.81 2.7417 11.061 380 23 4187 1 2.99 2.7315 11.341 380 23 4188 1 2.84 2.9113 11.637 380 23 4189 1 2.88 2.4982 11.440 380 23 4190 1 2.88 2.1316 11.407 380 23 4191 1 2.71 2.6266 11.223 380 23 4192 1 2.83 2.5883 10.983 380 23 4193 1 2.91 2.9728 9.913 380 23 4196 1 2.86 2.1776 9.835 380 23 4209 1 2.95 1.9868 9.728 380 23 4225 1 2.67 2.8057 10.093 380 23 4227 1 2.80 2.8722 10.310 380 23 4228 1 2.68 2.9612 9.900 380 23 4229 1 2.85 2.5931 10.436 380 23 4247 1 2.95 2.6086 10.284 380 23 4249 1 2.94 2.7585 11.150 380 23 4250 1 2.92 2.6649 9.882 380 23 4252 1 2.97 2.3817 9.186 380 23 4253 1 2.93 2.6713 8.523 380 23 4255 1 2.84 2.5870 10.962 380 23 4256 1 2.84 2.8502 10.789 380 23 4257 1 2.76 2.9170 10.747 380 23 4259 1 2.84 2.4810 11.045 380 23 4260 1 2.90 2.4623 10.849 380 23 4262 1 2.95 2.4835 11.153 380 23 4263 1 2.66 2.8281 11.119 380 23 4264 1 2.75 2.6589 10.892 380 23 4265 1 2.62 2.6931 11.650 380 23 4266 1 2.86 2.8580 11.076 380 23 4267 1 2.95 2.4438 11.659 380 23 4268 1 2.76 2.7916 11.261 380 23 4271 1 2.90 2.4650 11.553 380 23 4275 1 2.86 2.5751 12.220 380 23 4277 1 2.81 2.3237 11.102 380 23 4278 1 2.60 2.3622 10.569 380 23 4280 1 2.81 2.7706 11.425 380 23 4281 1 2.92 3.0795 11.236 380 23 4282 1 2.87 2.3991 11.657 380 23 4284 1 2.85 2.6380 10.832 380 23 4285 1 2.64 2.7515 11.267 380 23 4286 1 2.74 2.5939 11.184 380 23 4287 1 2.86 2.5683 11.925 380 23 4288 1 2.87 2.4554 11.813 380 23 4290 1 2.82 2.6671 11.796 380 23 4292 1 2.86 2.1538 11.172 380 23 4294 1 2.80 2.7164 10.563 380 23 4295 1 2.90 2.6207 11.409 380 23 4309 1 2.77 2.7091 11.881 380 23 4311 1 2.90 2.4603 11.595 380 23 4313 1 2.80 2.7226 10.672 380 23 4314 1 2.72 2.5918 11.191 380 23 4338 1 2.84 2.5462 9.642 380 23 4339 1 2.73 2.6133 9.862 380 23 4340 1 2.98 2.6664 10.427 380 23 4346 1 2.93 2.4440 9.497 380 23 4470 1 2.95 2.8936 9.988 380 23 4471 1 2.73 2.6807 10.258 380 23 4472 1 2.89 2.6171 10.465 380 23 4476 1 2.70 2.7990 10.309 380 23 4529 1 2.90 2.8731 10.176 380 23 4565 1 2.82 2.2126 10.649 380 23 4615 1 2.99 2.6075 11.332 380 23 4632 1 2.85 2.8150 11.253 380 23 4636 1 2.88 2.5533 10.855 380 23 4637 1 2.82 2.8454 10.904 380 23 4641 1 2.88 2.5198 12.065 380 23 4642 1 2.80 2.4422 11.551 380 23 4701 1 2.87 2.8197 11.784 380 23 4722 1 2.99 2.3883 10.694 380 23 4756 1 2.91 1.9437 10.482 380 23 4761 1 2.68 2.7403 10.752 380 23 4799 1 2.85 2.9234 10.499 380 23 4812 1 2.64 2.4143 11.178 380 23 4851 1 2.71 2.9083 10.614 380 23 4853 1 2.90 2.9630 9.656 380 23 4955 1 2.79 2.8755 11.567 380 23 4956 1 2.97 3.0607 11.254 ## Starting information for simulation # 24 380 24 4631 1 2.84 2.5530 11.272 380 24 4636 1 2.85 2.5481 11.022 380 24 4637 1 2.72 3.0362 11.577 380 24 4639 1 2.91 2.7665 10.871 380 24 6971 1 2.92 1.9102 12.256 ## Starting information for simulation # 25 380 25 5382 1 2.82 2.5386 11.280 380 25 5383 1 2.99 2.3491 11.531 380 25 8484 1 2.84 2.2631 12.233 380 25 8485 1 2.82 2.6653 12.436 ## Starting information for simulation # 26 ## Starting information for simulation # 27 ## Starting information for simulation # 28 ## Starting information for simulation # 29 ## Starting information for simulation # 30 ## Starting information for simulation # 31 ## Starting information for simulation # 32 ## Starting information for simulation # 33 380 33 5553 1 2.67 2.9504 12.575 ## Starting information for simulation # 34 ## Starting information for simulation # 35 ## Starting information for simulation # 36