# Bonding information for index 206 -- 0VA_14@O5 0VA_15@H3O 0VA_15@O3 # Index Sim # Frame Type Length Angle N-N dist ## Starting information for simulation # 1 ## Starting information for simulation # 2 206 2 1294 1 2.91 2.9191 11.817 206 2 1296 1 2.91 2.5505 11.501 ## Starting information for simulation # 3 206 3 7511 1 2.74 3.1166 12.519 206 3 7789 1 2.84 2.8101 11.194 206 3 7981 1 2.91 2.7616 11.014 206 3 8027 1 2.86 2.5210 11.658 206 3 8033 1 2.98 2.2251 11.456 206 3 8034 1 2.94 2.0829 11.864 206 3 8036 1 2.92 2.8276 11.421 206 3 8792 1 2.85 2.9960 11.638 206 3 8795 1 2.90 2.5963 11.315 206 3 9194 1 2.86 2.8636 11.504 206 3 9204 1 2.99 2.3195 11.643 206 3 9218 1 2.99 2.2273 12.403 206 3 9220 1 2.94 1.8353 11.897 206 3 9221 1 2.82 2.6509 12.173 ## Starting information for simulation # 4 ## Starting information for simulation # 5 ## Starting information for simulation # 6 ## Starting information for simulation # 7 ## Starting information for simulation # 8 ## Starting information for simulation # 9 ## Starting information for simulation # 10 ## Starting information for simulation # 11 206 11 5 1 2.97 2.7689 12.746 206 11 7 1 2.76 2.8737 13.265 206 11 8 1 2.99 2.5153 12.923 206 11 11 1 2.96 2.6813 12.743 206 11 16 1 2.94 2.7599 13.277 206 11 1292 1 2.86 2.8348 12.694 206 11 1541 1 2.89 2.5537 12.954 206 11 1542 1 2.98 2.4586 13.132 206 11 1563 1 2.69 3.0268 13.088 206 11 1588 1 2.97 2.8435 12.682 206 11 1589 1 2.79 2.3799 12.697 206 11 1601 1 2.84 2.5055 12.358 206 11 1628 1 2.85 2.5400 12.334 206 11 1645 1 2.99 2.0814 12.288 ## Starting information for simulation # 12 206 12 3928 1 2.92 2.7515 11.603 206 12 3929 1 2.67 2.8672 11.879 206 12 4650 1 2.76 3.0397 12.515 ## Starting information for simulation # 13 ## Starting information for simulation # 14 206 14 1296 1 2.91 2.9839 9.977 206 14 1297 1 2.96 3.1035 10.580 206 14 1319 1 2.92 1.9700 10.859 ## Starting information for simulation # 15 ## Starting information for simulation # 16 206 16 213 1 2.75 2.7544 11.931 206 16 220 1 2.81 1.7503 12.558 ## Starting information for simulation # 17 206 17 3839 1 2.75 2.6378 12.089 206 17 3847 1 2.87 2.7845 11.998 206 17 4209 1 2.82 2.5879 12.275 206 17 4904 1 2.98 2.7390 12.189 206 17 4905 1 2.97 2.5015 12.153 206 17 4918 1 2.94 2.0678 10.814 206 17 4939 1 2.98 2.8598 12.078 206 17 4946 1 2.79 2.1396 11.377 206 17 4949 1 2.96 2.8948 11.524 206 17 4950 1 2.82 2.6754 12.016 206 17 5248 1 2.98 2.1383 11.831 206 17 5256 1 2.94 2.3471 11.853 206 17 5260 1 2.87 1.8092 12.015 206 17 5262 1 2.92 2.3580 12.361 206 17 5263 1 2.72 2.5398 11.744 206 17 5287 1 2.79 2.1478 12.434 206 17 5292 1 2.72 2.6978 11.955 206 17 5371 1 2.75 2.8611 12.384 206 17 5375 1 2.87 2.5246 12.008 ## Starting information for simulation # 18 ## Starting information for simulation # 19 206 19 3218 1 2.98 2.0118 12.007 206 19 3219 1 2.95 2.6841 11.336 206 19 6039 1 2.86 1.9847 11.042 ## Starting information for simulation # 20 ## Starting information for simulation # 21 ## Starting information for simulation # 22 206 22 1898 1 2.73 2.5231 11.002 ## Starting information for simulation # 23 206 23 35 1 2.92 2.4485 13.207 ## Starting information for simulation # 24 ## Starting information for simulation # 25 206 25 4400 1 2.82 2.7797 10.916 206 25 8053 1 2.87 2.6356 12.650 206 25 8061 1 2.90 2.8585 12.759 ## Starting information for simulation # 26 206 26 4205 1 2.97 3.0657 12.217 206 26 4256 1 2.74 2.7333 11.961 ## Starting information for simulation # 27 ## Starting information for simulation # 28 ## Starting information for simulation # 29 206 29 7554 1 2.96 1.9239 10.515 ## Starting information for simulation # 30 ## Starting information for simulation # 31 ## Starting information for simulation # 32 206 32 318 1 2.71 2.9359 12.820 206 32 8866 1 2.71 2.6528 11.398