Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.077277,0.657634,0.467895), distance is 0.810790 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.077277,0.657634,0.467895), distance is 0.810790 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.682891,-0.276057,0.779965), distance is 1.072797 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.682891,-0.276057,0.779965), distance is 1.072797 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.104197,0.450280,-0.272114), distance is 1.223130 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.104197,0.450280,-0.272114), distance is 1.223130 Short distance in the pair potential! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.104197,-0.450280,0.272114), distance is 1.223130 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.104197,-0.450280,0.272114), distance is 1.223130 Short distance in the pair potential! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.181474,0.207354,0.740009), distance is 1.409429 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.181474,0.207354,0.740009), distance is 1.409429 Short distance in the pair potential! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.421306,-0.726337,1.052079), distance is 1.346081 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.421306,-0.726337,1.052079), distance is 1.346081 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.682891,0.276057,-0.779965), distance is 1.072797 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.682891,0.276057,-0.779965), distance is 1.072797 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.760168,0.933691,-0.312070), distance is 1.243793 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.760168,0.933691,-0.312070), distance is 1.243793 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.421306,0.726337,-1.052079), distance is 1.346081 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.421306,0.726337,-1.052079), distance is 1.346081 Short distance in the pair potential! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.077277,-0.657634,-0.467895), distance is 0.810790 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.077277,-0.657634,-0.467895), distance is 0.810790 Short distance in the pair potential! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.760168,-0.933691,0.312070), distance is 1.243793 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.760168,-0.933691,0.312070), distance is 1.243793 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.181474,-0.207354,-0.740009), distance is 1.409429 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.181474,-0.207354,-0.740009), distance is 1.409429 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.077277,0.657634,0.467895), distance is 0.810790 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.682891,-0.276057,0.779965), distance is 1.072797 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.104197,0.450280,-0.272114), distance is 1.223130 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.104197,-0.450280,0.272114), distance is 1.223130 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.181474,0.207354,0.740009), distance is 1.409429 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.421306,-0.726337,1.052079), distance is 1.346081 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.682891,0.276057,-0.779965), distance is 1.072797 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.760168,0.933691,-0.312070), distance is 1.243793 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.421306,0.726337,-1.052079), distance is 1.346081 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.077277,-0.657634,-0.467895), distance is 0.810790 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.760168,-0.933691,0.312070), distance is 1.243793 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.181474,-0.207354,-0.740009), distance is 1.409429 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 8 (type 0) and 9 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 8 (type 0) and 9 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 9 (type 0) and 8 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 9 (type 0) and 8 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 10 (type 0) and 11 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 10 (type 0) and 11 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 11 (type 0) and 10 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 11 (type 0) and 10 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 12 (type 0) and 13 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 12 (type 0) and 13 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 13 (type 0) and 12 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 13 (type 0) and 12 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 16 (type 0) and 17 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 16 (type 0) and 17 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 16 (type 0) and 18 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 16 (type 0) and 18 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 16 (type 0) and 19 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 16 (type 0) and 19 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 17 (type 0) and 16 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 17 (type 0) and 16 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 17 (type 0) and 18 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 17 (type 0) and 18 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 18 (type 0) and 16 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 18 (type 0) and 16 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 18 (type 0) and 17 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 18 (type 0) and 17 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 18 (type 0) and 19 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 18 (type 0) and 19 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 19 (type 0) and 16 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 19 (type 0) and 16 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 19 (type 0) and 18 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 19 (type 0) and 18 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 20 (type 0) and 21 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 20 (type 0) and 21 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 20 (type 0) and 22 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 20 (type 0) and 22 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 20 (type 0) and 23 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 20 (type 0) and 23 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 21 (type 0) and 20 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 21 (type 0) and 20 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 21 (type 0) and 22 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 21 (type 0) and 22 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 21 (type 0) and 23 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 21 (type 0) and 23 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 22 (type 0) and 20 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 22 (type 0) and 20 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 22 (type 0) and 21 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 22 (type 0) and 21 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 22 (type 0) and 23 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 22 (type 0) and 23 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 23 (type 0) and 20 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 23 (type 0) and 20 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 23 (type 0) and 21 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 23 (type 0) and 21 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 23 (type 0) and 22 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 23 (type 0) and 22 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 24 (type 0) and 25 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 24 (type 0) and 25 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 24 (type 0) and 27 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 24 (type 0) and 27 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 25 (type 0) and 24 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 25 (type 0) and 24 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 25 (type 0) and 26 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 25 (type 0) and 26 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 25 (type 0) and 27 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 25 (type 0) and 27 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 26 (type 0) and 25 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 26 (type 0) and 25 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 26 (type 0) and 27 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 26 (type 0) and 27 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 27 (type 0) and 24 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 27 (type 0) and 24 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 27 (type 0) and 25 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 27 (type 0) and 25 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 27 (type 0) and 26 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 27 (type 0) and 26 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 28 (type 0) and 29 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 28 (type 0) and 29 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 28 (type 0) and 30 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 28 (type 0) and 30 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 28 (type 0) and 31 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 28 (type 0) and 31 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 29 (type 0) and 28 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the transfer function! Involved particles are 29 (type 0) and 28 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the pair potential! Involved particles are 29 (type 0) and 30 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 29 (type 0) and 30 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 29 (type 0) and 31 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 29 (type 0) and 31 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 30 (type 0) and 28 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the transfer function! Involved particles are 30 (type 0) and 28 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the pair potential! Involved particles are 30 (type 0) and 29 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the transfer function! Involved particles are 30 (type 0) and 29 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the pair potential! Involved particles are 30 (type 0) and 31 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 30 (type 0) and 31 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the pair potential! Involved particles are 31 (type 0) and 28 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the transfer function! Involved particles are 31 (type 0) and 28 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the pair potential! Involved particles are 31 (type 0) and 29 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the transfer function! Involved particles are 31 (type 0) and 29 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the pair potential! Involved particles are 31 (type 0) and 30 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 31 (type 0) and 30 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 8 (type 0) and 9 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 9 (type 0) and 8 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 10 (type 0) and 11 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 11 (type 0) and 10 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 12 (type 0) and 13 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 13 (type 0) and 12 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 16 (type 0) and 17 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 16 (type 0) and 18 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 16 (type 0) and 19 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 17 (type 0) and 16 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 17 (type 0) and 18 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 18 (type 0) and 16 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 18 (type 0) and 17 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 18 (type 0) and 19 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 19 (type 0) and 16 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 19 (type 0) and 18 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 20 (type 0) and 21 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 20 (type 0) and 22 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 20 (type 0) and 23 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 21 (type 0) and 20 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 21 (type 0) and 22 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 21 (type 0) and 23 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 22 (type 0) and 20 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 22 (type 0) and 21 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 22 (type 0) and 23 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 23 (type 0) and 20 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 23 (type 0) and 21 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 23 (type 0) and 22 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 24 (type 0) and 25 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 24 (type 0) and 27 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 25 (type 0) and 24 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 25 (type 0) and 26 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 25 (type 0) and 27 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 26 (type 0) and 25 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 26 (type 0) and 27 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 27 (type 0) and 24 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 27 (type 0) and 25 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 27 (type 0) and 26 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 28 (type 0) and 29 (type 0). Relative position vector is (0.853908,0.247686,-0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 28 (type 0) and 30 (type 0). Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 28 (type 0) and 31 (type 0). Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 29 (type 0) and 28 (type 0). Relative position vector is (-0.853908,-0.247686,0.114384), distance is 0.896432 Short distance in the embedding function! Involved particles are 29 (type 0) and 30 (type 0). Relative position vector is (-0.129965,-0.540493,0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 29 (type 0) and 31 (type 0). Relative position vector is (-0.706505,0.207354,0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 30 (type 0) and 28 (type 0). Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747 Short distance in the embedding function! Involved particles are 30 (type 0) and 29 (type 0). Relative position vector is (0.129965,0.540493,-0.829308), distance is 0.998387 Short distance in the embedding function! Involved particles are 30 (type 0) and 31 (type 0). Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516 Short distance in the embedding function! Involved particles are 31 (type 0) and 28 (type 0). Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364 Short distance in the embedding function! Involved particles are 31 (type 0) and 29 (type 0). Relative position vector is (0.706505,-0.207354,-0.517239), distance is 0.899823 Short distance in the embedding function! Involved particles are 31 (type 0) and 30 (type 0). Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.480443,1.207175,-0.059631), distance is 1.911162 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.296252,0.006152,1.268889), distance is 1.813942 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.238073,1.271671,1.188299), distance is 1.756668 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.480443,-1.207175,0.059631), distance is 1.911162 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.184191,-1.201022,1.328520), distance is 1.800374 Short distance in the transfer function! Involved particles are 1 (type 0) and 97 (type 0). Relative position vector is (1.281484,0.064497,1.247930), distance is 1.789886 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.296252,-0.006152,-1.268889), distance is 1.813942 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.184191,1.201022,-1.328520), distance is 1.800374 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.238073,-1.271671,-1.188299), distance is 1.756668 Short distance in the transfer function! Involved particles are 3 (type 0) and 51 (type 0). Relative position vector is (-1.281484,-0.064497,-1.247930), distance is 1.789886 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.480443,1.207175,-0.059631), distance is 1.911162 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.296252,0.006152,1.268889), distance is 1.813942 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.238073,1.271671,1.188299), distance is 1.756668 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.480443,-1.207175,0.059631), distance is 1.911162 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.184191,-1.201022,1.328520), distance is 1.800374 Short distance in the embedding function! Involved particles are 1 (type 0) and 97 (type 0). Relative position vector is (1.281484,0.064497,1.247930), distance is 1.789886 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.296252,-0.006152,-1.268889), distance is 1.813942 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.184191,1.201022,-1.328520), distance is 1.800374 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.238073,-1.271671,-1.188299), distance is 1.756668 Short distance in the embedding function! Involved particles are 3 (type 0) and 51 (type 0). Relative position vector is (-1.281484,-0.064497,-1.247930), distance is 1.789886 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 1 (type 0) and 97 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the pair potential! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 3 (type 0) and 51 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 1 (type 0) and 97 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 3 (type 0) and 51 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 1 (type 0) and 7 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the pair potential! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 3 (type 0) and 55 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the pair potential! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 5 (type 0) and 149 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the transfer function! Involved particles are 7 (type 0) and 1 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the pair potential! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 8 (type 0) and 9 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the pair potential! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 9 (type 0) and 8 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the transfer function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the transfer function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the pair potential! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 11 (type 0) and 63 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 12 (type 0) and 13 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the pair potential! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 13 (type 0) and 12 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the transfer function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the transfer function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 13 (type 0) and 157 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the transfer function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the transfer function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the transfer function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the pair potential! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 1 (type 0) and 7 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 3 (type 0) and 55 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 5 (type 0) and 149 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 7 (type 0) and 1 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 8 (type 0) and 9 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 9 (type 0) and 8 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 11 (type 0) and 63 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 12 (type 0) and 13 (type 0). Relative position vector is (1.373099,1.015389,-0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (1.374035,-0.172018,1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (-0.126329,1.079885,1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 13 (type 0) and 12 (type 0). Relative position vector is (-1.373099,-1.015389,0.132493), distance is 1.712883 Short distance in the embedding function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (0.000937,-1.187406,1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-1.499428,0.064497,1.141837), distance is 1.885798 Short distance in the embedding function! Involved particles are 13 (type 0) and 157 (type 0). Relative position vector is (1.500572,0.064497,1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-1.374035,0.172018,-1.089934), distance is 1.762248 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (-0.000937,1.187406,-1.222427), distance is 1.704190 Short distance in the embedding function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.500572,-0.064497,-1.141837), distance is 1.886708 Short distance in the embedding function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (0.126329,-1.079885,-1.009344), distance is 1.483539 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (1.499428,-0.064497,-1.141837), distance is 1.885798 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the pair potential! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the pair potential! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the transfer function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the pair potential! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the pair potential! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 8 (type 0) and 9 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the transfer function! Involved particles are 9 (type 0) and 8 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the pair potential! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the transfer function! Involved particles are 10 (type 0) and 11 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the pair potential! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 11 (type 0) and 10 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 12 (type 0) and 13 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the transfer function! Involved particles are 13 (type 0) and 12 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the transfer function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the pair potential! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the transfer function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the pair potential! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 8 (type 0) and 9 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 9 (type 0) and 8 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 10 (type 0) and 11 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 11 (type 0) and 10 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 12 (type 0) and 13 (type 0). Relative position vector is (1.039193,1.368980,-0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (1.300515,0.152863,1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (0.027393,1.334477,1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 13 (type 0) and 12 (type 0). Relative position vector is (-1.039193,-1.368980,0.016457), distance is 1.718807 Short distance in the embedding function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (0.261322,-1.216117,1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-1.011800,-0.034503,1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-1.300515,-0.152863,-1.122053), distance is 1.724444 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (-0.261322,1.216117,-1.138510), distance is 1.686248 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.273122,1.181614,0.095893), distance is 1.739611 Short distance in the embedding function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (-0.027393,-1.334477,-1.217946), distance is 1.806923 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (1.011800,0.034503,-1.234403), distance is 1.596459 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.273122,-1.181614,-0.095893), distance is 1.739611 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.233680,-0.228047,1.353511), distance is 1.845525 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.233680,0.228047,-1.353511), distance is 1.845525 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.233680,-0.228047,1.353511), distance is 1.845525 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.233680,0.228047,-1.353511), distance is 1.845525 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.008116,0.296124,1.330019), distance is 1.694974 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.175324,-0.228047,1.267395), distance is 1.743468 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.008116,-0.296124,-1.330019), distance is 1.694974 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.250045,1.428957,-0.154734), distance is 1.904855 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.175324,0.228047,-1.267395), distance is 1.743468 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.250045,-1.428957,0.154734), distance is 1.904855 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.008116,0.296124,1.330019), distance is 1.694974 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.175324,-0.228047,1.267395), distance is 1.743468 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.008116,-0.296124,-1.330019), distance is 1.694974 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.250045,1.428957,-0.154734), distance is 1.904855 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.175324,0.228047,-1.267395), distance is 1.743468 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.250045,-1.428957,0.154734), distance is 1.904855 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.008116,0.296124,1.330019), distance is 1.694974 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.175324,-0.228047,1.267395), distance is 1.743468 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.008116,-0.296124,-1.330019), distance is 1.694974 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.250045,1.428957,-0.154734), distance is 1.904855 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.175324,0.228047,-1.267395), distance is 1.743468 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.250045,-1.428957,0.154734), distance is 1.904855 Short distance in the transfer function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.008116,0.296124,1.330019), distance is 1.694974 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.175324,-0.228047,1.267395), distance is 1.743468 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.008116,-0.296124,-1.330019), distance is 1.694974 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.250045,1.428957,-0.154734), distance is 1.904855 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.175324,0.228047,-1.267395), distance is 1.743468 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.250045,-1.428957,0.154734), distance is 1.904855 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.008116,0.296124,1.330019), distance is 1.694974 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.175324,-0.228047,1.267395), distance is 1.743468 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.008116,-0.296124,-1.330019), distance is 1.694974 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.250045,1.428957,-0.154734), distance is 1.904855 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.175324,0.228047,-1.267395), distance is 1.743468 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.250045,-1.428957,0.154734), distance is 1.904855 Short distance in the embedding function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.008116,0.296124,1.330019), distance is 1.694974 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.175324,-0.228047,1.267395), distance is 1.743468 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.008116,-0.296124,-1.330019), distance is 1.694974 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.250045,1.428957,-0.154734), distance is 1.904855 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.175324,0.228047,-1.267395), distance is 1.743468 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.250045,-1.428957,0.154734), distance is 1.904855 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.202767,-0.921557,1.609160), distance is 1.865416 Short distance in the pair potential! Involved particles are 1 (type 0) and 72 (type 0). Relative position vector is (-0.202767,-0.921557,-1.390840), distance is 1.680719 Short distance in the transfer function! Involved particles are 1 (type 0) and 72 (type 0). Relative position vector is (-0.202767,-0.921557,-1.390840), distance is 1.680719 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.202767,0.921557,-1.609160), distance is 1.865416 Short distance in the pair potential! Involved particles are 2 (type 0) and 75 (type 0). Relative position vector is (0.202767,0.921557,1.390840), distance is 1.680719 Short distance in the transfer function! Involved particles are 2 (type 0) and 75 (type 0). Relative position vector is (0.202767,0.921557,1.390840), distance is 1.680719 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.202767,-0.921557,1.609160), distance is 1.865416 Short distance in the embedding function! Involved particles are 1 (type 0) and 72 (type 0). Relative position vector is (-0.202767,-0.921557,-1.390840), distance is 1.680719 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.202767,0.921557,-1.609160), distance is 1.865416 Short distance in the embedding function! Involved particles are 2 (type 0) and 75 (type 0). Relative position vector is (0.202767,0.921557,1.390840), distance is 1.680719 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 13 (type 0) and 14 (type 0). Relative position vector is (-0.202767,-1.066568,1.321265), distance is 1.710094 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 0). Relative position vector is (0.202767,1.066568,-1.321265), distance is 1.710094 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.238904,1.389060,-0.105048), distance is 1.864244 Short distance in the transfer function! Involved particles are 0 (type 0) and 12 (type 0). Relative position vector is (1.222513,0.134157,-1.156146), distance is 1.687961 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.238904,-1.389060,0.105048), distance is 1.864244 Short distance in the pair potential! Involved particles are 1 (type 0) and 12 (type 0). Relative position vector is (-0.016390,-1.254903,-1.051099), distance is 1.637027 Short distance in the transfer function! Involved particles are 1 (type 0) and 12 (type 0). Relative position vector is (-0.016390,-1.254903,-1.051099), distance is 1.637027 Short distance in the transfer function! Involved particles are 1 (type 0) and 13 (type 0). Relative position vector is (-1.139094,0.006120,-1.255933), distance is 1.695565 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.122704,1.261023,-0.204834), distance is 1.700765 Short distance in the transfer function! Involved particles are 2 (type 0) and 14 (type 0). Relative position vector is (-1.222513,-0.134157,1.156146), distance is 1.687961 Short distance in the pair potential! Involved particles are 2 (type 0) and 15 (type 0). Relative position vector is (0.016390,1.254903,1.051099), distance is 1.637027 Short distance in the transfer function! Involved particles are 2 (type 0) and 15 (type 0). Relative position vector is (0.016390,1.254903,1.051099), distance is 1.637027 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.122704,-1.261023,0.204834), distance is 1.700765 Short distance in the transfer function! Involved particles are 3 (type 0) and 15 (type 0). Relative position vector is (1.139094,-0.006120,1.255933), distance is 1.695565 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.238904,1.389060,-0.105048), distance is 1.864244 Short distance in the embedding function! Involved particles are 0 (type 0) and 12 (type 0). Relative position vector is (1.222513,0.134157,-1.156146), distance is 1.687961 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.238904,-1.389060,0.105048), distance is 1.864244 Short distance in the embedding function! Involved particles are 1 (type 0) and 12 (type 0). Relative position vector is (-0.016390,-1.254903,-1.051099), distance is 1.637027 Short distance in the embedding function! Involved particles are 1 (type 0) and 13 (type 0). Relative position vector is (-1.139094,0.006120,-1.255933), distance is 1.695565 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.122704,1.261023,-0.204834), distance is 1.700765 Short distance in the embedding function! Involved particles are 2 (type 0) and 14 (type 0). Relative position vector is (-1.222513,-0.134157,1.156146), distance is 1.687961 Short distance in the embedding function! Involved particles are 2 (type 0) and 15 (type 0). Relative position vector is (0.016390,1.254903,1.051099), distance is 1.637027 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.122704,-1.261023,0.204834), distance is 1.700765 Short distance in the embedding function! Involved particles are 3 (type 0) and 15 (type 0). Relative position vector is (1.139094,-0.006120,1.255933), distance is 1.695565 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.138440,1.159442,1.428869), distance is 1.845302 Short distance in the transfer function! Involved particles are 0 (type 0) and 12 (type 0). Relative position vector is (1.040311,-0.074340,-1.380765), distance is 1.730400 Short distance in the pair potential! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.918261,0.006120,1.533917), distance is 1.787776 Short distance in the transfer function! Involved particles are 1 (type 0) and 12 (type 0). Relative position vector is (-0.016390,-1.227661,-1.275717), distance is 1.770558 Short distance in the transfer function! Involved particles are 1 (type 0) and 13 (type 0). Relative position vector is (-0.918261,0.006120,-1.466083), distance is 1.729925 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 2 (type 0) and 14 (type 0). Relative position vector is (-1.040311,0.074340,1.380765), distance is 1.730400 Short distance in the transfer function! Involved particles are 2 (type 0) and 15 (type 0). Relative position vector is (0.016390,1.227661,1.275717), distance is 1.770558 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.138440,-1.159442,-1.428869), distance is 1.845302 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.918261,-0.006120,-1.533917), distance is 1.787776 Short distance in the pair potential! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 3 (type 0) and 15 (type 0). Relative position vector is (0.918261,-0.006120,1.466083), distance is 1.729925 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.138440,1.159442,1.428869), distance is 1.845302 Short distance in the embedding function! Involved particles are 0 (type 0) and 12 (type 0). Relative position vector is (1.040311,-0.074340,-1.380765), distance is 1.730400 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.918261,0.006120,1.533917), distance is 1.787776 Short distance in the embedding function! Involved particles are 1 (type 0) and 12 (type 0). Relative position vector is (-0.016390,-1.227661,-1.275717), distance is 1.770558 Short distance in the embedding function! Involved particles are 1 (type 0) and 13 (type 0). Relative position vector is (-0.918261,0.006120,-1.466083), distance is 1.729925 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the embedding function! Involved particles are 2 (type 0) and 14 (type 0). Relative position vector is (-1.040311,0.074340,1.380765), distance is 1.730400 Short distance in the embedding function! Involved particles are 2 (type 0) and 15 (type 0). Relative position vector is (0.016390,1.227661,1.275717), distance is 1.770558 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.138440,-1.159442,-1.428869), distance is 1.845302 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.918261,-0.006120,-1.533917), distance is 1.787776 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the embedding function! Involved particles are 3 (type 0) and 15 (type 0). Relative position vector is (0.918261,-0.006120,1.466083), distance is 1.729925 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.138440,1.159442,1.428869), distance is 1.845302 Short distance in the transfer function! Involved particles are 0 (type 0) and 16 (type 0). Relative position vector is (1.040311,-0.074340,-1.380765), distance is 1.730400 Short distance in the pair potential! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.918261,0.006120,1.533917), distance is 1.787776 Short distance in the transfer function! Involved particles are 1 (type 0) and 16 (type 0). Relative position vector is (-0.016390,-1.227661,-1.275717), distance is 1.770558 Short distance in the transfer function! Involved particles are 1 (type 0) and 17 (type 0). Relative position vector is (-0.918261,0.006120,-1.466083), distance is 1.729925 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 2 (type 0) and 4 (type 0). Relative position vector is (-1.040311,0.074340,1.380765), distance is 1.730400 Short distance in the transfer function! Involved particles are 2 (type 0) and 5 (type 0). Relative position vector is (0.016390,1.227661,1.275717), distance is 1.770558 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.138440,-1.159442,-1.428869), distance is 1.845302 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.918261,-0.006120,-1.533917), distance is 1.787776 Short distance in the pair potential! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 3 (type 0) and 5 (type 0). Relative position vector is (0.918261,-0.006120,1.466083), distance is 1.729925 Short distance in the transfer function! Involved particles are 4 (type 0) and 2 (type 0). Relative position vector is (1.040311,-0.074340,-1.380765), distance is 1.730400 Short distance in the pair potential! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (0.138440,1.159442,1.428869), distance is 1.845302 Short distance in the transfer function! Involved particles are 5 (type 0) and 2 (type 0). Relative position vector is (-0.016390,-1.227661,-1.275717), distance is 1.770558 Short distance in the transfer function! Involved particles are 5 (type 0) and 3 (type 0). Relative position vector is (-0.918261,0.006120,-1.466083), distance is 1.729925 Short distance in the pair potential! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.918261,0.006120,1.533917), distance is 1.787776 Short distance in the pair potential! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 6 (type 0) and 18 (type 0). Relative position vector is (-1.040311,0.074340,1.380765), distance is 1.730400 Short distance in the transfer function! Involved particles are 6 (type 0) and 19 (type 0). Relative position vector is (0.016390,1.227661,1.275717), distance is 1.770558 Short distance in the transfer function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (-0.138440,-1.159442,-1.428869), distance is 1.845302 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.918261,-0.006120,-1.533917), distance is 1.787776 Short distance in the pair potential! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the transfer function! Involved particles are 7 (type 0) and 19 (type 0). Relative position vector is (0.918261,-0.006120,1.466083), distance is 1.729925 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.138440,1.159442,1.428869), distance is 1.845302 Short distance in the embedding function! Involved particles are 0 (type 0) and 16 (type 0). Relative position vector is (1.040311,-0.074340,-1.380765), distance is 1.730400 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.918261,0.006120,1.533917), distance is 1.787776 Short distance in the embedding function! Involved particles are 1 (type 0) and 16 (type 0). Relative position vector is (-0.016390,-1.227661,-1.275717), distance is 1.770558 Short distance in the embedding function! Involved particles are 1 (type 0) and 17 (type 0). Relative position vector is (-0.918261,0.006120,-1.466083), distance is 1.729925 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the embedding function! Involved particles are 2 (type 0) and 4 (type 0). Relative position vector is (-1.040311,0.074340,1.380765), distance is 1.730400 Short distance in the embedding function! Involved particles are 2 (type 0) and 5 (type 0). Relative position vector is (0.016390,1.227661,1.275717), distance is 1.770558 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (-0.138440,-1.159442,-1.428869), distance is 1.845302 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.918261,-0.006120,-1.533917), distance is 1.787776 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the embedding function! Involved particles are 3 (type 0) and 5 (type 0). Relative position vector is (0.918261,-0.006120,1.466083), distance is 1.729925 Short distance in the embedding function! Involved particles are 4 (type 0) and 2 (type 0). Relative position vector is (1.040311,-0.074340,-1.380765), distance is 1.730400 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (1.056702,1.153321,-0.105048), distance is 1.567738 Short distance in the embedding function! Involved particles are 4 (type 0) and 7 (type 0). Relative position vector is (0.138440,1.159442,1.428869), distance is 1.845302 Short distance in the embedding function! Involved particles are 5 (type 0) and 2 (type 0). Relative position vector is (-0.016390,-1.227661,-1.275717), distance is 1.770558 Short distance in the embedding function! Involved particles are 5 (type 0) and 3 (type 0). Relative position vector is (-0.918261,0.006120,-1.466083), distance is 1.729925 Short distance in the embedding function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-1.056702,-1.153321,0.105048), distance is 1.567738 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.918261,0.006120,1.533917), distance is 1.787776 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-0.901871,1.233782,-0.190366), distance is 1.540074 Short distance in the embedding function! Involved particles are 6 (type 0) and 18 (type 0). Relative position vector is (-1.040311,0.074340,1.380765), distance is 1.730400 Short distance in the embedding function! Involved particles are 6 (type 0) and 19 (type 0). Relative position vector is (0.016390,1.227661,1.275717), distance is 1.770558 Short distance in the embedding function! Involved particles are 7 (type 0) and 4 (type 0). Relative position vector is (-0.138440,-1.159442,-1.428869), distance is 1.845302 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.918261,-0.006120,-1.533917), distance is 1.787776 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (0.901871,-1.233782,0.190366), distance is 1.540074 Short distance in the embedding function! Involved particles are 7 (type 0) and 19 (type 0). Relative position vector is (0.918261,-0.006120,1.466083), distance is 1.729925 Short distance in the pair potential! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.264913,0.791328,0.886981), distance is 1.217832 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.264913,0.791328,0.886981), distance is 1.217832 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.862598,0.338216,0.854954), distance is 1.260719 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.862598,0.338216,0.854954), distance is 1.260719 Short distance in the pair potential! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.943717,0.655262,0.224041), distance is 1.170540 Short distance in the transfer function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.943717,0.655262,0.224041), distance is 1.170540 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.943717,-0.655262,-0.224041), distance is 1.170540 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.943717,-0.655262,-0.224041), distance is 1.170540 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.678804,0.136067,0.662940), distance is 0.958529 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.678804,0.136067,0.662940), distance is 0.958529 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.317046,0.630913), distance is 0.710738 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.317046,0.630913), distance is 0.710738 Short distance in the pair potential! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.862598,-0.338216,-0.854954), distance is 1.260719 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.862598,-0.338216,-0.854954), distance is 1.260719 Short distance in the pair potential! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.597685,0.453112,0.032027), distance is 0.750709 Short distance in the transfer function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.597685,0.453112,0.032027), distance is 0.750709 Short distance in the pair potential! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.317046,-0.630913), distance is 0.710738 Short distance in the transfer function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.317046,-0.630913), distance is 0.710738 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.264913,-0.791328,-0.886981), distance is 1.217832 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.264913,-0.791328,-0.886981), distance is 1.217832 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.597685,-0.453112,-0.032027), distance is 0.750709 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.597685,-0.453112,-0.032027), distance is 0.750709 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.678804,-0.136067,-0.662940), distance is 0.958529 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.678804,-0.136067,-0.662940), distance is 0.958529 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.264913,0.791328,0.886981), distance is 1.217832 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.862598,0.338216,0.854954), distance is 1.260719 Short distance in the embedding function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.943717,0.655262,0.224041), distance is 1.170540 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.943717,-0.655262,-0.224041), distance is 1.170540 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.678804,0.136067,0.662940), distance is 0.958529 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.317046,0.630913), distance is 0.710738 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.862598,-0.338216,-0.854954), distance is 1.260719 Short distance in the embedding function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.597685,0.453112,0.032027), distance is 0.750709 Short distance in the embedding function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.317046,-0.630913), distance is 0.710738 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.264913,-0.791328,-0.886981), distance is 1.217832 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.597685,-0.453112,-0.032027), distance is 0.750709 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.678804,-0.136067,-0.662940), distance is 0.958529 Short distance in the pair potential! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 4 (type 1) and 5 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 4 (type 1) and 5 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 4 (type 1) and 7 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 4 (type 1) and 7 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 5 (type 1) and 4 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 5 (type 1) and 4 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 5 (type 1) and 6 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 5 (type 1) and 6 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 6 (type 1) and 5 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 6 (type 1) and 5 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 6 (type 1) and 7 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 6 (type 1) and 7 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 7 (type 1) and 4 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 7 (type 1) and 4 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 7 (type 1) and 6 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 7 (type 1) and 6 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 8 (type 1) and 9 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 8 (type 1) and 9 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 8 (type 1) and 11 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 8 (type 1) and 11 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 9 (type 1) and 8 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 9 (type 1) and 8 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 9 (type 1) and 10 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 9 (type 1) and 10 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 10 (type 1) and 9 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 10 (type 1) and 9 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 10 (type 1) and 11 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 10 (type 1) and 11 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 11 (type 1) and 8 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 11 (type 1) and 8 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 11 (type 1) and 10 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 11 (type 1) and 10 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 12 (type 1) and 13 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 12 (type 1) and 13 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 12 (type 1) and 15 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 12 (type 1) and 15 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 13 (type 1) and 12 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 13 (type 1) and 12 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 13 (type 1) and 14 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 13 (type 1) and 14 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 14 (type 1) and 13 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 14 (type 1) and 13 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 14 (type 1) and 15 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 14 (type 1) and 15 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 15 (type 1) and 12 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 15 (type 1) and 12 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 15 (type 1) and 14 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 15 (type 1) and 14 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 16 (type 1) and 17 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 16 (type 1) and 17 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 16 (type 1) and 18 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 16 (type 1) and 18 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 16 (type 1) and 19 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 16 (type 1) and 19 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 17 (type 1) and 16 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 17 (type 1) and 16 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 17 (type 1) and 18 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 17 (type 1) and 18 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 17 (type 1) and 19 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 17 (type 1) and 19 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 18 (type 1) and 16 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 18 (type 1) and 16 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 18 (type 1) and 17 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 18 (type 1) and 17 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 18 (type 1) and 19 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 18 (type 1) and 19 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 19 (type 1) and 16 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 19 (type 1) and 16 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 19 (type 1) and 17 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 19 (type 1) and 17 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 19 (type 1) and 18 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 19 (type 1) and 18 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 20 (type 1) and 21 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 20 (type 1) and 21 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 20 (type 1) and 22 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 20 (type 1) and 22 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 20 (type 1) and 23 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 20 (type 1) and 23 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 21 (type 1) and 20 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 21 (type 1) and 20 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 21 (type 1) and 22 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 21 (type 1) and 22 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 21 (type 1) and 23 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 21 (type 1) and 23 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 22 (type 1) and 20 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 22 (type 1) and 20 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 22 (type 1) and 21 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 22 (type 1) and 21 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 22 (type 1) and 23 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 22 (type 1) and 23 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 23 (type 1) and 20 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 23 (type 1) and 20 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 23 (type 1) and 21 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 23 (type 1) and 21 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 23 (type 1) and 22 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 23 (type 1) and 22 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 24 (type 1) and 25 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 24 (type 1) and 25 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 24 (type 1) and 26 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 24 (type 1) and 26 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 24 (type 1) and 27 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 24 (type 1) and 27 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 25 (type 1) and 24 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 25 (type 1) and 24 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 25 (type 1) and 26 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 25 (type 1) and 26 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 26 (type 1) and 24 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 26 (type 1) and 24 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 26 (type 1) and 25 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 26 (type 1) and 25 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 27 (type 1) and 24 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 27 (type 1) and 24 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 28 (type 1) and 29 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 28 (type 1) and 29 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 28 (type 1) and 30 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 28 (type 1) and 30 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 28 (type 1) and 31 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 28 (type 1) and 31 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 29 (type 1) and 28 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the transfer function! Involved particles are 29 (type 1) and 28 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the pair potential! Involved particles are 29 (type 1) and 30 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 29 (type 1) and 30 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 29 (type 1) and 31 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 29 (type 1) and 31 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 30 (type 1) and 28 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the transfer function! Involved particles are 30 (type 1) and 28 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the pair potential! Involved particles are 30 (type 1) and 29 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the transfer function! Involved particles are 30 (type 1) and 29 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the pair potential! Involved particles are 30 (type 1) and 31 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 30 (type 1) and 31 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the pair potential! Involved particles are 31 (type 1) and 28 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the transfer function! Involved particles are 31 (type 1) and 28 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the pair potential! Involved particles are 31 (type 1) and 29 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the transfer function! Involved particles are 31 (type 1) and 29 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the pair potential! Involved particles are 31 (type 1) and 30 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 31 (type 1) and 30 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 0 (type 1) and 1 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 2 (type 1) and 1 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 2 (type 1) and 3 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 4 (type 1) and 5 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 4 (type 1) and 7 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 5 (type 1) and 4 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 5 (type 1) and 6 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 6 (type 1) and 5 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 6 (type 1) and 7 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 7 (type 1) and 4 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 7 (type 1) and 6 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 8 (type 1) and 9 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 8 (type 1) and 11 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 9 (type 1) and 8 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 9 (type 1) and 10 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 10 (type 1) and 9 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 10 (type 1) and 11 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 11 (type 1) and 8 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 11 (type 1) and 10 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 12 (type 1) and 13 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 12 (type 1) and 15 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 13 (type 1) and 12 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 13 (type 1) and 14 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 14 (type 1) and 13 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 14 (type 1) and 15 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 15 (type 1) and 12 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 15 (type 1) and 14 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 16 (type 1) and 17 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 16 (type 1) and 18 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 16 (type 1) and 19 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 17 (type 1) and 16 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 17 (type 1) and 18 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 17 (type 1) and 19 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 18 (type 1) and 16 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 18 (type 1) and 17 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 18 (type 1) and 19 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 19 (type 1) and 16 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 19 (type 1) and 17 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 19 (type 1) and 18 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 20 (type 1) and 21 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 20 (type 1) and 22 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 20 (type 1) and 23 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 21 (type 1) and 20 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 21 (type 1) and 22 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 21 (type 1) and 23 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 22 (type 1) and 20 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 22 (type 1) and 21 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 22 (type 1) and 23 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 23 (type 1) and 20 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 23 (type 1) and 21 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 23 (type 1) and 22 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 24 (type 1) and 25 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 24 (type 1) and 26 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 24 (type 1) and 27 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 25 (type 1) and 24 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 25 (type 1) and 26 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 26 (type 1) and 24 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 26 (type 1) and 25 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 27 (type 1) and 24 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 28 (type 1) and 29 (type 1). Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 28 (type 1) and 30 (type 1). Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 28 (type 1) and 31 (type 1). Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 29 (type 1) and 28 (type 1). Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466 Short distance in the embedding function! Involved particles are 29 (type 1) and 30 (type 1). Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 29 (type 1) and 31 (type 1). Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 30 (type 1) and 28 (type 1). Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088 Short distance in the embedding function! Involved particles are 30 (type 1) and 29 (type 1). Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652 Short distance in the embedding function! Involved particles are 30 (type 1) and 31 (type 1). Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188 Short distance in the embedding function! Involved particles are 31 (type 1) and 28 (type 1). Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976 Short distance in the embedding function! Involved particles are 31 (type 1) and 29 (type 1). Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581 Short distance in the embedding function! Involved particles are 31 (type 1) and 30 (type 1). Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.198086,0.256453,0.987177), distance is 1.573435 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.198086,-0.256453,-0.987177), distance is 1.573435 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.198086,0.256453,0.987177), distance is 1.573435 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.198086,-0.256453,-0.987177), distance is 1.573435 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the pair potential! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (1.012648,0.183174,0.787280), distance is 1.295692 Short distance in the embedding function! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-1.012648,-0.183174,-0.787280), distance is 1.295692 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 4 (type 1) and 7 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 7 (type 1) and 4 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 8 (type 1) and 11 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 11 (type 1) and 8 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 12 (type 1) and 15 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the transfer function! Involved particles are 15 (type 1) and 12 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 4 (type 1) and 6 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 4 (type 1) and 7 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 6 (type 1) and 4 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 7 (type 1) and 4 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 8 (type 1) and 10 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 8 (type 1) and 11 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 10 (type 1) and 8 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 11 (type 1) and 8 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 12 (type 1) and 14 (type 1). Relative position vector is (1.107074,-0.551014,1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 12 (type 1) and 15 (type 1). Relative position vector is (-0.173945,1.252552,1.069697), distance is 1.656320 Short distance in the embedding function! Involved particles are 14 (type 1) and 12 (type 1). Relative position vector is (-1.107074,0.551014,-1.076731), distance is 1.639688 Short distance in the embedding function! Involved particles are 15 (type 1) and 12 (type 1). Relative position vector is (0.173945,-1.252552,-1.069697), distance is 1.656320 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 1 (type 1) and 96 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 2 (type 1) and 51 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 1 (type 1) and 96 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 2 (type 1) and 51 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 1 (type 1) and 6 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 2 (type 1) and 55 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 5 (type 1) and 148 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 6 (type 1) and 1 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 9 (type 1) and 14 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 10 (type 1) and 63 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the transfer function! Involved particles are 13 (type 1) and 156 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 14 (type 1) and 9 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the transfer function! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 1 (type 1) and 6 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 2 (type 1) and 55 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 5 (type 1) and 148 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 6 (type 1) and 1 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 9 (type 1) and 14 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 10 (type 1) and 63 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-1.125695,-0.126035,1.090631), distance is 1.572435 Short distance in the embedding function! Involved particles are 13 (type 1) and 156 (type 1). Relative position vector is (-0.008246,1.381998,0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 14 (type 1) and 9 (type 1). Relative position vector is (0.008246,-1.381998,-0.892430), distance is 1.645120 Short distance in the embedding function! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (1.125695,0.126035,-1.090631), distance is 1.572435 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.138221,0.699590,1.095621), distance is 1.307256 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.138221,0.699590,1.095621), distance is 1.307256 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.665132,0.282558,0.639240), distance is 0.964814 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.665132,0.282558,0.639240), distance is 0.964814 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.844396,0.935569,0.375109), distance is 1.314915 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.844396,0.935569,0.375109), distance is 1.314915 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.844396,-0.935569,-0.375109), distance is 1.314915 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.844396,-0.935569,-0.375109), distance is 1.314915 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.706175,-0.235979,0.720513), distance is 1.036102 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.706175,-0.235979,0.720513), distance is 1.036102 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.653011,0.264131), distance is 0.726859 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.653011,0.264131), distance is 0.726859 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.665132,-0.282558,-0.639240), distance is 0.964814 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.665132,-0.282558,-0.639240), distance is 0.964814 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.526910,0.417032,0.456382), distance is 0.812302 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.526910,0.417032,0.456382), distance is 0.812302 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.653011,-0.264131), distance is 0.726859 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.653011,-0.264131), distance is 0.726859 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (-0.138221,-0.699590,-1.095621), distance is 1.307256 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (-0.138221,-0.699590,-1.095621), distance is 1.307256 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.526910,-0.417032,-0.456382), distance is 0.812302 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.526910,-0.417032,-0.456382), distance is 0.812302 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.706175,0.235979,-0.720513), distance is 1.036102 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.706175,0.235979,-0.720513), distance is 1.036102 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.138221,0.699590,1.095621), distance is 1.307256 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (0.138221,0.699590,1.095621), distance is 1.307256 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.665132,0.282558,0.639240), distance is 0.964814 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.844396,0.935569,0.375109), distance is 1.314915 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.844396,0.935569,0.375109), distance is 1.314915 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.844396,-0.935569,-0.375109), distance is 1.314915 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.844396,-0.935569,-0.375109), distance is 1.314915 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.706175,-0.235979,0.720513), distance is 1.036102 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.653011,0.264131), distance is 0.726859 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.653011,0.264131), distance is 0.726859 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.665132,-0.282558,-0.639240), distance is 0.964814 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.526910,0.417032,0.456382), distance is 0.812302 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.526910,0.417032,0.456382), distance is 0.812302 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.653011,-0.264131), distance is 0.726859 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.653011,-0.264131), distance is 0.726859 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (-0.138221,-0.699590,-1.095621), distance is 1.307256 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (-0.138221,-0.699590,-1.095621), distance is 1.307256 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.526910,-0.417032,-0.456382), distance is 0.812302 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.526910,-0.417032,-0.456382), distance is 0.812302 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.706175,0.235979,-0.720513), distance is 1.036102 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 4 (type 0) and 5 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 4 (type 0) and 5 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 4 (type 0) and 7 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 4 (type 0) and 7 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 5 (type 1) and 4 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 5 (type 1) and 4 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 5 (type 1) and 6 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 5 (type 1) and 6 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 6 (type 0) and 5 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 6 (type 0) and 7 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 7 (type 1) and 4 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 7 (type 1) and 4 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 7 (type 1) and 6 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 7 (type 1) and 6 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 8 (type 0) and 9 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 8 (type 0) and 9 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 8 (type 0) and 11 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 9 (type 1) and 8 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 9 (type 1) and 8 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 9 (type 1) and 10 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 9 (type 1) and 10 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 10 (type 0) and 9 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 10 (type 0) and 9 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 10 (type 0) and 11 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 10 (type 0) and 11 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 11 (type 1) and 8 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 11 (type 1) and 8 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 11 (type 1) and 10 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 11 (type 1) and 10 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 12 (type 0) and 13 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 12 (type 0) and 13 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 12 (type 0) and 15 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 12 (type 0) and 15 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 13 (type 1) and 12 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 13 (type 1) and 12 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 14 (type 0) and 15 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 15 (type 1) and 12 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 15 (type 1) and 12 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 15 (type 1) and 14 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 15 (type 1) and 14 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 16 (type 0) and 17 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 16 (type 0) and 17 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 16 (type 0) and 18 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 16 (type 0) and 18 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 16 (type 0) and 19 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 16 (type 0) and 19 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 17 (type 1) and 16 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 17 (type 1) and 16 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 17 (type 1) and 18 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 17 (type 1) and 18 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 17 (type 1) and 19 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 17 (type 1) and 19 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 18 (type 0) and 16 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 18 (type 0) and 16 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 18 (type 0) and 17 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 18 (type 0) and 17 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 18 (type 0) and 19 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 18 (type 0) and 19 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 19 (type 1) and 16 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 19 (type 1) and 16 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 19 (type 1) and 17 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 19 (type 1) and 17 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 19 (type 1) and 18 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 19 (type 1) and 18 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 20 (type 0) and 21 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 20 (type 0) and 21 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 20 (type 0) and 22 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 20 (type 0) and 22 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 20 (type 0) and 23 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 20 (type 0) and 23 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 21 (type 1) and 20 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 21 (type 1) and 20 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 21 (type 1) and 22 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 21 (type 1) and 22 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 21 (type 1) and 23 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 21 (type 1) and 23 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 22 (type 0) and 20 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 22 (type 0) and 20 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 22 (type 0) and 21 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 22 (type 0) and 21 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 22 (type 0) and 23 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 22 (type 0) and 23 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 23 (type 1) and 20 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 23 (type 1) and 20 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 23 (type 1) and 21 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 23 (type 1) and 21 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 23 (type 1) and 22 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 23 (type 1) and 22 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 24 (type 0) and 25 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 24 (type 0) and 25 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 24 (type 0) and 27 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 24 (type 0) and 27 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 25 (type 1) and 24 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 25 (type 1) and 24 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 25 (type 1) and 26 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 25 (type 1) and 26 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 26 (type 0) and 25 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 26 (type 0) and 25 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 26 (type 0) and 27 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 26 (type 0) and 27 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 27 (type 1) and 26 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 28 (type 0) and 29 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 28 (type 0) and 29 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 28 (type 0) and 30 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 28 (type 0) and 30 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 28 (type 0) and 31 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 28 (type 0) and 31 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 29 (type 1) and 28 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the transfer function! Involved particles are 29 (type 1) and 28 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the pair potential! Involved particles are 29 (type 1) and 30 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 29 (type 1) and 30 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 29 (type 1) and 31 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 29 (type 1) and 31 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 30 (type 0) and 28 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the transfer function! Involved particles are 30 (type 0) and 28 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the pair potential! Involved particles are 30 (type 0) and 29 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the transfer function! Involved particles are 30 (type 0) and 29 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the pair potential! Involved particles are 30 (type 0) and 31 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 30 (type 0) and 31 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the pair potential! Involved particles are 31 (type 1) and 28 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the transfer function! Involved particles are 31 (type 1) and 28 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the pair potential! Involved particles are 31 (type 1) and 29 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the transfer function! Involved particles are 31 (type 1) and 29 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the pair potential! Involved particles are 31 (type 1) and 30 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 31 (type 1) and 30 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 1 (type 1) and 0 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 3 (type 1) and 0 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 3 (type 1) and 2 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 4 (type 0) and 7 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 4 (type 0) and 7 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 5 (type 1) and 4 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 5 (type 1) and 4 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 5 (type 1) and 6 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 5 (type 1) and 6 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 5 (type 1) and 7 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 7 (type 1) and 4 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 7 (type 1) and 4 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 7 (type 1) and 5 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 7 (type 1) and 6 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 7 (type 1) and 6 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 8 (type 0) and 9 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 8 (type 0) and 9 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 9 (type 1) and 8 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 9 (type 1) and 8 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 9 (type 1) and 10 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 9 (type 1) and 10 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 10 (type 0) and 11 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 10 (type 0) and 11 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 11 (type 1) and 8 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 11 (type 1) and 8 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 11 (type 1) and 10 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 11 (type 1) and 10 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 12 (type 0) and 13 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 12 (type 0) and 13 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 12 (type 0) and 15 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 12 (type 0) and 15 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 13 (type 1) and 12 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 13 (type 1) and 12 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 15 (type 1) and 12 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 15 (type 1) and 12 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 15 (type 1) and 13 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 15 (type 1) and 14 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 15 (type 1) and 14 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 16 (type 0) and 17 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 16 (type 0) and 17 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 16 (type 0) and 18 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 16 (type 0) and 19 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 16 (type 0) and 19 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 17 (type 1) and 16 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 17 (type 1) and 16 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 17 (type 1) and 18 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 17 (type 1) and 18 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 17 (type 1) and 19 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 18 (type 0) and 16 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 18 (type 0) and 17 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 18 (type 0) and 17 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 18 (type 0) and 19 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 18 (type 0) and 19 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 19 (type 1) and 16 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 19 (type 1) and 16 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 19 (type 1) and 17 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 19 (type 1) and 18 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 19 (type 1) and 18 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 20 (type 0) and 21 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 20 (type 0) and 21 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 20 (type 0) and 22 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 20 (type 0) and 23 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 20 (type 0) and 23 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 21 (type 1) and 20 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 21 (type 1) and 20 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 21 (type 1) and 22 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 21 (type 1) and 22 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 21 (type 1) and 23 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 22 (type 0) and 20 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 22 (type 0) and 21 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 22 (type 0) and 21 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 22 (type 0) and 23 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 22 (type 0) and 23 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 23 (type 1) and 20 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 23 (type 1) and 20 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 23 (type 1) and 21 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 23 (type 1) and 22 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 23 (type 1) and 22 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 24 (type 0) and 25 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 24 (type 0) and 25 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 24 (type 0) and 27 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 24 (type 0) and 27 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 25 (type 1) and 24 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 25 (type 1) and 24 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 25 (type 1) and 26 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 25 (type 1) and 26 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 26 (type 0) and 25 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 26 (type 0) and 25 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 26 (type 0) and 27 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 26 (type 0) and 27 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 28 (type 0) and 29 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 28 (type 0) and 29 (type 1). Relative position vector is (0.565260,0.750644,0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 28 (type 0) and 30 (type 0). Relative position vector is (0.385995,0.049693,0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 28 (type 0) and 31 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 28 (type 0) and 31 (type 1). Relative position vector is (-0.241903,0.514665,0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 29 (type 1) and 28 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 29 (type 1) and 28 (type 0). Relative position vector is (-0.565260,-0.750644,-0.297782), distance is 0.985728 Short distance in the embedding function! Involved particles are 29 (type 1) and 30 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 29 (type 1) and 30 (type 0). Relative position vector is (-0.179264,-0.700951,0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 29 (type 1) and 31 (type 1). Relative position vector is (-0.807163,-0.235979,0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 30 (type 0) and 28 (type 0). Relative position vector is (-0.385995,-0.049693,-0.642542), distance is 0.751214 Short distance in the embedding function! Involved particles are 30 (type 0) and 29 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 30 (type 0) and 29 (type 1). Relative position vector is (0.179264,0.700951,-0.344759), distance is 0.801453 Short distance in the embedding function! Involved particles are 30 (type 0) and 31 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 30 (type 0) and 31 (type 1). Relative position vector is (-0.627899,0.464972,0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 31 (type 1) and 28 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 31 (type 1) and 28 (type 0). Relative position vector is (0.241903,-0.514665,-0.972990), distance is 1.126990 Short distance in the embedding function! Involved particles are 31 (type 1) and 29 (type 1). Relative position vector is (0.807163,0.235979,-0.675208), distance is 1.078473 Short distance in the embedding function! Involved particles are 31 (type 1) and 30 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the embedding function! Involved particles are 31 (type 1) and 30 (type 0). Relative position vector is (0.627899,-0.464972,-0.330449), distance is 0.848323 Short distance in the transfer function! Involved particles are 2 (type 1) and 93 (type 0). Relative position vector is (1.390021,-1.186187,0.120726), distance is 1.831331 Short distance in the embedding function! Involved particles are 2 (type 1) and 93 (type 0). Relative position vector is (1.390021,-1.186187,0.120726), distance is 1.831331 Short distance in the embedding function! Involved particles are 3 (type 0) and 56 (type 1). Relative position vector is (-1.390021,1.186187,-0.120726), distance is 1.831331 Short distance in the transfer function! Involved particles are 0 (type 1) and 71 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 2 (type 1) and 73 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 0 (type 1) and 71 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 1 (type 0) and 74 (type 1). Relative position vector is (-1.186098,1.378144,0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 2 (type 1) and 73 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 3 (type 0) and 76 (type 1). Relative position vector is (1.362070,1.282076,-0.120726), distance is 1.874441 Short distance in the transfer function! Involved particles are 0 (type 1) and 99 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 2 (type 1) and 101 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 4 (type 1) and 103 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 6 (type 1) and 105 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 8 (type 1) and 1 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the transfer function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 10 (type 1) and 3 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the transfer function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 12 (type 1) and 5 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the transfer function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the transfer function! Involved particles are 14 (type 1) and 7 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 0 (type 1) and 99 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 1 (type 0) and 8 (type 1). Relative position vector is (-1.186098,1.378144,0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 2 (type 1) and 101 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 3 (type 0) and 10 (type 1). Relative position vector is (1.362070,1.282076,-0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 4 (type 1) and 103 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 5 (type 0) and 12 (type 1). Relative position vector is (-1.186098,1.378144,0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 6 (type 1) and 105 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 7 (type 0) and 14 (type 1). Relative position vector is (1.362070,1.282076,-0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 8 (type 1) and 1 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 9 (type 0) and 106 (type 1). Relative position vector is (-1.186098,1.378144,0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 10 (type 1) and 3 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 11 (type 0) and 108 (type 1). Relative position vector is (1.362070,1.282076,-0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 12 (type 1) and 5 (type 0). Relative position vector is (1.186098,-1.378144,-0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 13 (type 0) and 15 (type 0). Relative position vector is (-0.999707,0.069615,1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 13 (type 0) and 110 (type 1). Relative position vector is (-1.186098,1.378144,0.121038), distance is 1.822295 Short distance in the embedding function! Involved particles are 14 (type 1) and 7 (type 0). Relative position vector is (-1.362070,-1.282076,0.120726), distance is 1.874441 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 0). Relative position vector is (0.999707,-0.069615,-1.584063), distance is 1.874437 Short distance in the embedding function! Involved particles are 15 (type 0) and 112 (type 1). Relative position vector is (1.362070,1.282076,-0.120726), distance is 1.874441 Short distance in the transfer function! Involved particles are 0 (type 1) and 51 (type 0). Relative position vector is (-1.105153,1.264873,-0.089503), distance is 1.682046 Short distance in the transfer function! Involved particles are 1 (type 0) and 93 (type 0). Relative position vector is (1.056332,0.437080,-1.451032), distance is 1.847260 Short distance in the transfer function! Involved particles are 1 (type 0) and 94 (type 1). Relative position vector is (1.105153,-1.264873,0.089503), distance is 1.682046 Short distance in the transfer function! Involved particles are 2 (type 1) and 75 (type 0). Relative position vector is (0.095479,1.250198,1.200750), distance is 1.736063 Short distance in the transfer function! Involved particles are 3 (type 0) and 55 (type 0). Relative position vector is (-1.056332,-0.437080,1.451032), distance is 1.847260 Short distance in the embedding function! Involved particles are 0 (type 1) and 51 (type 0). Relative position vector is (-1.105153,1.264873,-0.089503), distance is 1.682046 Short distance in the embedding function! Involved particles are 0 (type 1) and 51 (type 0). Relative position vector is (-1.105153,1.264873,-0.089503), distance is 1.682046 Short distance in the embedding function! Involved particles are 1 (type 0) and 72 (type 1). Relative position vector is (-0.095479,-1.250198,-1.200750), distance is 1.736063 Short distance in the embedding function! Involved particles are 1 (type 0) and 93 (type 0). Relative position vector is (1.056332,0.437080,-1.451032), distance is 1.847260 Short distance in the embedding function! Involved particles are 1 (type 0) and 94 (type 1). Relative position vector is (1.105153,-1.264873,0.089503), distance is 1.682046 Short distance in the embedding function! Involved particles are 1 (type 0) and 94 (type 1). Relative position vector is (1.105153,-1.264873,0.089503), distance is 1.682046 Short distance in the embedding function! Involved particles are 2 (type 1) and 75 (type 0). Relative position vector is (0.095479,1.250198,1.200750), distance is 1.736063 Short distance in the embedding function! Involved particles are 3 (type 0) and 55 (type 0). Relative position vector is (-1.056332,-0.437080,1.451032), distance is 1.847260 Short distance in the transfer function! Involved particles are 0 (type 1) and 51 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the transfer function! Involved particles are 1 (type 0) and 72 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 1 (type 0) and 97 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 2 (type 1) and 75 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 3 (type 0) and 51 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 0 (type 1) and 51 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 1 (type 0) and 72 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 1 (type 0) and 72 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 1 (type 0) and 94 (type 1). Relative position vector is (1.370982,-1.224346,0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 1 (type 0) and 97 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 2 (type 1) and 75 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 2 (type 1) and 75 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 3 (type 0) and 51 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 0 (type 1) and 55 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the transfer function! Involved particles are 1 (type 0) and 100 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 1 (type 0) and 7 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 2 (type 1) and 9 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 3 (type 0) and 55 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 4 (type 1) and 1 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the transfer function! Involved particles are 5 (type 0) and 104 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 5 (type 0) and 149 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 6 (type 1) and 13 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 7 (type 0) and 1 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 8 (type 1) and 63 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the transfer function! Involved particles are 9 (type 0) and 2 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 10 (type 1) and 107 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 11 (type 0) and 63 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 12 (type 1) and 9 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the transfer function! Involved particles are 13 (type 0) and 6 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 13 (type 0) and 157 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the transfer function! Involved particles are 14 (type 1) and 111 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the transfer function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 0 (type 1) and 55 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 1 (type 0) and 100 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 1 (type 0) and 100 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 1 (type 0) and 4 (type 1). Relative position vector is (1.370982,-1.224346,0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 1 (type 0) and 7 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 2 (type 1) and 9 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 2 (type 1) and 9 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 3 (type 0) and 55 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 4 (type 1) and 1 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 5 (type 0) and 104 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 5 (type 0) and 104 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 5 (type 0) and 146 (type 1). Relative position vector is (1.370982,-1.224346,0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 5 (type 0) and 149 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 6 (type 1) and 13 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 6 (type 1) and 13 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 7 (type 0) and 1 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 8 (type 1) and 63 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 9 (type 0) and 2 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 9 (type 0) and 2 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 9 (type 0) and 12 (type 1). Relative position vector is (1.370982,-1.224346,0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 10 (type 1) and 107 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 10 (type 1) and 107 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 11 (type 0) and 63 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 12 (type 1) and 9 (type 0). Relative position vector is (-1.370982,1.224346,-0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 13 (type 0) and 6 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 13 (type 0) and 6 (type 1). Relative position vector is (0.112060,-1.068510,-1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 13 (type 0) and 154 (type 1). Relative position vector is (1.370982,-1.224346,0.089503), distance is 1.840278 Short distance in the embedding function! Involved particles are 13 (type 0) and 157 (type 0). Relative position vector is (1.322161,0.437080,1.272371), distance is 1.886287 Short distance in the embedding function! Involved particles are 14 (type 1) and 111 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 14 (type 1) and 111 (type 0). Relative position vector is (-0.112060,1.068510,1.246989), distance is 1.645981 Short distance in the embedding function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.322161,-0.437080,-1.272371), distance is 1.886287 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.231926,0.253429,0.954459), distance is 1.578880 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.231926,0.253429,0.954459), distance is 1.578880 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.044732,-1.463589,0.974473), distance is 1.758889 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.373519,0.114879,1.082287), distance is 1.752454 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.231926,-0.253429,-0.954459), distance is 1.578880 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.231926,-0.253429,-0.954459), distance is 1.578880 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.231926,0.253429,0.954459), distance is 1.578880 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.231926,0.253429,0.954459), distance is 1.578880 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.044732,-1.463589,0.974473), distance is 1.758889 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.373519,0.114879,1.082287), distance is 1.752454 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.231926,-0.253429,-0.954459), distance is 1.578880 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.231926,-0.253429,-0.954459), distance is 1.578880 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.044732,1.463589,-0.974473), distance is 1.758889 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.373519,-0.114879,-1.082287), distance is 1.752454 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.089663,1.570786,0.839947), distance is 1.783513 Short distance in the transfer function! Involved particles are 0 (type 1) and 12 (type 0). Relative position vector is (-1.720111,-0.186396,0.732133), distance is 1.878708 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.024002,-1.642303,0.777108), distance is 1.817039 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.089663,1.570786,0.839947), distance is 1.783513 Short distance in the embedding function! Involved particles are 0 (type 1) and 12 (type 0). Relative position vector is (-1.720111,-0.186396,0.732133), distance is 1.878708 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.024002,-1.642303,0.777108), distance is 1.817039 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.024002,1.642303,-0.777108), distance is 1.817039 Short distance in the embedding function! Involved particles are 2 (type 0) and 14 (type 1). Relative position vector is (1.720111,0.186396,-0.732133), distance is 1.878708 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 1). Relative position vector is (-0.089663,-1.570786,-0.839947), distance is 1.783513 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the pair potential! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.089663,1.570786,0.839947), distance is 1.783513 Short distance in the transfer function! Involved particles are 0 (type 1) and 16 (type 0). Relative position vector is (-1.720111,-0.186396,0.732133), distance is 1.878708 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.024002,-1.642303,0.777108), distance is 1.817039 Short distance in the pair potential! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the pair potential! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the pair potential! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 4 (type 1) and 2 (type 0). Relative position vector is (-1.720111,-0.186396,0.732133), distance is 1.878708 Short distance in the pair potential! Involved particles are 4 (type 1) and 6 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 4 (type 1) and 6 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 4 (type 1) and 7 (type 0). Relative position vector is (0.089663,1.570786,0.839947), distance is 1.783513 Short distance in the transfer function! Involved particles are 5 (type 1) and 6 (type 0). Relative position vector is (-0.024002,-1.642303,0.777108), distance is 1.817039 Short distance in the pair potential! Involved particles are 5 (type 1) and 7 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 5 (type 1) and 7 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the pair potential! Involved particles are 6 (type 0) and 4 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the pair potential! Involved particles are 7 (type 0) and 5 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.089663,1.570786,0.839947), distance is 1.783513 Short distance in the embedding function! Involved particles are 0 (type 1) and 16 (type 0). Relative position vector is (-1.720111,-0.186396,0.732133), distance is 1.878708 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (-0.024002,-1.642303,0.777108), distance is 1.817039 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 1 (type 1) and 3 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (0.024002,1.642303,-0.777108), distance is 1.817039 Short distance in the embedding function! Involved particles are 2 (type 0) and 4 (type 1). Relative position vector is (1.720111,0.186396,-0.732133), distance is 1.878708 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 1). Relative position vector is (-0.089663,-1.570786,-0.839947), distance is 1.783513 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 4 (type 1) and 2 (type 0). Relative position vector is (-1.720111,-0.186396,0.732133), distance is 1.878708 Short distance in the embedding function! Involved particles are 4 (type 1) and 6 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 4 (type 1) and 6 (type 0). Relative position vector is (1.279889,-0.186396,0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 4 (type 1) and 7 (type 0). Relative position vector is (0.089663,1.570786,0.839947), distance is 1.783513 Short distance in the embedding function! Involved particles are 5 (type 1) and 6 (type 0). Relative position vector is (-0.024002,-1.642303,0.777108), distance is 1.817039 Short distance in the embedding function! Involved particles are 5 (type 1) and 7 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 5 (type 1) and 7 (type 0). Relative position vector is (-1.214229,0.114879,0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 1). Relative position vector is (-1.279889,0.186396,-0.732133), distance is 1.486229 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 1). Relative position vector is (0.024002,1.642303,-0.777108), distance is 1.817039 Short distance in the embedding function! Involved particles are 6 (type 0) and 18 (type 1). Relative position vector is (1.720111,0.186396,-0.732133), distance is 1.878708 Short distance in the embedding function! Involved particles are 7 (type 0) and 4 (type 1). Relative position vector is (-0.089663,-1.570786,-0.839947), distance is 1.783513 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 1). Relative position vector is (1.214229,-0.114879,-0.884922), distance is 1.506863 Short distance in the transfer function! Involved particles are 2 (type 1) and 51 (type 0). Relative position vector is (0.120794,-1.285443,-1.249485), distance is 1.796710 Short distance in the transfer function! Involved particles are 3 (type 1) and 74 (type 0). Relative position vector is (-0.270234,-1.230633,1.244529), distance is 1.770970 Short distance in the embedding function! Involved particles are 0 (type 0) and 73 (type 1). Relative position vector is (0.270234,1.230633,-1.244529), distance is 1.770970 Short distance in the embedding function! Involved particles are 1 (type 0) and 96 (type 1). Relative position vector is (-0.120794,1.285443,1.249485), distance is 1.796710 Short distance in the embedding function! Involved particles are 2 (type 1) and 51 (type 0). Relative position vector is (0.120794,-1.285443,-1.249485), distance is 1.796710 Short distance in the embedding function! Involved particles are 3 (type 1) and 74 (type 0). Relative position vector is (-0.270234,-1.230633,1.244529), distance is 1.770970 Short distance in the transfer function! Involved particles are 2 (type 1) and 1 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 1). Relative position vector is (-0.120794,-1.448508,1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 2 (type 1) and 1 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the transfer function! Involved particles are 2 (type 1) and 1 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the transfer function! Involved particles are 6 (type 1) and 5 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the transfer function! Involved particles are 10 (type 1) and 9 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the transfer function! Involved particles are 14 (type 1) and 13 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 1). Relative position vector is (-0.120794,-1.448508,1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 2 (type 1) and 1 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 1). Relative position vector is (-0.120794,-1.448508,1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 6 (type 1) and 5 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 9 (type 0) and 10 (type 1). Relative position vector is (-0.120794,-1.448508,1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 10 (type 1) and 9 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 13 (type 0) and 14 (type 1). Relative position vector is (-0.120794,-1.448508,1.174553), distance is 1.868781 Short distance in the embedding function! Involved particles are 14 (type 1) and 13 (type 0). Relative position vector is (0.120794,1.448508,-1.174553), distance is 1.868781 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.032951,0.995755,1.540179), distance is 1.834329 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.032951,0.995755,1.540179), distance is 1.834329 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 1). Relative position vector is (-0.032951,-0.995755,-1.540179), distance is 1.834329 Short distance in the transfer function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.032951,0.995755,1.540179), distance is 1.834329 Short distance in the transfer function! Involved particles are 4 (type 1) and 7 (type 0). Relative position vector is (0.032951,0.995755,1.540179), distance is 1.834329 Short distance in the embedding function! Involved particles are 0 (type 1) and 3 (type 0). Relative position vector is (0.032951,0.995755,1.540179), distance is 1.834329 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 1). Relative position vector is (-0.032951,-0.995755,-1.540179), distance is 1.834329 Short distance in the embedding function! Involved particles are 4 (type 1) and 7 (type 0). Relative position vector is (0.032951,0.995755,1.540179), distance is 1.834329 Short distance in the embedding function! Involved particles are 7 (type 0) and 4 (type 1). Relative position vector is (-0.032951,-0.995755,-1.540179), distance is 1.834329 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.332901,-1.179522,1.234114), distance is 1.739291 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.332901,1.179522,-1.234114), distance is 1.739291 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (1.224006,-0.308712,-1.409013), distance is 1.891775 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.332901,-1.179522,1.234114), distance is 1.739291 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 1). Relative position vector is (-1.224006,0.308712,1.409013), distance is 1.891775 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.332901,1.179522,-1.234114), distance is 1.739291 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (1.224006,-0.308712,-1.409013), distance is 1.891775 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.504550,0.274084,0.796320), distance is 1.724215 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.332901,-1.272599,1.091877), distance is 1.709540 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.332901,1.272599,-1.091877), distance is 1.709540 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.504550,0.274084,0.796320), distance is 1.724215 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.332901,-1.272599,1.091877), distance is 1.709540 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.504550,-0.274084,-0.796320), distance is 1.724215 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.332901,1.272599,-1.091877), distance is 1.709540 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.504550,0.274084,0.796320), distance is 1.724215 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.332901,-1.272599,1.091877), distance is 1.709540 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.332901,1.272599,-1.091877), distance is 1.709540 Short distance in the transfer function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the transfer function! Involved particles are 4 (type 1) and 6 (type 0). Relative position vector is (1.504550,0.274084,0.796320), distance is 1.724215 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (0.332901,-1.272599,1.091877), distance is 1.709540 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (-0.332901,1.272599,-1.091877), distance is 1.709540 Short distance in the transfer function! Involved particles are 7 (type 1) and 5 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (1.504550,0.274084,0.796320), distance is 1.724215 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.332901,-1.272599,1.091877), distance is 1.709540 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-1.504550,-0.274084,-0.796320), distance is 1.724215 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (-0.332901,1.272599,-1.091877), distance is 1.709540 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 3 (type 1) and 1 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 4 (type 1) and 6 (type 0). Relative position vector is (1.504550,0.274084,0.796320), distance is 1.724215 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (0.332901,-1.272599,1.091877), distance is 1.709540 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 1). Relative position vector is (-0.991432,0.308712,1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 1). Relative position vector is (-1.504550,-0.274084,-0.796320), distance is 1.724215 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (-0.332901,1.272599,-1.091877), distance is 1.709540 Short distance in the embedding function! Involved particles are 7 (type 1) and 5 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 Short distance in the embedding function! Involved particles are 7 (type 1) and 5 (type 0). Relative position vector is (0.991432,-0.308712,-1.266776), distance is 1.637975 {"usertime":4.14,"memmax":104088,"memavg":0}