Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 465 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 490 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 493 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 494 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 659 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 661 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 663 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 686 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 687 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 686 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 687 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 710 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 712 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 714 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 879 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 880 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 883 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 1 (type 0) and 908 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 661 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 663 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 665 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 688 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 689 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 855 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 880 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 883 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 2 (type 0) and 884 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 493 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 494 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 497 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 522 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 688 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 689 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 712 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 714 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the transfer function! Involved particles are 3 (type 0) and 716 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 465 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 490 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 493 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 494 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 659 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 661 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 663 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 686 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 0 (type 0) and 687 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 686 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 687 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 710 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 712 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 714 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 879 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 880 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 883 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 1 (type 0) and 908 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 661 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 663 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 665 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 688 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 689 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 855 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 880 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 883 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 2 (type 0) and 884 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.000000,-1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 493 (type 0). Relative position vector is (-1.250000,0.000000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 494 (type 0). Relative position vector is (-1.250000,-1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 497 (type 0). Relative position vector is (-1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 522 (type 0). Relative position vector is (-1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 688 (type 0). Relative position vector is (0.000000,-1.250000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 689 (type 0). Relative position vector is (1.250000,0.000000,1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 712 (type 0). Relative position vector is (0.000000,1.250000,-1.250000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 714 (type 0). Relative position vector is (1.250000,1.250000,0.000000), distance is 1.767767 Short distance in the embedding function! Involved particles are 3 (type 0) and 716 (type 0). Relative position vector is (0.000000,1.250000,1.250000), distance is 1.767767 Short distance in the transfer function! Involved particles are 0 (type 0) and 465 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 490 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 659 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 494 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 663 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 493 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 687 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 661 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 686 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 687 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 712 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 686 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 880 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 710 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 879 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 908 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 714 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 1 (type 0) and 883 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 663 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 688 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 661 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 880 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 665 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 855 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 884 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 689 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 883 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 494 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 688 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 493 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 712 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 497 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 522 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 716 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 689 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the transfer function! Involved particles are 3 (type 0) and 714 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 465 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 490 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 659 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 494 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 663 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 493 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 687 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 3 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 661 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 686 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 2 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 0 (type 0) and 1 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 0 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 687 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 712 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 3 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 686 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 880 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 2 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 710 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 879 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 908 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 714 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 1 (type 0) and 883 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 663 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 688 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 3 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 661 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 880 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 665 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 855 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 884 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 689 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 2 (type 0) and 883 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 0 (type 0). Relative position vector is (0.000000,-1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 494 (type 0). Relative position vector is (-1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 688 (type 0). Relative position vector is (0.000000,-1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 493 (type 0). Relative position vector is (-1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 712 (type 0). Relative position vector is (0.000000,1.312500,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 497 (type 0). Relative position vector is (-1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 522 (type 0). Relative position vector is (-1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 716 (type 0). Relative position vector is (0.000000,1.312500,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 2 (type 0). Relative position vector is (1.312500,-1.312500,0.000000), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 1 (type 0). Relative position vector is (1.312500,0.000000,-1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 689 (type 0). Relative position vector is (1.312500,0.000000,1.312500), distance is 1.856155 Short distance in the embedding function! Involved particles are 3 (type 0) and 714 (type 0). Relative position vector is (1.312500,1.312500,0.000000), distance is 1.856155 Short distance in the transfer function! Involved particles are 2 (type 0) and 16 (type 0). Relative position vector is (-1.902853,0.117148,0.070912), distance is 1.907774 Short distance in the transfer function! Involved particles are 16 (type 0) and 2 (type 0). Relative position vector is (1.902853,-0.117148,-0.070912), distance is 1.907774 Short distance in the embedding function! Involved particles are 2 (type 0) and 16 (type 0). Relative position vector is (-1.902853,0.117148,0.070912), distance is 1.907774 Short distance in the embedding function! Involved particles are 16 (type 0) and 2 (type 0). Relative position vector is (1.902853,-0.117148,-0.070912), distance is 1.907774 Short distance in the transfer function! Involved particles are 3 (type 0) and 10 (type 0). Relative position vector is (0.505318,1.802056,-0.158983), distance is 1.878305 Short distance in the transfer function! Involved particles are 10 (type 0) and 3 (type 0). Relative position vector is (-0.505318,-1.802056,0.158983), distance is 1.878305 Short distance in the embedding function! Involved particles are 3 (type 0) and 10 (type 0). Relative position vector is (0.505318,1.802056,-0.158983), distance is 1.878305 Short distance in the embedding function! Involved particles are 10 (type 0) and 3 (type 0). Relative position vector is (-0.505318,-1.802056,0.158983), distance is 1.878305 Short distance in the pair potential! Involved particles are 3 (type 0) and 11 (type 0). Relative position vector is (0.149805,1.562192,-0.048274), distance is 1.570101 Short distance in the transfer function! Involved particles are 3 (type 0) and 11 (type 0). Relative position vector is (0.149805,1.562192,-0.048274), distance is 1.570101 Short distance in the pair potential! Involved particles are 11 (type 0) and 3 (type 0). Relative position vector is (-0.149805,-1.562192,0.048274), distance is 1.570101 Short distance in the transfer function! Involved particles are 11 (type 0) and 3 (type 0). Relative position vector is (-0.149805,-1.562192,0.048274), distance is 1.570101 Short distance in the embedding function! Involved particles are 3 (type 0) and 11 (type 0). Relative position vector is (0.149805,1.562192,-0.048274), distance is 1.570101 Short distance in the embedding function! Involved particles are 11 (type 0) and 3 (type 0). Relative position vector is (-0.149805,-1.562192,0.048274), distance is 1.570101 Short distance in the pair potential! Involved particles are 0 (type 0) and 4 (type 0). Relative position vector is (1.059831,-0.247745,-0.008536), distance is 1.088435 Short distance in the transfer function! Involved particles are 0 (type 0) and 4 (type 0). Relative position vector is (1.059831,-0.247745,-0.008536), distance is 1.088435 Short distance in the pair potential! Involved particles are 4 (type 0) and 0 (type 0). Relative position vector is (-1.059831,0.247745,0.008536), distance is 1.088435 Short distance in the transfer function! Involved particles are 4 (type 0) and 0 (type 0). Relative position vector is (-1.059831,0.247745,0.008536), distance is 1.088435 Short distance in the embedding function! Involved particles are 0 (type 0) and 4 (type 0). Relative position vector is (1.059831,-0.247745,-0.008536), distance is 1.088435 Short distance in the embedding function! Involved particles are 4 (type 0) and 0 (type 0). Relative position vector is (-1.059831,0.247745,0.008536), distance is 1.088435 Short distance in the pair potential! Involved particles are 1 (type 0) and 5 (type 0). Relative position vector is (0.327860,-0.085646,0.022639), distance is 0.339617 Short distance in the transfer function! Involved particles are 1 (type 0) and 5 (type 0). Relative position vector is (0.327860,-0.085646,0.022639), distance is 0.339617 Short distance in the pair potential! Involved particles are 5 (type 0) and 1 (type 0). Relative position vector is (-0.327860,0.085646,-0.022639), distance is 0.339617 Short distance in the transfer function! Involved particles are 5 (type 0) and 1 (type 0). Relative position vector is (-0.327860,0.085646,-0.022639), distance is 0.339617 Short distance in the embedding function! Involved particles are 1 (type 0) and 5 (type 0). Relative position vector is (0.327860,-0.085646,0.022639), distance is 0.339617 Short distance in the embedding function! Involved particles are 5 (type 0) and 1 (type 0). Relative position vector is (-0.327860,0.085646,-0.022639), distance is 0.339617 Short distance in the pair potential! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (0.598479,0.111775,0.271316), distance is 0.666545 Short distance in the transfer function! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (0.598479,0.111775,0.271316), distance is 0.666545 Short distance in the pair potential! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (-0.598479,-0.111775,-0.271316), distance is 0.666545 Short distance in the transfer function! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (-0.598479,-0.111775,-0.271316), distance is 0.666545 Short distance in the embedding function! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (0.598479,0.111775,0.271316), distance is 0.666545 Short distance in the embedding function! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (-0.598479,-0.111775,-0.271316), distance is 0.666545 Short distance in the transfer function! Involved particles are 6 (type 0) and 21 (type 0). Relative position vector is (0.309567,0.000852,1.884661), distance is 1.909917 Short distance in the transfer function! Involved particles are 21 (type 0) and 6 (type 0). Relative position vector is (-0.309567,-0.000852,-1.884661), distance is 1.909917 Short distance in the embedding function! Involved particles are 6 (type 0) and 21 (type 0). Relative position vector is (0.309567,0.000852,1.884661), distance is 1.909917 Short distance in the embedding function! Involved particles are 21 (type 0) and 6 (type 0). Relative position vector is (-0.309567,-0.000852,-1.884661), distance is 1.909917 Short distance in the transfer function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.809759,-0.029512,-0.240758), distance is 1.825941 Short distance in the transfer function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.809759,0.029512,0.240758), distance is 1.825941 Short distance in the embedding function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.809759,-0.029512,-0.240758), distance is 1.825941 Short distance in the embedding function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.809759,0.029512,0.240758), distance is 1.825941 Short distance in the pair potential! Involved particles are 3 (type 0) and 7 (type 0). Relative position vector is (1.271313,0.065820,0.018279), distance is 1.273147 Short distance in the transfer function! Involved particles are 3 (type 0) and 7 (type 0). Relative position vector is (1.271313,0.065820,0.018279), distance is 1.273147 Short distance in the pair potential! Involved particles are 7 (type 0) and 3 (type 0). Relative position vector is (-1.271313,-0.065820,-0.018279), distance is 1.273147 Short distance in the transfer function! Involved particles are 7 (type 0) and 3 (type 0). Relative position vector is (-1.271313,-0.065820,-0.018279), distance is 1.273147 Short distance in the embedding function! Involved particles are 3 (type 0) and 7 (type 0). Relative position vector is (1.271313,0.065820,0.018279), distance is 1.273147 Short distance in the embedding function! Involved particles are 7 (type 0) and 3 (type 0). Relative position vector is (-1.271313,-0.065820,-0.018279), distance is 1.273147 Short distance in the transfer function! Involved particles are 7 (type 0) and 10 (type 0). Relative position vector is (-0.469576,1.736236,-0.177262), distance is 1.807329 Short distance in the transfer function! Involved particles are 10 (type 0) and 7 (type 0). Relative position vector is (0.469576,-1.736236,0.177262), distance is 1.807329 Short distance in the embedding function! Involved particles are 7 (type 0) and 10 (type 0). Relative position vector is (-0.469576,1.736236,-0.177262), distance is 1.807329 Short distance in the embedding function! Involved particles are 10 (type 0) and 7 (type 0). Relative position vector is (0.469576,-1.736236,0.177262), distance is 1.807329 Short distance in the transfer function! Involved particles are 7 (type 0) and 12 (type 0). Relative position vector is (0.073450,-0.501895,-1.630795), distance is 1.707860 Short distance in the pair potential! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (-0.248055,1.403204,0.136114), distance is 1.431447 Short distance in the transfer function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (-0.248055,1.403204,0.136114), distance is 1.431447 Short distance in the transfer function! Involved particles are 12 (type 0) and 7 (type 0). Relative position vector is (-0.073450,0.501895,1.630795), distance is 1.707860 Short distance in the pair potential! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (0.248055,-1.403204,-0.136114), distance is 1.431447 Short distance in the transfer function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (0.248055,-1.403204,-0.136114), distance is 1.431447 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 0). Relative position vector is (0.073450,-0.501895,-1.630795), distance is 1.707860 Short distance in the embedding function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (-0.248055,1.403204,0.136114), distance is 1.431447 Short distance in the embedding function! Involved particles are 12 (type 0) and 7 (type 0). Relative position vector is (-0.073450,0.501895,1.630795), distance is 1.707860 Short distance in the embedding function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (0.248055,-1.403204,-0.136114), distance is 1.431447 Short distance in the transfer function! Involved particles are 7 (type 0) and 12 (type 0). Relative position vector is (0.073450,0.760546,-1.630795), distance is 1.800922 Short distance in the transfer function! Involved particles are 12 (type 0) and 7 (type 0). Relative position vector is (-0.073450,-0.760546,1.630795), distance is 1.800922 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 0). Relative position vector is (0.073450,0.760546,-1.630795), distance is 1.800922 Short distance in the embedding function! Involved particles are 12 (type 0) and 7 (type 0). Relative position vector is (-0.073450,-0.760546,1.630795), distance is 1.800922 Short distance in the transfer function! Involved particles are 7 (type 0) and 28 (type 0). Relative position vector is (-0.028409,1.733460,0.008943), distance is 1.733716 Short distance in the transfer function! Involved particles are 28 (type 0) and 7 (type 0). Relative position vector is (0.028409,-1.733460,-0.008943), distance is 1.733716 Short distance in the embedding function! Involved particles are 7 (type 0) and 28 (type 0). Relative position vector is (-0.028409,1.733460,0.008943), distance is 1.733716 Short distance in the embedding function! Involved particles are 28 (type 0) and 7 (type 0). Relative position vector is (0.028409,-1.733460,-0.008943), distance is 1.733716 Short distance in the transfer function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.178386,-0.282098,1.788327), distance is 1.819207 Short distance in the transfer function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.178386,0.282098,-1.788327), distance is 1.819207 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (0.178386,-0.282098,1.788327), distance is 1.819207 Short distance in the embedding function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (-0.178386,0.282098,-1.788327), distance is 1.819207 Short distance in the pair potential! Involved particles are 0 (type 0) and 8 (type 0). Relative position vector is (0.234457,1.009635,0.051411), distance is 1.037775 Short distance in the transfer function! Involved particles are 0 (type 0) and 8 (type 0). Relative position vector is (0.234457,1.009635,0.051411), distance is 1.037775 Short distance in the pair potential! Involved particles are 8 (type 0) and 0 (type 0). Relative position vector is (-0.234457,-1.009635,-0.051411), distance is 1.037775 Short distance in the transfer function! Involved particles are 8 (type 0) and 0 (type 0). Relative position vector is (-0.234457,-1.009635,-0.051411), distance is 1.037775 Short distance in the embedding function! Involved particles are 0 (type 0) and 8 (type 0). Relative position vector is (0.234457,1.009635,0.051411), distance is 1.037775 Short distance in the embedding function! Involved particles are 8 (type 0) and 0 (type 0). Relative position vector is (-0.234457,-1.009635,-0.051411), distance is 1.037775 Short distance in the transfer function! Involved particles are 9 (type 0) and 13 (type 0). Relative position vector is (1.879516,-0.087122,0.009593), distance is 1.881559 Short distance in the transfer function! Involved particles are 13 (type 0) and 9 (type 0). Relative position vector is (-1.879516,0.087122,-0.009593), distance is 1.881559 Short distance in the embedding function! Involved particles are 9 (type 0) and 13 (type 0). Relative position vector is (1.879516,-0.087122,0.009593), distance is 1.881559 Short distance in the embedding function! Involved particles are 13 (type 0) and 9 (type 0). Relative position vector is (-1.879516,0.087122,-0.009593), distance is 1.881559 Short distance in the transfer function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (0.017834,-0.086512,1.897671), distance is 1.899725 Short distance in the transfer function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (-0.017834,0.086512,-1.897671), distance is 1.899725 Short distance in the embedding function! Involved particles are 9 (type 0) and 11 (type 0). Relative position vector is (0.017834,-0.086512,1.897671), distance is 1.899725 Short distance in the embedding function! Involved particles are 11 (type 0) and 9 (type 0). Relative position vector is (-0.017834,0.086512,-1.897671), distance is 1.899725 Short distance in the pair potential! Involved particles are 1 (type 0) and 9 (type 0). Relative position vector is (0.087115,0.500336,0.249334), distance is 0.565767 Short distance in the transfer function! Involved particles are 1 (type 0) and 9 (type 0). Relative position vector is (0.087115,0.500336,0.249334), distance is 0.565767 Short distance in the pair potential! Involved particles are 9 (type 0) and 1 (type 0). Relative position vector is (-0.087115,-0.500336,-0.249334), distance is 0.565767 Short distance in the transfer function! Involved particles are 9 (type 0) and 1 (type 0). Relative position vector is (-0.087115,-0.500336,-0.249334), distance is 0.565767 Short distance in the embedding function! Involved particles are 1 (type 0) and 9 (type 0). Relative position vector is (0.087115,0.500336,0.249334), distance is 0.565767 Short distance in the embedding function! Involved particles are 9 (type 0) and 1 (type 0). Relative position vector is (-0.087115,-0.500336,-0.249334), distance is 0.565767 Short distance in the transfer function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.066492,-0.305228,1.786962), distance is 1.814061 Short distance in the transfer function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.066492,0.305228,-1.786962), distance is 1.814061 Short distance in the embedding function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.066492,-0.305228,1.786962), distance is 1.814061 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.066492,0.305228,-1.786962), distance is 1.814061 Short distance in the transfer function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.858608,-0.142079,0.100337), distance is 1.866729 Short distance in the transfer function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.858608,0.142079,-0.100337), distance is 1.866729 Short distance in the embedding function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.858608,-0.142079,0.100337), distance is 1.866729 Short distance in the embedding function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.858608,0.142079,-0.100337), distance is 1.866729 Short distance in the transfer function! Involved particles are 7 (type 0) and 10 (type 0). Relative position vector is (0.227029,1.736236,-0.177262), distance is 1.759966 Short distance in the transfer function! Involved particles are 10 (type 0) and 7 (type 0). Relative position vector is (-0.227029,-1.736236,0.177262), distance is 1.759966 Short distance in the pair potential! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (-0.153580,0.286751,-1.453534), distance is 1.489487 Short distance in the transfer function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (-0.153580,0.286751,-1.453534), distance is 1.489487 Short distance in the transfer function! Involved particles are 10 (type 0) and 14 (type 0). Relative position vector is (1.707629,0.317368,0.448288), distance is 1.793790 Short distance in the pair potential! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (0.153580,-0.286751,1.453534), distance is 1.489487 Short distance in the transfer function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (0.153580,-0.286751,1.453534), distance is 1.489487 Short distance in the transfer function! Involved particles are 14 (type 0) and 10 (type 0). Relative position vector is (-1.707629,-0.317368,-0.448288), distance is 1.793790 Short distance in the embedding function! Involved particles are 7 (type 0) and 10 (type 0). Relative position vector is (0.227029,1.736236,-0.177262), distance is 1.759966 Short distance in the embedding function! Involved particles are 10 (type 0) and 7 (type 0). Relative position vector is (-0.227029,-1.736236,0.177262), distance is 1.759966 Short distance in the embedding function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (-0.153580,0.286751,-1.453534), distance is 1.489487 Short distance in the embedding function! Involved particles are 10 (type 0) and 14 (type 0). Relative position vector is (1.707629,0.317368,0.448288), distance is 1.793790 Short distance in the embedding function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (0.153580,-0.286751,1.453534), distance is 1.489487 Short distance in the embedding function! Involved particles are 14 (type 0) and 10 (type 0). Relative position vector is (-1.707629,-0.317368,-0.448288), distance is 1.793790 Short distance in the transfer function! Involved particles are 3 (type 0) and 10 (type 0). Relative position vector is (0.105133,1.802056,-0.158983), distance is 1.812108 Short distance in the transfer function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (-0.221799,-0.282098,1.788327), distance is 1.823976 Short distance in the transfer function! Involved particles are 10 (type 0) and 3 (type 0). Relative position vector is (-0.105133,-1.802056,0.158983), distance is 1.812108 Short distance in the transfer function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (0.221799,0.282098,-1.788327), distance is 1.823976 Short distance in the embedding function! Involved particles are 3 (type 0) and 10 (type 0). Relative position vector is (0.105133,1.802056,-0.158983), distance is 1.812108 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 0). Relative position vector is (-0.221799,-0.282098,1.788327), distance is 1.823976 Short distance in the embedding function! Involved particles are 10 (type 0) and 3 (type 0). Relative position vector is (-0.105133,-1.802056,0.158983), distance is 1.812108 Short distance in the embedding function! Involved particles are 10 (type 0) and 8 (type 0). Relative position vector is (0.221799,0.282098,-1.788327), distance is 1.823976 Short distance in the transfer function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (1.046513,0.286751,-1.453534), distance is 1.813884 Short distance in the transfer function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (-1.046513,-0.286751,1.453534), distance is 1.813884 Short distance in the embedding function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (1.046513,0.286751,-1.453534), distance is 1.813884 Short distance in the embedding function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (-1.046513,-0.286751,1.453534), distance is 1.813884 Short distance in the pair potential! Involved particles are 2 (type 0) and 10 (type 0). Relative position vector is (0.496909,1.083528,-0.170528), distance is 1.204173 Short distance in the transfer function! Involved particles are 2 (type 0) and 10 (type 0). Relative position vector is (0.496909,1.083528,-0.170528), distance is 1.204173 Short distance in the pair potential! Involved particles are 10 (type 0) and 2 (type 0). Relative position vector is (-0.496909,-1.083528,0.170528), distance is 1.204173 Short distance in the transfer function! Involved particles are 10 (type 0) and 2 (type 0). Relative position vector is (-0.496909,-1.083528,0.170528), distance is 1.204173 Short distance in the embedding function! Involved particles are 2 (type 0) and 10 (type 0). Relative position vector is (0.496909,1.083528,-0.170528), distance is 1.204173 Short distance in the embedding function! Involved particles are 10 (type 0) and 2 (type 0). Relative position vector is (-0.496909,-1.083528,0.170528), distance is 1.204173 Short distance in the transfer function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.066492,-0.671847,1.786962), distance is 1.910244 Short distance in the transfer function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.066492,0.671847,-1.786962), distance is 1.910244 Short distance in the embedding function! Involved particles are 9 (type 0) and 10 (type 0). Relative position vector is (-0.066492,-0.671847,1.786962), distance is 1.910244 Short distance in the embedding function! Involved particles are 10 (type 0) and 9 (type 0). Relative position vector is (0.066492,0.671847,-1.786962), distance is 1.910244 Short distance in the pair potential! Involved particles are 3 (type 0) and 11 (type 0). Relative position vector is (0.149805,0.014956,-0.048274), distance is 0.158099 Short distance in the transfer function! Involved particles are 3 (type 0) and 11 (type 0). Relative position vector is (0.149805,0.014956,-0.048274), distance is 0.158099 Short distance in the pair potential! Involved particles are 11 (type 0) and 3 (type 0). Relative position vector is (-0.149805,-0.014956,0.048274), distance is 0.158099 Short distance in the transfer function! Involved particles are 11 (type 0) and 3 (type 0). Relative position vector is (-0.149805,-0.014956,0.048274), distance is 0.158099 Short distance in the embedding function! Involved particles are 3 (type 0) and 11 (type 0). Relative position vector is (0.149805,0.014956,-0.048274), distance is 0.158099 Short distance in the embedding function! Involved particles are 11 (type 0) and 3 (type 0). Relative position vector is (-0.149805,-0.014956,0.048274), distance is 0.158099 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.177127,-0.051940,1.899036), distance is 1.907986 Short distance in the transfer function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.177127,0.051940,-1.899036), distance is 1.907986 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.177127,-0.051940,1.899036), distance is 1.907986 Short distance in the embedding function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.177127,0.051940,-1.899036), distance is 1.907986 Short distance in the pair potential! Involved particles are 8 (type 0) and 12 (type 0). Relative position vector is (0.991268,0.004653,0.334794), distance is 1.046289 Short distance in the transfer function! Involved particles are 8 (type 0) and 12 (type 0). Relative position vector is (0.991268,0.004653,0.334794), distance is 1.046289 Short distance in the transfer function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (-1.187118,0.286751,-1.453534), distance is 1.898482 Short distance in the pair potential! Involved particles are 12 (type 0) and 8 (type 0). Relative position vector is (-0.991268,-0.004653,-0.334794), distance is 1.046289 Short distance in the transfer function! Involved particles are 12 (type 0) and 8 (type 0). Relative position vector is (-0.991268,-0.004653,-0.334794), distance is 1.046289 Short distance in the transfer function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (1.187118,-0.286751,1.453534), distance is 1.898482 Short distance in the embedding function! Involved particles are 8 (type 0) and 12 (type 0). Relative position vector is (0.991268,0.004653,0.334794), distance is 1.046289 Short distance in the embedding function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (-1.187118,0.286751,-1.453534), distance is 1.898482 Short distance in the embedding function! Involved particles are 12 (type 0) and 8 (type 0). Relative position vector is (-0.991268,-0.004653,-0.334794), distance is 1.046289 Short distance in the embedding function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (1.187118,-0.286751,1.453534), distance is 1.898482 Short distance in the transfer function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.144347,0.030617,1.901822), distance is 1.907537 Short distance in the transfer function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.144347,-0.030617,-1.901822), distance is 1.907537 Short distance in the embedding function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (0.144347,0.030617,1.901822), distance is 1.907537 Short distance in the embedding function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-0.144347,-0.030617,-1.901822), distance is 1.907537 Short distance in the pair potential! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (0.529744,0.286751,-1.453534), distance is 1.573408 Short distance in the transfer function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (0.529744,0.286751,-1.453534), distance is 1.573408 Short distance in the pair potential! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (-0.529744,-0.286751,1.453534), distance is 1.573408 Short distance in the transfer function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (-0.529744,-0.286751,1.453534), distance is 1.573408 Short distance in the embedding function! Involved particles are 10 (type 0) and 12 (type 0). Relative position vector is (0.529744,0.286751,-1.453534), distance is 1.573408 Short distance in the embedding function! Involved particles are 12 (type 0) and 10 (type 0). Relative position vector is (-0.529744,-0.286751,1.453534), distance is 1.573408 Short distance in the pair potential! Involved particles are 4 (type 0) and 12 (type 0). Relative position vector is (0.262493,1.260358,0.394741), distance is 1.346560 Short distance in the transfer function! Involved particles are 4 (type 0) and 12 (type 0). Relative position vector is (0.262493,1.260358,0.394741), distance is 1.346560 Short distance in the pair potential! Involved particles are 12 (type 0) and 4 (type 0). Relative position vector is (-0.262493,-1.260358,-0.394741), distance is 1.346560 Short distance in the transfer function! Involved particles are 12 (type 0) and 4 (type 0). Relative position vector is (-0.262493,-1.260358,-0.394741), distance is 1.346560 Short distance in the embedding function! Involved particles are 4 (type 0) and 12 (type 0). Relative position vector is (0.262493,1.260358,0.394741), distance is 1.346560 Short distance in the embedding function! Involved particles are 12 (type 0) and 4 (type 0). Relative position vector is (-0.262493,-1.260358,-0.394741), distance is 1.346560 Short distance in the transfer function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (-0.321505,0.190036,1.766909), distance is 1.805948 Short distance in the transfer function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (0.321505,-0.190036,-1.766909), distance is 1.805948 Short distance in the embedding function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (-0.321505,0.190036,1.766909), distance is 1.805948 Short distance in the embedding function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (0.321505,-0.190036,-1.766909), distance is 1.805948 Short distance in the pair potential! Involved particles are 7 (type 0) and 12 (type 0). Relative position vector is (0.073450,0.307924,-1.630795), distance is 1.661236 Short distance in the transfer function! Involved particles are 7 (type 0) and 12 (type 0). Relative position vector is (0.073450,0.307924,-1.630795), distance is 1.661236 Short distance in the pair potential! Involved particles are 12 (type 0) and 7 (type 0). Relative position vector is (-0.073450,-0.307924,1.630795), distance is 1.661236 Short distance in the transfer function! Involved particles are 12 (type 0) and 7 (type 0). Relative position vector is (-0.073450,-0.307924,1.630795), distance is 1.661236 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 0). Relative position vector is (0.073450,0.307924,-1.630795), distance is 1.661236 Short distance in the embedding function! Involved particles are 12 (type 0) and 7 (type 0). Relative position vector is (-0.073450,-0.307924,1.630795), distance is 1.661236 Short distance in the transfer function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (1.861209,0.030617,-0.098178), distance is 1.864048 Short distance in the transfer function! Involved particles are 12 (type 0) and 28 (type 0). Relative position vector is (-0.101858,-0.289527,1.888842), distance is 1.913615 Short distance in the transfer function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-1.861209,-0.030617,0.098178), distance is 1.864048 Short distance in the transfer function! Involved particles are 28 (type 0) and 12 (type 0). Relative position vector is (0.101858,0.289527,-1.888842), distance is 1.913615 Short distance in the embedding function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (1.861209,0.030617,-0.098178), distance is 1.864048 Short distance in the embedding function! Involved particles are 12 (type 0) and 28 (type 0). Relative position vector is (-0.101858,-0.289527,1.888842), distance is 1.913615 Short distance in the embedding function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (-1.861209,-0.030617,0.098178), distance is 1.864048 Short distance in the embedding function! Involved particles are 28 (type 0) and 12 (type 0). Relative position vector is (0.101858,0.289527,-1.888842), distance is 1.913615 Short distance in the pair potential! Involved particles are 9 (type 0) and 13 (type 0). Relative position vector is (0.235287,-0.087122,0.009593), distance is 0.251082 Short distance in the transfer function! Involved particles are 9 (type 0) and 13 (type 0). Relative position vector is (0.235287,-0.087122,0.009593), distance is 0.251082 Short distance in the pair potential! Involved particles are 13 (type 0) and 9 (type 0). Relative position vector is (-0.235287,0.087122,-0.009593), distance is 0.251082 Short distance in the transfer function! Involved particles are 13 (type 0) and 9 (type 0). Relative position vector is (-0.235287,0.087122,-0.009593), distance is 0.251082 Short distance in the embedding function! Involved particles are 9 (type 0) and 13 (type 0). Relative position vector is (0.235287,-0.087122,0.009593), distance is 0.251082 Short distance in the embedding function! Involved particles are 13 (type 0) and 9 (type 0). Relative position vector is (-0.235287,0.087122,-0.009593), distance is 0.251082 Short distance in the pair potential! Involved particles are 5 (type 0) and 13 (type 0). Relative position vector is (-0.007369,0.521906,0.236287), distance is 0.572950 Short distance in the transfer function! Involved particles are 5 (type 0) and 13 (type 0). Relative position vector is (-0.007369,0.521906,0.236287), distance is 0.572950 Short distance in the pair potential! Involved particles are 13 (type 0) and 5 (type 0). Relative position vector is (0.007369,-0.521906,-0.236287), distance is 0.572950 Short distance in the transfer function! Involved particles are 13 (type 0) and 5 (type 0). Relative position vector is (0.007369,-0.521906,-0.236287), distance is 0.572950 Short distance in the embedding function! Involved particles are 5 (type 0) and 13 (type 0). Relative position vector is (-0.007369,0.521906,0.236287), distance is 0.572950 Short distance in the embedding function! Involved particles are 13 (type 0) and 5 (type 0). Relative position vector is (0.007369,-0.521906,-0.236287), distance is 0.572950 Short distance in the pair potential! Involved particles are 10 (type 0) and 14 (type 0). Relative position vector is (0.097237,0.317368,0.448288), distance is 0.557799 Short distance in the transfer function! Involved particles are 10 (type 0) and 14 (type 0). Relative position vector is (0.097237,0.317368,0.448288), distance is 0.557799 Short distance in the pair potential! Involved particles are 14 (type 0) and 10 (type 0). Relative position vector is (-0.097237,-0.317368,-0.448288), distance is 0.557799 Short distance in the transfer function! Involved particles are 14 (type 0) and 10 (type 0). Relative position vector is (-0.097237,-0.317368,-0.448288), distance is 0.557799 Short distance in the embedding function! Involved particles are 10 (type 0) and 14 (type 0). Relative position vector is (0.097237,0.317368,0.448288), distance is 0.557799 Short distance in the embedding function! Involved particles are 14 (type 0) and 10 (type 0). Relative position vector is (-0.097237,-0.317368,-0.448288), distance is 0.557799 Short distance in the transfer function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (-0.144080,0.030617,1.901822), distance is 1.907517 Short distance in the transfer function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (0.144080,-0.030617,-1.901822), distance is 1.907517 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.177425,1.874482,-0.134913), distance is 1.887688 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.177425,-1.874482,0.134913), distance is 1.887688 Short distance in the embedding function! Involved particles are 12 (type 0) and 14 (type 0). Relative position vector is (-0.144080,0.030617,1.901822), distance is 1.907517 Short distance in the embedding function! Involved particles are 14 (type 0) and 12 (type 0). Relative position vector is (0.144080,-0.030617,-1.901822), distance is 1.907517 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.177425,1.874482,-0.134913), distance is 1.887688 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.177425,-1.874482,0.134913), distance is 1.887688 Short distance in the pair potential! Involved particles are 6 (type 0) and 14 (type 0). Relative position vector is (-0.005928,1.172171,0.006444), distance is 1.172204 Short distance in the transfer function! Involved particles are 6 (type 0) and 14 (type 0). Relative position vector is (-0.005928,1.172171,0.006444), distance is 1.172204 Short distance in the pair potential! Involved particles are 14 (type 0) and 6 (type 0). Relative position vector is (0.005928,-1.172171,-0.006444), distance is 1.172204 Short distance in the transfer function! Involved particles are 14 (type 0) and 6 (type 0). Relative position vector is (0.005928,-1.172171,-0.006444), distance is 1.172204 Short distance in the embedding function! Involved particles are 6 (type 0) and 14 (type 0). Relative position vector is (-0.005928,1.172171,0.006444), distance is 1.172204 Short distance in the embedding function! Involved particles are 14 (type 0) and 6 (type 0). Relative position vector is (0.005928,-1.172171,-0.006444), distance is 1.172204 Short distance in the pair potential! Involved particles are 14 (type 0) and 30 (type 0). Relative position vector is (0.014815,-0.065718,1.649239), distance is 1.650615 Short distance in the transfer function! Involved particles are 14 (type 0) and 30 (type 0). Relative position vector is (0.014815,-0.065718,1.649239), distance is 1.650615 Short distance in the pair potential! Involved particles are 30 (type 0) and 14 (type 0). Relative position vector is (-0.014815,0.065718,-1.649239), distance is 1.650615 Short distance in the transfer function! Involved particles are 30 (type 0) and 14 (type 0). Relative position vector is (-0.014815,0.065718,-1.649239), distance is 1.650615 Short distance in the embedding function! Involved particles are 14 (type 0) and 30 (type 0). Relative position vector is (0.014815,-0.065718,1.649239), distance is 1.650615 Short distance in the embedding function! Involved particles are 30 (type 0) and 14 (type 0). Relative position vector is (-0.014815,0.065718,-1.649239), distance is 1.650615 Short distance in the pair potential! Involved particles are 11 (type 0) and 15 (type 0). Relative position vector is (0.965863,-0.055567,0.202667), distance is 0.988460 Short distance in the transfer function! Involved particles are 11 (type 0) and 15 (type 0). Relative position vector is (0.965863,-0.055567,0.202667), distance is 0.988460 Short distance in the pair potential! Involved particles are 15 (type 0) and 11 (type 0). Relative position vector is (-0.965863,0.055567,-0.202667), distance is 0.988460 Short distance in the transfer function! Involved particles are 15 (type 0) and 11 (type 0). Relative position vector is (-0.965863,0.055567,-0.202667), distance is 0.988460 Short distance in the embedding function! Involved particles are 11 (type 0) and 15 (type 0). Relative position vector is (0.965863,-0.055567,0.202667), distance is 0.988460 Short distance in the embedding function! Involved particles are 15 (type 0) and 11 (type 0). Relative position vector is (-0.965863,0.055567,-0.202667), distance is 0.988460 Short distance in the pair potential! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (-0.248055,-0.091594,0.136114), distance is 0.297402 Short distance in the transfer function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (-0.248055,-0.091594,0.136114), distance is 0.297402 Short distance in the pair potential! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (0.248055,0.091594,-0.136114), distance is 0.297402 Short distance in the transfer function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (0.248055,0.091594,-0.136114), distance is 0.297402 Short distance in the embedding function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (-0.248055,-0.091594,0.136114), distance is 0.297402 Short distance in the embedding function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (0.248055,0.091594,-0.136114), distance is 0.297402 Short distance in the transfer function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (-0.321505,-0.104741,1.766909), distance is 1.798973 Short distance in the transfer function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (0.321505,0.104741,-1.766909), distance is 1.798973 Short distance in the embedding function! Involved particles are 12 (type 0) and 15 (type 0). Relative position vector is (-0.321505,-0.104741,1.766909), distance is 1.798973 Short distance in the embedding function! Involved particles are 15 (type 0) and 12 (type 0). Relative position vector is (0.321505,0.104741,-1.766909), distance is 1.798973 Short distance in the transfer function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.858608,-0.142079,-0.235287), distance is 1.878821 Short distance in the transfer function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.858608,0.142079,0.235287), distance is 1.878821 Short distance in the embedding function! Involved particles are 9 (type 0) and 15 (type 0). Relative position vector is (1.858608,-0.142079,-0.235287), distance is 1.878821 Short distance in the embedding function! Involved particles are 15 (type 0) and 9 (type 0). Relative position vector is (-1.858608,0.142079,0.235287), distance is 1.878821 Short distance in the pair potential! Involved particles are 0 (type 0) and 16 (type 0). Relative position vector is (0.013081,-0.134557,0.957651), distance is 0.967147 Short distance in the transfer function! Involved particles are 0 (type 0) and 16 (type 0). Relative position vector is (0.013081,-0.134557,0.957651), distance is 0.967147 Short distance in the pair potential! Involved particles are 16 (type 0) and 0 (type 0). Relative position vector is (-0.013081,0.134557,-0.957651), distance is 0.967147 Short distance in the transfer function! Involved particles are 16 (type 0) and 0 (type 0). Relative position vector is (-0.013081,0.134557,-0.957651), distance is 0.967147 Short distance in the embedding function! Involved particles are 0 (type 0) and 16 (type 0). Relative position vector is (0.013081,-0.134557,0.957651), distance is 0.967147 Short distance in the embedding function! Involved particles are 16 (type 0) and 0 (type 0). Relative position vector is (-0.013081,0.134557,-0.957651), distance is 0.967147 Short distance in the pair potential! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.668763,0.189089,-0.143899), distance is 1.685596 Short distance in the transfer function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.668763,0.189089,-0.143899), distance is 1.685596 Short distance in the pair potential! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.668763,-0.189089,0.143899), distance is 1.685596 Short distance in the transfer function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.668763,-0.189089,0.143899), distance is 1.685596 Short distance in the embedding function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.668763,0.189089,-0.143899), distance is 1.685596 Short distance in the embedding function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.668763,-0.189089,0.143899), distance is 1.685596 Short distance in the pair potential! Involved particles are 1 (type 0) and 17 (type 0). Relative position vector is (-0.276190,-0.027472,1.163583), distance is 1.196228 Short distance in the transfer function! Involved particles are 1 (type 0) and 17 (type 0). Relative position vector is (-0.276190,-0.027472,1.163583), distance is 1.196228 Short distance in the pair potential! Involved particles are 17 (type 0) and 1 (type 0). Relative position vector is (0.276190,0.027472,-1.163583), distance is 1.196228 Short distance in the transfer function! Involved particles are 17 (type 0) and 1 (type 0). Relative position vector is (0.276190,0.027472,-1.163583), distance is 1.196228 Short distance in the embedding function! Involved particles are 1 (type 0) and 17 (type 0). Relative position vector is (-0.276190,-0.027472,1.163583), distance is 1.196228 Short distance in the embedding function! Involved particles are 17 (type 0) and 1 (type 0). Relative position vector is (0.276190,0.027472,-1.163583), distance is 1.196228 Short distance in the pair potential! Involved particles are 2 (type 0) and 18 (type 0). Relative position vector is (0.247813,0.134331,0.403922), distance is 0.492554 Short distance in the transfer function! Involved particles are 2 (type 0) and 18 (type 0). Relative position vector is (0.247813,0.134331,0.403922), distance is 0.492554 Short distance in the pair potential! Involved particles are 18 (type 0) and 2 (type 0). Relative position vector is (-0.247813,-0.134331,-0.403922), distance is 0.492554 Short distance in the transfer function! Involved particles are 18 (type 0) and 2 (type 0). Relative position vector is (-0.247813,-0.134331,-0.403922), distance is 0.492554 Short distance in the embedding function! Involved particles are 2 (type 0) and 18 (type 0). Relative position vector is (0.247813,0.134331,0.403922), distance is 0.492554 Short distance in the embedding function! Involved particles are 18 (type 0) and 2 (type 0). Relative position vector is (-0.247813,-0.134331,-0.403922), distance is 0.492554 Short distance in the transfer function! Involved particles are 19 (type 0) and 26 (type 0). Relative position vector is (1.718649,0.276046,0.061433), distance is 1.741761 Short distance in the transfer function! Involved particles are 26 (type 0) and 19 (type 0). Relative position vector is (-1.718649,-0.276046,-0.061433), distance is 1.741761 Short distance in the embedding function! Involved particles are 19 (type 0) and 26 (type 0). Relative position vector is (1.718649,0.276046,0.061433), distance is 1.741761 Short distance in the embedding function! Involved particles are 26 (type 0) and 19 (type 0). Relative position vector is (-1.718649,-0.276046,-0.061433), distance is 1.741761 Short distance in the pair potential! Involved particles are 3 (type 0) and 19 (type 0). Relative position vector is (0.255039,-0.477976,0.432858), distance is 0.693450 Short distance in the transfer function! Involved particles are 3 (type 0) and 19 (type 0). Relative position vector is (0.255039,-0.477976,0.432858), distance is 0.693450 Short distance in the pair potential! Involved particles are 19 (type 0) and 3 (type 0). Relative position vector is (-0.255039,0.477976,-0.432858), distance is 0.693450 Short distance in the transfer function! Involved particles are 19 (type 0) and 3 (type 0). Relative position vector is (-0.255039,0.477976,-0.432858), distance is 0.693450 Short distance in the embedding function! Involved particles are 3 (type 0) and 19 (type 0). Relative position vector is (0.255039,-0.477976,0.432858), distance is 0.693450 Short distance in the embedding function! Involved particles are 19 (type 0) and 3 (type 0). Relative position vector is (-0.255039,0.477976,-0.432858), distance is 0.693450 Short distance in the pair potential! Involved particles are 16 (type 0) and 20 (type 0). Relative position vector is (1.249515,-0.034885,0.128909), distance is 1.256631 Short distance in the transfer function! Involved particles are 16 (type 0) and 20 (type 0). Relative position vector is (1.249515,-0.034885,0.128909), distance is 1.256631 Short distance in the pair potential! Involved particles are 20 (type 0) and 16 (type 0). Relative position vector is (-1.249515,0.034885,-0.128909), distance is 1.256631 Short distance in the transfer function! Involved particles are 20 (type 0) and 16 (type 0). Relative position vector is (-1.249515,0.034885,-0.128909), distance is 1.256631 Short distance in the embedding function! Involved particles are 16 (type 0) and 20 (type 0). Relative position vector is (1.249515,-0.034885,0.128909), distance is 1.256631 Short distance in the embedding function! Involved particles are 20 (type 0) and 16 (type 0). Relative position vector is (-1.249515,0.034885,-0.128909), distance is 1.256631 Short distance in the pair potential! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.319872,0.078303,1.047807), distance is 1.098339 Short distance in the transfer function! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.319872,0.078303,1.047807), distance is 1.098339 Short distance in the pair potential! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.319872,-0.078303,-1.047807), distance is 1.098339 Short distance in the transfer function! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.319872,-0.078303,-1.047807), distance is 1.098339 Short distance in the embedding function! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.319872,0.078303,1.047807), distance is 1.098339 Short distance in the embedding function! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.319872,-0.078303,-1.047807), distance is 1.098339 Short distance in the transfer function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.809759,-0.029512,0.465459), distance is 1.868890 Short distance in the transfer function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.809759,0.029512,-0.465459), distance is 1.868890 Short distance in the embedding function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.809759,-0.029512,0.465459), distance is 1.868890 Short distance in the embedding function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.809759,0.029512,-0.465459), distance is 1.868890 Short distance in the pair potential! Involved particles are 17 (type 0) and 21 (type 0). Relative position vector is (0.626354,-0.043786,-0.174556), distance is 0.651695 Short distance in the transfer function! Involved particles are 17 (type 0) and 21 (type 0). Relative position vector is (0.626354,-0.043786,-0.174556), distance is 0.651695 Short distance in the pair potential! Involved particles are 21 (type 0) and 17 (type 0). Relative position vector is (-0.626354,0.043786,0.174556), distance is 0.651695 Short distance in the transfer function! Involved particles are 21 (type 0) and 17 (type 0). Relative position vector is (-0.626354,0.043786,0.174556), distance is 0.651695 Short distance in the embedding function! Involved particles are 17 (type 0) and 21 (type 0). Relative position vector is (0.626354,-0.043786,-0.174556), distance is 0.651695 Short distance in the embedding function! Involved particles are 21 (type 0) and 17 (type 0). Relative position vector is (-0.626354,0.043786,0.174556), distance is 0.651695 Short distance in the pair potential! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (0.030091,0.014388,1.032074), distance is 1.032612 Short distance in the transfer function! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (0.030091,0.014388,1.032074), distance is 1.032612 Short distance in the pair potential! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (-0.030091,-0.014388,-1.032074), distance is 1.032612 Short distance in the transfer function! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (-0.030091,-0.014388,-1.032074), distance is 1.032612 Short distance in the embedding function! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (0.030091,0.014388,1.032074), distance is 1.032612 Short distance in the embedding function! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (-0.030091,-0.014388,-1.032074), distance is 1.032612 Short distance in the pair potential! Involved particles are 18 (type 0) and 22 (type 0). Relative position vector is (0.515597,0.139641,0.172389), distance is 0.561300 Short distance in the transfer function! Involved particles are 18 (type 0) and 22 (type 0). Relative position vector is (0.515597,0.139641,0.172389), distance is 0.561300 Short distance in the pair potential! Involved particles are 22 (type 0) and 18 (type 0). Relative position vector is (-0.515597,-0.139641,-0.172389), distance is 0.561300 Short distance in the transfer function! Involved particles are 22 (type 0) and 18 (type 0). Relative position vector is (-0.515597,-0.139641,-0.172389), distance is 0.561300 Short distance in the embedding function! Involved particles are 18 (type 0) and 22 (type 0). Relative position vector is (0.515597,0.139641,0.172389), distance is 0.561300 Short distance in the embedding function! Involved particles are 22 (type 0) and 18 (type 0). Relative position vector is (-0.515597,-0.139641,-0.172389), distance is 0.561300 Short distance in the transfer function! Involved particles are 22 (type 0) and 23 (type 0). Relative position vector is (-0.385665,1.842290,-0.079440), distance is 1.883900 Short distance in the transfer function! Involved particles are 23 (type 0) and 22 (type 0). Relative position vector is (0.385665,-1.842290,0.079440), distance is 1.883900 Short distance in the embedding function! Involved particles are 22 (type 0) and 23 (type 0). Relative position vector is (-0.385665,1.842290,-0.079440), distance is 1.883900 Short distance in the embedding function! Involved particles are 23 (type 0) and 22 (type 0). Relative position vector is (0.385665,-1.842290,0.079440), distance is 1.883900 Short distance in the pair potential! Involved particles are 6 (type 0) and 22 (type 0). Relative position vector is (0.224410,0.162197,0.259593), distance is 0.379548 Short distance in the transfer function! Involved particles are 6 (type 0) and 22 (type 0). Relative position vector is (0.224410,0.162197,0.259593), distance is 0.379548 Short distance in the pair potential! Involved particles are 22 (type 0) and 6 (type 0). Relative position vector is (-0.224410,-0.162197,-0.259593), distance is 0.379548 Short distance in the transfer function! Involved particles are 22 (type 0) and 6 (type 0). Relative position vector is (-0.224410,-0.162197,-0.259593), distance is 0.379548 Short distance in the embedding function! Involved particles are 6 (type 0) and 22 (type 0). Relative position vector is (0.224410,0.162197,0.259593), distance is 0.379548 Short distance in the embedding function! Involved particles are 22 (type 0) and 6 (type 0). Relative position vector is (-0.224410,-0.162197,-0.259593), distance is 0.379548 Short distance in the transfer function! Involved particles are 21 (type 0) and 22 (type 0). Relative position vector is (-0.085157,-1.838655,0.413595), distance is 1.886522 Short distance in the transfer function! Involved particles are 22 (type 0) and 21 (type 0). Relative position vector is (0.085157,1.838655,-0.413595), distance is 1.886522 Short distance in the embedding function! Involved particles are 21 (type 0) and 22 (type 0). Relative position vector is (-0.085157,-1.838655,0.413595), distance is 1.886522 Short distance in the embedding function! Involved particles are 22 (type 0) and 21 (type 0). Relative position vector is (0.085157,1.838655,-0.413595), distance is 1.886522 Short distance in the pair potential! Involved particles are 19 (type 0) and 23 (type 0). Relative position vector is (0.855410,-0.011398,0.069258), distance is 0.858285 Short distance in the transfer function! Involved particles are 19 (type 0) and 23 (type 0). Relative position vector is (0.855410,-0.011398,0.069258), distance is 0.858285 Short distance in the pair potential! Involved particles are 23 (type 0) and 19 (type 0). Relative position vector is (-0.855410,0.011398,-0.069258), distance is 0.858285 Short distance in the transfer function! Involved particles are 23 (type 0) and 19 (type 0). Relative position vector is (-0.855410,0.011398,-0.069258), distance is 0.858285 Short distance in the embedding function! Involved particles are 19 (type 0) and 23 (type 0). Relative position vector is (0.855410,-0.011398,0.069258), distance is 0.858285 Short distance in the embedding function! Involved particles are 23 (type 0) and 19 (type 0). Relative position vector is (-0.855410,0.011398,-0.069258), distance is 0.858285 Short distance in the pair potential! Involved particles are 7 (type 0) and 23 (type 0). Relative position vector is (-0.256494,-0.555195,0.465529), distance is 0.768601 Short distance in the transfer function! Involved particles are 7 (type 0) and 23 (type 0). Relative position vector is (-0.256494,-0.555195,0.465529), distance is 0.768601 Short distance in the pair potential! Involved particles are 23 (type 0) and 7 (type 0). Relative position vector is (0.256494,0.555195,-0.465529), distance is 0.768601 Short distance in the transfer function! Involved particles are 23 (type 0) and 7 (type 0). Relative position vector is (0.256494,0.555195,-0.465529), distance is 0.768601 Short distance in the embedding function! Involved particles are 7 (type 0) and 23 (type 0). Relative position vector is (-0.256494,-0.555195,0.465529), distance is 0.768601 Short distance in the embedding function! Involved particles are 23 (type 0) and 7 (type 0). Relative position vector is (0.256494,0.555195,-0.465529), distance is 0.768601 Short distance in the pair potential! Involved particles are 16 (type 0) and 24 (type 0). Relative position vector is (0.434186,1.058773,-0.129003), distance is 1.151591 Short distance in the transfer function! Involved particles are 16 (type 0) and 24 (type 0). Relative position vector is (0.434186,1.058773,-0.129003), distance is 1.151591 Short distance in the pair potential! Involved particles are 24 (type 0) and 16 (type 0). Relative position vector is (-0.434186,-1.058773,0.129003), distance is 1.151591 Short distance in the transfer function! Involved particles are 24 (type 0) and 16 (type 0). Relative position vector is (-0.434186,-1.058773,0.129003), distance is 1.151591 Short distance in the embedding function! Involved particles are 16 (type 0) and 24 (type 0). Relative position vector is (0.434186,1.058773,-0.129003), distance is 1.151591 Short distance in the embedding function! Involved particles are 24 (type 0) and 16 (type 0). Relative position vector is (-0.434186,-1.058773,0.129003), distance is 1.151591 Short distance in the transfer function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.668763,0.709223,-0.143899), distance is 1.818921 Short distance in the transfer function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.668763,-0.709223,0.143899), distance is 1.818921 Short distance in the embedding function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.668763,0.709223,-0.143899), distance is 1.818921 Short distance in the embedding function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.668763,-0.709223,0.143899), distance is 1.818921 Short distance in the transfer function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,-0.985444), distance is 1.740353 Short distance in the transfer function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,0.985444), distance is 1.740353 Short distance in the embedding function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,-0.985444), distance is 1.740353 Short distance in the embedding function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,0.985444), distance is 1.740353 Short distance in the pair potential! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.212810,-0.134441,0.825707), distance is 0.863224 Short distance in the transfer function! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.212810,-0.134441,0.825707), distance is 0.863224 Short distance in the pair potential! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.212810,0.134441,-0.825707), distance is 0.863224 Short distance in the transfer function! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.212810,0.134441,-0.825707), distance is 0.863224 Short distance in the embedding function! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.212810,-0.134441,0.825707), distance is 0.863224 Short distance in the embedding function! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.212810,0.134441,-0.825707), distance is 0.863224 Short distance in the pair potential! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,0.674447), distance is 1.585121 Short distance in the transfer function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,0.674447), distance is 1.585121 Short distance in the pair potential! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,-0.674447), distance is 1.585121 Short distance in the transfer function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,-0.674447), distance is 1.585121 Short distance in the embedding function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,0.674447), distance is 1.585121 Short distance in the embedding function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,-0.674447), distance is 1.585121 Short distance in the pair potential! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.258496,0.486580,0.056999), distance is 0.553921 Short distance in the transfer function! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.258496,0.486580,0.056999), distance is 0.553921 Short distance in the pair potential! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.258496,-0.486580,-0.056999), distance is 0.553921 Short distance in the transfer function! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.258496,-0.486580,-0.056999), distance is 0.553921 Short distance in the embedding function! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.258496,0.486580,0.056999), distance is 0.553921 Short distance in the embedding function! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.258496,-0.486580,-0.056999), distance is 0.553921 Short distance in the pair potential! Involved particles are 9 (type 0) and 25 (type 0). Relative position vector is (-0.104809,-0.056015,0.950258), distance is 0.957660 Short distance in the transfer function! Involved particles are 9 (type 0) and 25 (type 0). Relative position vector is (-0.104809,-0.056015,0.950258), distance is 0.957660 Short distance in the pair potential! Involved particles are 25 (type 0) and 9 (type 0). Relative position vector is (0.104809,0.056015,-0.950258), distance is 0.957660 Short distance in the transfer function! Involved particles are 25 (type 0) and 9 (type 0). Relative position vector is (0.104809,0.056015,-0.950258), distance is 0.957660 Short distance in the embedding function! Involved particles are 9 (type 0) and 25 (type 0). Relative position vector is (-0.104809,-0.056015,0.950258), distance is 0.957660 Short distance in the embedding function! Involved particles are 25 (type 0) and 9 (type 0). Relative position vector is (0.104809,0.056015,-0.950258), distance is 0.957660 Short distance in the pair potential! Involved particles are 18 (type 0) and 26 (type 0). Relative position vector is (-0.282532,1.066287,0.085124), distance is 1.106363 Short distance in the transfer function! Involved particles are 18 (type 0) and 26 (type 0). Relative position vector is (-0.282532,1.066287,0.085124), distance is 1.106363 Short distance in the pair potential! Involved particles are 26 (type 0) and 18 (type 0). Relative position vector is (0.282532,-1.066287,-0.085124), distance is 1.106363 Short distance in the transfer function! Involved particles are 26 (type 0) and 18 (type 0). Relative position vector is (0.282532,-1.066287,-0.085124), distance is 1.106363 Short distance in the embedding function! Involved particles are 18 (type 0) and 26 (type 0). Relative position vector is (-0.282532,1.066287,0.085124), distance is 1.106363 Short distance in the embedding function! Involved particles are 26 (type 0) and 18 (type 0). Relative position vector is (0.282532,-1.066287,-0.085124), distance is 1.106363 Short distance in the transfer function! Involved particles are 26 (type 0) and 27 (type 0). Relative position vector is (-1.706503,0.312775,-0.151855), distance is 1.741562 Short distance in the transfer function! Involved particles are 27 (type 0) and 26 (type 0). Relative position vector is (1.706503,-0.312775,0.151855), distance is 1.741562 Short distance in the embedding function! Involved particles are 26 (type 0) and 27 (type 0). Relative position vector is (-1.706503,0.312775,-0.151855), distance is 1.741562 Short distance in the embedding function! Involved particles are 27 (type 0) and 26 (type 0). Relative position vector is (1.706503,-0.312775,0.151855), distance is 1.741562 Short distance in the transfer function! Involved particles are 19 (type 0) and 26 (type 0). Relative position vector is (1.718649,0.769856,0.061433), distance is 1.884199 Short distance in the transfer function! Involved particles are 26 (type 0) and 19 (type 0). Relative position vector is (-1.718649,-0.769856,-0.061433), distance is 1.884199 Short distance in the embedding function! Involved particles are 19 (type 0) and 26 (type 0). Relative position vector is (1.718649,0.769856,0.061433), distance is 1.884199 Short distance in the embedding function! Involved particles are 26 (type 0) and 19 (type 0). Relative position vector is (-1.718649,-0.769856,-0.061433), distance is 1.884199 Short distance in the pair potential! Involved particles are 10 (type 0) and 26 (type 0). Relative position vector is (-0.531629,0.186722,0.637026), distance is 0.850469 Short distance in the transfer function! Involved particles are 10 (type 0) and 26 (type 0). Relative position vector is (-0.531629,0.186722,0.637026), distance is 0.850469 Short distance in the pair potential! Involved particles are 26 (type 0) and 10 (type 0). Relative position vector is (0.531629,-0.186722,-0.637026), distance is 0.850469 Short distance in the transfer function! Involved particles are 26 (type 0) and 10 (type 0). Relative position vector is (0.531629,-0.186722,-0.637026), distance is 0.850469 Short distance in the embedding function! Involved particles are 10 (type 0) and 26 (type 0). Relative position vector is (-0.531629,0.186722,0.637026), distance is 0.850469 Short distance in the embedding function! Involved particles are 26 (type 0) and 10 (type 0). Relative position vector is (0.531629,-0.186722,-0.637026), distance is 0.850469 Short distance in the pair potential! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,0.307101), distance is 1.466983 Short distance in the transfer function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,0.307101), distance is 1.466983 Short distance in the pair potential! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,-0.307101), distance is 1.466983 Short distance in the transfer function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,-0.307101), distance is 1.466983 Short distance in the embedding function! Involved particles are 24 (type 0) and 26 (type 0). Relative position vector is (1.433947,0.039065,0.307101), distance is 1.466983 Short distance in the embedding function! Involved particles are 26 (type 0) and 24 (type 0). Relative position vector is (-1.433947,-0.039065,-0.307101), distance is 1.466983 Short distance in the pair potential! Involved particles are 19 (type 0) and 27 (type 0). Relative position vector is (0.012146,0.455529,-0.090422), distance is 0.464576 Short distance in the transfer function! Involved particles are 19 (type 0) and 27 (type 0). Relative position vector is (0.012146,0.455529,-0.090422), distance is 0.464576 Short distance in the pair potential! Involved particles are 27 (type 0) and 19 (type 0). Relative position vector is (-0.012146,-0.455529,0.090422), distance is 0.464576 Short distance in the transfer function! Involved particles are 27 (type 0) and 19 (type 0). Relative position vector is (-0.012146,-0.455529,0.090422), distance is 0.464576 Short distance in the embedding function! Involved particles are 19 (type 0) and 27 (type 0). Relative position vector is (0.012146,0.455529,-0.090422), distance is 0.464576 Short distance in the embedding function! Involved particles are 27 (type 0) and 19 (type 0). Relative position vector is (-0.012146,-0.455529,0.090422), distance is 0.464576 Short distance in the transfer function! Involved particles are 26 (type 0) and 27 (type 0). Relative position vector is (-1.706503,-0.000776,-0.151855), distance is 1.713246 Short distance in the transfer function! Involved particles are 27 (type 0) and 26 (type 0). Relative position vector is (1.706503,0.000776,0.151855), distance is 1.713246 Short distance in the embedding function! Involved particles are 26 (type 0) and 27 (type 0). Relative position vector is (-1.706503,-0.000776,-0.151855), distance is 1.713246 Short distance in the embedding function! Involved particles are 27 (type 0) and 26 (type 0). Relative position vector is (1.706503,0.000776,0.151855), distance is 1.713246 Short distance in the pair potential! Involved particles are 11 (type 0) and 27 (type 0). Relative position vector is (0.117381,-0.051023,0.414866), distance is 0.434161 Short distance in the transfer function! Involved particles are 11 (type 0) and 27 (type 0). Relative position vector is (0.117381,-0.051023,0.414866), distance is 0.434161 Short distance in the pair potential! Involved particles are 27 (type 0) and 11 (type 0). Relative position vector is (-0.117381,0.051023,-0.414866), distance is 0.434161 Short distance in the transfer function! Involved particles are 27 (type 0) and 11 (type 0). Relative position vector is (-0.117381,0.051023,-0.414866), distance is 0.434161 Short distance in the embedding function! Involved particles are 11 (type 0) and 27 (type 0). Relative position vector is (0.117381,-0.051023,0.414866), distance is 0.434161 Short distance in the embedding function! Involved particles are 27 (type 0) and 11 (type 0). Relative position vector is (-0.117381,0.051023,-0.414866), distance is 0.434161 Short distance in the pair potential! Involved particles are 24 (type 0) and 28 (type 0). Relative position vector is (0.713532,-0.150433,0.078146), distance is 0.733393 Short distance in the transfer function! Involved particles are 24 (type 0) and 28 (type 0). Relative position vector is (0.713532,-0.150433,0.078146), distance is 0.733393 Short distance in the pair potential! Involved particles are 28 (type 0) and 24 (type 0). Relative position vector is (-0.713532,0.150433,-0.078146), distance is 0.733393 Short distance in the transfer function! Involved particles are 28 (type 0) and 24 (type 0). Relative position vector is (-0.713532,0.150433,-0.078146), distance is 0.733393 Short distance in the embedding function! Involved particles are 24 (type 0) and 28 (type 0). Relative position vector is (0.713532,-0.150433,0.078146), distance is 0.733393 Short distance in the embedding function! Involved particles are 28 (type 0) and 24 (type 0). Relative position vector is (-0.713532,0.150433,-0.078146), distance is 0.733393 Short distance in the pair potential! Involved particles are 20 (type 0) and 28 (type 0). Relative position vector is (-0.159237,0.999543,-0.179765), distance is 1.027987 Short distance in the transfer function! Involved particles are 20 (type 0) and 28 (type 0). Relative position vector is (-0.159237,0.999543,-0.179765), distance is 1.027987 Short distance in the pair potential! Involved particles are 28 (type 0) and 20 (type 0). Relative position vector is (0.159237,-0.999543,0.179765), distance is 1.027987 Short distance in the transfer function! Involved particles are 28 (type 0) and 20 (type 0). Relative position vector is (0.159237,-0.999543,0.179765), distance is 1.027987 Short distance in the embedding function! Involved particles are 20 (type 0) and 28 (type 0). Relative position vector is (-0.159237,0.999543,-0.179765), distance is 1.027987 Short distance in the embedding function! Involved particles are 28 (type 0) and 20 (type 0). Relative position vector is (0.159237,-0.999543,0.179765), distance is 1.027987 Short distance in the pair potential! Involved particles are 12 (type 0) and 28 (type 0). Relative position vector is (-0.101858,-0.289527,0.539558), distance is 0.620745 Short distance in the transfer function! Involved particles are 12 (type 0) and 28 (type 0). Relative position vector is (-0.101858,-0.289527,0.539558), distance is 0.620745 Short distance in the pair potential! Involved particles are 28 (type 0) and 12 (type 0). Relative position vector is (0.101858,0.289527,-0.539558), distance is 0.620745 Short distance in the transfer function! Involved particles are 28 (type 0) and 12 (type 0). Relative position vector is (0.101858,0.289527,-0.539558), distance is 0.620745 Short distance in the embedding function! Involved particles are 12 (type 0) and 28 (type 0). Relative position vector is (-0.101858,-0.289527,0.539558), distance is 0.620745 Short distance in the embedding function! Involved particles are 28 (type 0) and 12 (type 0). Relative position vector is (0.101858,0.289527,-0.539558), distance is 0.620745 Short distance in the transfer function! Involved particles are 7 (type 0) and 28 (type 0). Relative position vector is (-0.028409,1.733460,0.583404), distance is 1.829221 Short distance in the transfer function! Involved particles are 28 (type 0) and 7 (type 0). Relative position vector is (0.028409,-1.733460,-0.583404), distance is 1.829221 Short distance in the embedding function! Involved particles are 7 (type 0) and 28 (type 0). Relative position vector is (-0.028409,1.733460,0.583404), distance is 1.829221 Short distance in the embedding function! Involved particles are 28 (type 0) and 7 (type 0). Relative position vector is (0.028409,-1.733460,-0.583404), distance is 1.829221 Short distance in the pair potential! Involved particles are 25 (type 0) and 29 (type 0). Relative position vector is (0.288156,-0.016711,0.041684), distance is 0.291634 Short distance in the transfer function! Involved particles are 25 (type 0) and 29 (type 0). Relative position vector is (0.288156,-0.016711,0.041684), distance is 0.291634 Short distance in the pair potential! Involved particles are 29 (type 0) and 25 (type 0). Relative position vector is (-0.288156,0.016711,-0.041684), distance is 0.291634 Short distance in the transfer function! Involved particles are 29 (type 0) and 25 (type 0). Relative position vector is (-0.288156,0.016711,-0.041684), distance is 0.291634 Short distance in the embedding function! Involved particles are 25 (type 0) and 29 (type 0). Relative position vector is (0.288156,-0.016711,0.041684), distance is 0.291634 Short distance in the embedding function! Involved particles are 29 (type 0) and 25 (type 0). Relative position vector is (-0.288156,0.016711,-0.041684), distance is 0.291634 Short distance in the pair potential! Involved particles are 21 (type 0) and 29 (type 0). Relative position vector is (-0.107718,0.518088,0.273239), distance is 0.595548 Short distance in the transfer function! Involved particles are 21 (type 0) and 29 (type 0). Relative position vector is (-0.107718,0.518088,0.273239), distance is 0.595548 Short distance in the pair potential! Involved particles are 29 (type 0) and 21 (type 0). Relative position vector is (0.107718,-0.518088,-0.273239), distance is 0.595548 Short distance in the transfer function! Involved particles are 29 (type 0) and 21 (type 0). Relative position vector is (0.107718,-0.518088,-0.273239), distance is 0.595548 Short distance in the embedding function! Involved particles are 21 (type 0) and 29 (type 0). Relative position vector is (-0.107718,0.518088,0.273239), distance is 0.595548 Short distance in the embedding function! Involved particles are 29 (type 0) and 21 (type 0). Relative position vector is (0.107718,-0.518088,-0.273239), distance is 0.595548 Short distance in the pair potential! Involved particles are 13 (type 0) and 29 (type 0). Relative position vector is (-0.070258,0.014396,0.967137), distance is 0.969793 Short distance in the transfer function! Involved particles are 13 (type 0) and 29 (type 0). Relative position vector is (-0.070258,0.014396,0.967137), distance is 0.969793 Short distance in the pair potential! Involved particles are 29 (type 0) and 13 (type 0). Relative position vector is (0.070258,-0.014396,-0.967137), distance is 0.969793 Short distance in the transfer function! Involved particles are 29 (type 0) and 13 (type 0). Relative position vector is (0.070258,-0.014396,-0.967137), distance is 0.969793 Short distance in the embedding function! Involved particles are 13 (type 0) and 29 (type 0). Relative position vector is (-0.070258,0.014396,0.967137), distance is 0.969793 Short distance in the embedding function! Involved particles are 29 (type 0) and 13 (type 0). Relative position vector is (0.070258,-0.014396,-0.967137), distance is 0.969793 Short distance in the pair potential! Involved particles are 26 (type 0) and 30 (type 0). Relative position vector is (0.639696,0.064929,-0.176133), distance is 0.666670 Short distance in the transfer function! Involved particles are 26 (type 0) and 30 (type 0). Relative position vector is (0.639696,0.064929,-0.176133), distance is 0.666670 Short distance in the pair potential! Involved particles are 30 (type 0) and 26 (type 0). Relative position vector is (-0.639696,-0.064929,0.176133), distance is 0.666670 Short distance in the transfer function! Involved particles are 30 (type 0) and 26 (type 0). Relative position vector is (-0.639696,-0.064929,0.176133), distance is 0.666670 Short distance in the embedding function! Involved particles are 26 (type 0) and 30 (type 0). Relative position vector is (0.639696,0.064929,-0.176133), distance is 0.666670 Short distance in the embedding function! Involved particles are 30 (type 0) and 26 (type 0). Relative position vector is (-0.639696,-0.064929,0.176133), distance is 0.666670 Short distance in the transfer function! Involved particles are 30 (type 0) and 31 (type 0). Relative position vector is (-0.165786,1.873459,0.078451), distance is 1.882415 Short distance in the transfer function! Involved particles are 31 (type 0) and 30 (type 0). Relative position vector is (0.165786,-1.873459,-0.078451), distance is 1.882415 Short distance in the embedding function! Involved particles are 30 (type 0) and 31 (type 0). Relative position vector is (-0.165786,1.873459,0.078451), distance is 1.882415 Short distance in the embedding function! Involved particles are 31 (type 0) and 30 (type 0). Relative position vector is (0.165786,-1.873459,-0.078451), distance is 1.882415 Short distance in the pair potential! Involved particles are 22 (type 0) and 30 (type 0). Relative position vector is (-0.215524,0.967918,-0.263398), distance is 1.026009 Short distance in the transfer function! Involved particles are 22 (type 0) and 30 (type 0). Relative position vector is (-0.215524,0.967918,-0.263398), distance is 1.026009 Short distance in the pair potential! Involved particles are 30 (type 0) and 22 (type 0). Relative position vector is (0.215524,-0.967918,0.263398), distance is 1.026009 Short distance in the transfer function! Involved particles are 30 (type 0) and 22 (type 0). Relative position vector is (0.215524,-0.967918,0.263398), distance is 1.026009 Short distance in the embedding function! Involved particles are 22 (type 0) and 30 (type 0). Relative position vector is (-0.215524,0.967918,-0.263398), distance is 1.026009 Short distance in the embedding function! Involved particles are 30 (type 0) and 22 (type 0). Relative position vector is (0.215524,-0.967918,0.263398), distance is 1.026009 Short distance in the pair potential! Involved particles are 14 (type 0) and 30 (type 0). Relative position vector is (0.014815,-0.065718,0.059545), distance is 0.089910 Short distance in the transfer function! Involved particles are 14 (type 0) and 30 (type 0). Relative position vector is (0.014815,-0.065718,0.059545), distance is 0.089910 Short distance in the pair potential! Involved particles are 30 (type 0) and 14 (type 0). Relative position vector is (-0.014815,0.065718,-0.059545), distance is 0.089910 Short distance in the transfer function! Involved particles are 30 (type 0) and 14 (type 0). Relative position vector is (-0.014815,0.065718,-0.059545), distance is 0.089910 Short distance in the embedding function! Involved particles are 14 (type 0) and 30 (type 0). Relative position vector is (0.014815,-0.065718,0.059545), distance is 0.089910 Short distance in the embedding function! Involved particles are 30 (type 0) and 14 (type 0). Relative position vector is (-0.014815,0.065718,-0.059545), distance is 0.089910 Short distance in the pair potential! Involved particles are 27 (type 0) and 31 (type 0). Relative position vector is (0.863639,-0.071286,0.054173), distance is 0.868267 Short distance in the transfer function! Involved particles are 27 (type 0) and 31 (type 0). Relative position vector is (0.863639,-0.071286,0.054173), distance is 0.868267 Short distance in the pair potential! Involved particles are 31 (type 0) and 27 (type 0). Relative position vector is (-0.863639,0.071286,-0.054173), distance is 0.868267 Short distance in the transfer function! Involved particles are 31 (type 0) and 27 (type 0). Relative position vector is (-0.863639,0.071286,-0.054173), distance is 0.868267 Short distance in the embedding function! Involved particles are 27 (type 0) and 31 (type 0). Relative position vector is (0.863639,-0.071286,0.054173), distance is 0.868267 Short distance in the embedding function! Involved particles are 31 (type 0) and 27 (type 0). Relative position vector is (-0.863639,0.071286,-0.054173), distance is 0.868267 Short distance in the pair potential! Involved particles are 23 (type 0) and 31 (type 0). Relative position vector is (0.032900,0.414828,-0.105507), distance is 0.429297 Short distance in the transfer function! Involved particles are 23 (type 0) and 31 (type 0). Relative position vector is (0.032900,0.414828,-0.105507), distance is 0.429297 Short distance in the pair potential! Involved particles are 31 (type 0) and 23 (type 0). Relative position vector is (-0.032900,-0.414828,0.105507), distance is 0.429297 Short distance in the transfer function! Involved particles are 31 (type 0) and 23 (type 0). Relative position vector is (-0.032900,-0.414828,0.105507), distance is 0.429297 Short distance in the embedding function! Involved particles are 23 (type 0) and 31 (type 0). Relative position vector is (0.032900,0.414828,-0.105507), distance is 0.429297 Short distance in the embedding function! Involved particles are 31 (type 0) and 23 (type 0). Relative position vector is (-0.032900,-0.414828,0.105507), distance is 0.429297 Short distance in the pair potential! Involved particles are 15 (type 0) and 31 (type 0). Relative position vector is (0.024462,-0.066741,0.251865), distance is 0.261704 Short distance in the transfer function! Involved particles are 15 (type 0) and 31 (type 0). Relative position vector is (0.024462,-0.066741,0.251865), distance is 0.261704 Short distance in the pair potential! Involved particles are 31 (type 0) and 15 (type 0). Relative position vector is (-0.024462,0.066741,-0.251865), distance is 0.261704 Short distance in the transfer function! Involved particles are 31 (type 0) and 15 (type 0). Relative position vector is (-0.024462,0.066741,-0.251865), distance is 0.261704 Short distance in the embedding function! Involved particles are 15 (type 0) and 31 (type 0). Relative position vector is (0.024462,-0.066741,0.251865), distance is 0.261704 Short distance in the embedding function! Involved particles are 31 (type 0) and 15 (type 0). Relative position vector is (-0.024462,0.066741,-0.251865), distance is 0.261704 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.309520,0.196795,1.542690), distance is 1.585694 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.309520,-0.196795,-1.542690), distance is 1.585694 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.309520,0.196795,1.542690), distance is 1.585694 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.309520,-0.196795,-1.542690), distance is 1.585694 Short distance in the transfer function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (-0.125037,1.654781,-0.145317), distance is 1.665848 Short distance in the transfer function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (0.125037,-1.654781,0.145317), distance is 1.665848 Short distance in the embedding function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (-0.125037,1.654781,-0.145317), distance is 1.665848 Short distance in the embedding function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (0.125037,-1.654781,0.145317), distance is 1.665848 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.071390,0.196795,1.542690), distance is 1.556829 Short distance in the transfer function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.071390,-0.196795,-1.542690), distance is 1.556829 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 1). Relative position vector is (0.071390,0.196795,1.542690), distance is 1.556829 Short distance in the embedding function! Involved particles are 2 (type 1) and 0 (type 1). Relative position vector is (-0.071390,-0.196795,-1.542690), distance is 1.556829 Short distance in the transfer function! Involved particles are 3 (type 1) and 10 (type 1). Relative position vector is (0.293513,1.629601,-0.067420), distance is 1.657195 Short distance in the transfer function! Involved particles are 10 (type 1) and 3 (type 1). Relative position vector is (-0.293513,-1.629601,0.067420), distance is 1.657195 Short distance in the embedding function! Involved particles are 3 (type 1) and 10 (type 1). Relative position vector is (0.293513,1.629601,-0.067420), distance is 1.657195 Short distance in the embedding function! Involved particles are 10 (type 1) and 3 (type 1). Relative position vector is (-0.293513,-1.629601,0.067420), distance is 1.657195 Short distance in the transfer function! Involved particles are 3 (type 1) and 19 (type 1). Relative position vector is (0.073472,0.052216,1.605443), distance is 1.607971 Short distance in the transfer function! Involved particles are 19 (type 1) and 3 (type 1). Relative position vector is (-0.073472,-0.052216,-1.605443), distance is 1.607971 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 1). Relative position vector is (0.073472,0.052216,1.605443), distance is 1.607971 Short distance in the embedding function! Involved particles are 19 (type 1) and 3 (type 1). Relative position vector is (-0.073472,-0.052216,-1.605443), distance is 1.607971 Short distance in the pair potential! Involved particles are 0 (type 1) and 4 (type 1). Relative position vector is (1.046199,0.336162,-0.213761), distance is 1.119478 Short distance in the transfer function! Involved particles are 0 (type 1) and 4 (type 1). Relative position vector is (1.046199,0.336162,-0.213761), distance is 1.119478 Short distance in the pair potential! Involved particles are 4 (type 1) and 0 (type 1). Relative position vector is (-1.046199,-0.336162,0.213761), distance is 1.119478 Short distance in the transfer function! Involved particles are 4 (type 1) and 0 (type 1). Relative position vector is (-1.046199,-0.336162,0.213761), distance is 1.119478 Short distance in the embedding function! Involved particles are 0 (type 1) and 4 (type 1). Relative position vector is (1.046199,0.336162,-0.213761), distance is 1.119478 Short distance in the embedding function! Involved particles are 4 (type 1) and 0 (type 1). Relative position vector is (-1.046199,-0.336162,0.213761), distance is 1.119478 Short distance in the pair potential! Involved particles are 1 (type 1) and 5 (type 1). Relative position vector is (0.535234,-0.144143,0.259308), distance is 0.611958 Short distance in the transfer function! Involved particles are 1 (type 1) and 5 (type 1). Relative position vector is (0.535234,-0.144143,0.259308), distance is 0.611958 Short distance in the pair potential! Involved particles are 5 (type 1) and 1 (type 1). Relative position vector is (-0.535234,0.144143,-0.259308), distance is 0.611958 Short distance in the transfer function! Involved particles are 5 (type 1) and 1 (type 1). Relative position vector is (-0.535234,0.144143,-0.259308), distance is 0.611958 Short distance in the embedding function! Involved particles are 1 (type 1) and 5 (type 1). Relative position vector is (0.535234,-0.144143,0.259308), distance is 0.611958 Short distance in the embedding function! Involved particles are 5 (type 1) and 1 (type 1). Relative position vector is (-0.535234,0.144143,-0.259308), distance is 0.611958 Short distance in the transfer function! Involved particles are 4 (type 1) and 5 (type 1). Relative position vector is (0.184478,1.659892,0.199561), distance is 1.681993 Short distance in the transfer function! Involved particles are 5 (type 1) and 4 (type 1). Relative position vector is (-0.184478,-1.659892,-0.199561), distance is 1.681993 Short distance in the embedding function! Involved particles are 4 (type 1) and 5 (type 1). Relative position vector is (0.184478,1.659892,0.199561), distance is 1.681993 Short distance in the embedding function! Involved particles are 5 (type 1) and 4 (type 1). Relative position vector is (-0.184478,-1.659892,-0.199561), distance is 1.681993 Short distance in the transfer function! Involved particles are 5 (type 1) and 6 (type 1). Relative position vector is (-0.079522,0.046274,1.475136), distance is 1.478002 Short distance in the transfer function! Involved particles are 6 (type 1) and 5 (type 1). Relative position vector is (0.079522,-0.046274,-1.475136), distance is 1.478002 Short distance in the embedding function! Involved particles are 5 (type 1) and 6 (type 1). Relative position vector is (-0.079522,0.046274,1.475136), distance is 1.478002 Short distance in the embedding function! Involved particles are 6 (type 1) and 5 (type 1). Relative position vector is (0.079522,-0.046274,-1.475136), distance is 1.478002 Short distance in the pair potential! Involved particles are 2 (type 1) and 6 (type 1). Relative position vector is (0.122305,-0.263171,-0.081754), distance is 0.301498 Short distance in the transfer function! Involved particles are 2 (type 1) and 6 (type 1). Relative position vector is (0.122305,-0.263171,-0.081754), distance is 0.301498 Short distance in the pair potential! Involved particles are 6 (type 1) and 2 (type 1). Relative position vector is (-0.122305,0.263171,0.081754), distance is 0.301498 Short distance in the transfer function! Involved particles are 6 (type 1) and 2 (type 1). Relative position vector is (-0.122305,0.263171,0.081754), distance is 0.301498 Short distance in the embedding function! Involved particles are 2 (type 1) and 6 (type 1). Relative position vector is (0.122305,-0.263171,-0.081754), distance is 0.301498 Short distance in the embedding function! Involved particles are 6 (type 1) and 2 (type 1). Relative position vector is (-0.122305,0.263171,0.081754), distance is 0.301498 Short distance in the transfer function! Involved particles are 5 (type 1) and 6 (type 1). Relative position vector is (-0.079522,-0.062430,1.475136), distance is 1.478596 Short distance in the transfer function! Involved particles are 6 (type 1) and 5 (type 1). Relative position vector is (0.079522,0.062430,-1.475136), distance is 1.478596 Short distance in the embedding function! Involved particles are 5 (type 1) and 6 (type 1). Relative position vector is (-0.079522,-0.062430,1.475136), distance is 1.478596 Short distance in the embedding function! Involved particles are 6 (type 1) and 5 (type 1). Relative position vector is (0.079522,0.062430,-1.475136), distance is 1.478596 Short distance in the pair potential! Involved particles are 3 (type 1) and 7 (type 1). Relative position vector is (0.918273,0.085718,-0.116206), distance is 0.929557 Short distance in the transfer function! Involved particles are 3 (type 1) and 7 (type 1). Relative position vector is (0.918273,0.085718,-0.116206), distance is 0.929557 Short distance in the pair potential! Involved particles are 7 (type 1) and 3 (type 1). Relative position vector is (-0.918273,-0.085718,0.116206), distance is 0.929557 Short distance in the transfer function! Involved particles are 7 (type 1) and 3 (type 1). Relative position vector is (-0.918273,-0.085718,0.116206), distance is 0.929557 Short distance in the embedding function! Involved particles are 3 (type 1) and 7 (type 1). Relative position vector is (0.918273,0.085718,-0.116206), distance is 0.929557 Short distance in the embedding function! Involved particles are 7 (type 1) and 3 (type 1). Relative position vector is (-0.918273,-0.085718,0.116206), distance is 0.929557 Short distance in the transfer function! Involved particles are 7 (type 1) and 10 (type 1). Relative position vector is (-0.241404,1.543883,0.048786), distance is 1.563404 Short distance in the transfer function! Involved particles are 10 (type 1) and 7 (type 1). Relative position vector is (0.241404,-1.543883,-0.048786), distance is 1.563404 Short distance in the embedding function! Involved particles are 7 (type 1) and 10 (type 1). Relative position vector is (-0.241404,1.543883,0.048786), distance is 1.563404 Short distance in the embedding function! Involved particles are 10 (type 1) and 7 (type 1). Relative position vector is (0.241404,-1.543883,-0.048786), distance is 1.563404 Short distance in the transfer function! Involved particles are 7 (type 1) and 15 (type 1). Relative position vector is (-0.059084,1.484969,-0.003519), distance is 1.486148 Short distance in the transfer function! Involved particles are 15 (type 1) and 7 (type 1). Relative position vector is (0.059084,-1.484969,0.003519), distance is 1.486148 Short distance in the embedding function! Involved particles are 7 (type 1) and 15 (type 1). Relative position vector is (-0.059084,1.484969,-0.003519), distance is 1.486148 Short distance in the embedding function! Involved particles are 15 (type 1) and 7 (type 1). Relative position vector is (0.059084,-1.484969,0.003519), distance is 1.486148 Short distance in the transfer function! Involved particles are 7 (type 1) and 28 (type 1). Relative position vector is (0.027039,1.501320,-0.120706), distance is 1.506408 Short distance in the transfer function! Involved particles are 28 (type 1) and 7 (type 1). Relative position vector is (-0.027039,-1.501320,0.120706), distance is 1.506408 Short distance in the embedding function! Involved particles are 7 (type 1) and 28 (type 1). Relative position vector is (0.027039,1.501320,-0.120706), distance is 1.506408 Short distance in the embedding function! Involved particles are 28 (type 1) and 7 (type 1). Relative position vector is (-0.027039,-1.501320,0.120706), distance is 1.506408 Short distance in the transfer function! Involved particles are 8 (type 1) and 9 (type 1). Relative position vector is (-0.318467,1.625581,-0.133723), distance is 1.661871 Short distance in the transfer function! Involved particles are 9 (type 1) and 8 (type 1). Relative position vector is (0.318467,-1.625581,0.133723), distance is 1.661871 Short distance in the embedding function! Involved particles are 8 (type 1) and 9 (type 1). Relative position vector is (-0.318467,1.625581,-0.133723), distance is 1.661871 Short distance in the embedding function! Involved particles are 9 (type 1) and 8 (type 1). Relative position vector is (0.318467,-1.625581,0.133723), distance is 1.661871 Short distance in the pair potential! Involved particles are 0 (type 1) and 8 (type 1). Relative position vector is (0.147287,1.059586,-0.285101), distance is 1.107113 Short distance in the transfer function! Involved particles are 0 (type 1) and 8 (type 1). Relative position vector is (0.147287,1.059586,-0.285101), distance is 1.107113 Short distance in the pair potential! Involved particles are 8 (type 1) and 0 (type 1). Relative position vector is (-0.147287,-1.059586,0.285101), distance is 1.107113 Short distance in the transfer function! Involved particles are 8 (type 1) and 0 (type 1). Relative position vector is (-0.147287,-1.059586,0.285101), distance is 1.107113 Short distance in the embedding function! Involved particles are 0 (type 1) and 8 (type 1). Relative position vector is (0.147287,1.059586,-0.285101), distance is 1.107113 Short distance in the embedding function! Involved particles are 8 (type 1) and 0 (type 1). Relative position vector is (-0.147287,-1.059586,0.285101), distance is 1.107113 Short distance in the transfer function! Involved particles are 8 (type 1) and 9 (type 1). Relative position vector is (-0.318467,1.625581,-0.133723), distance is 1.661871 Short distance in the transfer function! Involved particles are 9 (type 1) and 8 (type 1). Relative position vector is (0.318467,-1.625581,0.133723), distance is 1.661871 Short distance in the embedding function! Involved particles are 8 (type 1) and 9 (type 1). Relative position vector is (-0.318467,1.625581,-0.133723), distance is 1.661871 Short distance in the embedding function! Involved particles are 9 (type 1) and 8 (type 1). Relative position vector is (0.318467,-1.625581,0.133723), distance is 1.661871 Short distance in the pair potential! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (-0.125037,0.005488,-0.145317), distance is 0.191785 Short distance in the transfer function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (-0.125037,0.005488,-0.145317), distance is 0.191785 Short distance in the pair potential! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (0.125037,-0.005488,0.145317), distance is 0.191785 Short distance in the transfer function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (0.125037,-0.005488,0.145317), distance is 0.191785 Short distance in the embedding function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (-0.125037,0.005488,-0.145317), distance is 0.191785 Short distance in the embedding function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (0.125037,-0.005488,0.145317), distance is 0.191785 Short distance in the transfer function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-1.398119,0.343474,0.556307), distance is 1.543434 Short distance in the transfer function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (1.398119,-0.343474,-0.556307), distance is 1.543434 Short distance in the embedding function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-1.398119,0.343474,0.556307), distance is 1.543434 Short distance in the embedding function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (1.398119,-0.343474,-0.556307), distance is 1.543434 Short distance in the transfer function! Involved particles are 7 (type 1) and 10 (type 1). Relative position vector is (0.454528,1.543883,0.048786), distance is 1.610140 Short distance in the transfer function! Involved particles are 10 (type 1) and 7 (type 1). Relative position vector is (-0.454528,-1.543883,-0.048786), distance is 1.610140 Short distance in the pair potential! Involved particles are 10 (type 1) and 14 (type 1). Relative position vector is (1.342872,0.100653,0.350727), distance is 1.391563 Short distance in the transfer function! Involved particles are 10 (type 1) and 14 (type 1). Relative position vector is (1.342872,0.100653,0.350727), distance is 1.391563 Short distance in the pair potential! Involved particles are 14 (type 1) and 10 (type 1). Relative position vector is (-1.342872,-0.100653,-0.350727), distance is 1.391563 Short distance in the transfer function! Involved particles are 14 (type 1) and 10 (type 1). Relative position vector is (-1.342872,-0.100653,-0.350727), distance is 1.391563 Short distance in the embedding function! Involved particles are 7 (type 1) and 10 (type 1). Relative position vector is (0.454528,1.543883,0.048786), distance is 1.610140 Short distance in the embedding function! Involved particles are 10 (type 1) and 7 (type 1). Relative position vector is (-0.454528,-1.543883,-0.048786), distance is 1.610140 Short distance in the embedding function! Involved particles are 10 (type 1) and 14 (type 1). Relative position vector is (1.342872,0.100653,0.350727), distance is 1.391563 Short distance in the embedding function! Involved particles are 14 (type 1) and 10 (type 1). Relative position vector is (-1.342872,-0.100653,-0.350727), distance is 1.391563 Short distance in the transfer function! Involved particles are 3 (type 1) and 10 (type 1). Relative position vector is (-0.019063,1.629601,-0.067420), distance is 1.631107 Short distance in the transfer function! Involved particles are 10 (type 1) and 3 (type 1). Relative position vector is (0.019063,-1.629601,0.067420), distance is 1.631107 Short distance in the embedding function! Involved particles are 3 (type 1) and 10 (type 1). Relative position vector is (-0.019063,1.629601,-0.067420), distance is 1.631107 Short distance in the embedding function! Involved particles are 10 (type 1) and 3 (type 1). Relative position vector is (0.019063,-1.629601,0.067420), distance is 1.631107 Short distance in the pair potential! Involved particles are 2 (type 1) and 10 (type 1). Relative position vector is (0.116124,0.605243,0.396747), distance is 0.732948 Short distance in the transfer function! Involved particles are 2 (type 1) and 10 (type 1). Relative position vector is (0.116124,0.605243,0.396747), distance is 0.732948 Short distance in the pair potential! Involved particles are 10 (type 1) and 2 (type 1). Relative position vector is (-0.116124,-0.605243,-0.396747), distance is 0.732948 Short distance in the transfer function! Involved particles are 10 (type 1) and 2 (type 1). Relative position vector is (-0.116124,-0.605243,-0.396747), distance is 0.732948 Short distance in the embedding function! Involved particles are 2 (type 1) and 10 (type 1). Relative position vector is (0.116124,0.605243,0.396747), distance is 0.732948 Short distance in the embedding function! Involved particles are 10 (type 1) and 2 (type 1). Relative position vector is (-0.116124,-0.605243,-0.396747), distance is 0.732948 Short distance in the transfer function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.305881,0.363684,1.484655), distance is 1.558855 Short distance in the transfer function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.305881,-0.363684,-1.484655), distance is 1.558855 Short distance in the embedding function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.305881,0.363684,1.484655), distance is 1.558855 Short distance in the embedding function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.305881,-0.363684,-1.484655), distance is 1.558855 Short distance in the pair potential! Involved particles are 3 (type 1) and 11 (type 1). Relative position vector is (0.298570,0.072515,0.130625), distance is 0.333864 Short distance in the transfer function! Involved particles are 3 (type 1) and 11 (type 1). Relative position vector is (0.298570,0.072515,0.130625), distance is 0.333864 Short distance in the pair potential! Involved particles are 11 (type 1) and 3 (type 1). Relative position vector is (-0.298570,-0.072515,-0.130625), distance is 0.333864 Short distance in the transfer function! Involved particles are 11 (type 1) and 3 (type 1). Relative position vector is (-0.298570,-0.072515,-0.130625), distance is 0.333864 Short distance in the embedding function! Involved particles are 3 (type 1) and 11 (type 1). Relative position vector is (0.298570,0.072515,0.130625), distance is 0.333864 Short distance in the embedding function! Involved particles are 11 (type 1) and 3 (type 1). Relative position vector is (-0.298570,-0.072515,-0.130625), distance is 0.333864 Short distance in the pair potential! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,1.077164), distance is 1.125687 Short distance in the transfer function! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,1.077164), distance is 1.125687 Short distance in the pair potential! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,-1.077164), distance is 1.125687 Short distance in the transfer function! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,-1.077164), distance is 1.125687 Short distance in the embedding function! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,1.077164), distance is 1.125687 Short distance in the embedding function! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,-1.077164), distance is 1.125687 Short distance in the transfer function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-1.398119,0.343474,0.155468), distance is 1.448061 Short distance in the transfer function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (1.398119,-0.343474,-0.155468), distance is 1.448061 Short distance in the embedding function! Involved particles are 9 (type 1) and 11 (type 1). Relative position vector is (-1.398119,0.343474,0.155468), distance is 1.448061 Short distance in the embedding function! Involved particles are 11 (type 1) and 9 (type 1). Relative position vector is (1.398119,-0.343474,-0.155468), distance is 1.448061 Short distance in the transfer function! Involved particles are 11 (type 1) and 25 (type 1). Relative position vector is (1.583956,-0.100478,0.495774), distance is 1.662770 Short distance in the transfer function! Involved particles are 25 (type 1) and 11 (type 1). Relative position vector is (-1.583956,0.100478,-0.495774), distance is 1.662770 Short distance in the embedding function! Involved particles are 11 (type 1) and 25 (type 1). Relative position vector is (1.583956,-0.100478,0.495774), distance is 1.662770 Short distance in the embedding function! Involved particles are 25 (type 1) and 11 (type 1). Relative position vector is (-1.583956,0.100478,-0.495774), distance is 1.662770 Short distance in the pair potential! Involved particles are 8 (type 1) and 12 (type 1). Relative position vector is (0.870228,-0.169863,0.267287), distance is 0.926063 Short distance in the transfer function! Involved particles are 8 (type 1) and 12 (type 1). Relative position vector is (0.870228,-0.169863,0.267287), distance is 0.926063 Short distance in the pair potential! Involved particles are 12 (type 1) and 8 (type 1). Relative position vector is (-0.870228,0.169863,-0.267287), distance is 0.926063 Short distance in the transfer function! Involved particles are 12 (type 1) and 8 (type 1). Relative position vector is (-0.870228,0.169863,-0.267287), distance is 0.926063 Short distance in the embedding function! Involved particles are 8 (type 1) and 12 (type 1). Relative position vector is (0.870228,-0.169863,0.267287), distance is 0.926063 Short distance in the embedding function! Involved particles are 12 (type 1) and 8 (type 1). Relative position vector is (-0.870228,0.169863,-0.267287), distance is 0.926063 Short distance in the pair potential! Involved particles are 4 (type 1) and 12 (type 1). Relative position vector is (-0.047773,0.619338,0.195947), distance is 0.651350 Short distance in the transfer function! Involved particles are 4 (type 1) and 12 (type 1). Relative position vector is (-0.047773,0.619338,0.195947), distance is 0.651350 Short distance in the pair potential! Involved particles are 12 (type 1) and 4 (type 1). Relative position vector is (0.047773,-0.619338,-0.195947), distance is 0.651350 Short distance in the transfer function! Involved particles are 12 (type 1) and 4 (type 1). Relative position vector is (0.047773,-0.619338,-0.195947), distance is 0.651350 Short distance in the embedding function! Involved particles are 4 (type 1) and 12 (type 1). Relative position vector is (-0.047773,0.619338,0.195947), distance is 0.651350 Short distance in the embedding function! Involved particles are 12 (type 1) and 4 (type 1). Relative position vector is (0.047773,-0.619338,-0.195947), distance is 0.651350 Short distance in the pair potential! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (0.650929,0.005258,0.365800), distance is 0.746690 Short distance in the transfer function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (0.650929,0.005258,0.365800), distance is 0.746690 Short distance in the pair potential! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-0.650929,-0.005258,-0.365800), distance is 0.746690 Short distance in the transfer function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-0.650929,-0.005258,-0.365800), distance is 0.746690 Short distance in the embedding function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (0.650929,0.005258,0.365800), distance is 0.746690 Short distance in the embedding function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-0.650929,-0.005258,-0.365800), distance is 0.746690 Short distance in the pair potential! Involved particles are 5 (type 1) and 13 (type 1). Relative position vector is (-0.012950,0.153360,-0.038824), distance is 0.158728 Short distance in the transfer function! Involved particles are 5 (type 1) and 13 (type 1). Relative position vector is (-0.012950,0.153360,-0.038824), distance is 0.158728 Short distance in the pair potential! Involved particles are 13 (type 1) and 5 (type 1). Relative position vector is (0.012950,-0.153360,0.038824), distance is 0.158728 Short distance in the transfer function! Involved particles are 13 (type 1) and 5 (type 1). Relative position vector is (0.012950,-0.153360,0.038824), distance is 0.158728 Short distance in the embedding function! Involved particles are 5 (type 1) and 13 (type 1). Relative position vector is (-0.012950,0.153360,-0.038824), distance is 0.158728 Short distance in the embedding function! Involved particles are 13 (type 1) and 5 (type 1). Relative position vector is (0.012950,-0.153360,0.038824), distance is 0.158728 Short distance in the transfer function! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (-0.538796,0.261042,1.571298), distance is 1.681493 Short distance in the transfer function! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (0.538796,-0.261042,-1.571298), distance is 1.681493 Short distance in the embedding function! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (-0.538796,0.261042,1.571298), distance is 1.681493 Short distance in the embedding function! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (0.538796,-0.261042,-1.571298), distance is 1.681493 Short distance in the pair potential! Involved particles are 10 (type 1) and 14 (type 1). Relative position vector is (-0.188244,0.100653,0.350727), distance is 0.410580 Short distance in the transfer function! Involved particles are 10 (type 1) and 14 (type 1). Relative position vector is (-0.188244,0.100653,0.350727), distance is 0.410580 Short distance in the pair potential! Involved particles are 14 (type 1) and 10 (type 1). Relative position vector is (0.188244,-0.100653,-0.350727), distance is 0.410580 Short distance in the transfer function! Involved particles are 14 (type 1) and 10 (type 1). Relative position vector is (0.188244,-0.100653,-0.350727), distance is 0.410580 Short distance in the embedding function! Involved particles are 10 (type 1) and 14 (type 1). Relative position vector is (-0.188244,0.100653,0.350727), distance is 0.410580 Short distance in the embedding function! Involved particles are 14 (type 1) and 10 (type 1). Relative position vector is (0.188244,-0.100653,-0.350727), distance is 0.410580 Short distance in the transfer function! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,-0.969446,1.228109), distance is 1.577306 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,0.969446,-1.228109), distance is 1.577306 Short distance in the embedding function! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,-0.969446,1.228109), distance is 1.577306 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,0.969446,-1.228109), distance is 1.577306 Short distance in the pair potential! Involved particles are 6 (type 1) and 14 (type 1). Relative position vector is (-0.272680,0.927756,0.829228), distance is 1.273855 Short distance in the transfer function! Involved particles are 6 (type 1) and 14 (type 1). Relative position vector is (-0.272680,0.927756,0.829228), distance is 1.273855 Short distance in the pair potential! Involved particles are 14 (type 1) and 6 (type 1). Relative position vector is (0.272680,-0.927756,-0.829228), distance is 1.273855 Short distance in the transfer function! Involved particles are 14 (type 1) and 6 (type 1). Relative position vector is (0.272680,-0.927756,-0.829228), distance is 1.273855 Short distance in the embedding function! Involved particles are 6 (type 1) and 14 (type 1). Relative position vector is (-0.272680,0.927756,0.829228), distance is 1.273855 Short distance in the embedding function! Involved particles are 14 (type 1) and 6 (type 1). Relative position vector is (0.272680,-0.927756,-0.829228), distance is 1.273855 Short distance in the pair potential! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,0.624567,1.228109), distance is 1.392176 Short distance in the transfer function! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,0.624567,1.228109), distance is 1.392176 Short distance in the pair potential! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,-0.624567,-1.228109), distance is 1.392176 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,-0.624567,-1.228109), distance is 1.392176 Short distance in the embedding function! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,0.624567,1.228109), distance is 1.392176 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,-0.624567,-1.228109), distance is 1.392176 Short distance in the transfer function! Involved particles are 14 (type 1) and 21 (type 1). Relative position vector is (0.370175,-0.346236,1.391998), distance is 1.481407 Short distance in the transfer function! Involved particles are 21 (type 1) and 14 (type 1). Relative position vector is (-0.370175,0.346236,-1.391998), distance is 1.481407 Short distance in the embedding function! Involved particles are 14 (type 1) and 21 (type 1). Relative position vector is (0.370175,-0.346236,1.391998), distance is 1.481407 Short distance in the embedding function! Involved particles are 21 (type 1) and 14 (type 1). Relative position vector is (-0.370175,0.346236,-1.391998), distance is 1.481407 Short distance in the pair potential! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,1.034705), distance is 1.057923 Short distance in the transfer function! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,1.034705), distance is 1.057923 Short distance in the pair potential! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,-1.034705), distance is 1.057923 Short distance in the transfer function! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,-1.034705), distance is 1.057923 Short distance in the embedding function! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,1.034705), distance is 1.057923 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,-1.034705), distance is 1.057923 Short distance in the pair potential! Involved particles are 11 (type 1) and 15 (type 1). Relative position vector is (0.584221,-0.080287,-0.250350), distance is 0.640652 Short distance in the transfer function! Involved particles are 11 (type 1) and 15 (type 1). Relative position vector is (0.584221,-0.080287,-0.250350), distance is 0.640652 Short distance in the pair potential! Involved particles are 15 (type 1) and 11 (type 1). Relative position vector is (-0.584221,0.080287,0.250350), distance is 0.640652 Short distance in the transfer function! Involved particles are 15 (type 1) and 11 (type 1). Relative position vector is (-0.584221,0.080287,0.250350), distance is 0.640652 Short distance in the embedding function! Involved particles are 11 (type 1) and 15 (type 1). Relative position vector is (0.584221,-0.080287,-0.250350), distance is 0.640652 Short distance in the embedding function! Involved particles are 15 (type 1) and 11 (type 1). Relative position vector is (-0.584221,0.080287,0.250350), distance is 0.640652 Short distance in the transfer function! Involved particles are 15 (type 1) and 29 (type 1). Relative position vector is (0.052098,0.003112,1.631142), distance is 1.631976 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 1). Relative position vector is (-0.052098,-0.003112,-1.631142), distance is 1.631976 Short distance in the embedding function! Involved particles are 15 (type 1) and 29 (type 1). Relative position vector is (0.052098,0.003112,1.631142), distance is 1.631976 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 1). Relative position vector is (-0.052098,-0.003112,-1.631142), distance is 1.631976 Short distance in the pair potential! Involved particles are 7 (type 1) and 15 (type 1). Relative position vector is (-0.059084,-0.071123,-0.003519), distance is 0.092530 Short distance in the transfer function! Involved particles are 7 (type 1) and 15 (type 1). Relative position vector is (-0.059084,-0.071123,-0.003519), distance is 0.092530 Short distance in the pair potential! Involved particles are 15 (type 1) and 7 (type 1). Relative position vector is (0.059084,0.071123,0.003519), distance is 0.092530 Short distance in the transfer function! Involved particles are 15 (type 1) and 7 (type 1). Relative position vector is (0.059084,0.071123,0.003519), distance is 0.092530 Short distance in the embedding function! Involved particles are 7 (type 1) and 15 (type 1). Relative position vector is (-0.059084,-0.071123,-0.003519), distance is 0.092530 Short distance in the embedding function! Involved particles are 15 (type 1) and 7 (type 1). Relative position vector is (0.059084,0.071123,0.003519), distance is 0.092530 Short distance in the transfer function! Involved particles are 15 (type 1) and 31 (type 1). Relative position vector is (0.019980,-0.342198,1.633320), distance is 1.668902 Short distance in the transfer function! Involved particles are 31 (type 1) and 15 (type 1). Relative position vector is (-0.019980,0.342198,-1.633320), distance is 1.668902 Short distance in the embedding function! Involved particles are 15 (type 1) and 31 (type 1). Relative position vector is (0.019980,-0.342198,1.633320), distance is 1.668902 Short distance in the embedding function! Involved particles are 31 (type 1) and 15 (type 1). Relative position vector is (-0.019980,0.342198,-1.633320), distance is 1.668902 Short distance in the pair potential! Involved particles are 0 (type 1) and 16 (type 1). Relative position vector is (0.222623,-0.122225,0.519800), distance is 0.578526 Short distance in the transfer function! Involved particles are 0 (type 1) and 16 (type 1). Relative position vector is (0.222623,-0.122225,0.519800), distance is 0.578526 Short distance in the pair potential! Involved particles are 16 (type 1) and 0 (type 1). Relative position vector is (-0.222623,0.122225,-0.519800), distance is 0.578526 Short distance in the transfer function! Involved particles are 16 (type 1) and 0 (type 1). Relative position vector is (-0.222623,0.122225,-0.519800), distance is 0.578526 Short distance in the embedding function! Involved particles are 0 (type 1) and 16 (type 1). Relative position vector is (0.222623,-0.122225,0.519800), distance is 0.578526 Short distance in the embedding function! Involved particles are 16 (type 1) and 0 (type 1). Relative position vector is (-0.222623,0.122225,-0.519800), distance is 0.578526 Short distance in the transfer function! Involved particles are 17 (type 1) and 26 (type 1). Relative position vector is (-0.223224,-0.039716,1.648141), distance is 1.663663 Short distance in the transfer function! Involved particles are 26 (type 1) and 17 (type 1). Relative position vector is (0.223224,0.039716,-1.648141), distance is 1.663663 Short distance in the embedding function! Involved particles are 17 (type 1) and 26 (type 1). Relative position vector is (-0.223224,-0.039716,1.648141), distance is 1.663663 Short distance in the embedding function! Involved particles are 26 (type 1) and 17 (type 1). Relative position vector is (0.223224,0.039716,-1.648141), distance is 1.663663 Short distance in the pair potential! Involved particles are 1 (type 1) and 17 (type 1). Relative position vector is (0.389130,0.003155,1.015517), distance is 1.087523 Short distance in the transfer function! Involved particles are 1 (type 1) and 17 (type 1). Relative position vector is (0.389130,0.003155,1.015517), distance is 1.087523 Short distance in the pair potential! Involved particles are 17 (type 1) and 1 (type 1). Relative position vector is (-0.389130,-0.003155,-1.015517), distance is 1.087523 Short distance in the transfer function! Involved particles are 17 (type 1) and 1 (type 1). Relative position vector is (-0.389130,-0.003155,-1.015517), distance is 1.087523 Short distance in the embedding function! Involved particles are 1 (type 1) and 17 (type 1). Relative position vector is (0.389130,0.003155,1.015517), distance is 1.087523 Short distance in the embedding function! Involved particles are 17 (type 1) and 1 (type 1). Relative position vector is (-0.389130,-0.003155,-1.015517), distance is 1.087523 Short distance in the transfer function! Involved particles are 18 (type 1) and 23 (type 1). Relative position vector is (0.160657,1.391631,0.052735), distance is 1.401866 Short distance in the transfer function! Involved particles are 23 (type 1) and 18 (type 1). Relative position vector is (-0.160657,-1.391631,-0.052735), distance is 1.401866 Short distance in the embedding function! Involved particles are 18 (type 1) and 23 (type 1). Relative position vector is (0.160657,1.391631,0.052735), distance is 1.401866 Short distance in the embedding function! Involved particles are 23 (type 1) and 18 (type 1). Relative position vector is (-0.160657,-1.391631,-0.052735), distance is 1.401866 Short distance in the pair potential! Involved particles are 2 (type 1) and 18 (type 1). Relative position vector is (-0.241069,0.104189,0.377521), distance is 0.459883 Short distance in the transfer function! Involved particles are 2 (type 1) and 18 (type 1). Relative position vector is (-0.241069,0.104189,0.377521), distance is 0.459883 Short distance in the pair potential! Involved particles are 18 (type 1) and 2 (type 1). Relative position vector is (0.241069,-0.104189,-0.377521), distance is 0.459883 Short distance in the transfer function! Involved particles are 18 (type 1) and 2 (type 1). Relative position vector is (0.241069,-0.104189,-0.377521), distance is 0.459883 Short distance in the embedding function! Involved particles are 2 (type 1) and 18 (type 1). Relative position vector is (-0.241069,0.104189,0.377521), distance is 0.459883 Short distance in the embedding function! Involved particles are 18 (type 1) and 2 (type 1). Relative position vector is (0.241069,-0.104189,-0.377521), distance is 0.459883 Short distance in the pair potential! Involved particles are 19 (type 1) and 27 (type 1). Relative position vector is (0.164601,1.298006,-0.317412), distance is 1.346352 Short distance in the transfer function! Involved particles are 19 (type 1) and 27 (type 1). Relative position vector is (0.164601,1.298006,-0.317412), distance is 1.346352 Short distance in the pair potential! Involved particles are 27 (type 1) and 19 (type 1). Relative position vector is (-0.164601,-1.298006,0.317412), distance is 1.346352 Short distance in the transfer function! Involved particles are 27 (type 1) and 19 (type 1). Relative position vector is (-0.164601,-1.298006,0.317412), distance is 1.346352 Short distance in the embedding function! Involved particles are 19 (type 1) and 27 (type 1). Relative position vector is (0.164601,1.298006,-0.317412), distance is 1.346352 Short distance in the embedding function! Involved particles are 27 (type 1) and 19 (type 1). Relative position vector is (-0.164601,-1.298006,0.317412), distance is 1.346352 Short distance in the pair potential! Involved particles are 3 (type 1) and 19 (type 1). Relative position vector is (0.073472,0.052216,0.001088), distance is 0.090143 Short distance in the transfer function! Involved particles are 3 (type 1) and 19 (type 1). Relative position vector is (0.073472,0.052216,0.001088), distance is 0.090143 Short distance in the pair potential! Involved particles are 19 (type 1) and 3 (type 1). Relative position vector is (-0.073472,-0.052216,-0.001088), distance is 0.090143 Short distance in the transfer function! Involved particles are 19 (type 1) and 3 (type 1). Relative position vector is (-0.073472,-0.052216,-0.001088), distance is 0.090143 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 1). Relative position vector is (0.073472,0.052216,0.001088), distance is 0.090143 Short distance in the embedding function! Involved particles are 19 (type 1) and 3 (type 1). Relative position vector is (-0.073472,-0.052216,-0.001088), distance is 0.090143 Short distance in the transfer function! Involved particles are 19 (type 1) and 24 (type 1). Relative position vector is (0.115416,1.575247,-0.090777), distance is 1.582077 Short distance in the transfer function! Involved particles are 24 (type 1) and 19 (type 1). Relative position vector is (-0.115416,-1.575247,0.090777), distance is 1.582077 Short distance in the embedding function! Involved particles are 19 (type 1) and 24 (type 1). Relative position vector is (0.115416,1.575247,-0.090777), distance is 1.582077 Short distance in the embedding function! Involved particles are 24 (type 1) and 19 (type 1). Relative position vector is (-0.115416,-1.575247,0.090777), distance is 1.582077 Short distance in the pair potential! Involved particles are 16 (type 1) and 20 (type 1). Relative position vector is (0.812793,0.128891,0.129747), distance is 0.833114 Short distance in the transfer function! Involved particles are 16 (type 1) and 20 (type 1). Relative position vector is (0.812793,0.128891,0.129747), distance is 0.833114 Short distance in the pair potential! Involved particles are 20 (type 1) and 16 (type 1). Relative position vector is (-0.812793,-0.128891,-0.129747), distance is 0.833114 Short distance in the transfer function! Involved particles are 20 (type 1) and 16 (type 1). Relative position vector is (-0.812793,-0.128891,-0.129747), distance is 0.833114 Short distance in the embedding function! Involved particles are 16 (type 1) and 20 (type 1). Relative position vector is (0.812793,0.128891,0.129747), distance is 0.833114 Short distance in the embedding function! Involved particles are 20 (type 1) and 16 (type 1). Relative position vector is (-0.812793,-0.128891,-0.129747), distance is 0.833114 Short distance in the pair potential! Involved particles are 4 (type 1) and 20 (type 1). Relative position vector is (-0.017924,-0.329496,0.810722), distance is 0.875305 Short distance in the transfer function! Involved particles are 4 (type 1) and 20 (type 1). Relative position vector is (-0.017924,-0.329496,0.810722), distance is 0.875305 Short distance in the pair potential! Involved particles are 20 (type 1) and 4 (type 1). Relative position vector is (0.017924,0.329496,-0.810722), distance is 0.875305 Short distance in the transfer function! Involved particles are 20 (type 1) and 4 (type 1). Relative position vector is (0.017924,0.329496,-0.810722), distance is 0.875305 Short distance in the embedding function! Involved particles are 4 (type 1) and 20 (type 1). Relative position vector is (-0.017924,-0.329496,0.810722), distance is 0.875305 Short distance in the embedding function! Involved particles are 20 (type 1) and 4 (type 1). Relative position vector is (0.017924,0.329496,-0.810722), distance is 0.875305 Short distance in the pair potential! Involved particles are 17 (type 1) and 21 (type 1). Relative position vector is (0.159081,-0.034196,-0.371675), distance is 0.405732 Short distance in the transfer function! Involved particles are 17 (type 1) and 21 (type 1). Relative position vector is (0.159081,-0.034196,-0.371675), distance is 0.405732 Short distance in the pair potential! Involved particles are 21 (type 1) and 17 (type 1). Relative position vector is (-0.159081,0.034196,0.371675), distance is 0.405732 Short distance in the transfer function! Involved particles are 21 (type 1) and 17 (type 1). Relative position vector is (-0.159081,0.034196,0.371675), distance is 0.405732 Short distance in the embedding function! Involved particles are 17 (type 1) and 21 (type 1). Relative position vector is (0.159081,-0.034196,-0.371675), distance is 0.405732 Short distance in the embedding function! Involved particles are 21 (type 1) and 17 (type 1). Relative position vector is (-0.159081,0.034196,0.371675), distance is 0.405732 Short distance in the transfer function! Involved particles are 14 (type 1) and 21 (type 1). Relative position vector is (0.370175,0.245756,1.391998), distance is 1.461193 Short distance in the transfer function! Involved particles are 21 (type 1) and 14 (type 1). Relative position vector is (-0.370175,-0.245756,-1.391998), distance is 1.461193 Short distance in the embedding function! Involved particles are 14 (type 1) and 21 (type 1). Relative position vector is (0.370175,0.245756,1.391998), distance is 1.461193 Short distance in the embedding function! Involved particles are 21 (type 1) and 14 (type 1). Relative position vector is (-0.370175,-0.245756,-1.391998), distance is 1.461193 Short distance in the transfer function! Involved particles are 14 (type 1) and 21 (type 1). Relative position vector is (0.370175,-0.847246,1.391998), distance is 1.671082 Short distance in the transfer function! Involved particles are 21 (type 1) and 14 (type 1). Relative position vector is (-0.370175,0.847246,-1.391998), distance is 1.671082 Short distance in the embedding function! Involved particles are 14 (type 1) and 21 (type 1). Relative position vector is (0.370175,-0.847246,1.391998), distance is 1.671082 Short distance in the embedding function! Involved particles are 21 (type 1) and 14 (type 1). Relative position vector is (-0.370175,0.847246,-1.391998), distance is 1.671082 Short distance in the pair potential! Involved particles are 5 (type 1) and 21 (type 1). Relative position vector is (0.017973,0.113102,0.531739), distance is 0.543932 Short distance in the transfer function! Involved particles are 5 (type 1) and 21 (type 1). Relative position vector is (0.017973,0.113102,0.531739), distance is 0.543932 Short distance in the pair potential! Involved particles are 21 (type 1) and 5 (type 1). Relative position vector is (-0.017973,-0.113102,-0.531739), distance is 0.543932 Short distance in the transfer function! Involved particles are 21 (type 1) and 5 (type 1). Relative position vector is (-0.017973,-0.113102,-0.531739), distance is 0.543932 Short distance in the embedding function! Involved particles are 5 (type 1) and 21 (type 1). Relative position vector is (0.017973,0.113102,0.531739), distance is 0.543932 Short distance in the embedding function! Involved particles are 21 (type 1) and 5 (type 1). Relative position vector is (-0.017973,-0.113102,-0.531739), distance is 0.543932 Short distance in the pair potential! Involved particles are 18 (type 1) and 22 (type 1). Relative position vector is (0.286354,-0.186992,0.004590), distance is 0.342032 Short distance in the transfer function! Involved particles are 18 (type 1) and 22 (type 1). Relative position vector is (0.286354,-0.186992,0.004590), distance is 0.342032 Short distance in the pair potential! Involved particles are 22 (type 1) and 18 (type 1). Relative position vector is (-0.286354,0.186992,-0.004590), distance is 0.342032 Short distance in the transfer function! Involved particles are 22 (type 1) and 18 (type 1). Relative position vector is (-0.286354,0.186992,-0.004590), distance is 0.342032 Short distance in the embedding function! Involved particles are 18 (type 1) and 22 (type 1). Relative position vector is (0.286354,-0.186992,0.004590), distance is 0.342032 Short distance in the embedding function! Involved particles are 22 (type 1) and 18 (type 1). Relative position vector is (-0.286354,0.186992,-0.004590), distance is 0.342032 Short distance in the transfer function! Involved particles are 22 (type 1) and 23 (type 1). Relative position vector is (0.002701,1.578624,0.048145), distance is 1.579360 Short distance in the transfer function! Involved particles are 23 (type 1) and 22 (type 1). Relative position vector is (-0.002701,-1.578624,-0.048145), distance is 1.579360 Short distance in the embedding function! Involved particles are 22 (type 1) and 23 (type 1). Relative position vector is (0.002701,1.578624,0.048145), distance is 1.579360 Short distance in the embedding function! Involved particles are 23 (type 1) and 22 (type 1). Relative position vector is (-0.002701,-1.578624,-0.048145), distance is 1.579360 Short distance in the pair potential! Involved particles are 6 (type 1) and 22 (type 1). Relative position vector is (-0.107509,0.180367,0.462554), distance is 0.507983 Short distance in the transfer function! Involved particles are 6 (type 1) and 22 (type 1). Relative position vector is (-0.107509,0.180367,0.462554), distance is 0.507983 Short distance in the pair potential! Involved particles are 22 (type 1) and 6 (type 1). Relative position vector is (0.107509,-0.180367,-0.462554), distance is 0.507983 Short distance in the transfer function! Involved particles are 22 (type 1) and 6 (type 1). Relative position vector is (0.107509,-0.180367,-0.462554), distance is 0.507983 Short distance in the embedding function! Involved particles are 6 (type 1) and 22 (type 1). Relative position vector is (-0.107509,0.180367,0.462554), distance is 0.507983 Short distance in the embedding function! Involved particles are 22 (type 1) and 6 (type 1). Relative position vector is (0.107509,-0.180367,-0.462554), distance is 0.507983 Short distance in the pair potential! Involved particles are 19 (type 1) and 23 (type 1). Relative position vector is (0.856598,-0.678752,-0.069707), distance is 1.095136 Short distance in the transfer function! Involved particles are 19 (type 1) and 23 (type 1). Relative position vector is (0.856598,-0.678752,-0.069707), distance is 1.095136 Short distance in the pair potential! Involved particles are 23 (type 1) and 19 (type 1). Relative position vector is (-0.856598,0.678752,0.069707), distance is 1.095136 Short distance in the transfer function! Involved particles are 23 (type 1) and 19 (type 1). Relative position vector is (-0.856598,0.678752,0.069707), distance is 1.095136 Short distance in the embedding function! Involved particles are 19 (type 1) and 23 (type 1). Relative position vector is (0.856598,-0.678752,-0.069707), distance is 1.095136 Short distance in the embedding function! Involved particles are 23 (type 1) and 19 (type 1). Relative position vector is (-0.856598,0.678752,0.069707), distance is 1.095136 Short distance in the transfer function! Involved particles are 22 (type 1) and 23 (type 1). Relative position vector is (-0.322511,1.578624,0.048145), distance is 1.611950 Short distance in the transfer function! Involved particles are 23 (type 1) and 22 (type 1). Relative position vector is (0.322511,-1.578624,-0.048145), distance is 1.611950 Short distance in the embedding function! Involved particles are 22 (type 1) and 23 (type 1). Relative position vector is (-0.322511,1.578624,0.048145), distance is 1.611950 Short distance in the embedding function! Involved particles are 23 (type 1) and 22 (type 1). Relative position vector is (0.322511,-1.578624,-0.048145), distance is 1.611950 Short distance in the transfer function! Involved particles are 18 (type 1) and 23 (type 1). Relative position vector is (0.614267,1.391631,0.052735), distance is 1.522085 Short distance in the transfer function! Involved particles are 23 (type 1) and 18 (type 1). Relative position vector is (-0.614267,-1.391631,-0.052735), distance is 1.522085 Short distance in the embedding function! Involved particles are 18 (type 1) and 23 (type 1). Relative position vector is (0.614267,1.391631,0.052735), distance is 1.522085 Short distance in the embedding function! Involved particles are 23 (type 1) and 18 (type 1). Relative position vector is (-0.614267,-1.391631,-0.052735), distance is 1.522085 Short distance in the transfer function! Involved particles are 23 (type 1) and 30 (type 1). Relative position vector is (1.579494,0.452903,-0.047596), distance is 1.643833 Short distance in the transfer function! Involved particles are 30 (type 1) and 23 (type 1). Relative position vector is (-1.579494,-0.452903,0.047596), distance is 1.643833 Short distance in the embedding function! Involved particles are 23 (type 1) and 30 (type 1). Relative position vector is (1.579494,0.452903,-0.047596), distance is 1.643833 Short distance in the embedding function! Involved particles are 30 (type 1) and 23 (type 1). Relative position vector is (-1.579494,-0.452903,0.047596), distance is 1.643833 Short distance in the pair potential! Involved particles are 7 (type 1) and 23 (type 1). Relative position vector is (0.019543,-0.712255,0.067272), distance is 0.715691 Short distance in the transfer function! Involved particles are 7 (type 1) and 23 (type 1). Relative position vector is (0.019543,-0.712255,0.067272), distance is 0.715691 Short distance in the pair potential! Involved particles are 23 (type 1) and 7 (type 1). Relative position vector is (-0.019543,0.712255,-0.067272), distance is 0.715691 Short distance in the transfer function! Involved particles are 23 (type 1) and 7 (type 1). Relative position vector is (-0.019543,0.712255,-0.067272), distance is 0.715691 Short distance in the embedding function! Involved particles are 7 (type 1) and 23 (type 1). Relative position vector is (0.019543,-0.712255,0.067272), distance is 0.715691 Short distance in the embedding function! Involved particles are 23 (type 1) and 7 (type 1). Relative position vector is (-0.019543,0.712255,-0.067272), distance is 0.715691 Short distance in the pair potential! Involved particles are 16 (type 1) and 24 (type 1). Relative position vector is (0.098396,0.923011,0.193646), distance is 0.948225 Short distance in the transfer function! Involved particles are 16 (type 1) and 24 (type 1). Relative position vector is (0.098396,0.923011,0.193646), distance is 0.948225 Short distance in the pair potential! Involved particles are 24 (type 1) and 16 (type 1). Relative position vector is (-0.098396,-0.923011,-0.193646), distance is 0.948225 Short distance in the transfer function! Involved particles are 24 (type 1) and 16 (type 1). Relative position vector is (-0.098396,-0.923011,-0.193646), distance is 0.948225 Short distance in the embedding function! Involved particles are 16 (type 1) and 24 (type 1). Relative position vector is (0.098396,0.923011,0.193646), distance is 0.948225 Short distance in the embedding function! Involved particles are 24 (type 1) and 16 (type 1). Relative position vector is (-0.098396,-0.923011,-0.193646), distance is 0.948225 Short distance in the pair potential! Involved particles are 8 (type 1) and 24 (type 1). Relative position vector is (0.173732,-0.429491,0.920562), distance is 1.030572 Short distance in the transfer function! Involved particles are 8 (type 1) and 24 (type 1). Relative position vector is (0.173732,-0.429491,0.920562), distance is 1.030572 Short distance in the pair potential! Involved particles are 24 (type 1) and 8 (type 1). Relative position vector is (-0.173732,0.429491,-0.920562), distance is 1.030572 Short distance in the transfer function! Involved particles are 24 (type 1) and 8 (type 1). Relative position vector is (-0.173732,0.429491,-0.920562), distance is 1.030572 Short distance in the embedding function! Involved particles are 8 (type 1) and 24 (type 1). Relative position vector is (0.173732,-0.429491,0.920562), distance is 1.030572 Short distance in the embedding function! Involved particles are 24 (type 1) and 8 (type 1). Relative position vector is (-0.173732,0.429491,-0.920562), distance is 1.030572 Short distance in the transfer function! Involved particles are 19 (type 1) and 24 (type 1). Relative position vector is (0.115416,1.575247,-0.431161), distance is 1.637262 Short distance in the transfer function! Involved particles are 24 (type 1) and 19 (type 1). Relative position vector is (-0.115416,-1.575247,0.431161), distance is 1.637262 Short distance in the embedding function! Involved particles are 19 (type 1) and 24 (type 1). Relative position vector is (0.115416,1.575247,-0.431161), distance is 1.637262 Short distance in the embedding function! Involved particles are 24 (type 1) and 19 (type 1). Relative position vector is (-0.115416,-1.575247,0.431161), distance is 1.637262 Short distance in the transfer function! Involved particles are 3 (type 1) and 24 (type 1). Relative position vector is (0.188888,1.627463,0.250695), distance is 1.657457 Short distance in the transfer function! Involved particles are 24 (type 1) and 3 (type 1). Relative position vector is (-0.188888,-1.627463,-0.250695), distance is 1.657457 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 1). Relative position vector is (0.188888,1.627463,0.250695), distance is 1.657457 Short distance in the embedding function! Involved particles are 24 (type 1) and 3 (type 1). Relative position vector is (-0.188888,-1.627463,-0.250695), distance is 1.657457 Short distance in the pair potential! Involved particles are 17 (type 1) and 25 (type 1). Relative position vector is (-0.328329,0.175867,-0.220161), distance is 0.432667 Short distance in the transfer function! Involved particles are 17 (type 1) and 25 (type 1). Relative position vector is (-0.328329,0.175867,-0.220161), distance is 0.432667 Short distance in the pair potential! Involved particles are 25 (type 1) and 17 (type 1). Relative position vector is (0.328329,-0.175867,0.220161), distance is 0.432667 Short distance in the transfer function! Involved particles are 25 (type 1) and 17 (type 1). Relative position vector is (0.328329,-0.175867,0.220161), distance is 0.432667 Short distance in the embedding function! Involved particles are 17 (type 1) and 25 (type 1). Relative position vector is (-0.328329,0.175867,-0.220161), distance is 0.432667 Short distance in the embedding function! Involved particles are 25 (type 1) and 17 (type 1). Relative position vector is (0.328329,-0.175867,0.220161), distance is 0.432667 Short distance in the pair potential! Involved particles are 9 (type 1) and 25 (type 1). Relative position vector is (0.185837,0.242997,1.026556), distance is 1.071168 Short distance in the transfer function! Involved particles are 9 (type 1) and 25 (type 1). Relative position vector is (0.185837,0.242997,1.026556), distance is 1.071168 Short distance in the pair potential! Involved particles are 25 (type 1) and 9 (type 1). Relative position vector is (-0.185837,-0.242997,-1.026556), distance is 1.071168 Short distance in the transfer function! Involved particles are 25 (type 1) and 9 (type 1). Relative position vector is (-0.185837,-0.242997,-1.026556), distance is 1.071168 Short distance in the embedding function! Involved particles are 9 (type 1) and 25 (type 1). Relative position vector is (0.185837,0.242997,1.026556), distance is 1.071168 Short distance in the embedding function! Involved particles are 25 (type 1) and 9 (type 1). Relative position vector is (-0.185837,-0.242997,-1.026556), distance is 1.071168 Short distance in the transfer function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-1.644454,-0.220815,0.168836), distance is 1.667781 Short distance in the transfer function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (1.644454,0.220815,-0.168836), distance is 1.667781 Short distance in the embedding function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-1.644454,-0.220815,0.168836), distance is 1.667781 Short distance in the embedding function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (1.644454,0.220815,-0.168836), distance is 1.667781 Short distance in the transfer function! Involved particles are 11 (type 1) and 25 (type 1). Relative position vector is (1.583956,-0.100478,0.083221), distance is 1.589320 Short distance in the transfer function! Involved particles are 25 (type 1) and 11 (type 1). Relative position vector is (-1.583956,0.100478,-0.083221), distance is 1.589320 Short distance in the embedding function! Involved particles are 11 (type 1) and 25 (type 1). Relative position vector is (1.583956,-0.100478,0.083221), distance is 1.589320 Short distance in the embedding function! Involved particles are 25 (type 1) and 11 (type 1). Relative position vector is (-1.583956,0.100478,-0.083221), distance is 1.589320 Short distance in the transfer function! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (1.652786,-0.166919,0.113615), distance is 1.665075 Short distance in the transfer function! Involved particles are 26 (type 1) and 31 (type 1). Relative position vector is (0.014646,1.610239,0.062585), distance is 1.611521 Short distance in the transfer function! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (-1.652786,0.166919,-0.113615), distance is 1.665075 Short distance in the transfer function! Involved particles are 31 (type 1) and 26 (type 1). Relative position vector is (-0.014646,-1.610239,-0.062585), distance is 1.611521 Short distance in the embedding function! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (1.652786,-0.166919,0.113615), distance is 1.665075 Short distance in the embedding function! Involved particles are 26 (type 1) and 31 (type 1). Relative position vector is (0.014646,1.610239,0.062585), distance is 1.611521 Short distance in the embedding function! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (-1.652786,0.166919,-0.113615), distance is 1.665075 Short distance in the embedding function! Involved particles are 31 (type 1) and 26 (type 1). Relative position vector is (-0.014646,-1.610239,-0.062585), distance is 1.611521 Short distance in the pair potential! Involved particles are 18 (type 1) and 26 (type 1). Relative position vector is (0.051312,0.719336,-0.108477), distance is 0.729276 Short distance in the transfer function! Involved particles are 18 (type 1) and 26 (type 1). Relative position vector is (0.051312,0.719336,-0.108477), distance is 0.729276 Short distance in the pair potential! Involved particles are 26 (type 1) and 18 (type 1). Relative position vector is (-0.051312,-0.719336,0.108477), distance is 0.729276 Short distance in the transfer function! Involved particles are 26 (type 1) and 18 (type 1). Relative position vector is (-0.051312,-0.719336,0.108477), distance is 0.729276 Short distance in the embedding function! Involved particles are 18 (type 1) and 26 (type 1). Relative position vector is (0.051312,0.719336,-0.108477), distance is 0.729276 Short distance in the embedding function! Involved particles are 26 (type 1) and 18 (type 1). Relative position vector is (-0.051312,-0.719336,0.108477), distance is 0.729276 Short distance in the pair potential! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.305881,0.363684,-0.096442), distance is 0.484902 Short distance in the transfer function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.305881,0.363684,-0.096442), distance is 0.484902 Short distance in the pair potential! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.305881,-0.363684,0.096442), distance is 0.484902 Short distance in the transfer function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.305881,-0.363684,0.096442), distance is 0.484902 Short distance in the embedding function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.305881,0.363684,-0.096442), distance is 0.484902 Short distance in the embedding function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.305881,-0.363684,0.096442), distance is 0.484902 Short distance in the pair potential! Involved particles are 19 (type 1) and 27 (type 1). Relative position vector is (0.164601,-0.209942,-0.317412), distance is 0.414632 Short distance in the transfer function! Involved particles are 19 (type 1) and 27 (type 1). Relative position vector is (0.164601,-0.209942,-0.317412), distance is 0.414632 Short distance in the pair potential! Involved particles are 27 (type 1) and 19 (type 1). Relative position vector is (-0.164601,0.209942,0.317412), distance is 0.414632 Short distance in the transfer function! Involved particles are 27 (type 1) and 19 (type 1). Relative position vector is (-0.164601,0.209942,0.317412), distance is 0.414632 Short distance in the embedding function! Involved particles are 19 (type 1) and 27 (type 1). Relative position vector is (0.164601,-0.209942,-0.317412), distance is 0.414632 Short distance in the embedding function! Involved particles are 27 (type 1) and 19 (type 1). Relative position vector is (-0.164601,0.209942,0.317412), distance is 0.414632 Short distance in the pair potential! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,-0.355699), distance is 0.483126 Short distance in the transfer function! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,-0.355699), distance is 0.483126 Short distance in the pair potential! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,0.355699), distance is 0.483126 Short distance in the transfer function! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,0.355699), distance is 0.483126 Short distance in the embedding function! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,-0.355699), distance is 0.483126 Short distance in the embedding function! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,0.355699), distance is 0.483126 Short distance in the transfer function! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,1.561152), distance is 1.595018 Short distance in the transfer function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-1.644454,-0.220815,-0.135042), distance is 1.664699 Short distance in the transfer function! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,-1.561152), distance is 1.595018 Short distance in the transfer function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (1.644454,0.220815,0.135042), distance is 1.664699 Short distance in the embedding function! Involved particles are 11 (type 1) and 27 (type 1). Relative position vector is (-0.060498,-0.321293,1.561152), distance is 1.595018 Short distance in the embedding function! Involved particles are 25 (type 1) and 27 (type 1). Relative position vector is (-1.644454,-0.220815,-0.135042), distance is 1.664699 Short distance in the embedding function! Involved particles are 27 (type 1) and 11 (type 1). Relative position vector is (0.060498,0.321293,-1.561152), distance is 1.595018 Short distance in the embedding function! Involved particles are 27 (type 1) and 25 (type 1). Relative position vector is (1.644454,0.220815,0.135042), distance is 1.664699 Short distance in the pair potential! Involved particles are 24 (type 1) and 28 (type 1). Relative position vector is (0.745714,-0.040425,0.136702), distance is 0.759218 Short distance in the transfer function! Involved particles are 24 (type 1) and 28 (type 1). Relative position vector is (0.745714,-0.040425,0.136702), distance is 0.759218 Short distance in the pair potential! Involved particles are 28 (type 1) and 24 (type 1). Relative position vector is (-0.745714,0.040425,-0.136702), distance is 0.759218 Short distance in the transfer function! Involved particles are 28 (type 1) and 24 (type 1). Relative position vector is (-0.745714,0.040425,-0.136702), distance is 0.759218 Short distance in the embedding function! Involved particles are 24 (type 1) and 28 (type 1). Relative position vector is (0.745714,-0.040425,0.136702), distance is 0.759218 Short distance in the embedding function! Involved particles are 28 (type 1) and 24 (type 1). Relative position vector is (-0.745714,0.040425,-0.136702), distance is 0.759218 Short distance in the pair potential! Involved particles are 20 (type 1) and 28 (type 1). Relative position vector is (0.051940,0.770538,0.200600), distance is 0.797914 Short distance in the transfer function! Involved particles are 20 (type 1) and 28 (type 1). Relative position vector is (0.051940,0.770538,0.200600), distance is 0.797914 Short distance in the pair potential! Involved particles are 28 (type 1) and 20 (type 1). Relative position vector is (-0.051940,-0.770538,-0.200600), distance is 0.797914 Short distance in the transfer function! Involved particles are 28 (type 1) and 20 (type 1). Relative position vector is (-0.051940,-0.770538,-0.200600), distance is 0.797914 Short distance in the embedding function! Involved particles are 20 (type 1) and 28 (type 1). Relative position vector is (0.051940,0.770538,0.200600), distance is 0.797914 Short distance in the embedding function! Involved particles are 28 (type 1) and 20 (type 1). Relative position vector is (-0.051940,-0.770538,-0.200600), distance is 0.797914 Short distance in the pair potential! Involved particles are 12 (type 1) and 28 (type 1). Relative position vector is (0.081789,-0.300052,0.736699), distance is 0.799654 Short distance in the transfer function! Involved particles are 12 (type 1) and 28 (type 1). Relative position vector is (0.081789,-0.300052,0.736699), distance is 0.799654 Short distance in the pair potential! Involved particles are 28 (type 1) and 12 (type 1). Relative position vector is (-0.081789,0.300052,-0.736699), distance is 0.799654 Short distance in the transfer function! Involved particles are 28 (type 1) and 12 (type 1). Relative position vector is (-0.081789,0.300052,-0.736699), distance is 0.799654 Short distance in the embedding function! Involved particles are 12 (type 1) and 28 (type 1). Relative position vector is (0.081789,-0.300052,0.736699), distance is 0.799654 Short distance in the embedding function! Involved particles are 28 (type 1) and 12 (type 1). Relative position vector is (-0.081789,0.300052,-0.736699), distance is 0.799654 Short distance in the transfer function! Involved particles are 28 (type 1) and 30 (type 1). Relative position vector is (1.571998,0.239328,0.150516), distance is 1.597220 Short distance in the transfer function! Involved particles are 30 (type 1) and 28 (type 1). Relative position vector is (-1.571998,-0.239328,-0.150516), distance is 1.597220 Short distance in the embedding function! Involved particles are 28 (type 1) and 30 (type 1). Relative position vector is (1.571998,0.239328,0.150516), distance is 1.597220 Short distance in the embedding function! Involved particles are 30 (type 1) and 28 (type 1). Relative position vector is (-1.571998,-0.239328,-0.150516), distance is 1.597220 Short distance in the transfer function! Involved particles are 7 (type 1) and 28 (type 1). Relative position vector is (0.027039,1.501320,0.476964), distance is 1.575496 Short distance in the transfer function! Involved particles are 28 (type 1) and 7 (type 1). Relative position vector is (-0.027039,-1.501320,-0.476964), distance is 1.575496 Short distance in the embedding function! Involved particles are 7 (type 1) and 28 (type 1). Relative position vector is (0.027039,1.501320,0.476964), distance is 1.575496 Short distance in the embedding function! Involved particles are 28 (type 1) and 7 (type 1). Relative position vector is (-0.027039,-1.501320,-0.476964), distance is 1.575496 Short distance in the pair potential! Involved particles are 25 (type 1) and 29 (type 1). Relative position vector is (0.082470,0.023303,-0.315402), distance is 0.326838 Short distance in the transfer function! Involved particles are 25 (type 1) and 29 (type 1). Relative position vector is (0.082470,0.023303,-0.315402), distance is 0.326838 Short distance in the pair potential! Involved particles are 29 (type 1) and 25 (type 1). Relative position vector is (-0.082470,-0.023303,0.315402), distance is 0.326838 Short distance in the transfer function! Involved particles are 29 (type 1) and 25 (type 1). Relative position vector is (-0.082470,-0.023303,0.315402), distance is 0.326838 Short distance in the embedding function! Involved particles are 25 (type 1) and 29 (type 1). Relative position vector is (0.082470,0.023303,-0.315402), distance is 0.326838 Short distance in the embedding function! Involved particles are 29 (type 1) and 25 (type 1). Relative position vector is (-0.082470,-0.023303,0.315402), distance is 0.326838 Short distance in the transfer function! Involved particles are 15 (type 1) and 29 (type 1). Relative position vector is (-0.235270,0.003112,1.631142), distance is 1.648024 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 1). Relative position vector is (0.235270,-0.003112,-1.631142), distance is 1.648024 Short distance in the embedding function! Involved particles are 15 (type 1) and 29 (type 1). Relative position vector is (-0.235270,0.003112,1.631142), distance is 1.648024 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 1). Relative position vector is (0.235270,-0.003112,-1.631142), distance is 1.648024 Short distance in the pair potential! Involved particles are 21 (type 1) and 29 (type 1). Relative position vector is (-0.569719,0.226830,-0.163888), distance is 0.634737 Short distance in the transfer function! Involved particles are 21 (type 1) and 29 (type 1). Relative position vector is (-0.569719,0.226830,-0.163888), distance is 0.634737 Short distance in the pair potential! Involved particles are 29 (type 1) and 21 (type 1). Relative position vector is (0.569719,-0.226830,0.163888), distance is 0.634737 Short distance in the transfer function! Involved particles are 29 (type 1) and 21 (type 1). Relative position vector is (0.569719,-0.226830,0.163888), distance is 0.634737 Short distance in the embedding function! Involved particles are 21 (type 1) and 29 (type 1). Relative position vector is (-0.569719,0.226830,-0.163888), distance is 0.634737 Short distance in the embedding function! Involved particles are 29 (type 1) and 21 (type 1). Relative position vector is (0.569719,-0.226830,0.163888), distance is 0.634737 Short distance in the pair potential! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,0.252581,1.228109), distance is 1.269593 Short distance in the transfer function! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,0.252581,1.228109), distance is 1.269593 Short distance in the pair potential! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,-0.252581,-1.228109), distance is 1.269593 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,-0.252581,-1.228109), distance is 1.269593 Short distance in the embedding function! Involved particles are 14 (type 1) and 29 (type 1). Relative position vector is (-0.199543,0.252581,1.228109), distance is 1.269593 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 1). Relative position vector is (0.199543,-0.252581,-1.228109), distance is 1.269593 Short distance in the pair potential! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (-0.538796,0.261042,0.475194), distance is 0.764364 Short distance in the transfer function! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (-0.538796,0.261042,0.475194), distance is 0.764364 Short distance in the pair potential! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (0.538796,-0.261042,-0.475194), distance is 0.764364 Short distance in the transfer function! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (0.538796,-0.261042,-0.475194), distance is 0.764364 Short distance in the embedding function! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (-0.538796,0.261042,0.475194), distance is 0.764364 Short distance in the embedding function! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (0.538796,-0.261042,-0.475194), distance is 0.764364 Short distance in the transfer function! Involved particles are 15 (type 1) and 29 (type 1). Relative position vector is (1.656941,0.003112,0.083090), distance is 1.659026 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 1). Relative position vector is (-1.656941,-0.003112,-0.083090), distance is 1.659026 Short distance in the embedding function! Involved particles are 15 (type 1) and 29 (type 1). Relative position vector is (1.656941,0.003112,0.083090), distance is 1.659026 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 1). Relative position vector is (-1.656941,-0.003112,-0.083090), distance is 1.659026 Short distance in the pair potential! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (-0.021811,-0.166919,0.113615), distance is 0.203092 Short distance in the transfer function! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (-0.021811,-0.166919,0.113615), distance is 0.203092 Short distance in the pair potential! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (0.021811,0.166919,-0.113615), distance is 0.203092 Short distance in the transfer function! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (0.021811,0.166919,-0.113615), distance is 0.203092 Short distance in the embedding function! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (-0.021811,-0.166919,0.113615), distance is 0.203092 Short distance in the embedding function! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (0.021811,0.166919,-0.113615), distance is 0.203092 Short distance in the pair potential! Involved particles are 22 (type 1) and 30 (type 1). Relative position vector is (-0.363534,0.804834,0.000548), distance is 0.883128 Short distance in the transfer function! Involved particles are 22 (type 1) and 30 (type 1). Relative position vector is (-0.363534,0.804834,0.000548), distance is 0.883128 Short distance in the pair potential! Involved particles are 30 (type 1) and 22 (type 1). Relative position vector is (0.363534,-0.804834,-0.000548), distance is 0.883128 Short distance in the transfer function! Involved particles are 30 (type 1) and 22 (type 1). Relative position vector is (0.363534,-0.804834,-0.000548), distance is 0.883128 Short distance in the embedding function! Involved particles are 22 (type 1) and 30 (type 1). Relative position vector is (-0.363534,0.804834,0.000548), distance is 0.883128 Short distance in the embedding function! Involved particles are 30 (type 1) and 22 (type 1). Relative position vector is (0.363534,-0.804834,-0.000548), distance is 0.883128 Short distance in the transfer function! Involved particles are 30 (type 1) and 31 (type 1). Relative position vector is (-1.638141,0.163812,-0.051030), distance is 1.647101 Short distance in the transfer function! Involved particles are 31 (type 1) and 30 (type 1). Relative position vector is (1.638141,-0.163812,0.051030), distance is 1.647101 Short distance in the embedding function! Involved particles are 30 (type 1) and 31 (type 1). Relative position vector is (-1.638141,0.163812,-0.051030), distance is 1.647101 Short distance in the embedding function! Involved particles are 31 (type 1) and 30 (type 1). Relative position vector is (1.638141,-0.163812,0.051030), distance is 1.647101 Short distance in the pair potential! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,-0.366283), distance is 0.427491 Short distance in the transfer function! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,-0.366283), distance is 0.427491 Short distance in the pair potential! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,0.366283), distance is 0.427491 Short distance in the transfer function! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,0.366283), distance is 0.427491 Short distance in the embedding function! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,-0.366283), distance is 0.427491 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,0.366283), distance is 0.427491 Short distance in the transfer function! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,1.579573), distance is 1.594878 Short distance in the transfer function! Involved particles are 28 (type 1) and 30 (type 1). Relative position vector is (1.571998,0.239328,-0.146609), distance is 1.596856 Short distance in the transfer function! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,-1.579573), distance is 1.594878 Short distance in the transfer function! Involved particles are 30 (type 1) and 28 (type 1). Relative position vector is (-1.571998,-0.239328,0.146609), distance is 1.596856 Short distance in the embedding function! Involved particles are 14 (type 1) and 30 (type 1). Relative position vector is (-0.198363,0.096112,1.579573), distance is 1.594878 Short distance in the embedding function! Involved particles are 28 (type 1) and 30 (type 1). Relative position vector is (1.571998,0.239328,-0.146609), distance is 1.596856 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 1). Relative position vector is (0.198363,-0.096112,-1.579573), distance is 1.594878 Short distance in the embedding function! Involved particles are 30 (type 1) and 28 (type 1). Relative position vector is (-1.571998,-0.239328,0.146609), distance is 1.596856 Short distance in the pair potential! Involved particles are 27 (type 1) and 31 (type 1). Relative position vector is (0.656686,-0.101192,0.149078), distance is 0.680955 Short distance in the transfer function! Involved particles are 27 (type 1) and 31 (type 1). Relative position vector is (0.656686,-0.101192,0.149078), distance is 0.680955 Short distance in the pair potential! Involved particles are 31 (type 1) and 27 (type 1). Relative position vector is (-0.656686,0.101192,-0.149078), distance is 0.680955 Short distance in the transfer function! Involved particles are 31 (type 1) and 27 (type 1). Relative position vector is (-0.656686,0.101192,-0.149078), distance is 0.680955 Short distance in the embedding function! Involved particles are 27 (type 1) and 31 (type 1). Relative position vector is (0.656686,-0.101192,0.149078), distance is 0.680955 Short distance in the embedding function! Involved particles are 31 (type 1) and 27 (type 1). Relative position vector is (-0.656686,0.101192,-0.149078), distance is 0.680955 Short distance in the pair potential! Involved particles are 23 (type 1) and 31 (type 1). Relative position vector is (-0.058647,0.397176,-0.098627), distance is 0.413419 Short distance in the transfer function! Involved particles are 23 (type 1) and 31 (type 1). Relative position vector is (-0.058647,0.397176,-0.098627), distance is 0.413419 Short distance in the pair potential! Involved particles are 31 (type 1) and 23 (type 1). Relative position vector is (0.058647,-0.397176,0.098627), distance is 0.413419 Short distance in the transfer function! Involved particles are 31 (type 1) and 23 (type 1). Relative position vector is (0.058647,-0.397176,0.098627), distance is 0.413419 Short distance in the embedding function! Involved particles are 23 (type 1) and 31 (type 1). Relative position vector is (-0.058647,0.397176,-0.098627), distance is 0.413419 Short distance in the embedding function! Involved particles are 31 (type 1) and 23 (type 1). Relative position vector is (0.058647,-0.397176,0.098627), distance is 0.413419 Short distance in the transfer function! Involved particles are 30 (type 1) and 31 (type 1). Relative position vector is (-1.638141,-0.139284,-0.051030), distance is 1.644843 Short distance in the transfer function! Involved particles are 31 (type 1) and 30 (type 1). Relative position vector is (1.638141,0.139284,0.051030), distance is 1.644843 Short distance in the embedding function! Involved particles are 30 (type 1) and 31 (type 1). Relative position vector is (-1.638141,-0.139284,-0.051030), distance is 1.644843 Short distance in the embedding function! Involved particles are 31 (type 1) and 30 (type 1). Relative position vector is (1.638141,0.139284,0.051030), distance is 1.644843 Short distance in the pair potential! Involved particles are 15 (type 1) and 31 (type 1). Relative position vector is (0.019980,-0.342198,0.000353), distance is 0.342781 Short distance in the transfer function! Involved particles are 15 (type 1) and 31 (type 1). Relative position vector is (0.019980,-0.342198,0.000353), distance is 0.342781 Short distance in the pair potential! Involved particles are 31 (type 1) and 15 (type 1). Relative position vector is (-0.019980,0.342198,-0.000353), distance is 0.342781 Short distance in the transfer function! Involved particles are 31 (type 1) and 15 (type 1). Relative position vector is (-0.019980,0.342198,-0.000353), distance is 0.342781 Short distance in the embedding function! Involved particles are 15 (type 1) and 31 (type 1). Relative position vector is (0.019980,-0.342198,0.000353), distance is 0.342781 Short distance in the embedding function! Involved particles are 31 (type 1) and 15 (type 1). Relative position vector is (-0.019980,0.342198,-0.000353), distance is 0.342781 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (0.102860,-0.120273,1.677592), distance is 1.685041 Short distance in the transfer function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-0.102860,0.120273,-1.677592), distance is 1.685041 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (0.102860,-0.120273,1.677592), distance is 1.685041 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (0.102860,-0.120273,1.677592), distance is 1.685041 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-0.102860,0.120273,-1.677592), distance is 1.685041 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (-0.102860,0.120273,-1.677592), distance is 1.685041 Short distance in the transfer function! Involved particles are 0 (type 1) and 8 (type 0). Relative position vector is (-0.214356,1.810379,0.269465), distance is 1.842833 Short distance in the embedding function! Involved particles are 0 (type 1) and 8 (type 0). Relative position vector is (-0.214356,1.810379,0.269465), distance is 1.842833 Short distance in the embedding function! Involved particles are 8 (type 0) and 0 (type 1). Relative position vector is (0.214356,-1.810379,-0.269465), distance is 1.842833 Short distance in the transfer function! Involved particles are 1 (type 1) and 5 (type 0). Relative position vector is (1.827305,-0.385245,0.197670), distance is 1.877906 Short distance in the transfer function! Involved particles are 1 (type 1) and 7 (type 0). Relative position vector is (0.017060,-0.126189,1.898398), distance is 1.902663 Short distance in the transfer function! Involved particles are 1 (type 1) and 12 (type 1). Relative position vector is (-0.157548,1.618465,0.130765), distance is 1.631364 Short distance in the transfer function! Involved particles are 12 (type 1) and 1 (type 1). Relative position vector is (0.157548,-1.618465,-0.130765), distance is 1.631364 Short distance in the embedding function! Involved particles are 1 (type 1) and 5 (type 0). Relative position vector is (1.827305,-0.385245,0.197670), distance is 1.877906 Short distance in the embedding function! Involved particles are 1 (type 1) and 7 (type 0). Relative position vector is (0.017060,-0.126189,1.898398), distance is 1.902663 Short distance in the embedding function! Involved particles are 1 (type 1) and 12 (type 1). Relative position vector is (-0.157548,1.618465,0.130765), distance is 1.631364 Short distance in the embedding function! Involved particles are 5 (type 0) and 1 (type 1). Relative position vector is (-1.827305,0.385245,-0.197670), distance is 1.877906 Short distance in the embedding function! Involved particles are 7 (type 0) and 1 (type 1). Relative position vector is (-0.017060,0.126189,-1.898398), distance is 1.902663 Short distance in the embedding function! Involved particles are 12 (type 1) and 1 (type 1). Relative position vector is (0.157548,-1.618465,-0.130765), distance is 1.631364 Short distance in the pair potential! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.004986,1.532917,0.424075), distance is 1.590503 Short distance in the transfer function! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.004986,1.532917,0.424075), distance is 1.590503 Short distance in the pair potential! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.004986,-1.532917,-0.424075), distance is 1.590503 Short distance in the transfer function! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.004986,-1.532917,-0.424075), distance is 1.590503 Short distance in the embedding function! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.004986,1.532917,0.424075), distance is 1.590503 Short distance in the embedding function! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.004986,1.532917,0.424075), distance is 1.590503 Short distance in the embedding function! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.004986,-1.532917,-0.424075), distance is 1.590503 Short distance in the embedding function! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.004986,-1.532917,-0.424075), distance is 1.590503 Short distance in the pair potential! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (0.347446,1.320535,0.230991), distance is 1.384879 Short distance in the transfer function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (0.347446,1.320535,0.230991), distance is 1.384879 Short distance in the pair potential! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (-0.347446,-1.320535,-0.230991), distance is 1.384879 Short distance in the transfer function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (-0.347446,-1.320535,-0.230991), distance is 1.384879 Short distance in the embedding function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (0.347446,1.320535,0.230991), distance is 1.384879 Short distance in the embedding function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (-0.347446,-1.320535,-0.230991), distance is 1.384879 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.041824,-0.039605,1.832202), distance is 1.833107 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.041824,-0.039605,1.832202), distance is 1.833107 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (-0.041824,0.039605,-1.832202), distance is 1.833107 Short distance in the pair potential! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (1.594021,0.386509,0.131393), distance is 1.645465 Short distance in the transfer function! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (1.594021,0.386509,0.131393), distance is 1.645465 Short distance in the pair potential! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (-1.594021,-0.386509,-0.131393), distance is 1.645465 Short distance in the transfer function! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (-1.594021,-0.386509,-0.131393), distance is 1.645465 Short distance in the embedding function! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (1.594021,0.386509,0.131393), distance is 1.645465 Short distance in the embedding function! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (-1.594021,-0.386509,-0.131393), distance is 1.645465 Short distance in the transfer function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (-0.194248,-0.120273,1.677592), distance is 1.693078 Short distance in the embedding function! Involved particles are 0 (type 1) and 2 (type 0). Relative position vector is (-0.194248,-0.120273,1.677592), distance is 1.693078 Short distance in the embedding function! Involved particles are 2 (type 0) and 0 (type 1). Relative position vector is (0.194248,0.120273,-1.677592), distance is 1.693078 Short distance in the transfer function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.041824,-0.397734,1.832202), distance is 1.875342 Short distance in the embedding function! Involved particles are 1 (type 1) and 2 (type 0). Relative position vector is (0.041824,-0.397734,1.832202), distance is 1.875342 Short distance in the embedding function! Involved particles are 2 (type 0) and 1 (type 1). Relative position vector is (-0.041824,0.397734,-1.832202), distance is 1.875342 Short distance in the transfer function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (-0.250809,0.125079,1.683649), distance is 1.706817 Short distance in the embedding function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (-0.250809,0.125079,1.683649), distance is 1.706817 Short distance in the embedding function! Involved particles are 17 (type 0) and 3 (type 1). Relative position vector is (0.250809,-0.125079,-1.683649), distance is 1.706817 Short distance in the transfer function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (0.749191,0.125079,1.683649), distance is 1.847054 Short distance in the embedding function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (0.749191,0.125079,1.683649), distance is 1.847054 Short distance in the embedding function! Involved particles are 17 (type 0) and 3 (type 1). Relative position vector is (-0.749191,-0.125079,-1.683649), distance is 1.847054 Short distance in the pair potential! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,-0.143281,1.477863), distance is 1.486425 Short distance in the transfer function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,-0.143281,1.477863), distance is 1.486425 Short distance in the pair potential! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,0.143281,-1.477863), distance is 1.486425 Short distance in the transfer function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,0.143281,-1.477863), distance is 1.486425 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,-0.143281,1.477863), distance is 1.486425 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,-0.143281,1.477863), distance is 1.486425 Short distance in the embedding function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,0.143281,-1.477863), distance is 1.486425 Short distance in the embedding function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,0.143281,-1.477863), distance is 1.486425 Short distance in the pair potential! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,0.248468,1.333538), distance is 1.356520 Short distance in the transfer function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,0.248468,1.333538), distance is 1.356520 Short distance in the pair potential! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,-0.248468,-1.333538), distance is 1.356520 Short distance in the transfer function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,-0.248468,-1.333538), distance is 1.356520 Short distance in the embedding function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,0.248468,1.333538), distance is 1.356520 Short distance in the embedding function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,-0.248468,-1.333538), distance is 1.356520 Short distance in the transfer function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,0.921983,1.477863), distance is 1.743267 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,0.921983,1.477863), distance is 1.743267 Short distance in the embedding function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,-0.921983,-1.477863), distance is 1.743267 Short distance in the transfer function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,-0.816796,1.333538), distance is 1.563831 Short distance in the transfer function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,0.816796,-1.333538), distance is 1.563831 Short distance in the embedding function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,-0.816796,1.333538), distance is 1.563831 Short distance in the embedding function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,0.816796,-1.333538), distance is 1.563831 Short distance in the transfer function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (1.749191,0.125079,-0.762506), distance is 1.912257 Short distance in the pair potential! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.036055), distance is 1.054296 Short distance in the transfer function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.036055), distance is 1.054296 Short distance in the pair potential! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.036055), distance is 1.054296 Short distance in the transfer function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.036055), distance is 1.054296 Short distance in the embedding function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (1.749191,0.125079,-0.762506), distance is 1.912257 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.036055), distance is 1.054296 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.036055), distance is 1.054296 Short distance in the embedding function! Involved particles are 17 (type 0) and 3 (type 1). Relative position vector is (-1.749191,-0.125079,0.762506), distance is 1.912257 Short distance in the embedding function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.036055), distance is 1.054296 Short distance in the embedding function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.036055), distance is 1.054296 Short distance in the transfer function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (1.749191,0.125079,0.460572), distance is 1.813130 Short distance in the embedding function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (1.749191,0.125079,0.460572), distance is 1.813130 Short distance in the embedding function! Involved particles are 17 (type 0) and 3 (type 1). Relative position vector is (-1.749191,-0.125079,-0.460572), distance is 1.813130 Short distance in the pair potential! Involved particles are 0 (type 1) and 4 (type 0). Relative position vector is (0.897564,0.071597,-0.222115), distance is 0.927406 Short distance in the transfer function! Involved particles are 0 (type 1) and 4 (type 0). Relative position vector is (0.897564,0.071597,-0.222115), distance is 0.927406 Short distance in the pair potential! Involved particles are 4 (type 0) and 0 (type 1). Relative position vector is (-0.897564,-0.071597,0.222115), distance is 0.927406 Short distance in the transfer function! Involved particles are 4 (type 0) and 0 (type 1). Relative position vector is (-0.897564,-0.071597,0.222115), distance is 0.927406 Short distance in the embedding function! Involved particles are 0 (type 1) and 4 (type 0). Relative position vector is (0.897564,0.071597,-0.222115), distance is 0.927406 Short distance in the embedding function! Involved particles are 0 (type 1) and 4 (type 0). Relative position vector is (0.897564,0.071597,-0.222115), distance is 0.927406 Short distance in the embedding function! Involved particles are 4 (type 0) and 0 (type 1). Relative position vector is (-0.897564,-0.071597,0.222115), distance is 0.927406 Short distance in the embedding function! Involved particles are 4 (type 0) and 0 (type 1). Relative position vector is (-0.897564,-0.071597,0.222115), distance is 0.927406 Short distance in the transfer function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (0.272899,1.820619,0.265175), distance is 1.859958 Short distance in the transfer function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-0.272899,-1.820619,-0.265175), distance is 1.859958 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (0.272899,1.820619,0.265175), distance is 1.859958 Short distance in the embedding function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (-0.272899,-1.820619,-0.265175), distance is 1.859958 Short distance in the transfer function! Involved particles are 12 (type 1) and 4 (type 0). Relative position vector is (0.049193,-1.824329,-0.198269), distance is 1.835731 Short distance in the embedding function! Involved particles are 4 (type 0) and 12 (type 1). Relative position vector is (-0.049193,1.824329,0.198269), distance is 1.835731 Short distance in the embedding function! Involved particles are 12 (type 1) and 4 (type 0). Relative position vector is (0.049193,-1.824329,-0.198269), distance is 1.835731 Short distance in the transfer function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.770902,0.194639,0.031100), distance is 1.781837 Short distance in the transfer function! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.029817,-0.129182,1.891587), distance is 1.896227 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.770902,-0.194639,-0.031100), distance is 1.781837 Short distance in the transfer function! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.029817,0.129182,-1.891587), distance is 1.896227 Short distance in the embedding function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.770902,0.194639,0.031100), distance is 1.781837 Short distance in the embedding function! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.029817,-0.129182,1.891587), distance is 1.896227 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.770902,-0.194639,-0.031100), distance is 1.781837 Short distance in the embedding function! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.029817,0.129182,-1.891587), distance is 1.896227 Short distance in the pair potential! Involved particles are 1 (type 1) and 5 (type 0). Relative position vector is (0.146907,-0.385245,0.197670), distance is 0.457241 Short distance in the transfer function! Involved particles are 1 (type 1) and 5 (type 0). Relative position vector is (0.146907,-0.385245,0.197670), distance is 0.457241 Short distance in the pair potential! Involved particles are 5 (type 0) and 1 (type 1). Relative position vector is (-0.146907,0.385245,-0.197670), distance is 0.457241 Short distance in the transfer function! Involved particles are 5 (type 0) and 1 (type 1). Relative position vector is (-0.146907,0.385245,-0.197670), distance is 0.457241 Short distance in the embedding function! Involved particles are 1 (type 1) and 5 (type 0). Relative position vector is (0.146907,-0.385245,0.197670), distance is 0.457241 Short distance in the embedding function! Involved particles are 1 (type 1) and 5 (type 0). Relative position vector is (0.146907,-0.385245,0.197670), distance is 0.457241 Short distance in the embedding function! Involved particles are 5 (type 0) and 1 (type 1). Relative position vector is (-0.146907,0.385245,-0.197670), distance is 0.457241 Short distance in the embedding function! Involved particles are 5 (type 0) and 1 (type 1). Relative position vector is (-0.146907,0.385245,-0.197670), distance is 0.457241 Short distance in the transfer function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (-0.039741,1.820619,0.265175), distance is 1.840258 Short distance in the transfer function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (0.039741,-1.820619,-0.265175), distance is 1.840258 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (0.165157,0.259056,1.700727), distance is 1.728254 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (-0.165157,-0.259056,-1.700727), distance is 1.728254 Short distance in the embedding function! Involved particles are 4 (type 0) and 5 (type 0). Relative position vector is (-0.039741,1.820619,0.265175), distance is 1.840258 Short distance in the embedding function! Involved particles are 5 (type 0) and 4 (type 0). Relative position vector is (0.039741,-1.820619,-0.265175), distance is 1.840258 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (0.165157,0.259056,1.700727), distance is 1.728254 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (-0.165157,-0.259056,-1.700727), distance is 1.728254 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.822544,0.259056,1.700727), distance is 1.906872 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.822544,-0.259056,-1.700727), distance is 1.906872 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.822544,0.259056,1.700727), distance is 1.906872 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.822544,-0.259056,-1.700727), distance is 1.906872 Short distance in the transfer function! Involved particles are 13 (type 1) and 5 (type 0). Relative position vector is (0.416736,-1.770095,0.165185), distance is 1.825977 Short distance in the embedding function! Involved particles are 5 (type 0) and 13 (type 1). Relative position vector is (-0.416736,1.770095,-0.165185), distance is 1.825977 Short distance in the embedding function! Involved particles are 13 (type 1) and 5 (type 0). Relative position vector is (0.416736,-1.770095,0.165185), distance is 1.825977 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,0.479915,1.765925), distance is 1.837377 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,-0.479915,-1.765925), distance is 1.837377 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,0.479915,1.765925), distance is 1.837377 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,-0.479915,-1.765925), distance is 1.837377 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-0.573033,1.765925), distance is 1.863868 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,0.573033,-1.765925), distance is 1.863868 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-0.573033,1.765925), distance is 1.863868 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,0.573033,-1.765925), distance is 1.863868 Short distance in the pair potential! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,-0.234075), distance is 1.650984 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,-0.234075), distance is 1.650984 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.810245,0.259056,-0.299273), distance is 1.853014 Short distance in the transfer function! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (-0.188831,0.069088,1.760536), distance is 1.771981 Short distance in the pair potential! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,0.234075), distance is 1.650984 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,0.234075), distance is 1.650984 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.810245,-0.259056,0.299273), distance is 1.853014 Short distance in the transfer function! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (0.188831,-0.069088,-1.760536), distance is 1.771981 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,-0.234075), distance is 1.650984 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.810245,0.259056,-0.299273), distance is 1.853014 Short distance in the embedding function! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (-0.188831,0.069088,1.760536), distance is 1.771981 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,0.234075), distance is 1.650984 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.810245,-0.259056,0.299273), distance is 1.853014 Short distance in the embedding function! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (0.188831,-0.069088,-1.760536), distance is 1.771981 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,0.765925), distance is 1.804882 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,-0.765925), distance is 1.804882 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,0.765925), distance is 1.804882 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,-0.765925), distance is 1.804882 Short distance in the pair potential! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (-0.013439,0.386509,0.131393), distance is 0.408453 Short distance in the transfer function! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (-0.013439,0.386509,0.131393), distance is 0.408453 Short distance in the pair potential! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (0.013439,-0.386509,-0.131393), distance is 0.408453 Short distance in the transfer function! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (0.013439,-0.386509,-0.131393), distance is 0.408453 Short distance in the embedding function! Involved particles are 2 (type 0) and 6 (type 0). Relative position vector is (-0.013439,0.386509,0.131393), distance is 0.408453 Short distance in the embedding function! Involved particles are 6 (type 0) and 2 (type 0). Relative position vector is (0.013439,-0.386509,-0.131393), distance is 0.408453 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (0.306797,1.885037,-0.065198), distance is 1.910952 Short distance in the transfer function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (0.211199,-0.323821,1.860486), distance is 1.900230 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (-0.306797,-1.885037,0.065198), distance is 1.910952 Short distance in the transfer function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (-0.211199,0.323821,-1.860486), distance is 1.900230 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (0.306797,1.885037,-0.065198), distance is 1.910952 Short distance in the embedding function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (0.211199,-0.323821,1.860486), distance is 1.900230 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (-0.306797,-1.885037,0.065198), distance is 1.910952 Short distance in the embedding function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (-0.211199,0.323821,-1.860486), distance is 1.900230 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,0.374020,1.765925), distance is 1.812602 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,-0.374020,-1.765925), distance is 1.812602 Short distance in the pair potential! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,-0.114963,-0.065198), distance is 1.650786 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,-0.114963,-0.065198), distance is 1.650786 Short distance in the pair potential! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,0.114963,0.065198), distance is 1.650786 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,0.114963,0.065198), distance is 1.650786 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,0.374020,1.765925), distance is 1.812602 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,-0.374020,-1.765925), distance is 1.812602 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,-0.114963,-0.065198), distance is 1.650786 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,0.114963,0.065198), distance is 1.650786 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-0.625980,1.765925), distance is 1.880821 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,0.625980,-1.765925), distance is 1.880821 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,0.885037,-0.065198), distance is 1.869536 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,-0.885037,0.065198), distance is 1.869536 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-0.625980,1.765925), distance is 1.880821 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,0.625980,-1.765925), distance is 1.880821 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,0.885037,-0.065198), distance is 1.869536 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,-0.885037,0.065198), distance is 1.869536 Short distance in the transfer function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.741085,-0.323821,-0.226303), distance is 1.785343 Short distance in the transfer function! Involved particles are 6 (type 0) and 21 (type 0). Relative position vector is (-0.024072,1.695068,-0.092179), distance is 1.697743 Short distance in the transfer function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.741085,0.323821,0.226303), distance is 1.785343 Short distance in the transfer function! Involved particles are 21 (type 0) and 6 (type 0). Relative position vector is (0.024072,-1.695068,0.092179), distance is 1.697743 Short distance in the embedding function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.741085,-0.323821,-0.226303), distance is 1.785343 Short distance in the embedding function! Involved particles are 6 (type 0) and 21 (type 0). Relative position vector is (-0.024072,1.695068,-0.092179), distance is 1.697743 Short distance in the embedding function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.741085,0.323821,0.226303), distance is 1.785343 Short distance in the embedding function! Involved particles are 21 (type 0) and 6 (type 0). Relative position vector is (0.024072,-1.695068,0.092179), distance is 1.697743 Short distance in the transfer function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.770902,0.194639,-0.055690), distance is 1.782436 Short distance in the pair potential! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,-0.320865), distance is 1.665506 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,-0.320865), distance is 1.665506 Short distance in the transfer function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.770902,-0.194639,0.055690), distance is 1.782436 Short distance in the pair potential! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,0.320865), distance is 1.665506 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,0.320865), distance is 1.665506 Short distance in the embedding function! Involved particles are 4 (type 0) and 6 (type 0). Relative position vector is (1.770902,0.194639,-0.055690), distance is 1.782436 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,-0.320865), distance is 1.665506 Short distance in the embedding function! Involved particles are 6 (type 0) and 4 (type 0). Relative position vector is (-1.770902,-0.194639,0.055690), distance is 1.782436 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,0.320865), distance is 1.665506 Short distance in the transfer function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,0.722530), distance is 1.786899 Short distance in the transfer function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,-0.722530), distance is 1.786899 Short distance in the embedding function! Involved particles are 5 (type 0) and 6 (type 0). Relative position vector is (-0.164759,-1.625980,0.722530), distance is 1.786899 Short distance in the embedding function! Involved particles are 6 (type 0) and 5 (type 0). Relative position vector is (0.164759,1.625980,-0.722530), distance is 1.786899 Short distance in the pair potential! Involved particles are 3 (type 1) and 7 (type 0). Relative position vector is (1.049426,0.223539,-0.623987), distance is 1.241219 Short distance in the transfer function! Involved particles are 3 (type 1) and 7 (type 0). Relative position vector is (1.049426,0.223539,-0.623987), distance is 1.241219 Short distance in the pair potential! Involved particles are 7 (type 0) and 3 (type 1). Relative position vector is (-1.049426,-0.223539,0.623987), distance is 1.241219 Short distance in the transfer function! Involved particles are 7 (type 0) and 3 (type 1). Relative position vector is (-1.049426,-0.223539,0.623987), distance is 1.241219 Short distance in the embedding function! Involved particles are 3 (type 1) and 7 (type 0). Relative position vector is (1.049426,0.223539,-0.623987), distance is 1.241219 Short distance in the embedding function! Involved particles are 3 (type 1) and 7 (type 0). Relative position vector is (1.049426,0.223539,-0.623987), distance is 1.241219 Short distance in the embedding function! Involved particles are 7 (type 0) and 3 (type 1). Relative position vector is (-1.049426,-0.223539,0.623987), distance is 1.241219 Short distance in the embedding function! Involved particles are 7 (type 0) and 3 (type 1). Relative position vector is (-1.049426,-0.223539,0.623987), distance is 1.241219 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.123981,0.259056,1.700727), distance is 1.724806 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (0.040778,1.885037,-0.065198), distance is 1.886605 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.123981,-0.259056,-1.700727), distance is 1.724806 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (-0.040778,-1.885037,0.065198), distance is 1.886605 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-0.123981,0.259056,1.700727), distance is 1.724806 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (0.040778,1.885037,-0.065198), distance is 1.886605 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (0.123981,-0.259056,-1.700727), distance is 1.724806 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (-0.040778,-1.885037,0.065198), distance is 1.886605 Short distance in the transfer function! Involved particles are 7 (type 0) and 14 (type 0). Relative position vector is (1.755516,-0.287650,0.498940), distance is 1.847572 Short distance in the pair potential! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,1.399611,0.199449), distance is 1.418108 Short distance in the transfer function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,1.399611,0.199449), distance is 1.418108 Short distance in the transfer function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,0.534307,1.767633), distance is 1.854858 Short distance in the transfer function! Involved particles are 14 (type 0) and 7 (type 0). Relative position vector is (-1.755516,0.287650,-0.498940), distance is 1.847572 Short distance in the pair potential! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,-1.399611,-0.199449), distance is 1.418108 Short distance in the transfer function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,-1.399611,-0.199449), distance is 1.418108 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 1). Relative position vector is (-0.174608,-0.534307,-1.767633), distance is 1.854858 Short distance in the embedding function! Involved particles are 7 (type 0) and 14 (type 0). Relative position vector is (1.755516,-0.287650,0.498940), distance is 1.847572 Short distance in the embedding function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,1.399611,0.199449), distance is 1.418108 Short distance in the embedding function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,0.534307,1.767633), distance is 1.854858 Short distance in the embedding function! Involved particles are 14 (type 0) and 7 (type 0). Relative position vector is (-1.755516,0.287650,-0.498940), distance is 1.847572 Short distance in the embedding function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,-1.399611,-0.199449), distance is 1.418108 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,-0.393924,-0.065198), distance is 1.693237 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,0.393924,0.065198), distance is 1.693237 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,-0.393924,-0.065198), distance is 1.693237 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,0.393924,0.065198), distance is 1.693237 Short distance in the transfer function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-0.605174,1.767633), distance is 1.876499 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 1). Relative position vector is (-0.174608,0.605174,-1.767633), distance is 1.876499 Short distance in the embedding function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-0.605174,1.767633), distance is 1.876499 Short distance in the transfer function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,0.745556,-0.065198), distance is 1.807687 Short distance in the transfer function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,-0.745556,0.065198), distance is 1.807687 Short distance in the embedding function! Involved particles are 6 (type 0) and 7 (type 0). Relative position vector is (-1.645486,0.745556,-0.065198), distance is 1.807687 Short distance in the embedding function! Involved particles are 7 (type 0) and 6 (type 0). Relative position vector is (1.645486,-0.745556,0.065198), distance is 1.807687 Short distance in the pair potential! Involved particles are 7 (type 0) and 21 (type 0). Relative position vector is (1.621414,-0.189968,0.019487), distance is 1.632621 Short distance in the transfer function! Involved particles are 7 (type 0) and 21 (type 0). Relative position vector is (1.621414,-0.189968,0.019487), distance is 1.632621 Short distance in the pair potential! Involved particles are 21 (type 0) and 7 (type 0). Relative position vector is (-1.621414,0.189968,-0.019487), distance is 1.632621 Short distance in the transfer function! Involved particles are 21 (type 0) and 7 (type 0). Relative position vector is (-1.621414,0.189968,-0.019487), distance is 1.632621 Short distance in the transfer function! Involved particles are 28 (type 1) and 7 (type 0). Relative position vector is (0.437242,-1.642163,-0.165029), distance is 1.707370 Short distance in the embedding function! Involved particles are 7 (type 0) and 21 (type 0). Relative position vector is (1.621414,-0.189968,0.019487), distance is 1.632621 Short distance in the embedding function! Involved particles are 7 (type 0) and 28 (type 1). Relative position vector is (-0.437242,1.642163,0.165029), distance is 1.707370 Short distance in the embedding function! Involved particles are 21 (type 0) and 7 (type 0). Relative position vector is (-1.621414,0.189968,-0.019487), distance is 1.632621 Short distance in the embedding function! Involved particles are 28 (type 1) and 7 (type 0). Relative position vector is (0.437242,-1.642163,-0.165029), distance is 1.707370 Short distance in the transfer function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.810245,0.259056,-0.339594), distance is 1.859952 Short distance in the transfer function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.810245,-0.259056,0.339594), distance is 1.859952 Short distance in the transfer function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,-0.272688), distance is 1.774448 Short distance in the embedding function! Involved particles are 5 (type 0) and 7 (type 0). Relative position vector is (-1.810245,0.259056,-0.339594), distance is 1.859952 Short distance in the embedding function! Involved particles are 7 (type 0) and 5 (type 0). Relative position vector is (1.810245,-0.259056,0.339594), distance is 1.859952 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 1). Relative position vector is (-0.174608,1.744654,0.272688), distance is 1.774448 Short distance in the embedding function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,-0.272688), distance is 1.774448 Short distance in the transfer function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,0.747472), distance is 1.906048 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 1). Relative position vector is (-0.174608,1.744654,-0.747472), distance is 1.906048 Short distance in the embedding function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,0.747472), distance is 1.906048 Short distance in the pair potential! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.275392,1.532917,0.424075), distance is 1.614161 Short distance in the transfer function! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.275392,1.532917,0.424075), distance is 1.614161 Short distance in the pair potential! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.275392,-1.532917,-0.424075), distance is 1.614161 Short distance in the transfer function! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.275392,-1.532917,-0.424075), distance is 1.614161 Short distance in the transfer function! Involved particles are 10 (type 1) and 8 (type 0). Relative position vector is (-0.042651,-0.120077,-1.873485), distance is 1.877813 Short distance in the embedding function! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.275392,1.532917,0.424075), distance is 1.614161 Short distance in the embedding function! Involved particles are 1 (type 1) and 8 (type 0). Relative position vector is (-0.275392,1.532917,0.424075), distance is 1.614161 Short distance in the embedding function! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.275392,-1.532917,-0.424075), distance is 1.614161 Short distance in the embedding function! Involved particles are 8 (type 0) and 1 (type 1). Relative position vector is (0.275392,-1.532917,-0.424075), distance is 1.614161 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 1). Relative position vector is (0.042651,0.120077,1.873485), distance is 1.877813 Short distance in the embedding function! Involved particles are 10 (type 1) and 8 (type 0). Relative position vector is (-0.042651,-0.120077,-1.873485), distance is 1.877813 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,-0.906666,1.531762), distance is 1.780076 Short distance in the transfer function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,0.906666,-1.531762), distance is 1.780076 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,-0.906666,1.531762), distance is 1.780076 Short distance in the embedding function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,0.906666,-1.531762), distance is 1.780076 Short distance in the pair potential! Involved particles are 0 (type 1) and 8 (type 0). Relative position vector is (-0.214356,0.679721,0.269465), distance is 0.761958 Short distance in the transfer function! Involved particles are 0 (type 1) and 8 (type 0). Relative position vector is (-0.214356,0.679721,0.269465), distance is 0.761958 Short distance in the pair potential! Involved particles are 8 (type 0) and 0 (type 1). Relative position vector is (0.214356,-0.679721,-0.269465), distance is 0.761958 Short distance in the transfer function! Involved particles are 8 (type 0) and 0 (type 1). Relative position vector is (0.214356,-0.679721,-0.269465), distance is 0.761958 Short distance in the embedding function! Involved particles are 0 (type 1) and 8 (type 0). Relative position vector is (-0.214356,0.679721,0.269465), distance is 0.761958 Short distance in the embedding function! Involved particles are 0 (type 1) and 8 (type 0). Relative position vector is (-0.214356,0.679721,0.269465), distance is 0.761958 Short distance in the embedding function! Involved particles are 8 (type 0) and 0 (type 1). Relative position vector is (0.214356,-0.679721,-0.269465), distance is 0.761958 Short distance in the embedding function! Involved particles are 8 (type 0) and 0 (type 1). Relative position vector is (0.214356,-0.679721,-0.269465), distance is 0.761958 Short distance in the pair potential! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,0.658663,1.531762), distance is 1.667472 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,0.658663,1.531762), distance is 1.667472 Short distance in the pair potential! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,-0.658663,-1.531762), distance is 1.667472 Short distance in the transfer function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,-0.658663,-1.531762), distance is 1.667472 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,0.658663,1.531762), distance is 1.667472 Short distance in the embedding function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,-0.658663,-1.531762), distance is 1.667472 Short distance in the transfer function! Involved particles are 3 (type 1) and 8 (type 0). Relative position vector is (-0.140904,1.882646,-0.098310), distance is 1.890469 Short distance in the pair potential! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.071262,0.104601,1.576173), distance is 1.581247 Short distance in the transfer function! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.071262,0.104601,1.576173), distance is 1.581247 Short distance in the pair potential! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.071262,-0.104601,-1.576173), distance is 1.581247 Short distance in the transfer function! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.071262,-0.104601,-1.576173), distance is 1.581247 Short distance in the embedding function! Involved particles are 3 (type 1) and 8 (type 0). Relative position vector is (-0.140904,1.882646,-0.098310), distance is 1.890469 Short distance in the embedding function! Involved particles are 8 (type 0) and 3 (type 1). Relative position vector is (0.140904,-1.882646,0.098310), distance is 1.890469 Short distance in the embedding function! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.071262,0.104601,1.576173), distance is 1.581247 Short distance in the embedding function! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.071262,-0.104601,-1.576173), distance is 1.581247 Short distance in the pair potential! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (0.851425,-0.187920,-0.198505), distance is 0.894227 Short distance in the transfer function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (0.851425,-0.187920,-0.198505), distance is 0.894227 Short distance in the pair potential! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-0.851425,0.187920,0.198505), distance is 0.894227 Short distance in the transfer function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-0.851425,0.187920,0.198505), distance is 0.894227 Short distance in the embedding function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (0.851425,-0.187920,-0.198505), distance is 0.894227 Short distance in the embedding function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-0.851425,0.187920,0.198505), distance is 0.894227 Short distance in the transfer function! Involved particles are 9 (type 1) and 11 (type 0). Relative position vector is (-0.158924,0.078245,1.724846), distance is 1.733918 Short distance in the embedding function! Involved particles are 9 (type 1) and 11 (type 0). Relative position vector is (-0.158924,0.078245,1.724846), distance is 1.733918 Short distance in the embedding function! Involved particles are 11 (type 0) and 9 (type 1). Relative position vector is (0.158924,-0.078245,-1.724846), distance is 1.733918 Short distance in the pair potential! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (0.347446,-0.193054,0.230991), distance is 0.459723 Short distance in the transfer function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (0.347446,-0.193054,0.230991), distance is 0.459723 Short distance in the pair potential! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (-0.347446,0.193054,-0.230991), distance is 0.459723 Short distance in the transfer function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (-0.347446,0.193054,-0.230991), distance is 0.459723 Short distance in the embedding function! Involved particles are 1 (type 1) and 9 (type 1). Relative position vector is (0.347446,-0.193054,0.230991), distance is 0.459723 Short distance in the embedding function! Involved particles are 9 (type 1) and 1 (type 1). Relative position vector is (-0.347446,0.193054,-0.230991), distance is 0.459723 Short distance in the transfer function! Involved particles are 10 (type 1) and 7 (type 0). Relative position vector is (0.405276,-1.779184,-0.399161), distance is 1.867906 Short distance in the embedding function! Involved particles are 7 (type 0) and 10 (type 1). Relative position vector is (-0.405276,1.779184,0.399161), distance is 1.867906 Short distance in the embedding function! Involved particles are 10 (type 1) and 7 (type 0). Relative position vector is (0.405276,-1.779184,-0.399161), distance is 1.867906 Short distance in the transfer function! Involved particles are 10 (type 1) and 8 (type 0). Relative position vector is (0.072280,-0.120077,-1.873485), distance is 1.878720 Short distance in the transfer function! Involved particles are 10 (type 1) and 24 (type 0). Relative position vector is (0.143541,-0.015476,1.702689), distance is 1.708799 Short distance in the embedding function! Involved particles are 8 (type 0) and 10 (type 1). Relative position vector is (-0.072280,0.120077,1.873485), distance is 1.878720 Short distance in the embedding function! Involved particles are 10 (type 1) and 8 (type 0). Relative position vector is (0.072280,-0.120077,-1.873485), distance is 1.878720 Short distance in the embedding function! Involved particles are 10 (type 1) and 24 (type 0). Relative position vector is (0.143541,-0.015476,1.702689), distance is 1.708799 Short distance in the embedding function! Involved particles are 24 (type 0) and 10 (type 1). Relative position vector is (-0.143541,0.015476,-1.702689), distance is 1.708799 Short distance in the pair potential! Involved particles are 2 (type 0) and 10 (type 1). Relative position vector is (-0.274565,0.870493,0.465357), distance is 1.024549 Short distance in the transfer function! Involved particles are 2 (type 0) and 10 (type 1). Relative position vector is (-0.274565,0.870493,0.465357), distance is 1.024549 Short distance in the pair potential! Involved particles are 10 (type 1) and 2 (type 0). Relative position vector is (0.274565,-0.870493,-0.465357), distance is 1.024549 Short distance in the transfer function! Involved particles are 10 (type 1) and 2 (type 0). Relative position vector is (0.274565,-0.870493,-0.465357), distance is 1.024549 Short distance in the embedding function! Involved particles are 2 (type 0) and 10 (type 1). Relative position vector is (-0.274565,0.870493,0.465357), distance is 1.024549 Short distance in the embedding function! Involved particles are 2 (type 0) and 10 (type 1). Relative position vector is (-0.274565,0.870493,0.465357), distance is 1.024549 Short distance in the embedding function! Involved particles are 10 (type 1) and 2 (type 0). Relative position vector is (0.274565,-0.870493,-0.465357), distance is 1.024549 Short distance in the embedding function! Involved particles are 10 (type 1) and 2 (type 0). Relative position vector is (0.274565,-0.870493,-0.465357), distance is 1.024549 Short distance in the transfer function! Involved particles are 10 (type 1) and 25 (type 0). Relative position vector is (-0.085243,0.583890,1.746756), distance is 1.843733 Short distance in the embedding function! Involved particles are 10 (type 1) and 25 (type 0). Relative position vector is (-0.085243,0.583890,1.746756), distance is 1.843733 Short distance in the embedding function! Involved particles are 25 (type 0) and 10 (type 1). Relative position vector is (0.085243,-0.583890,-1.746756), distance is 1.843733 Short distance in the transfer function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.244416,0.266426,1.603101), distance is 1.643367 Short distance in the transfer function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.244416,-0.266426,-1.603101), distance is 1.643367 Short distance in the embedding function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.244416,0.266426,1.603101), distance is 1.643367 Short distance in the embedding function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.244416,-0.266426,-1.603101), distance is 1.643367 Short distance in the transfer function! Involved particles are 1 (type 1) and 10 (type 1). Relative position vector is (-0.232741,1.652995,-0.011671), distance is 1.669340 Short distance in the transfer function! Involved particles are 10 (type 1) and 1 (type 1). Relative position vector is (0.232741,-1.652995,0.011671), distance is 1.669340 Short distance in the embedding function! Involved particles are 1 (type 1) and 10 (type 1). Relative position vector is (-0.232741,1.652995,-0.011671), distance is 1.669340 Short distance in the embedding function! Involved particles are 10 (type 1) and 1 (type 1). Relative position vector is (0.232741,-1.652995,0.011671), distance is 1.669340 Short distance in the transfer function! Involved particles are 9 (type 1) and 11 (type 0). Relative position vector is (-0.641029,0.078245,1.724846), distance is 1.841774 Short distance in the embedding function! Involved particles are 9 (type 1) and 11 (type 0). Relative position vector is (-0.641029,0.078245,1.724846), distance is 1.841774 Short distance in the embedding function! Involved particles are 11 (type 0) and 9 (type 1). Relative position vector is (0.641029,-0.078245,-1.724846), distance is 1.841774 Short distance in the pair potential! Involved particles are 3 (type 1) and 11 (type 0). Relative position vector is (-0.159095,0.212464,-0.566548), distance is 0.625643 Short distance in the transfer function! Involved particles are 3 (type 1) and 11 (type 0). Relative position vector is (-0.159095,0.212464,-0.566548), distance is 0.625643 Short distance in the pair potential! Involved particles are 11 (type 0) and 3 (type 1). Relative position vector is (0.159095,-0.212464,0.566548), distance is 0.625643 Short distance in the transfer function! Involved particles are 11 (type 0) and 3 (type 1). Relative position vector is (0.159095,-0.212464,0.566548), distance is 0.625643 Short distance in the embedding function! Involved particles are 3 (type 1) and 11 (type 0). Relative position vector is (-0.159095,0.212464,-0.566548), distance is 0.625643 Short distance in the embedding function! Involved particles are 3 (type 1) and 11 (type 0). Relative position vector is (-0.159095,0.212464,-0.566548), distance is 0.625643 Short distance in the embedding function! Involved particles are 11 (type 0) and 3 (type 1). Relative position vector is (0.159095,-0.212464,0.566548), distance is 0.625643 Short distance in the embedding function! Involved particles are 11 (type 0) and 3 (type 1). Relative position vector is (0.159095,-0.212464,0.566548), distance is 0.625643 Short distance in the pair potential! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,0.276905,1.531762), distance is 1.556696 Short distance in the transfer function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,0.276905,1.531762), distance is 1.556696 Short distance in the pair potential! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,-0.276905,-1.531762), distance is 1.556696 Short distance in the transfer function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,-0.276905,-1.531762), distance is 1.556696 Short distance in the embedding function! Involved particles are 8 (type 0) and 11 (type 0). Relative position vector is (-0.018191,0.276905,1.531762), distance is 1.556696 Short distance in the embedding function! Involved particles are 11 (type 0) and 8 (type 0). Relative position vector is (0.018191,-0.276905,-1.531762), distance is 1.556696 Short distance in the pair potential! Involved particles are 8 (type 0) and 12 (type 1). Relative position vector is (1.081469,0.085547,-0.293310), distance is 1.123799 Short distance in the transfer function! Involved particles are 8 (type 0) and 12 (type 1). Relative position vector is (1.081469,0.085547,-0.293310), distance is 1.123799 Short distance in the pair potential! Involved particles are 12 (type 1) and 8 (type 0). Relative position vector is (-1.081469,-0.085547,0.293310), distance is 1.123799 Short distance in the transfer function! Involved particles are 12 (type 1) and 8 (type 0). Relative position vector is (-1.081469,-0.085547,0.293310), distance is 1.123799 Short distance in the embedding function! Involved particles are 8 (type 0) and 12 (type 1). Relative position vector is (1.081469,0.085547,-0.293310), distance is 1.123799 Short distance in the embedding function! Involved particles are 8 (type 0) and 12 (type 1). Relative position vector is (1.081469,0.085547,-0.293310), distance is 1.123799 Short distance in the embedding function! Involved particles are 12 (type 1) and 8 (type 0). Relative position vector is (-1.081469,-0.085547,0.293310), distance is 1.123799 Short distance in the embedding function! Involved particles are 12 (type 1) and 8 (type 0). Relative position vector is (-1.081469,-0.085547,0.293310), distance is 1.123799 Short distance in the pair potential! Involved particles are 4 (type 0) and 12 (type 1). Relative position vector is (-0.049193,0.658225,0.198269), distance is 0.689195 Short distance in the transfer function! Involved particles are 4 (type 0) and 12 (type 1). Relative position vector is (-0.049193,0.658225,0.198269), distance is 0.689195 Short distance in the pair potential! Involved particles are 12 (type 1) and 4 (type 0). Relative position vector is (0.049193,-0.658225,-0.198269), distance is 0.689195 Short distance in the transfer function! Involved particles are 12 (type 1) and 4 (type 0). Relative position vector is (0.049193,-0.658225,-0.198269), distance is 0.689195 Short distance in the embedding function! Involved particles are 4 (type 0) and 12 (type 1). Relative position vector is (-0.049193,0.658225,0.198269), distance is 0.689195 Short distance in the embedding function! Involved particles are 4 (type 0) and 12 (type 1). Relative position vector is (-0.049193,0.658225,0.198269), distance is 0.689195 Short distance in the embedding function! Involved particles are 12 (type 1) and 4 (type 0). Relative position vector is (0.049193,-0.658225,-0.198269), distance is 0.689195 Short distance in the embedding function! Involved particles are 12 (type 1) and 4 (type 0). Relative position vector is (0.049193,-0.658225,-0.198269), distance is 0.689195 Short distance in the transfer function! Involved particles are 12 (type 1) and 13 (type 1). Relative position vector is (1.568117,0.289228,-0.098279), distance is 1.597593 Short distance in the transfer function! Involved particles are 13 (type 1) and 12 (type 1). Relative position vector is (-1.568117,-0.289228,0.098279), distance is 1.597593 Short distance in the embedding function! Involved particles are 12 (type 1) and 13 (type 1). Relative position vector is (1.568117,0.289228,-0.098279), distance is 1.597593 Short distance in the embedding function! Involved particles are 13 (type 1) and 12 (type 1). Relative position vector is (-1.568117,-0.289228,0.098279), distance is 1.597593 Short distance in the transfer function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-0.161602,1.767633), distance is 1.783572 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 1). Relative position vector is (-0.174608,0.161602,-1.767633), distance is 1.783572 Short distance in the embedding function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-0.161602,1.767633), distance is 1.783572 Short distance in the transfer function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,-0.232367), distance is 1.768700 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 1). Relative position vector is (-0.174608,1.744654,0.232367), distance is 1.768700 Short distance in the embedding function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,-0.232367), distance is 1.768700 Short distance in the transfer function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,0.767633), distance is 1.914044 Short distance in the embedding function! Involved particles are 7 (type 0) and 12 (type 1). Relative position vector is (-0.174608,1.744654,-0.767633), distance is 1.914044 Short distance in the embedding function! Involved particles are 12 (type 1) and 7 (type 0). Relative position vector is (0.174608,-1.744654,0.767633), distance is 1.914044 Short distance in the pair potential! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (-0.498192,-0.187920,-0.198505), distance is 0.568254 Short distance in the transfer function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (-0.498192,-0.187920,-0.198505), distance is 0.568254 Short distance in the pair potential! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (0.498192,0.187920,0.198505), distance is 0.568254 Short distance in the transfer function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (0.498192,0.187920,0.198505), distance is 0.568254 Short distance in the embedding function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (-0.498192,-0.187920,-0.198505), distance is 0.568254 Short distance in the embedding function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (0.498192,0.187920,0.198505), distance is 0.568254 Short distance in the transfer function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (1.417669,-0.187920,-0.198505), distance is 1.443781 Short distance in the transfer function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-1.417669,0.187920,0.198505), distance is 1.443781 Short distance in the embedding function! Involved particles are 9 (type 1) and 13 (type 1). Relative position vector is (1.417669,-0.187920,-0.198505), distance is 1.443781 Short distance in the embedding function! Involved particles are 13 (type 1) and 9 (type 1). Relative position vector is (-1.417669,0.187920,0.198505), distance is 1.443781 Short distance in the pair potential! Involved particles are 5 (type 0) and 13 (type 1). Relative position vector is (-0.416736,0.059255,-0.165185), distance is 0.452179 Short distance in the transfer function! Involved particles are 5 (type 0) and 13 (type 1). Relative position vector is (-0.416736,0.059255,-0.165185), distance is 0.452179 Short distance in the pair potential! Involved particles are 13 (type 1) and 5 (type 0). Relative position vector is (0.416736,-0.059255,0.165185), distance is 0.452179 Short distance in the transfer function! Involved particles are 13 (type 1) and 5 (type 0). Relative position vector is (0.416736,-0.059255,0.165185), distance is 0.452179 Short distance in the embedding function! Involved particles are 5 (type 0) and 13 (type 1). Relative position vector is (-0.416736,0.059255,-0.165185), distance is 0.452179 Short distance in the embedding function! Involved particles are 5 (type 0) and 13 (type 1). Relative position vector is (-0.416736,0.059255,-0.165185), distance is 0.452179 Short distance in the embedding function! Involved particles are 13 (type 1) and 5 (type 0). Relative position vector is (0.416736,-0.059255,0.165185), distance is 0.452179 Short distance in the embedding function! Involved particles are 13 (type 1) and 5 (type 0). Relative position vector is (0.416736,-0.059255,0.165185), distance is 0.452179 Short distance in the transfer function! Involved particles are 12 (type 1) and 13 (type 1). Relative position vector is (1.568117,-0.036087,-0.098279), distance is 1.571608 Short distance in the transfer function! Involved particles are 13 (type 1) and 12 (type 1). Relative position vector is (-1.568117,0.036087,0.098279), distance is 1.571608 Short distance in the embedding function! Involved particles are 12 (type 1) and 13 (type 1). Relative position vector is (1.568117,-0.036087,-0.098279), distance is 1.571608 Short distance in the embedding function! Involved particles are 13 (type 1) and 12 (type 1). Relative position vector is (-1.568117,0.036087,0.098279), distance is 1.571608 Short distance in the transfer function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (0.362007,-1.625624,0.364852), distance is 1.704940 Short distance in the pair potential! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.065361), distance is 1.285572 Short distance in the transfer function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.065361), distance is 1.285572 Short distance in the pair potential! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.065361), distance is 1.285572 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.065361), distance is 1.285572 Short distance in the embedding function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (0.362007,-1.625624,0.364852), distance is 1.704940 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.065361), distance is 1.285572 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.065361), distance is 1.285572 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (-0.362007,1.625624,-0.364852), distance is 1.704940 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.065361), distance is 1.285572 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.065361), distance is 1.285572 Short distance in the transfer function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,1.065361), distance is 1.668358 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-1.065361), distance is 1.668358 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,1.065361), distance is 1.668358 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,1.065361), distance is 1.668358 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-1.065361), distance is 1.668358 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-1.065361), distance is 1.668358 Short distance in the pair potential! Involved particles are 10 (type 1) and 14 (type 0). Relative position vector is (0.340160,0.212127,0.099779), distance is 0.413113 Short distance in the transfer function! Involved particles are 10 (type 1) and 14 (type 0). Relative position vector is (0.340160,0.212127,0.099779), distance is 0.413113 Short distance in the pair potential! Involved particles are 14 (type 0) and 10 (type 1). Relative position vector is (-0.340160,-0.212127,-0.099779), distance is 0.413113 Short distance in the transfer function! Involved particles are 14 (type 0) and 10 (type 1). Relative position vector is (-0.340160,-0.212127,-0.099779), distance is 0.413113 Short distance in the embedding function! Involved particles are 10 (type 1) and 14 (type 0). Relative position vector is (0.340160,0.212127,0.099779), distance is 0.413113 Short distance in the embedding function! Involved particles are 10 (type 1) and 14 (type 0). Relative position vector is (0.340160,0.212127,0.099779), distance is 0.413113 Short distance in the embedding function! Involved particles are 14 (type 0) and 10 (type 1). Relative position vector is (-0.340160,-0.212127,-0.099779), distance is 0.413113 Short distance in the embedding function! Involved particles are 14 (type 0) and 10 (type 1). Relative position vector is (-0.340160,-0.212127,-0.099779), distance is 0.413113 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (0.323345,1.687261,-0.299491), distance is 1.743874 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (-0.323345,-1.687261,0.299491), distance is 1.743874 Short distance in the transfer function! Involved particles are 28 (type 1) and 14 (type 0). Relative position vector is (0.224977,0.349148,-1.706411), distance is 1.756233 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (0.323345,1.687261,-0.299491), distance is 1.743874 Short distance in the embedding function! Involved particles are 14 (type 0) and 28 (type 1). Relative position vector is (-0.224977,-0.349148,1.706411), distance is 1.756233 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (-0.323345,-1.687261,0.299491), distance is 1.743874 Short distance in the embedding function! Involved particles are 28 (type 1) and 14 (type 0). Relative position vector is (0.224977,0.349148,-1.706411), distance is 1.756233 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.660546,1.687261,-0.299491), distance is 1.836536 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.660546,-1.687261,0.299491), distance is 1.836536 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.660546,1.687261,-0.299491), distance is 1.836536 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.660546,-1.687261,0.299491), distance is 1.836536 Short distance in the pair potential! Involved particles are 6 (type 0) and 14 (type 0). Relative position vector is (0.110030,0.611424,0.433743), distance is 0.757680 Short distance in the transfer function! Involved particles are 6 (type 0) and 14 (type 0). Relative position vector is (0.110030,0.611424,0.433743), distance is 0.757680 Short distance in the pair potential! Involved particles are 14 (type 0) and 6 (type 0). Relative position vector is (-0.110030,-0.611424,-0.433743), distance is 0.757680 Short distance in the transfer function! Involved particles are 14 (type 0) and 6 (type 0). Relative position vector is (-0.110030,-0.611424,-0.433743), distance is 0.757680 Short distance in the transfer function! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,1.083644,1.560868), distance is 1.904883 Short distance in the transfer function! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,-1.083644,-1.560868), distance is 1.904883 Short distance in the embedding function! Involved particles are 6 (type 0) and 14 (type 0). Relative position vector is (0.110030,0.611424,0.433743), distance is 0.757680 Short distance in the embedding function! Involved particles are 14 (type 0) and 6 (type 0). Relative position vector is (-0.110030,-0.611424,-0.433743), distance is 0.757680 Short distance in the embedding function! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,1.083644,1.560868), distance is 1.904883 Short distance in the embedding function! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,-1.083644,-1.560868), distance is 1.904883 Short distance in the pair potential! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,0.054799,-0.299491), distance is 1.672385 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,0.054799,-0.299491), distance is 1.672385 Short distance in the pair potential! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,0.267175,1.542755), distance is 1.565726 Short distance in the transfer function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,0.267175,1.542755), distance is 1.565726 Short distance in the pair potential! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,-0.054799,0.299491), distance is 1.672385 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,-0.054799,0.299491), distance is 1.672385 Short distance in the pair potential! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-0.267175,-1.542755), distance is 1.565726 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-0.267175,-1.542755), distance is 1.565726 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,0.054799,-0.299491), distance is 1.672385 Short distance in the embedding function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,0.267175,1.542755), distance is 1.565726 Short distance in the embedding function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,0.267175,1.542755), distance is 1.565726 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,-0.054799,0.299491), distance is 1.672385 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-0.267175,-1.542755), distance is 1.565726 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-0.267175,-1.542755), distance is 1.565726 Short distance in the transfer function! Involved particles are 7 (type 0) and 14 (type 0). Relative position vector is (1.755516,0.358849,0.498940), distance is 1.859987 Short distance in the transfer function! Involved particles are 14 (type 0) and 7 (type 0). Relative position vector is (-1.755516,-0.358849,-0.498940), distance is 1.859987 Short distance in the pair potential! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,-0.548817,1.560868), distance is 1.659968 Short distance in the transfer function! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,-0.548817,1.560868), distance is 1.659968 Short distance in the pair potential! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,0.548817,-1.560868), distance is 1.659968 Short distance in the transfer function! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,0.548817,-1.560868), distance is 1.659968 Short distance in the embedding function! Involved particles are 7 (type 0) and 14 (type 0). Relative position vector is (1.755516,0.358849,0.498940), distance is 1.859987 Short distance in the embedding function! Involved particles are 14 (type 0) and 7 (type 0). Relative position vector is (-1.755516,-0.358849,-0.498940), distance is 1.859987 Short distance in the embedding function! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,-0.548817,1.560868), distance is 1.659968 Short distance in the embedding function! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,0.548817,-1.560868), distance is 1.659968 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,0.871030,-0.299491), distance is 1.884824 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,-0.871030,0.299491), distance is 1.884824 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-1.083406,-1.542755), distance is 1.885175 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,0.871030,-0.299491), distance is 1.884824 Short distance in the embedding function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,1.083406,1.542755), distance is 1.885175 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,-0.871030,0.299491), distance is 1.884824 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-1.083406,-1.542755), distance is 1.885175 Short distance in the pair potential! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,1.295194), distance is 1.386336 Short distance in the transfer function! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,1.295194), distance is 1.386336 Short distance in the pair potential! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,-1.295194), distance is 1.386336 Short distance in the transfer function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,-1.295194), distance is 1.386336 Short distance in the embedding function! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,1.295194), distance is 1.386336 Short distance in the embedding function! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,1.295194), distance is 1.386336 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,-1.295194), distance is 1.386336 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,-1.295194), distance is 1.386336 Short distance in the transfer function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (0.362007,-1.625624,-0.006306), distance is 1.665456 Short distance in the transfer function! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (-0.362007,1.625624,0.006306), distance is 1.665456 Short distance in the embedding function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (0.362007,-1.625624,-0.006306), distance is 1.665456 Short distance in the embedding function! Involved particles are 13 (type 1) and 14 (type 0). Relative position vector is (0.362007,-1.625624,-0.006306), distance is 1.665456 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (-0.362007,1.625624,0.006306), distance is 1.665456 Short distance in the embedding function! Involved particles are 14 (type 0) and 13 (type 1). Relative position vector is (-0.362007,1.625624,0.006306), distance is 1.665456 Short distance in the pair potential! Involved particles are 11 (type 0) and 15 (type 0). Relative position vector is (1.278872,-0.204528,0.142010), distance is 1.302886 Short distance in the transfer function! Involved particles are 11 (type 0) and 15 (type 0). Relative position vector is (1.278872,-0.204528,0.142010), distance is 1.302886 Short distance in the pair potential! Involved particles are 15 (type 0) and 11 (type 0). Relative position vector is (-1.278872,0.204528,-0.142010), distance is 1.302886 Short distance in the transfer function! Involved particles are 15 (type 0) and 11 (type 0). Relative position vector is (-1.278872,0.204528,-0.142010), distance is 1.302886 Short distance in the embedding function! Involved particles are 11 (type 0) and 15 (type 0). Relative position vector is (1.278872,-0.204528,0.142010), distance is 1.302886 Short distance in the embedding function! Involved particles are 15 (type 0) and 11 (type 0). Relative position vector is (-1.278872,0.204528,-0.142010), distance is 1.302886 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (0.062191,1.687261,-0.299491), distance is 1.714763 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (-0.062191,-1.687261,0.299491), distance is 1.714763 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (0.066993,-0.212376,-1.842246), distance is 1.855657 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (0.062191,1.687261,-0.299491), distance is 1.714763 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (-0.062191,-1.687261,0.299491), distance is 1.714763 Short distance in the embedding function! Involved particles are 15 (type 0) and 29 (type 1). Relative position vector is (-0.066993,0.212376,1.842246), distance is 1.855657 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (0.066993,-0.212376,-1.842246), distance is 1.855657 Short distance in the transfer function! Involved particles are 9 (type 1) and 15 (type 0). Relative position vector is (0.344471,-0.126283,1.866856), distance is 1.902566 Short distance in the embedding function! Involved particles are 9 (type 1) and 15 (type 0). Relative position vector is (0.344471,-0.126283,1.866856), distance is 1.902566 Short distance in the embedding function! Involved particles are 15 (type 0) and 9 (type 1). Relative position vector is (-0.344471,0.126283,-1.866856), distance is 1.902566 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.791123,1.687261,-0.299491), distance is 1.887437 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.791123,-1.687261,0.299491), distance is 1.887437 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-0.791123,1.687261,-0.299491), distance is 1.887437 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (0.791123,-1.687261,0.299491), distance is 1.887437 Short distance in the pair potential! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,-0.156366,0.199449), distance is 0.276711 Short distance in the transfer function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,-0.156366,0.199449), distance is 0.276711 Short distance in the pair potential! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,0.156366,-0.199449), distance is 0.276711 Short distance in the transfer function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,0.156366,-0.199449), distance is 0.276711 Short distance in the embedding function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,-0.156366,0.199449), distance is 0.276711 Short distance in the embedding function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,0.156366,-0.199449), distance is 0.276711 Short distance in the transfer function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,1.761103,0.199449), distance is 1.775838 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,-0.230208,-0.299491), distance is 1.687265 Short distance in the transfer function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,-1.761103,-0.199449), distance is 1.775838 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,0.230208,0.299491), distance is 1.687265 Short distance in the embedding function! Involved particles are 7 (type 0) and 15 (type 0). Relative position vector is (0.111079,1.761103,0.199449), distance is 1.775838 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,-0.230208,-0.299491), distance is 1.687265 Short distance in the embedding function! Involved particles are 15 (type 0) and 7 (type 0). Relative position vector is (-0.111079,-1.761103,-0.199449), distance is 1.775838 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,0.230208,0.299491), distance is 1.687265 Short distance in the transfer function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,0.728526,-0.299491), distance is 1.823354 Short distance in the transfer function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,-0.728526,0.299491), distance is 1.823354 Short distance in the embedding function! Involved particles are 14 (type 0) and 15 (type 0). Relative position vector is (-1.644437,0.728526,-0.299491), distance is 1.823354 Short distance in the embedding function! Involved particles are 15 (type 0) and 14 (type 0). Relative position vector is (1.644437,-0.728526,0.299491), distance is 1.823354 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (-1.639635,-0.212376,0.336957), distance is 1.687319 Short distance in the embedding function! Involved particles are 15 (type 0) and 29 (type 1). Relative position vector is (1.639635,0.212376,-0.336957), distance is 1.687319 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (-1.639635,-0.212376,0.336957), distance is 1.687319 Short distance in the pair potential! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,-0.113842), distance is 1.288947 Short distance in the transfer function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,-0.113842), distance is 1.288947 Short distance in the pair potential! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,0.113842), distance is 1.288947 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,0.113842), distance is 1.288947 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,-0.113842), distance is 1.288947 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,-0.113842), distance is 1.288947 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,0.113842), distance is 1.288947 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,0.113842), distance is 1.288947 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (-1.639635,-0.212376,-0.752644), distance is 1.816585 Short distance in the embedding function! Involved particles are 15 (type 0) and 29 (type 1). Relative position vector is (1.639635,0.212376,0.752644), distance is 1.816585 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (-1.639635,-0.212376,-0.752644), distance is 1.816585 Short distance in the pair potential! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.975759), distance is 1.612616 Short distance in the transfer function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.975759), distance is 1.612616 Short distance in the pair potential! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.975759), distance is 1.612616 Short distance in the transfer function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.975759), distance is 1.612616 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.975759), distance is 1.612616 Short distance in the embedding function! Involved particles are 13 (type 1) and 15 (type 0). Relative position vector is (-1.282430,0.061637,0.975759), distance is 1.612616 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.975759), distance is 1.612616 Short distance in the embedding function! Involved particles are 15 (type 0) and 13 (type 1). Relative position vector is (1.282430,-0.061637,-0.975759), distance is 1.612616 Short distance in the pair potential! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,0.117940,1.333538), distance is 1.338776 Short distance in the transfer function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,0.117940,1.333538), distance is 1.338776 Short distance in the pair potential! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,-0.117940,-1.333538), distance is 1.338776 Short distance in the transfer function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,-0.117940,-1.333538), distance is 1.338776 Short distance in the transfer function! Involved particles are 16 (type 1) and 17 (type 0). Relative position vector is (1.739780,0.007139,0.350112), distance is 1.774673 Short distance in the transfer function! Involved particles are 16 (type 1) and 24 (type 0). Relative position vector is (-0.079053,1.869307,0.144325), distance is 1.876536 Short distance in the embedding function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,0.117940,1.333538), distance is 1.338776 Short distance in the embedding function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,-0.117940,-1.333538), distance is 1.338776 Short distance in the embedding function! Involved particles are 16 (type 1) and 17 (type 0). Relative position vector is (1.739780,0.007139,0.350112), distance is 1.774673 Short distance in the embedding function! Involved particles are 16 (type 1) and 24 (type 0). Relative position vector is (-0.079053,1.869307,0.144325), distance is 1.876536 Short distance in the embedding function! Involved particles are 17 (type 0) and 16 (type 1). Relative position vector is (-1.739780,-0.007139,-0.350112), distance is 1.774673 Short distance in the embedding function! Involved particles are 24 (type 0) and 16 (type 1). Relative position vector is (0.079053,-1.869307,-0.144325), distance is 1.876536 Short distance in the transfer function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,-0.882060,1.333538), distance is 1.598887 Short distance in the transfer function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,0.882060,-1.333538), distance is 1.598887 Short distance in the embedding function! Involved particles are 3 (type 1) and 16 (type 1). Relative position vector is (0.009411,-0.882060,1.333538), distance is 1.598887 Short distance in the embedding function! Involved particles are 16 (type 1) and 3 (type 1). Relative position vector is (-0.009411,0.882060,-1.333538), distance is 1.598887 Short distance in the pair potential! Involved particles are 0 (type 1) and 16 (type 1). Relative position vector is (-0.064041,0.045674,0.592970), distance is 0.598164 Short distance in the transfer function! Involved particles are 0 (type 1) and 16 (type 1). Relative position vector is (-0.064041,0.045674,0.592970), distance is 0.598164 Short distance in the pair potential! Involved particles are 16 (type 1) and 0 (type 1). Relative position vector is (0.064041,-0.045674,-0.592970), distance is 0.598164 Short distance in the transfer function! Involved particles are 16 (type 1) and 0 (type 1). Relative position vector is (0.064041,-0.045674,-0.592970), distance is 0.598164 Short distance in the embedding function! Involved particles are 0 (type 1) and 16 (type 1). Relative position vector is (-0.064041,0.045674,0.592970), distance is 0.598164 Short distance in the embedding function! Involved particles are 16 (type 1) and 0 (type 1). Relative position vector is (0.064041,-0.045674,-0.592970), distance is 0.598164 Short distance in the transfer function! Involved particles are 28 (type 1) and 17 (type 0). Relative position vector is (-0.229478,-1.740623,0.102286), distance is 1.758662 Short distance in the embedding function! Involved particles are 17 (type 0) and 28 (type 1). Relative position vector is (0.229478,1.740623,-0.102286), distance is 1.758662 Short distance in the embedding function! Involved particles are 28 (type 1) and 17 (type 0). Relative position vector is (-0.229478,-1.740623,0.102286), distance is 1.758662 Short distance in the transfer function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (-0.256852,0.125079,1.683649), distance is 1.707716 Short distance in the transfer function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (0.256482,0.070187,1.798561), distance is 1.818112 Short distance in the transfer function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (0.187210,1.862168,-0.205787), distance is 1.882835 Short distance in the transfer function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (-0.256482,-0.070187,-1.798561), distance is 1.818112 Short distance in the transfer function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (-0.187210,-1.862168,0.205787), distance is 1.882835 Short distance in the embedding function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (-0.256852,0.125079,1.683649), distance is 1.707716 Short distance in the embedding function! Involved particles are 17 (type 0) and 3 (type 1). Relative position vector is (0.256852,-0.125079,-1.683649), distance is 1.707716 Short distance in the embedding function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (0.256482,0.070187,1.798561), distance is 1.818112 Short distance in the embedding function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (0.187210,1.862168,-0.205787), distance is 1.882835 Short distance in the embedding function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (-0.256482,-0.070187,-1.798561), distance is 1.818112 Short distance in the embedding function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (-0.187210,-1.862168,0.205787), distance is 1.882835 Short distance in the transfer function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (0.746169,0.125079,1.683649), distance is 1.845830 Short distance in the embedding function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (0.746169,0.125079,1.683649), distance is 1.845830 Short distance in the embedding function! Involved particles are 17 (type 0) and 3 (type 1). Relative position vector is (-0.746169,-0.125079,-1.683649), distance is 1.845830 Short distance in the transfer function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.818833,-0.352767,-0.205787), distance is 1.864121 Short distance in the transfer function! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.067314,1.836717,-0.161719), distance is 1.845051 Short distance in the transfer function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.818833,0.352767,0.205787), distance is 1.864121 Short distance in the transfer function! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.067314,-1.836717,0.161719), distance is 1.845051 Short distance in the embedding function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.818833,-0.352767,-0.205787), distance is 1.864121 Short distance in the embedding function! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.067314,1.836717,-0.161719), distance is 1.845051 Short distance in the embedding function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.818833,0.352767,0.205787), distance is 1.864121 Short distance in the embedding function! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.067314,-1.836717,0.161719), distance is 1.845051 Short distance in the transfer function! Involved particles are 16 (type 1) and 17 (type 0). Relative position vector is (1.739780,-0.207796,0.350112), distance is 1.786782 Short distance in the transfer function! Involved particles are 17 (type 0) and 18 (type 0). Relative position vector is (0.394003,0.047668,1.752523), distance is 1.796899 Short distance in the transfer function! Involved particles are 18 (type 0) and 17 (type 0). Relative position vector is (-0.394003,-0.047668,-1.752523), distance is 1.796899 Short distance in the embedding function! Involved particles are 16 (type 1) and 17 (type 0). Relative position vector is (1.739780,-0.207796,0.350112), distance is 1.786782 Short distance in the embedding function! Involved particles are 17 (type 0) and 16 (type 1). Relative position vector is (-1.739780,0.207796,-0.350112), distance is 1.786782 Short distance in the embedding function! Involved particles are 17 (type 0) and 18 (type 0). Relative position vector is (0.394003,0.047668,1.752523), distance is 1.796899 Short distance in the embedding function! Involved particles are 18 (type 0) and 17 (type 0). Relative position vector is (-0.394003,-0.047668,-1.752523), distance is 1.796899 Short distance in the pair potential! Involved particles are 1 (type 1) and 17 (type 0). Relative position vector is (-0.385297,-0.224650,0.954909), distance is 1.053932 Short distance in the transfer function! Involved particles are 1 (type 1) and 17 (type 0). Relative position vector is (-0.385297,-0.224650,0.954909), distance is 1.053932 Short distance in the pair potential! Involved particles are 17 (type 0) and 1 (type 1). Relative position vector is (0.385297,0.224650,-0.954909), distance is 1.053932 Short distance in the transfer function! Involved particles are 17 (type 0) and 1 (type 1). Relative position vector is (0.385297,0.224650,-0.954909), distance is 1.053932 Short distance in the embedding function! Involved particles are 1 (type 1) and 17 (type 0). Relative position vector is (-0.385297,-0.224650,0.954909), distance is 1.053932 Short distance in the embedding function! Involved particles are 1 (type 1) and 17 (type 0). Relative position vector is (-0.385297,-0.224650,0.954909), distance is 1.053932 Short distance in the embedding function! Involved particles are 17 (type 0) and 1 (type 1). Relative position vector is (0.385297,0.224650,-0.954909), distance is 1.053932 Short distance in the embedding function! Involved particles are 17 (type 0) and 1 (type 1). Relative position vector is (0.385297,0.224650,-0.954909), distance is 1.053932 Short distance in the transfer function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (-1.749561,0.070187,0.172998), distance is 1.759494 Short distance in the transfer function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (1.749561,-0.070187,-0.172998), distance is 1.759494 Short distance in the embedding function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (-1.749561,0.070187,0.172998), distance is 1.759494 Short distance in the embedding function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (1.749561,-0.070187,-0.172998), distance is 1.759494 Short distance in the transfer function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (1.749191,0.125079,0.058087), distance is 1.754619 Short distance in the transfer function! Involved particles are 10 (type 1) and 17 (type 0). Relative position vector is (-0.152557,-1.877644,0.282913), distance is 1.904957 Short distance in the embedding function! Involved particles are 3 (type 1) and 17 (type 0). Relative position vector is (1.749191,0.125079,0.058087), distance is 1.754619 Short distance in the embedding function! Involved particles are 10 (type 1) and 17 (type 0). Relative position vector is (-0.152557,-1.877644,0.282913), distance is 1.904957 Short distance in the embedding function! Involved particles are 17 (type 0) and 3 (type 1). Relative position vector is (-1.749191,-0.125079,-0.058087), distance is 1.754619 Short distance in the embedding function! Involved particles are 17 (type 0) and 10 (type 1). Relative position vector is (0.152557,1.877644,-0.282913), distance is 1.904957 Short distance in the transfer function! Involved particles are 18 (type 0) and 22 (type 1). Relative position vector is (1.656553,0.008147,0.279103), distance is 1.679920 Short distance in the transfer function! Involved particles are 22 (type 1) and 18 (type 0). Relative position vector is (-1.656553,-0.008147,-0.279103), distance is 1.679920 Short distance in the embedding function! Involved particles are 18 (type 0) and 22 (type 1). Relative position vector is (1.656553,0.008147,0.279103), distance is 1.679920 Short distance in the embedding function! Involved particles are 18 (type 0) and 22 (type 1). Relative position vector is (1.656553,0.008147,0.279103), distance is 1.679920 Short distance in the embedding function! Involved particles are 22 (type 1) and 18 (type 0). Relative position vector is (-1.656553,-0.008147,-0.279103), distance is 1.679920 Short distance in the embedding function! Involved particles are 22 (type 1) and 18 (type 0). Relative position vector is (-1.656553,-0.008147,-0.279103), distance is 1.679920 Short distance in the transfer function! Involved particles are 17 (type 0) and 18 (type 0). Relative position vector is (0.394003,-0.167267,1.752523), distance is 1.804038 Short distance in the transfer function! Involved particles are 18 (type 0) and 17 (type 0). Relative position vector is (-0.394003,0.167267,-1.752523), distance is 1.804038 Short distance in the embedding function! Involved particles are 17 (type 0) and 18 (type 0). Relative position vector is (0.394003,-0.167267,1.752523), distance is 1.804038 Short distance in the embedding function! Involved particles are 18 (type 0) and 17 (type 0). Relative position vector is (-0.394003,0.167267,-1.752523), distance is 1.804038 Short distance in the pair potential! Involved particles are 2 (type 0) and 18 (type 0). Relative position vector is (-0.033118,0.005818,0.282593), distance is 0.284587 Short distance in the transfer function! Involved particles are 2 (type 0) and 18 (type 0). Relative position vector is (-0.033118,0.005818,0.282593), distance is 0.284587 Short distance in the pair potential! Involved particles are 18 (type 0) and 2 (type 0). Relative position vector is (0.033118,-0.005818,-0.282593), distance is 0.284587 Short distance in the transfer function! Involved particles are 18 (type 0) and 2 (type 0). Relative position vector is (0.033118,-0.005818,-0.282593), distance is 0.284587 Short distance in the embedding function! Involved particles are 2 (type 0) and 18 (type 0). Relative position vector is (-0.033118,0.005818,0.282593), distance is 0.284587 Short distance in the embedding function! Involved particles are 18 (type 0) and 2 (type 0). Relative position vector is (0.033118,-0.005818,-0.282593), distance is 0.284587 Short distance in the transfer function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (0.250439,0.070187,1.798561), distance is 1.817269 Short distance in the transfer function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (-0.250439,-0.070187,-1.798561), distance is 1.817269 Short distance in the embedding function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (0.250439,0.070187,1.798561), distance is 1.817269 Short distance in the embedding function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (-0.250439,-0.070187,-1.798561), distance is 1.817269 Short distance in the transfer function! Involved particles are 19 (type 0) and 26 (type 1). Relative position vector is (1.657702,-0.186900,0.205295), distance is 1.680790 Short distance in the pair potential! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,1.316079,0.092839), distance is 1.326992 Short distance in the transfer function! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,1.316079,0.092839), distance is 1.326992 Short distance in the transfer function! Involved particles are 26 (type 1) and 19 (type 0). Relative position vector is (-1.657702,0.186900,-0.205295), distance is 1.680790 Short distance in the pair potential! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,-1.316079,-0.092839), distance is 1.326992 Short distance in the transfer function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,-1.316079,-0.092839), distance is 1.326992 Short distance in the embedding function! Involved particles are 19 (type 0) and 26 (type 1). Relative position vector is (1.657702,-0.186900,0.205295), distance is 1.680790 Short distance in the embedding function! Involved particles are 19 (type 0) and 26 (type 1). Relative position vector is (1.657702,-0.186900,0.205295), distance is 1.680790 Short distance in the embedding function! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,1.316079,0.092839), distance is 1.326992 Short distance in the embedding function! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,1.316079,0.092839), distance is 1.326992 Short distance in the embedding function! Involved particles are 26 (type 1) and 19 (type 0). Relative position vector is (-1.657702,0.186900,-0.205295), distance is 1.680790 Short distance in the embedding function! Involved particles are 26 (type 1) and 19 (type 0). Relative position vector is (-1.657702,0.186900,-0.205295), distance is 1.680790 Short distance in the embedding function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,-1.316079,-0.092839), distance is 1.326992 Short distance in the embedding function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,-1.316079,-0.092839), distance is 1.326992 Short distance in the pair potential! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,-0.374980), distance is 0.422775 Short distance in the transfer function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,-0.374980), distance is 0.422775 Short distance in the pair potential! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,0.374980), distance is 0.422775 Short distance in the transfer function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,0.374980), distance is 0.422775 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,-0.374980), distance is 0.422775 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,-0.374980), distance is 0.422775 Short distance in the embedding function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,0.374980), distance is 0.422775 Short distance in the embedding function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,0.374980), distance is 0.422775 Short distance in the pair potential! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.553615), distance is 1.565838 Short distance in the transfer function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.553615), distance is 1.565838 Short distance in the transfer function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (-1.749561,0.070187,-0.130034), distance is 1.755790 Short distance in the pair potential! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.553615), distance is 1.565838 Short distance in the transfer function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.553615), distance is 1.565838 Short distance in the transfer function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (1.749561,-0.070187,0.130034), distance is 1.755790 Short distance in the transfer function! Involved particles are 19 (type 0) and 24 (type 0). Relative position vector is (-0.069272,1.791981,-0.075752), distance is 1.794919 Short distance in the transfer function! Involved particles are 24 (type 0) and 19 (type 0). Relative position vector is (0.069272,-1.791981,0.075752), distance is 1.794919 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.553615), distance is 1.565838 Short distance in the embedding function! Involved particles are 3 (type 1) and 19 (type 0). Relative position vector is (-0.000370,0.195266,1.553615), distance is 1.565838 Short distance in the embedding function! Involved particles are 17 (type 0) and 19 (type 0). Relative position vector is (-1.749561,0.070187,-0.130034), distance is 1.755790 Short distance in the embedding function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.553615), distance is 1.565838 Short distance in the embedding function! Involved particles are 19 (type 0) and 3 (type 1). Relative position vector is (0.000370,-0.195266,-1.553615), distance is 1.565838 Short distance in the embedding function! Involved particles are 19 (type 0) and 17 (type 0). Relative position vector is (1.749561,-0.070187,0.130034), distance is 1.755790 Short distance in the embedding function! Involved particles are 19 (type 0) and 24 (type 0). Relative position vector is (-0.069272,1.791981,-0.075752), distance is 1.794919 Short distance in the embedding function! Involved particles are 24 (type 0) and 19 (type 0). Relative position vector is (0.069272,-1.791981,0.075752), distance is 1.794919 Short distance in the pair potential! Involved particles are 16 (type 1) and 20 (type 0). Relative position vector is (0.980146,-0.103258,-0.031841), distance is 0.986084 Short distance in the transfer function! Involved particles are 16 (type 1) and 20 (type 0). Relative position vector is (0.980146,-0.103258,-0.031841), distance is 0.986084 Short distance in the pair potential! Involved particles are 20 (type 0) and 16 (type 1). Relative position vector is (-0.980146,0.103258,0.031841), distance is 0.986084 Short distance in the transfer function! Involved particles are 20 (type 0) and 16 (type 1). Relative position vector is (-0.980146,0.103258,0.031841), distance is 0.986084 Short distance in the embedding function! Involved particles are 16 (type 1) and 20 (type 0). Relative position vector is (0.980146,-0.103258,-0.031841), distance is 0.986084 Short distance in the embedding function! Involved particles are 16 (type 1) and 20 (type 0). Relative position vector is (0.980146,-0.103258,-0.031841), distance is 0.986084 Short distance in the embedding function! Involved particles are 20 (type 0) and 16 (type 1). Relative position vector is (-0.980146,0.103258,0.031841), distance is 0.986084 Short distance in the embedding function! Involved particles are 20 (type 0) and 16 (type 1). Relative position vector is (-0.980146,0.103258,0.031841), distance is 0.986084 Short distance in the transfer function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-0.072685,-0.323821,1.860486), distance is 1.889855 Short distance in the transfer function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (0.072685,0.323821,-1.860486), distance is 1.889855 Short distance in the embedding function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-0.072685,-0.323821,1.860486), distance is 1.889855 Short distance in the embedding function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (0.072685,0.323821,-1.860486), distance is 1.889855 Short distance in the transfer function! Involved particles are 20 (type 0) and 21 (type 0). Relative position vector is (1.717013,0.018889,0.134124), distance is 1.722347 Short distance in the transfer function! Involved particles are 21 (type 0) and 20 (type 0). Relative position vector is (-1.717013,-0.018889,-0.134124), distance is 1.722347 Short distance in the transfer function! Involved particles are 28 (type 1) and 20 (type 0). Relative position vector is (0.341644,-1.851020,-0.279667), distance is 1.902947 Short distance in the embedding function! Involved particles are 20 (type 0) and 21 (type 0). Relative position vector is (1.717013,0.018889,0.134124), distance is 1.722347 Short distance in the embedding function! Involved particles are 20 (type 0) and 28 (type 1). Relative position vector is (-0.341644,1.851020,0.279667), distance is 1.902947 Short distance in the embedding function! Involved particles are 21 (type 0) and 20 (type 0). Relative position vector is (-1.717013,-0.018889,-0.134124), distance is 1.722347 Short distance in the embedding function! Involved particles are 28 (type 1) and 20 (type 0). Relative position vector is (0.341644,-1.851020,-0.279667), distance is 1.902947 Short distance in the transfer function! Involved particles are 22 (type 1) and 20 (type 0). Relative position vector is (-1.749384,0.048723,0.681260), distance is 1.877987 Short distance in the embedding function! Involved particles are 20 (type 0) and 22 (type 1). Relative position vector is (1.749384,-0.048723,-0.681260), distance is 1.877987 Short distance in the embedding function! Involved particles are 22 (type 1) and 20 (type 0). Relative position vector is (-1.749384,0.048723,0.681260), distance is 1.877987 Short distance in the pair potential! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.029817,-0.129182,0.796749), distance is 0.807704 Short distance in the transfer function! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.029817,-0.129182,0.796749), distance is 0.807704 Short distance in the pair potential! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.029817,0.129182,-0.796749), distance is 0.807704 Short distance in the transfer function! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.029817,0.129182,-0.796749), distance is 0.807704 Short distance in the embedding function! Involved particles are 4 (type 0) and 20 (type 0). Relative position vector is (0.029817,-0.129182,0.796749), distance is 0.807704 Short distance in the embedding function! Involved particles are 20 (type 0) and 4 (type 0). Relative position vector is (-0.029817,0.129182,-0.796749), distance is 0.807704 Short distance in the transfer function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.741085,-0.323821,0.313068), distance is 1.798402 Short distance in the transfer function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.741085,0.323821,-0.313068), distance is 1.798402 Short distance in the embedding function! Involved particles are 6 (type 0) and 20 (type 0). Relative position vector is (-1.741085,-0.323821,0.313068), distance is 1.798402 Short distance in the embedding function! Involved particles are 20 (type 0) and 6 (type 0). Relative position vector is (1.741085,0.323821,-0.313068), distance is 1.798402 Short distance in the pair potential! Involved particles are 17 (type 0) and 21 (type 0). Relative position vector is (0.396456,-0.091508,-0.247828), distance is 0.476413 Short distance in the transfer function! Involved particles are 17 (type 0) and 21 (type 0). Relative position vector is (0.396456,-0.091508,-0.247828), distance is 0.476413 Short distance in the pair potential! Involved particles are 21 (type 0) and 17 (type 0). Relative position vector is (-0.396456,0.091508,0.247828), distance is 0.476413 Short distance in the transfer function! Involved particles are 21 (type 0) and 17 (type 0). Relative position vector is (-0.396456,0.091508,0.247828), distance is 0.476413 Short distance in the embedding function! Involved particles are 17 (type 0) and 21 (type 0). Relative position vector is (0.396456,-0.091508,-0.247828), distance is 0.476413 Short distance in the embedding function! Involved particles are 21 (type 0) and 17 (type 0). Relative position vector is (-0.396456,0.091508,0.247828), distance is 0.476413 Short distance in the transfer function! Involved particles are 28 (type 1) and 21 (type 0). Relative position vector is (0.109795,-1.832131,-0.145542), distance is 1.841180 Short distance in the embedding function! Involved particles are 21 (type 0) and 28 (type 1). Relative position vector is (-0.109795,1.832131,0.145542), distance is 1.841180 Short distance in the embedding function! Involved particles are 28 (type 1) and 21 (type 0). Relative position vector is (0.109795,-1.832131,-0.145542), distance is 1.841180 Short distance in the pair potential! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,-0.027745,1.560868), distance is 1.566864 Short distance in the transfer function! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,-0.027745,1.560868), distance is 1.566864 Short distance in the pair potential! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,0.027745,-1.560868), distance is 1.566864 Short distance in the transfer function! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,0.027745,-1.560868), distance is 1.566864 Short distance in the embedding function! Involved particles are 14 (type 0) and 21 (type 0). Relative position vector is (-0.134102,-0.027745,1.560868), distance is 1.566864 Short distance in the embedding function! Involved particles are 21 (type 0) and 14 (type 0). Relative position vector is (0.134102,0.027745,-1.560868), distance is 1.566864 Short distance in the transfer function! Involved particles are 20 (type 0) and 21 (type 0). Relative position vector is (1.717013,-0.134645,0.134124), distance is 1.727499 Short distance in the transfer function! Involved particles are 21 (type 0) and 20 (type 0). Relative position vector is (-1.717013,0.134645,-0.134124), distance is 1.727499 Short distance in the embedding function! Involved particles are 20 (type 0) and 21 (type 0). Relative position vector is (1.717013,-0.134645,0.134124), distance is 1.727499 Short distance in the embedding function! Involved particles are 21 (type 0) and 20 (type 0). Relative position vector is (-1.717013,0.134645,-0.134124), distance is 1.727499 Short distance in the pair potential! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (-0.188831,0.069088,0.609415), distance is 0.641730 Short distance in the transfer function! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (-0.188831,0.069088,0.609415), distance is 0.641730 Short distance in the pair potential! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (0.188831,-0.069088,-0.609415), distance is 0.641730 Short distance in the transfer function! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (0.188831,-0.069088,-0.609415), distance is 0.641730 Short distance in the embedding function! Involved particles are 5 (type 0) and 21 (type 0). Relative position vector is (-0.188831,0.069088,0.609415), distance is 0.641730 Short distance in the embedding function! Involved particles are 21 (type 0) and 5 (type 0). Relative position vector is (0.188831,-0.069088,-0.609415), distance is 0.641730 Short distance in the transfer function! Involved particles are 30 (type 1) and 21 (type 0). Relative position vector is (-0.185605,-1.689600,-0.529923), distance is 1.780454 Short distance in the embedding function! Involved particles are 21 (type 0) and 30 (type 1). Relative position vector is (0.185605,1.689600,0.529923), distance is 1.780454 Short distance in the embedding function! Involved particles are 30 (type 1) and 21 (type 0). Relative position vector is (-0.185605,-1.689600,-0.529923), distance is 1.780454 Short distance in the transfer function! Involved particles are 6 (type 0) and 21 (type 0). Relative position vector is (-0.024072,1.695068,0.419050), distance is 1.746264 Short distance in the transfer function! Involved particles are 7 (type 0) and 21 (type 0). Relative position vector is (1.621414,-0.189968,0.484248), distance is 1.702812 Short distance in the transfer function! Involved particles are 21 (type 0) and 6 (type 0). Relative position vector is (0.024072,-1.695068,-0.419050), distance is 1.746264 Short distance in the transfer function! Involved particles are 21 (type 0) and 7 (type 0). Relative position vector is (-1.621414,0.189968,-0.484248), distance is 1.702812 Short distance in the embedding function! Involved particles are 6 (type 0) and 21 (type 0). Relative position vector is (-0.024072,1.695068,0.419050), distance is 1.746264 Short distance in the embedding function! Involved particles are 7 (type 0) and 21 (type 0). Relative position vector is (1.621414,-0.189968,0.484248), distance is 1.702812 Short distance in the embedding function! Involved particles are 21 (type 0) and 6 (type 0). Relative position vector is (0.024072,-1.695068,-0.419050), distance is 1.746264 Short distance in the embedding function! Involved particles are 21 (type 0) and 7 (type 0). Relative position vector is (-1.621414,0.189968,-0.484248), distance is 1.702812 Short distance in the pair potential! Involved particles are 18 (type 0) and 22 (type 1). Relative position vector is (0.025624,0.008147,0.279103), distance is 0.280395 Short distance in the transfer function! Involved particles are 18 (type 0) and 22 (type 1). Relative position vector is (0.025624,0.008147,0.279103), distance is 0.280395 Short distance in the pair potential! Involved particles are 22 (type 1) and 18 (type 0). Relative position vector is (-0.025624,-0.008147,-0.279103), distance is 0.280395 Short distance in the transfer function! Involved particles are 22 (type 1) and 18 (type 0). Relative position vector is (-0.025624,-0.008147,-0.279103), distance is 0.280395 Short distance in the embedding function! Involved particles are 18 (type 0) and 22 (type 1). Relative position vector is (0.025624,0.008147,0.279103), distance is 0.280395 Short distance in the embedding function! Involved particles are 18 (type 0) and 22 (type 1). Relative position vector is (0.025624,0.008147,0.279103), distance is 0.280395 Short distance in the embedding function! Involved particles are 22 (type 1) and 18 (type 0). Relative position vector is (-0.025624,-0.008147,-0.279103), distance is 0.280395 Short distance in the embedding function! Involved particles are 22 (type 1) and 18 (type 0). Relative position vector is (-0.025624,-0.008147,-0.279103), distance is 0.280395 Short distance in the pair potential! Involved particles are 6 (type 0) and 22 (type 1). Relative position vector is (0.008299,-0.372544,0.350244), distance is 0.511398 Short distance in the transfer function! Involved particles are 6 (type 0) and 22 (type 1). Relative position vector is (0.008299,-0.372544,0.350244), distance is 0.511398 Short distance in the pair potential! Involved particles are 22 (type 1) and 6 (type 0). Relative position vector is (-0.008299,0.372544,-0.350244), distance is 0.511398 Short distance in the transfer function! Involved particles are 22 (type 1) and 6 (type 0). Relative position vector is (-0.008299,0.372544,-0.350244), distance is 0.511398 Short distance in the embedding function! Involved particles are 6 (type 0) and 22 (type 1). Relative position vector is (0.008299,-0.372544,0.350244), distance is 0.511398 Short distance in the embedding function! Involved particles are 6 (type 0) and 22 (type 1). Relative position vector is (0.008299,-0.372544,0.350244), distance is 0.511398 Short distance in the embedding function! Involved particles are 22 (type 1) and 6 (type 0). Relative position vector is (-0.008299,0.372544,-0.350244), distance is 0.511398 Short distance in the embedding function! Involved particles are 22 (type 1) and 6 (type 0). Relative position vector is (-0.008299,0.372544,-0.350244), distance is 0.511398 Short distance in the transfer function! Involved particles are 22 (type 1) and 20 (type 0). Relative position vector is (-1.749384,0.048723,-0.451668), distance is 1.807408 Short distance in the embedding function! Involved particles are 20 (type 0) and 22 (type 1). Relative position vector is (1.749384,-0.048723,0.451668), distance is 1.807408 Short distance in the embedding function! Involved particles are 22 (type 1) and 20 (type 0). Relative position vector is (-1.749384,0.048723,-0.451668), distance is 1.807408 Short distance in the pair potential! Involved particles are 19 (type 0) and 23 (type 1). Relative position vector is (0.918310,-0.199792,0.275086), distance is 0.979225 Short distance in the transfer function! Involved particles are 19 (type 0) and 23 (type 1). Relative position vector is (0.918310,-0.199792,0.275086), distance is 0.979225 Short distance in the pair potential! Involved particles are 23 (type 1) and 19 (type 0). Relative position vector is (-0.918310,0.199792,-0.275086), distance is 0.979225 Short distance in the transfer function! Involved particles are 23 (type 1) and 19 (type 0). Relative position vector is (-0.918310,0.199792,-0.275086), distance is 0.979225 Short distance in the embedding function! Involved particles are 19 (type 0) and 23 (type 1). Relative position vector is (0.918310,-0.199792,0.275086), distance is 0.979225 Short distance in the embedding function! Involved particles are 19 (type 0) and 23 (type 1). Relative position vector is (0.918310,-0.199792,0.275086), distance is 0.979225 Short distance in the embedding function! Involved particles are 23 (type 1) and 19 (type 0). Relative position vector is (-0.918310,0.199792,-0.275086), distance is 0.979225 Short distance in the embedding function! Involved particles are 23 (type 1) and 19 (type 0). Relative position vector is (-0.918310,0.199792,-0.275086), distance is 0.979225 Short distance in the pair potential! Involved particles are 7 (type 0) and 23 (type 1). Relative position vector is (-0.211348,-0.228065,0.445682), distance is 0.543428 Short distance in the transfer function! Involved particles are 7 (type 0) and 23 (type 1). Relative position vector is (-0.211348,-0.228065,0.445682), distance is 0.543428 Short distance in the pair potential! Involved particles are 23 (type 1) and 7 (type 0). Relative position vector is (0.211348,0.228065,-0.445682), distance is 0.543428 Short distance in the transfer function! Involved particles are 23 (type 1) and 7 (type 0). Relative position vector is (0.211348,0.228065,-0.445682), distance is 0.543428 Short distance in the embedding function! Involved particles are 7 (type 0) and 23 (type 1). Relative position vector is (-0.211348,-0.228065,0.445682), distance is 0.543428 Short distance in the embedding function! Involved particles are 7 (type 0) and 23 (type 1). Relative position vector is (-0.211348,-0.228065,0.445682), distance is 0.543428 Short distance in the embedding function! Involved particles are 23 (type 1) and 7 (type 0). Relative position vector is (0.211348,0.228065,-0.445682), distance is 0.543428 Short distance in the embedding function! Involved particles are 23 (type 1) and 7 (type 0). Relative position vector is (0.211348,0.228065,-0.445682), distance is 0.543428 Short distance in the transfer function! Involved particles are 23 (type 1) and 21 (type 0). Relative position vector is (1.832762,0.038097,-0.353675), distance is 1.866963 Short distance in the embedding function! Involved particles are 21 (type 0) and 23 (type 1). Relative position vector is (-1.832762,-0.038097,0.353675), distance is 1.866963 Short distance in the embedding function! Involved particles are 23 (type 1) and 21 (type 0). Relative position vector is (1.832762,0.038097,-0.353675), distance is 1.866963 Short distance in the transfer function! Involved particles are 10 (type 1) and 24 (type 0). Relative position vector is (0.028610,-0.015476,1.702689), distance is 1.702999 Short distance in the transfer function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (0.181167,1.862168,-0.205787), distance is 1.882243 Short distance in the transfer function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (-0.181167,-1.862168,0.205787), distance is 1.882243 Short distance in the embedding function! Involved particles are 10 (type 1) and 24 (type 0). Relative position vector is (0.028610,-0.015476,1.702689), distance is 1.702999 Short distance in the embedding function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (0.181167,1.862168,-0.205787), distance is 1.882243 Short distance in the embedding function! Involved particles are 24 (type 0) and 10 (type 1). Relative position vector is (-0.028610,0.015476,-1.702689), distance is 1.702999 Short distance in the embedding function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (-0.181167,-1.862168,0.205787), distance is 1.882243 Short distance in the transfer function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,-1.186668,1.477863), distance is 1.896605 Short distance in the pair potential! Involved particles are 16 (type 1) and 24 (type 0). Relative position vector is (-0.079053,0.695392,0.144325), distance is 0.714597 Short distance in the transfer function! Involved particles are 16 (type 1) and 24 (type 0). Relative position vector is (-0.079053,0.695392,0.144325), distance is 0.714597 Short distance in the pair potential! Involved particles are 24 (type 0) and 16 (type 1). Relative position vector is (0.079053,-0.695392,-0.144325), distance is 0.714597 Short distance in the transfer function! Involved particles are 24 (type 0) and 16 (type 1). Relative position vector is (0.079053,-0.695392,-0.144325), distance is 0.714597 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,-1.186668,1.477863), distance is 1.896605 Short distance in the embedding function! Involved particles are 16 (type 1) and 24 (type 0). Relative position vector is (-0.079053,0.695392,0.144325), distance is 0.714597 Short distance in the embedding function! Involved particles are 16 (type 1) and 24 (type 0). Relative position vector is (-0.079053,0.695392,0.144325), distance is 0.714597 Short distance in the embedding function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,1.186668,-1.477863), distance is 1.896605 Short distance in the embedding function! Involved particles are 24 (type 0) and 16 (type 1). Relative position vector is (0.079053,-0.695392,-0.144325), distance is 0.714597 Short distance in the embedding function! Involved particles are 24 (type 0) and 16 (type 1). Relative position vector is (0.079053,-0.695392,-0.144325), distance is 0.714597 Short distance in the pair potential! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,0.400289,1.477863), distance is 1.532697 Short distance in the transfer function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,0.400289,1.477863), distance is 1.532697 Short distance in the transfer function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.818833,0.275211,-0.205787), distance is 1.851011 Short distance in the pair potential! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,-0.400289,-1.477863), distance is 1.532697 Short distance in the transfer function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,-0.400289,-1.477863), distance is 1.532697 Short distance in the transfer function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.818833,-0.275211,0.205787), distance is 1.851011 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,0.400289,1.477863), distance is 1.532697 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,0.400289,1.477863), distance is 1.532697 Short distance in the embedding function! Involved particles are 17 (type 0) and 24 (type 0). Relative position vector is (-1.818833,0.275211,-0.205787), distance is 1.851011 Short distance in the embedding function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,-0.400289,-1.477863), distance is 1.532697 Short distance in the embedding function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,-0.400289,-1.477863), distance is 1.532697 Short distance in the embedding function! Involved particles are 24 (type 0) and 17 (type 0). Relative position vector is (1.818833,-0.275211,0.205787), distance is 1.851011 Short distance in the transfer function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,1.193768,1.477863), distance is 1.901055 Short distance in the embedding function! Involved particles are 3 (type 1) and 24 (type 0). Relative position vector is (-0.069642,1.193768,1.477863), distance is 1.901055 Short distance in the embedding function! Involved particles are 24 (type 0) and 3 (type 1). Relative position vector is (0.069642,-1.193768,-1.477863), distance is 1.901055 Short distance in the pair potential! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.071262,0.104601,0.407732), distance is 0.426925 Short distance in the transfer function! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.071262,0.104601,0.407732), distance is 0.426925 Short distance in the pair potential! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.071262,-0.104601,-0.407732), distance is 0.426925 Short distance in the transfer function! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.071262,-0.104601,-0.407732), distance is 0.426925 Short distance in the embedding function! Involved particles are 8 (type 0) and 24 (type 0). Relative position vector is (0.071262,0.104601,0.407732), distance is 0.426925 Short distance in the embedding function! Involved particles are 24 (type 0) and 8 (type 0). Relative position vector is (-0.071262,-0.104601,-0.407732), distance is 0.426925 Short distance in the transfer function! Involved particles are 19 (type 0) and 24 (type 0). Relative position vector is (-0.069272,1.791981,-0.420127), distance is 1.841875 Short distance in the transfer function! Involved particles are 24 (type 0) and 19 (type 0). Relative position vector is (0.069272,-1.791981,0.420127), distance is 1.841875 Short distance in the transfer function! Involved particles are 26 (type 1) and 24 (type 0). Relative position vector is (-1.726974,-0.281902,-0.625421), distance is 1.858241 Short distance in the transfer function! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (-0.211489,-1.784882,-0.512966), distance is 1.869134 Short distance in the embedding function! Involved particles are 19 (type 0) and 24 (type 0). Relative position vector is (-0.069272,1.791981,-0.420127), distance is 1.841875 Short distance in the embedding function! Involved particles are 24 (type 0) and 19 (type 0). Relative position vector is (0.069272,-1.791981,0.420127), distance is 1.841875 Short distance in the embedding function! Involved particles are 24 (type 0) and 26 (type 1). Relative position vector is (1.726974,0.281902,0.625421), distance is 1.858241 Short distance in the embedding function! Involved particles are 24 (type 0) and 27 (type 1). Relative position vector is (0.211489,1.784882,0.512966), distance is 1.869134 Short distance in the embedding function! Involved particles are 26 (type 1) and 24 (type 0). Relative position vector is (-1.726974,-0.281902,-0.625421), distance is 1.858241 Short distance in the embedding function! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (-0.211489,-1.784882,-0.512966), distance is 1.869134 Short distance in the pair potential! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.067314,0.137574,-0.161719), distance is 0.222735 Short distance in the transfer function! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.067314,0.137574,-0.161719), distance is 0.222735 Short distance in the pair potential! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.067314,-0.137574,0.161719), distance is 0.222735 Short distance in the transfer function! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.067314,-0.137574,0.161719), distance is 0.222735 Short distance in the embedding function! Involved particles are 17 (type 0) and 25 (type 0). Relative position vector is (0.067314,0.137574,-0.161719), distance is 0.222735 Short distance in the embedding function! Involved particles are 25 (type 0) and 17 (type 0). Relative position vector is (-0.067314,-0.137574,0.161719), distance is 0.222735 Short distance in the transfer function! Involved particles are 10 (type 1) and 25 (type 0). Relative position vector is (-0.085243,0.216969,1.746756), distance is 1.762242 Short distance in the transfer function! Involved particles are 24 (type 0) and 25 (type 0). Relative position vector is (1.886147,0.232445,0.044067), distance is 1.900927 Short distance in the transfer function! Involved particles are 25 (type 0) and 24 (type 0). Relative position vector is (-1.886147,-0.232445,-0.044067), distance is 1.900927 Short distance in the embedding function! Involved particles are 10 (type 1) and 25 (type 0). Relative position vector is (-0.085243,0.216969,1.746756), distance is 1.762242 Short distance in the embedding function! Involved particles are 24 (type 0) and 25 (type 0). Relative position vector is (1.886147,0.232445,0.044067), distance is 1.900927 Short distance in the embedding function! Involved particles are 25 (type 0) and 10 (type 1). Relative position vector is (0.085243,-0.216969,-1.746756), distance is 1.762242 Short distance in the embedding function! Involved particles are 25 (type 0) and 24 (type 0). Relative position vector is (-1.886147,-0.232445,-0.044067), distance is 1.900927 Short distance in the pair potential! Involved particles are 9 (type 1) and 25 (type 0). Relative position vector is (-0.665430,0.148337,0.626887), distance is 0.926168 Short distance in the transfer function! Involved particles are 9 (type 1) and 25 (type 0). Relative position vector is (-0.665430,0.148337,0.626887), distance is 0.926168 Short distance in the pair potential! Involved particles are 25 (type 0) and 9 (type 1). Relative position vector is (0.665430,-0.148337,-0.626887), distance is 0.926168 Short distance in the transfer function! Involved particles are 25 (type 0) and 9 (type 1). Relative position vector is (0.665430,-0.148337,-0.626887), distance is 0.926168 Short distance in the embedding function! Involved particles are 9 (type 1) and 25 (type 0). Relative position vector is (-0.665430,0.148337,0.626887), distance is 0.926168 Short distance in the embedding function! Involved particles are 9 (type 1) and 25 (type 0). Relative position vector is (-0.665430,0.148337,0.626887), distance is 0.926168 Short distance in the embedding function! Involved particles are 25 (type 0) and 9 (type 1). Relative position vector is (0.665430,-0.148337,-0.626887), distance is 0.926168 Short distance in the embedding function! Involved particles are 25 (type 0) and 9 (type 1). Relative position vector is (0.665430,-0.148337,-0.626887), distance is 0.926168 Short distance in the transfer function! Involved particles are 27 (type 1) and 25 (type 0). Relative position vector is (1.674658,0.404602,-0.459901), distance is 1.783169 Short distance in the embedding function! Involved particles are 25 (type 0) and 27 (type 1). Relative position vector is (-1.674658,-0.404602,0.459901), distance is 1.783169 Short distance in the embedding function! Involved particles are 27 (type 1) and 25 (type 0). Relative position vector is (1.674658,0.404602,-0.459901), distance is 1.783169 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (0.484514,1.502979,-0.112456), distance is 1.583145 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (-0.484514,-1.502979,0.112456), distance is 1.583145 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (0.484514,1.502979,-0.112456), distance is 1.583145 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (-0.484514,-1.502979,0.112456), distance is 1.583145 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-0.515486,1.502979,-0.112456), distance is 1.592896 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (0.515486,-1.502979,0.112456), distance is 1.592896 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-0.515486,1.502979,-0.112456), distance is 1.592896 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (0.515486,-1.502979,0.112456), distance is 1.592896 Short distance in the pair potential! Involved particles are 18 (type 0) and 26 (type 1). Relative position vector is (-0.485862,1.025301,0.251333), distance is 1.162098 Short distance in the transfer function! Involved particles are 18 (type 0) and 26 (type 1). Relative position vector is (-0.485862,1.025301,0.251333), distance is 1.162098 Short distance in the pair potential! Involved particles are 26 (type 1) and 18 (type 0). Relative position vector is (0.485862,-1.025301,-0.251333), distance is 1.162098 Short distance in the transfer function! Involved particles are 26 (type 1) and 18 (type 0). Relative position vector is (0.485862,-1.025301,-0.251333), distance is 1.162098 Short distance in the embedding function! Involved particles are 18 (type 0) and 26 (type 1). Relative position vector is (-0.485862,1.025301,0.251333), distance is 1.162098 Short distance in the embedding function! Involved particles are 18 (type 0) and 26 (type 1). Relative position vector is (-0.485862,1.025301,0.251333), distance is 1.162098 Short distance in the embedding function! Involved particles are 26 (type 1) and 18 (type 0). Relative position vector is (0.485862,-1.025301,-0.251333), distance is 1.162098 Short distance in the embedding function! Involved particles are 26 (type 1) and 18 (type 0). Relative position vector is (0.485862,-1.025301,-0.251333), distance is 1.162098 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,-0.140039,-0.112456), distance is 1.526091 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,0.140039,0.112456), distance is 1.526091 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,-0.140039,-0.112456), distance is 1.526091 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,0.140039,0.112456), distance is 1.526091 Short distance in the transfer function! Involved particles are 26 (type 1) and 19 (type 0). Relative position vector is (-1.657702,-0.430865,-0.205295), distance is 1.725041 Short distance in the embedding function! Involved particles are 19 (type 0) and 26 (type 1). Relative position vector is (1.657702,0.430865,0.205295), distance is 1.725041 Short distance in the embedding function! Involved particles are 26 (type 1) and 19 (type 0). Relative position vector is (-1.657702,-0.430865,-0.205295), distance is 1.725041 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,0.681470,-0.112456), distance is 1.665456 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,-0.681470,0.112456), distance is 1.665456 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,0.681470,-0.112456), distance is 1.665456 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,-0.681470,0.112456), distance is 1.665456 Short distance in the pair potential! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.244416,0.266426,-0.003666), distance is 0.361574 Short distance in the transfer function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.244416,0.266426,-0.003666), distance is 0.361574 Short distance in the pair potential! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.244416,-0.266426,0.003666), distance is 0.361574 Short distance in the transfer function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.244416,-0.266426,0.003666), distance is 0.361574 Short distance in the embedding function! Involved particles are 10 (type 1) and 26 (type 1). Relative position vector is (-0.244416,0.266426,-0.003666), distance is 0.361574 Short distance in the embedding function! Involved particles are 26 (type 1) and 10 (type 1). Relative position vector is (0.244416,-0.266426,0.003666), distance is 0.361574 Short distance in the transfer function! Involved particles are 26 (type 1) and 24 (type 0). Relative position vector is (-1.726974,-0.281902,-0.251644), distance is 1.767833 Short distance in the embedding function! Involved particles are 24 (type 0) and 26 (type 1). Relative position vector is (1.726974,0.281902,0.251644), distance is 1.767833 Short distance in the embedding function! Involved particles are 26 (type 1) and 24 (type 0). Relative position vector is (-1.726974,-0.281902,-0.251644), distance is 1.767833 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (0.484514,1.502979,-0.112456), distance is 1.583145 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (-0.484514,-1.502979,0.112456), distance is 1.583145 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (0.484514,1.502979,-0.112456), distance is 1.583145 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (-0.484514,-1.502979,0.112456), distance is 1.583145 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-0.515486,1.502979,-0.112456), distance is 1.592896 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (0.515486,-1.502979,0.112456), distance is 1.592896 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-0.515486,1.502979,-0.112456), distance is 1.592896 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (0.515486,-1.502979,0.112456), distance is 1.592896 Short distance in the pair potential! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,-0.219496,0.092839), distance is 0.277530 Short distance in the transfer function! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,-0.219496,0.092839), distance is 0.277530 Short distance in the pair potential! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,0.219496,-0.092839), distance is 0.277530 Short distance in the transfer function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,0.219496,-0.092839), distance is 0.277530 Short distance in the embedding function! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,-0.219496,0.092839), distance is 0.277530 Short distance in the embedding function! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,-0.219496,0.092839), distance is 0.277530 Short distance in the embedding function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,0.219496,-0.092839), distance is 0.277530 Short distance in the embedding function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,0.219496,-0.092839), distance is 0.277530 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,-0.395200,-0.112456), distance is 1.570199 Short distance in the transfer function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,-1.678683,-0.092839), distance is 1.687253 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,0.395200,0.112456), distance is 1.570199 Short distance in the embedding function! Involved particles are 19 (type 0) and 27 (type 1). Relative position vector is (0.142217,1.678683,0.092839), distance is 1.687253 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,-0.395200,-0.112456), distance is 1.570199 Short distance in the embedding function! Involved particles are 27 (type 1) and 19 (type 0). Relative position vector is (-0.142217,-1.678683,-0.092839), distance is 1.687253 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,0.395200,0.112456), distance is 1.570199 Short distance in the transfer function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,0.553890,-0.112456), distance is 1.617448 Short distance in the transfer function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,-0.553890,0.112456), distance is 1.617448 Short distance in the embedding function! Involved particles are 26 (type 1) and 27 (type 1). Relative position vector is (-1.515486,0.553890,-0.112456), distance is 1.617448 Short distance in the embedding function! Involved particles are 27 (type 1) and 26 (type 1). Relative position vector is (1.515486,-0.553890,0.112456), distance is 1.617448 Short distance in the pair potential! Involved particles are 11 (type 0) and 27 (type 1). Relative position vector is (0.300941,-0.334510,0.257599), distance is 0.518478 Short distance in the transfer function! Involved particles are 11 (type 0) and 27 (type 1). Relative position vector is (0.300941,-0.334510,0.257599), distance is 0.518478 Short distance in the pair potential! Involved particles are 27 (type 1) and 11 (type 0). Relative position vector is (-0.300941,0.334510,-0.257599), distance is 0.518478 Short distance in the transfer function! Involved particles are 27 (type 1) and 11 (type 0). Relative position vector is (-0.300941,0.334510,-0.257599), distance is 0.518478 Short distance in the embedding function! Involved particles are 11 (type 0) and 27 (type 1). Relative position vector is (0.300941,-0.334510,0.257599), distance is 0.518478 Short distance in the embedding function! Involved particles are 11 (type 0) and 27 (type 1). Relative position vector is (0.300941,-0.334510,0.257599), distance is 0.518478 Short distance in the embedding function! Involved particles are 27 (type 1) and 11 (type 0). Relative position vector is (-0.300941,0.334510,-0.257599), distance is 0.518478 Short distance in the embedding function! Involved particles are 27 (type 1) and 11 (type 0). Relative position vector is (-0.300941,0.334510,-0.257599), distance is 0.518478 Short distance in the transfer function! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (-0.211489,-1.784882,-0.155187), distance is 1.804055 Short distance in the transfer function! Involved particles are 27 (type 1) and 25 (type 0). Relative position vector is (1.674658,0.404602,-0.111120), distance is 1.726421 Short distance in the embedding function! Involved particles are 24 (type 0) and 27 (type 1). Relative position vector is (0.211489,1.784882,0.155187), distance is 1.804055 Short distance in the embedding function! Involved particles are 25 (type 0) and 27 (type 1). Relative position vector is (-1.674658,-0.404602,0.111120), distance is 1.726421 Short distance in the embedding function! Involved particles are 27 (type 1) and 24 (type 0). Relative position vector is (-0.211489,-1.784882,-0.155187), distance is 1.804055 Short distance in the embedding function! Involved particles are 27 (type 1) and 25 (type 0). Relative position vector is (1.674658,0.404602,-0.111120), distance is 1.726421 Short distance in the pair potential! Involved particles are 24 (type 0) and 28 (type 1). Relative position vector is (0.850725,-0.121545,0.103501), distance is 0.865574 Short distance in the transfer function! Involved particles are 24 (type 0) and 28 (type 1). Relative position vector is (0.850725,-0.121545,0.103501), distance is 0.865574 Short distance in the pair potential! Involved particles are 28 (type 1) and 24 (type 0). Relative position vector is (-0.850725,0.121545,-0.103501), distance is 0.865574 Short distance in the transfer function! Involved particles are 28 (type 1) and 24 (type 0). Relative position vector is (-0.850725,0.121545,-0.103501), distance is 0.865574 Short distance in the embedding function! Involved particles are 24 (type 0) and 28 (type 1). Relative position vector is (0.850725,-0.121545,0.103501), distance is 0.865574 Short distance in the embedding function! Involved particles are 24 (type 0) and 28 (type 1). Relative position vector is (0.850725,-0.121545,0.103501), distance is 0.865574 Short distance in the embedding function! Involved particles are 28 (type 1) and 24 (type 0). Relative position vector is (-0.850725,0.121545,-0.103501), distance is 0.865574 Short distance in the embedding function! Involved particles are 28 (type 1) and 24 (type 0). Relative position vector is (-0.850725,0.121545,-0.103501), distance is 0.865574 Short distance in the transfer function! Involved particles are 28 (type 1) and 14 (type 0). Relative position vector is (0.590944,0.349148,-1.706411), distance is 1.839281 Short distance in the transfer function! Involved particles are 28 (type 1) and 21 (type 0). Relative position vector is (0.456841,-1.832131,-0.145542), distance is 1.893830 Short distance in the embedding function! Involved particles are 14 (type 0) and 28 (type 1). Relative position vector is (-0.590944,-0.349148,1.706411), distance is 1.839281 Short distance in the embedding function! Involved particles are 21 (type 0) and 28 (type 1). Relative position vector is (-0.456841,1.832131,0.145542), distance is 1.893830 Short distance in the embedding function! Involved particles are 28 (type 1) and 14 (type 0). Relative position vector is (0.590944,0.349148,-1.706411), distance is 1.839281 Short distance in the embedding function! Involved particles are 28 (type 1) and 21 (type 0). Relative position vector is (0.456841,-1.832131,-0.145542), distance is 1.893830 Short distance in the transfer function! Involved particles are 28 (type 1) and 17 (type 0). Relative position vector is (-0.633707,-1.740623,0.102286), distance is 1.855213 Short distance in the embedding function! Involved particles are 17 (type 0) and 28 (type 1). Relative position vector is (0.633707,1.740623,-0.102286), distance is 1.855213 Short distance in the embedding function! Involved particles are 28 (type 1) and 17 (type 0). Relative position vector is (-0.633707,-1.740623,0.102286), distance is 1.855213 Short distance in the pair potential! Involved particles are 20 (type 0) and 28 (type 1). Relative position vector is (-0.341644,0.727457,0.279667), distance is 0.850957 Short distance in the transfer function! Involved particles are 20 (type 0) and 28 (type 1). Relative position vector is (-0.341644,0.727457,0.279667), distance is 0.850957 Short distance in the pair potential! Involved particles are 28 (type 1) and 20 (type 0). Relative position vector is (0.341644,-0.727457,-0.279667), distance is 0.850957 Short distance in the transfer function! Involved particles are 28 (type 1) and 20 (type 0). Relative position vector is (0.341644,-0.727457,-0.279667), distance is 0.850957 Short distance in the embedding function! Involved particles are 20 (type 0) and 28 (type 1). Relative position vector is (-0.341644,0.727457,0.279667), distance is 0.850957 Short distance in the embedding function! Involved particles are 20 (type 0) and 28 (type 1). Relative position vector is (-0.341644,0.727457,0.279667), distance is 0.850957 Short distance in the embedding function! Involved particles are 28 (type 1) and 20 (type 0). Relative position vector is (0.341644,-0.727457,-0.279667), distance is 0.850957 Short distance in the embedding function! Involved particles are 28 (type 1) and 20 (type 0). Relative position vector is (0.341644,-0.727457,-0.279667), distance is 0.850957 Short distance in the pair potential! Involved particles are 12 (type 1) and 28 (type 1). Relative position vector is (-0.262634,-0.102491,0.762529), distance is 0.812977 Short distance in the transfer function! Involved particles are 12 (type 1) and 28 (type 1). Relative position vector is (-0.262634,-0.102491,0.762529), distance is 0.812977 Short distance in the pair potential! Involved particles are 28 (type 1) and 12 (type 1). Relative position vector is (0.262634,0.102491,-0.762529), distance is 0.812977 Short distance in the transfer function! Involved particles are 28 (type 1) and 12 (type 1). Relative position vector is (0.262634,0.102491,-0.762529), distance is 0.812977 Short distance in the embedding function! Involved particles are 12 (type 1) and 28 (type 1). Relative position vector is (-0.262634,-0.102491,0.762529), distance is 0.812977 Short distance in the embedding function! Involved particles are 28 (type 1) and 12 (type 1). Relative position vector is (0.262634,0.102491,-0.762529), distance is 0.812977 Short distance in the transfer function! Involved particles are 28 (type 1) and 7 (type 0). Relative position vector is (0.437242,-1.642163,-0.600123), distance is 1.802228 Short distance in the embedding function! Involved particles are 7 (type 0) and 28 (type 1). Relative position vector is (-0.437242,1.642163,0.600123), distance is 1.802228 Short distance in the embedding function! Involved particles are 28 (type 1) and 7 (type 0). Relative position vector is (0.437242,-1.642163,-0.600123), distance is 1.802228 Short distance in the pair potential! Involved particles are 25 (type 0) and 29 (type 1). Relative position vector is (0.421944,-0.062244,-0.104222), distance is 0.439059 Short distance in the transfer function! Involved particles are 25 (type 0) and 29 (type 1). Relative position vector is (0.421944,-0.062244,-0.104222), distance is 0.439059 Short distance in the pair potential! Involved particles are 29 (type 1) and 25 (type 0). Relative position vector is (-0.421944,0.062244,0.104222), distance is 0.439059 Short distance in the transfer function! Involved particles are 29 (type 1) and 25 (type 0). Relative position vector is (-0.421944,0.062244,0.104222), distance is 0.439059 Short distance in the embedding function! Involved particles are 25 (type 0) and 29 (type 1). Relative position vector is (0.421944,-0.062244,-0.104222), distance is 0.439059 Short distance in the embedding function! Involved particles are 25 (type 0) and 29 (type 1). Relative position vector is (0.421944,-0.062244,-0.104222), distance is 0.439059 Short distance in the embedding function! Involved particles are 29 (type 1) and 25 (type 0). Relative position vector is (-0.421944,0.062244,0.104222), distance is 0.439059 Short distance in the embedding function! Involved particles are 29 (type 1) and 25 (type 0). Relative position vector is (-0.421944,0.062244,0.104222), distance is 0.439059 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (0.327475,-0.212376,-1.842246), distance is 1.883139 Short distance in the embedding function! Involved particles are 15 (type 0) and 29 (type 1). Relative position vector is (-0.327475,0.212376,1.842246), distance is 1.883139 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (0.327475,-0.212376,-1.842246), distance is 1.883139 Short distance in the pair potential! Involved particles are 21 (type 0) and 29 (type 1). Relative position vector is (0.129300,0.184503,-0.018113), distance is 0.226027 Short distance in the transfer function! Involved particles are 21 (type 0) and 29 (type 1). Relative position vector is (0.129300,0.184503,-0.018113), distance is 0.226027 Short distance in the pair potential! Involved particles are 29 (type 1) and 21 (type 0). Relative position vector is (-0.129300,-0.184503,0.018113), distance is 0.226027 Short distance in the transfer function! Involved particles are 29 (type 1) and 21 (type 0). Relative position vector is (-0.129300,-0.184503,0.018113), distance is 0.226027 Short distance in the embedding function! Involved particles are 21 (type 0) and 29 (type 1). Relative position vector is (0.129300,0.184503,-0.018113), distance is 0.226027 Short distance in the embedding function! Involved particles are 21 (type 0) and 29 (type 1). Relative position vector is (0.129300,0.184503,-0.018113), distance is 0.226027 Short distance in the embedding function! Involved particles are 29 (type 1) and 21 (type 0). Relative position vector is (-0.129300,-0.184503,0.018113), distance is 0.226027 Short distance in the embedding function! Involved particles are 29 (type 1) and 21 (type 0). Relative position vector is (-0.129300,-0.184503,0.018113), distance is 0.226027 Short distance in the pair potential! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,-0.048570,1.542755), distance is 1.543527 Short distance in the transfer function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,-0.048570,1.542755), distance is 1.543527 Short distance in the pair potential! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,0.048570,-1.542755), distance is 1.543527 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,0.048570,-1.542755), distance is 1.543527 Short distance in the embedding function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,-0.048570,1.542755), distance is 1.543527 Short distance in the embedding function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,-0.048570,1.542755), distance is 1.543527 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,0.048570,-1.542755), distance is 1.543527 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,0.048570,-1.542755), distance is 1.543527 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-0.925533,-1.542755), distance is 1.799091 Short distance in the embedding function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,0.925533,1.542755), distance is 1.799091 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-0.925533,-1.542755), distance is 1.799091 Short distance in the pair potential! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (0.357205,0.274013,0.763996), distance is 0.886774 Short distance in the transfer function! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (0.357205,0.274013,0.763996), distance is 0.886774 Short distance in the pair potential! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (-0.357205,-0.274013,-0.763996), distance is 0.886774 Short distance in the transfer function! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (-0.357205,-0.274013,-0.763996), distance is 0.886774 Short distance in the embedding function! Involved particles are 13 (type 1) and 29 (type 1). Relative position vector is (0.357205,0.274013,0.763996), distance is 0.886774 Short distance in the embedding function! Involved particles are 29 (type 1) and 13 (type 1). Relative position vector is (-0.357205,-0.274013,-0.763996), distance is 0.886774 Short distance in the transfer function! Involved particles are 15 (type 0) and 29 (type 1). Relative position vector is (1.639635,0.212376,0.270440), distance is 1.675304 Short distance in the transfer function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-1.899637,0.029051), distance is 1.899865 Short distance in the transfer function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (-1.639635,-0.212376,-0.270440), distance is 1.675304 Short distance in the embedding function! Involved particles are 14 (type 0) and 29 (type 1). Relative position vector is (-0.004802,1.899637,-0.029051), distance is 1.899865 Short distance in the embedding function! Involved particles are 15 (type 0) and 29 (type 1). Relative position vector is (1.639635,0.212376,0.270440), distance is 1.675304 Short distance in the embedding function! Involved particles are 15 (type 0) and 29 (type 1). Relative position vector is (1.639635,0.212376,0.270440), distance is 1.675304 Short distance in the embedding function! Involved particles are 29 (type 1) and 14 (type 0). Relative position vector is (0.004802,-1.899637,0.029051), distance is 1.899865 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (-1.639635,-0.212376,-0.270440), distance is 1.675304 Short distance in the embedding function! Involved particles are 29 (type 1) and 15 (type 0). Relative position vector is (-1.639635,-0.212376,-0.270440), distance is 1.675304 Short distance in the pair potential! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (0.621733,-0.545978,-0.146201), distance is 0.840249 Short distance in the transfer function! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (0.621733,-0.545978,-0.146201), distance is 0.840249 Short distance in the pair potential! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (-0.621733,0.545978,0.146201), distance is 0.840249 Short distance in the transfer function! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (-0.621733,0.545978,0.146201), distance is 0.840249 Short distance in the embedding function! Involved particles are 26 (type 1) and 30 (type 1). Relative position vector is (0.621733,-0.545978,-0.146201), distance is 0.840249 Short distance in the embedding function! Involved particles are 30 (type 1) and 26 (type 1). Relative position vector is (-0.621733,0.545978,0.146201), distance is 0.840249 Short distance in the pair potential! Involved particles are 22 (type 1) and 30 (type 1). Relative position vector is (0.153233,0.694356,-0.173971), distance is 0.732036 Short distance in the transfer function! Involved particles are 22 (type 1) and 30 (type 1). Relative position vector is (0.153233,0.694356,-0.173971), distance is 0.732036 Short distance in the pair potential! Involved particles are 30 (type 1) and 22 (type 1). Relative position vector is (-0.153233,-0.694356,0.173971), distance is 0.732036 Short distance in the transfer function! Involved particles are 30 (type 1) and 22 (type 1). Relative position vector is (-0.153233,-0.694356,0.173971), distance is 0.732036 Short distance in the embedding function! Involved particles are 22 (type 1) and 30 (type 1). Relative position vector is (0.153233,0.694356,-0.173971), distance is 0.732036 Short distance in the embedding function! Involved particles are 30 (type 1) and 22 (type 1). Relative position vector is (-0.153233,-0.694356,0.173971), distance is 0.732036 Short distance in the pair potential! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,-0.207944), distance is 0.536322 Short distance in the transfer function! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,-0.207944), distance is 0.536322 Short distance in the pair potential! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,0.207944), distance is 0.536322 Short distance in the transfer function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,0.207944), distance is 0.536322 Short distance in the embedding function! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,-0.207944), distance is 0.536322 Short distance in the embedding function! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,-0.207944), distance is 0.536322 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,0.207944), distance is 0.536322 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,0.207944), distance is 0.536322 Short distance in the transfer function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,-1.729204), distance is 1.798484 Short distance in the transfer function! Involved particles are 30 (type 1) and 21 (type 0). Relative position vector is (-0.185605,-1.689600,-0.168335), distance is 1.708079 Short distance in the embedding function! Involved particles are 14 (type 0) and 30 (type 1). Relative position vector is (0.051503,-0.491679,1.729204), distance is 1.798484 Short distance in the embedding function! Involved particles are 21 (type 0) and 30 (type 1). Relative position vector is (0.185605,1.689600,0.168335), distance is 1.708079 Short distance in the embedding function! Involved particles are 30 (type 1) and 14 (type 0). Relative position vector is (-0.051503,0.491679,-1.729204), distance is 1.798484 Short distance in the embedding function! Involved particles are 30 (type 1) and 21 (type 0). Relative position vector is (-0.185605,-1.689600,-0.168335), distance is 1.708079 Short distance in the pair potential! Involved particles are 27 (type 1) and 31 (type 1). Relative position vector is (0.749954,0.402845,0.245008), distance is 0.885858 Short distance in the transfer function! Involved particles are 27 (type 1) and 31 (type 1). Relative position vector is (0.749954,0.402845,0.245008), distance is 0.885858 Short distance in the pair potential! Involved particles are 31 (type 1) and 27 (type 1). Relative position vector is (-0.749954,-0.402845,-0.245008), distance is 0.885858 Short distance in the transfer function! Involved particles are 31 (type 1) and 27 (type 1). Relative position vector is (-0.749954,-0.402845,-0.245008), distance is 0.885858 Short distance in the embedding function! Involved particles are 27 (type 1) and 31 (type 1). Relative position vector is (0.749954,0.402845,0.245008), distance is 0.885858 Short distance in the embedding function! Involved particles are 31 (type 1) and 27 (type 1). Relative position vector is (-0.749954,-0.402845,-0.245008), distance is 0.885858 Short distance in the pair potential! Involved particles are 23 (type 1) and 31 (type 1). Relative position vector is (-0.042648,0.265919,0.062761), distance is 0.276533 Short distance in the transfer function! Involved particles are 23 (type 1) and 31 (type 1). Relative position vector is (-0.042648,0.265919,0.062761), distance is 0.276533 Short distance in the pair potential! Involved particles are 31 (type 1) and 23 (type 1). Relative position vector is (0.042648,-0.265919,-0.062761), distance is 0.276533 Short distance in the transfer function! Involved particles are 31 (type 1) and 23 (type 1). Relative position vector is (0.042648,-0.265919,-0.062761), distance is 0.276533 Short distance in the embedding function! Involved particles are 23 (type 1) and 31 (type 1). Relative position vector is (-0.042648,0.265919,0.062761), distance is 0.276533 Short distance in the embedding function! Involved particles are 31 (type 1) and 23 (type 1). Relative position vector is (0.042648,-0.265919,-0.062761), distance is 0.276533 Short distance in the pair potential! Involved particles are 15 (type 0) and 31 (type 1). Relative position vector is (-0.365075,0.272863,0.291527), distance is 0.541038 Short distance in the transfer function! Involved particles are 15 (type 0) and 31 (type 1). Relative position vector is (-0.365075,0.272863,0.291527), distance is 0.541038 Short distance in the pair potential! Involved particles are 31 (type 1) and 15 (type 0). Relative position vector is (0.365075,-0.272863,-0.291527), distance is 0.541038 Short distance in the transfer function! Involved particles are 31 (type 1) and 15 (type 0). Relative position vector is (0.365075,-0.272863,-0.291527), distance is 0.541038 Short distance in the embedding function! Involved particles are 15 (type 0) and 31 (type 1). Relative position vector is (-0.365075,0.272863,0.291527), distance is 0.541038 Short distance in the embedding function! Involved particles are 15 (type 0) and 31 (type 1). Relative position vector is (-0.365075,0.272863,0.291527), distance is 0.541038 Short distance in the embedding function! Involved particles are 31 (type 1) and 15 (type 0). Relative position vector is (0.365075,-0.272863,-0.291527), distance is 0.541038 Short distance in the embedding function! Involved particles are 31 (type 1) and 15 (type 0). Relative position vector is (0.365075,-0.272863,-0.291527), distance is 0.541038 {"usertime":16.59,"memmax":80020,"memavg":0}