Short distance in the pair potential!
Involved particles are 0 (type 0) and 1 (type 0).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 0) and 1 (type 0).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 0) and 0 (type 0).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 0) and 0 (type 0).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 0) and 3 (type 0).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 0) and 3 (type 0).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 0) and 1 (type 0).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 0) and 1 (type 0).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 1 (type 0).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 0) and 0 (type 0).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 0) and 3 (type 0).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 1 (type 0).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.682891,-0.276057,0.779965), distance is 1.072797

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.682891,-0.276057,0.779965), distance is 1.072797

Short distance in the pair potential!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (-0.077277,0.657634,0.467895), distance is 0.810790

Short distance in the transfer function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (-0.077277,0.657634,0.467895), distance is 0.810790

Short distance in the pair potential!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.682891,0.276057,-0.779965), distance is 1.072797

Short distance in the transfer function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.682891,0.276057,-0.779965), distance is 1.072797

Short distance in the pair potential!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.077277,-0.657634,-0.467895), distance is 0.810790

Short distance in the transfer function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.077277,-0.657634,-0.467895), distance is 0.810790

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.682891,-0.276057,0.779965), distance is 1.072797

Short distance in the embedding function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (-0.077277,0.657634,0.467895), distance is 0.810790

Short distance in the embedding function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.682891,0.276057,-0.779965), distance is 1.072797

Short distance in the embedding function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.077277,-0.657634,-0.467895), distance is 0.810790

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 1 (type 0) and 3 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 3 (type 0) and 1 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 1 (type 0) and 3 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 3 (type 0) and 1 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 4 (type 0) and 6 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 4 (type 0) and 6 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 4 (type 0) and 7 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 4 (type 0) and 7 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 5 (type 0) and 6 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 5 (type 0) and 6 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 5 (type 0) and 7 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 6 (type 0) and 4 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 6 (type 0) and 4 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 6 (type 0) and 5 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 6 (type 0) and 5 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 6 (type 0) and 7 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 6 (type 0) and 7 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 7 (type 0) and 4 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 7 (type 0) and 4 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 7 (type 0) and 5 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 7 (type 0) and 6 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 7 (type 0) and 6 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 8 (type 0) and 10 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 8 (type 0) and 10 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 8 (type 0) and 11 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 8 (type 0) and 11 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 9 (type 0) and 10 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 9 (type 0) and 10 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 9 (type 0) and 11 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 10 (type 0) and 8 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 10 (type 0) and 8 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 10 (type 0) and 9 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 10 (type 0) and 9 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 10 (type 0) and 11 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 10 (type 0) and 11 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 11 (type 0) and 8 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 11 (type 0) and 8 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 11 (type 0) and 9 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 11 (type 0) and 10 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 11 (type 0) and 10 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 12 (type 0) and 14 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 12 (type 0) and 14 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 12 (type 0) and 15 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 12 (type 0) and 15 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 13 (type 0) and 14 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 13 (type 0) and 14 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 13 (type 0) and 15 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 14 (type 0) and 12 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 14 (type 0) and 12 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 14 (type 0) and 13 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 14 (type 0) and 13 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 14 (type 0) and 15 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 14 (type 0) and 15 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 15 (type 0) and 12 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 15 (type 0) and 12 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 15 (type 0) and 13 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 15 (type 0) and 14 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 15 (type 0) and 14 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 16 (type 0) and 18 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 16 (type 0) and 18 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 16 (type 0) and 19 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 16 (type 0) and 19 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 17 (type 0) and 18 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 17 (type 0) and 18 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 17 (type 0) and 19 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 18 (type 0) and 16 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 18 (type 0) and 16 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 18 (type 0) and 17 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 18 (type 0) and 17 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 18 (type 0) and 19 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 18 (type 0) and 19 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 19 (type 0) and 16 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 19 (type 0) and 16 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 19 (type 0) and 17 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 19 (type 0) and 18 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 19 (type 0) and 18 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 20 (type 0) and 22 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 20 (type 0) and 22 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 20 (type 0) and 23 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 20 (type 0) and 23 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 21 (type 0) and 22 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 21 (type 0) and 22 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 21 (type 0) and 23 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 22 (type 0) and 20 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 22 (type 0) and 20 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 22 (type 0) and 21 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 22 (type 0) and 21 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 22 (type 0) and 23 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 22 (type 0) and 23 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 23 (type 0) and 20 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 23 (type 0) and 20 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 23 (type 0) and 21 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 23 (type 0) and 22 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 23 (type 0) and 22 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 24 (type 0) and 26 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 24 (type 0) and 26 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 24 (type 0) and 27 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 24 (type 0) and 27 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 25 (type 0) and 26 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 25 (type 0) and 26 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 25 (type 0) and 27 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 26 (type 0) and 24 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 26 (type 0) and 24 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 26 (type 0) and 25 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 26 (type 0) and 25 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 26 (type 0) and 27 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 26 (type 0) and 27 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 27 (type 0) and 24 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 27 (type 0) and 24 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 27 (type 0) and 25 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 27 (type 0) and 26 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 27 (type 0) and 26 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 28 (type 0) and 30 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 28 (type 0) and 30 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 28 (type 0) and 31 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 28 (type 0) and 31 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 29 (type 0) and 30 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 29 (type 0) and 30 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 29 (type 0) and 31 (type 0).
Relative position vector is (-0.997846,0.207354,0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 30 (type 0) and 28 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the transfer function!
Involved particles are 30 (type 0) and 28 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the pair potential!
Involved particles are 30 (type 0) and 29 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the transfer function!
Involved particles are 30 (type 0) and 29 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the pair potential!
Involved particles are 30 (type 0) and 31 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 30 (type 0) and 31 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 31 (type 0) and 28 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the transfer function!
Involved particles are 31 (type 0) and 28 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the pair potential!
Involved particles are 31 (type 0) and 29 (type 0).
Relative position vector is (0.997846,-0.207354,-0.517239), distance is 1.142903

Short distance in the pair potential!
Involved particles are 31 (type 0) and 30 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the transfer function!
Involved particles are 31 (type 0) and 30 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 1 (type 0) and 2 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 2 (type 0) and 0 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 2 (type 0) and 1 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 2 (type 0) and 3 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 3 (type 0) and 2 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 4 (type 0) and 6 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 4 (type 0) and 7 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 5 (type 0) and 6 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 6 (type 0) and 4 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 6 (type 0) and 5 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 6 (type 0) and 7 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 7 (type 0) and 4 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 7 (type 0) and 6 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 8 (type 0) and 10 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 8 (type 0) and 11 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 9 (type 0) and 10 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 10 (type 0) and 8 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 10 (type 0) and 9 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 10 (type 0) and 11 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 11 (type 0) and 8 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 11 (type 0) and 10 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 12 (type 0) and 14 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 12 (type 0) and 15 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 13 (type 0) and 14 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 14 (type 0) and 12 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 14 (type 0) and 13 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 14 (type 0) and 15 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 15 (type 0) and 12 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 15 (type 0) and 14 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 16 (type 0) and 18 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 16 (type 0) and 19 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 17 (type 0) and 18 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 18 (type 0) and 16 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 18 (type 0) and 17 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 18 (type 0) and 19 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 19 (type 0) and 16 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 19 (type 0) and 18 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 20 (type 0) and 22 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 20 (type 0) and 23 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 21 (type 0) and 22 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 22 (type 0) and 20 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 22 (type 0) and 21 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 22 (type 0) and 23 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 23 (type 0) and 20 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 23 (type 0) and 22 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 24 (type 0) and 26 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 24 (type 0) and 27 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 25 (type 0) and 26 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 26 (type 0) and 24 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 26 (type 0) and 25 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 26 (type 0) and 27 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 27 (type 0) and 24 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 27 (type 0) and 26 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 28 (type 0) and 30 (type 0).
Relative position vector is (0.723943,-0.292807,0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 28 (type 0) and 31 (type 0).
Relative position vector is (0.147403,0.455040,0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 29 (type 0) and 30 (type 0).
Relative position vector is (-0.421306,-0.540493,0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 30 (type 0) and 28 (type 0).
Relative position vector is (-0.723943,0.292807,-0.714924), distance is 1.058747

Short distance in the embedding function!
Involved particles are 30 (type 0) and 29 (type 0).
Relative position vector is (0.421306,0.540493,-0.829308), distance is 1.075817

Short distance in the embedding function!
Involved particles are 30 (type 0) and 31 (type 0).
Relative position vector is (-0.576540,0.747847,-0.312070), distance is 0.994516

Short distance in the embedding function!
Involved particles are 31 (type 0) and 28 (type 0).
Relative position vector is (-0.147403,-0.455040,-0.402854), distance is 0.625364

Short distance in the embedding function!
Involved particles are 31 (type 0) and 30 (type 0).
Relative position vector is (0.576540,-0.747847,0.312070), distance is 0.994516

Short distance in the pair potential!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.317046,0.630913), distance is 0.710738

Short distance in the transfer function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.317046,0.630913), distance is 0.710738

Short distance in the pair potential!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.678804,0.136067,0.662940), distance is 0.958529

Short distance in the transfer function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.678804,0.136067,0.662940), distance is 0.958529

Short distance in the pair potential!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.317046,-0.630913), distance is 0.710738

Short distance in the transfer function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.317046,-0.630913), distance is 0.710738

Short distance in the pair potential!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.597685,0.453112,0.032027), distance is 0.750709

Short distance in the transfer function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.597685,0.453112,0.032027), distance is 0.750709

Short distance in the pair potential!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.678804,-0.136067,-0.662940), distance is 0.958529

Short distance in the transfer function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.678804,-0.136067,-0.662940), distance is 0.958529

Short distance in the pair potential!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.597685,-0.453112,-0.032027), distance is 0.750709

Short distance in the transfer function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.597685,-0.453112,-0.032027), distance is 0.750709

Short distance in the embedding function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.317046,0.630913), distance is 0.710738

Short distance in the embedding function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.678804,0.136067,0.662940), distance is 0.958529

Short distance in the embedding function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.317046,-0.630913), distance is 0.710738

Short distance in the embedding function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.597685,0.453112,0.032027), distance is 0.750709

Short distance in the embedding function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.678804,-0.136067,-0.662940), distance is 0.958529

Short distance in the embedding function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.597685,-0.453112,-0.032027), distance is 0.750709

Short distance in the pair potential!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 4 (type 2) and 5 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 4 (type 2) and 5 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 4 (type 2) and 6 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 4 (type 2) and 6 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 4 (type 2) and 7 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 4 (type 2) and 7 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 5 (type 2) and 4 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 5 (type 2) and 4 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 5 (type 2) and 6 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 5 (type 2) and 6 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 5 (type 2) and 7 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 5 (type 2) and 7 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 6 (type 2) and 4 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 6 (type 2) and 4 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 6 (type 2) and 5 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 6 (type 2) and 5 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 6 (type 2) and 7 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 6 (type 2) and 7 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 7 (type 2) and 4 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 7 (type 2) and 4 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 7 (type 2) and 5 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 7 (type 2) and 5 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 7 (type 2) and 6 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 7 (type 2) and 6 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 8 (type 2) and 9 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 8 (type 2) and 9 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 8 (type 2) and 10 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 8 (type 2) and 10 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 8 (type 2) and 11 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 8 (type 2) and 11 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 9 (type 2) and 8 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 9 (type 2) and 8 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 9 (type 2) and 10 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 9 (type 2) and 10 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 9 (type 2) and 11 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 9 (type 2) and 11 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 10 (type 2) and 8 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 10 (type 2) and 8 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 10 (type 2) and 9 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 10 (type 2) and 9 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 10 (type 2) and 11 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 10 (type 2) and 11 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 11 (type 2) and 8 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 11 (type 2) and 8 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 11 (type 2) and 9 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 11 (type 2) and 9 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 11 (type 2) and 10 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 11 (type 2) and 10 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 12 (type 2) and 13 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 12 (type 2) and 13 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 12 (type 2) and 14 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 12 (type 2) and 14 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 12 (type 2) and 15 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 12 (type 2) and 15 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 13 (type 2) and 12 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 13 (type 2) and 12 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 13 (type 2) and 14 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 13 (type 2) and 14 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 13 (type 2) and 15 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 13 (type 2) and 15 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 14 (type 2) and 12 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 14 (type 2) and 12 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 14 (type 2) and 13 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 14 (type 2) and 13 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 14 (type 2) and 15 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 14 (type 2) and 15 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 15 (type 2) and 12 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 15 (type 2) and 12 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 15 (type 2) and 13 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 15 (type 2) and 13 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 15 (type 2) and 14 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 15 (type 2) and 14 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 16 (type 2) and 17 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 16 (type 2) and 17 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 16 (type 2) and 18 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 16 (type 2) and 18 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 16 (type 2) and 19 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 16 (type 2) and 19 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 17 (type 2) and 16 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 17 (type 2) and 16 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 17 (type 2) and 18 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 17 (type 2) and 18 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 17 (type 2) and 19 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 17 (type 2) and 19 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 18 (type 2) and 16 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 18 (type 2) and 16 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 18 (type 2) and 17 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 18 (type 2) and 17 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 18 (type 2) and 19 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 18 (type 2) and 19 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 19 (type 2) and 16 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 19 (type 2) and 16 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 19 (type 2) and 17 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 19 (type 2) and 17 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 19 (type 2) and 18 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 19 (type 2) and 18 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 20 (type 2) and 21 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 20 (type 2) and 21 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 20 (type 2) and 22 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 20 (type 2) and 22 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 20 (type 2) and 23 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 20 (type 2) and 23 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 21 (type 2) and 20 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 21 (type 2) and 20 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 21 (type 2) and 22 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 21 (type 2) and 22 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 21 (type 2) and 23 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 21 (type 2) and 23 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 22 (type 2) and 20 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 22 (type 2) and 20 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 22 (type 2) and 21 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 22 (type 2) and 21 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 22 (type 2) and 23 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 22 (type 2) and 23 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 23 (type 2) and 20 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 23 (type 2) and 20 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 23 (type 2) and 21 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 23 (type 2) and 21 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 23 (type 2) and 22 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 23 (type 2) and 22 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 24 (type 2) and 25 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 24 (type 2) and 25 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 24 (type 2) and 26 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 24 (type 2) and 26 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 24 (type 2) and 27 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 24 (type 2) and 27 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 25 (type 2) and 24 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 25 (type 2) and 24 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 25 (type 2) and 26 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 25 (type 2) and 26 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 25 (type 2) and 27 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 25 (type 2) and 27 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 26 (type 2) and 24 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 26 (type 2) and 24 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 26 (type 2) and 25 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 26 (type 2) and 25 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 26 (type 2) and 27 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 26 (type 2) and 27 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 27 (type 2) and 24 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 27 (type 2) and 24 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 27 (type 2) and 25 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 27 (type 2) and 25 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 27 (type 2) and 26 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 27 (type 2) and 26 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 28 (type 2) and 29 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 28 (type 2) and 29 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 28 (type 2) and 30 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 28 (type 2) and 30 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 28 (type 2) and 31 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 28 (type 2) and 31 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 29 (type 2) and 28 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the transfer function!
Involved particles are 29 (type 2) and 28 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the pair potential!
Involved particles are 29 (type 2) and 30 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 29 (type 2) and 30 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 29 (type 2) and 31 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 29 (type 2) and 31 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 30 (type 2) and 28 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the transfer function!
Involved particles are 30 (type 2) and 28 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the pair potential!
Involved particles are 30 (type 2) and 29 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the transfer function!
Involved particles are 30 (type 2) and 29 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the pair potential!
Involved particles are 30 (type 2) and 31 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 30 (type 2) and 31 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 31 (type 2) and 28 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the transfer function!
Involved particles are 31 (type 2) and 28 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the pair potential!
Involved particles are 31 (type 2) and 29 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the transfer function!
Involved particles are 31 (type 2) and 29 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the pair potential!
Involved particles are 31 (type 2) and 30 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the transfer function!
Involved particles are 31 (type 2) and 30 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 0 (type 2) and 1 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 0 (type 2) and 2 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 0 (type 2) and 3 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 1 (type 2) and 0 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 1 (type 2) and 2 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 1 (type 2) and 3 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 2 (type 2) and 1 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 2 (type 2) and 3 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 3 (type 2) and 0 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 3 (type 2) and 1 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 3 (type 2) and 2 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 4 (type 2) and 5 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 4 (type 2) and 6 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 4 (type 2) and 7 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 5 (type 2) and 4 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 5 (type 2) and 6 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 5 (type 2) and 7 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 6 (type 2) and 4 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 6 (type 2) and 5 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 6 (type 2) and 7 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 7 (type 2) and 4 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 7 (type 2) and 5 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 7 (type 2) and 6 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 8 (type 2) and 9 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 8 (type 2) and 10 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 8 (type 2) and 11 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 9 (type 2) and 8 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 9 (type 2) and 10 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 9 (type 2) and 11 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 10 (type 2) and 8 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 10 (type 2) and 9 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 10 (type 2) and 11 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 11 (type 2) and 8 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 11 (type 2) and 9 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 11 (type 2) and 10 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 12 (type 2) and 13 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 12 (type 2) and 14 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 12 (type 2) and 15 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 13 (type 2) and 12 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 13 (type 2) and 14 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 13 (type 2) and 15 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 14 (type 2) and 12 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 14 (type 2) and 13 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 14 (type 2) and 15 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 15 (type 2) and 12 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 15 (type 2) and 13 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 15 (type 2) and 14 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 16 (type 2) and 17 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 16 (type 2) and 18 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 16 (type 2) and 19 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 17 (type 2) and 16 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 17 (type 2) and 18 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 17 (type 2) and 19 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 18 (type 2) and 16 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 18 (type 2) and 17 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 18 (type 2) and 19 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 19 (type 2) and 16 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 19 (type 2) and 17 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 19 (type 2) and 18 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 20 (type 2) and 21 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 20 (type 2) and 22 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 20 (type 2) and 23 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 21 (type 2) and 20 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 21 (type 2) and 22 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 21 (type 2) and 23 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 22 (type 2) and 20 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 22 (type 2) and 21 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 22 (type 2) and 23 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 23 (type 2) and 20 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 23 (type 2) and 21 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 23 (type 2) and 22 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 24 (type 2) and 25 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 24 (type 2) and 26 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 24 (type 2) and 27 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 25 (type 2) and 24 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 25 (type 2) and 26 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 25 (type 2) and 27 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 26 (type 2) and 24 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 26 (type 2) and 25 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 26 (type 2) and 27 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 27 (type 2) and 24 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 27 (type 2) and 25 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 27 (type 2) and 26 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 28 (type 2) and 29 (type 2).
Relative position vector is (0.871355,0.451468,-0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 28 (type 2) and 30 (type 2).
Relative position vector is (0.790237,0.154733,0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 28 (type 2) and 31 (type 2).
Relative position vector is (0.380005,0.587535,0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 29 (type 2) and 28 (type 2).
Relative position vector is (-0.871355,-0.451468,0.232208), distance is 1.008466

Short distance in the embedding function!
Involved particles are 29 (type 2) and 30 (type 2).
Relative position vector is (-0.081119,-0.296735,0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 29 (type 2) and 31 (type 2).
Relative position vector is (-0.491350,0.136067,0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 30 (type 2) and 28 (type 2).
Relative position vector is (-0.790237,-0.154733,-0.616408), distance is 1.014088

Short distance in the embedding function!
Involved particles are 30 (type 2) and 29 (type 2).
Relative position vector is (0.081119,0.296735,-0.848616), distance is 0.902652

Short distance in the embedding function!
Involved particles are 30 (type 2) and 31 (type 2).
Relative position vector is (-0.410232,0.432802,0.032027), distance is 0.597188

Short distance in the embedding function!
Involved particles are 31 (type 2) and 28 (type 2).
Relative position vector is (-0.380005,-0.587535,-0.648435), distance is 0.953976

Short distance in the embedding function!
Involved particles are 31 (type 2) and 29 (type 2).
Relative position vector is (0.491350,-0.136067,-0.880643), distance is 1.017581

Short distance in the embedding function!
Involved particles are 31 (type 2) and 30 (type 2).
Relative position vector is (0.410232,-0.432802,-0.032027), distance is 0.597188

Short distance in the pair potential!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 1) and 3 (type 1).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 1) and 3 (type 1).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 1) and 1 (type 1).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 1) and 1 (type 1).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 3 (type 1).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 1) and 1 (type 1).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.626705,0.695420,-0.507450), distance is 1.064835

Short distance in the transfer function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.626705,0.695420,-0.507450), distance is 1.064835

Short distance in the pair potential!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.613389,0.109684,0.292824), distance is 0.688493

Short distance in the transfer function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.613389,0.109684,0.292824), distance is 0.688493

Short distance in the pair potential!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.081297,0.637102,0.584332), distance is 0.868304

Short distance in the transfer function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.081297,0.637102,0.584332), distance is 0.868304

Short distance in the pair potential!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.626705,-0.695420,0.507450), distance is 1.064835

Short distance in the transfer function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.626705,-0.695420,0.507450), distance is 1.064835

Short distance in the pair potential!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.013316,-0.585736,0.800274), distance is 0.991818

Short distance in the transfer function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.013316,-0.585736,0.800274), distance is 0.991818

Short distance in the pair potential!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.613389,-0.109684,-0.292824), distance is 0.688493

Short distance in the transfer function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.613389,-0.109684,-0.292824), distance is 0.688493

Short distance in the pair potential!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.013316,0.585736,-0.800274), distance is 0.991818

Short distance in the transfer function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.013316,0.585736,-0.800274), distance is 0.991818

Short distance in the pair potential!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.694686,0.527417,0.291508), distance is 0.919638

Short distance in the transfer function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.694686,0.527417,0.291508), distance is 0.919638

Short distance in the pair potential!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.081297,-0.637102,-0.584332), distance is 0.868304

Short distance in the transfer function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.081297,-0.637102,-0.584332), distance is 0.868304

Short distance in the pair potential!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.694686,-0.527417,-0.291508), distance is 0.919638

Short distance in the transfer function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.694686,-0.527417,-0.291508), distance is 0.919638

Short distance in the embedding function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.626705,0.695420,-0.507450), distance is 1.064835

Short distance in the embedding function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.613389,0.109684,0.292824), distance is 0.688493

Short distance in the embedding function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.081297,0.637102,0.584332), distance is 0.868304

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.626705,-0.695420,0.507450), distance is 1.064835

Short distance in the embedding function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.013316,-0.585736,0.800274), distance is 0.991818

Short distance in the embedding function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.613389,-0.109684,-0.292824), distance is 0.688493

Short distance in the embedding function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.013316,0.585736,-0.800274), distance is 0.991818

Short distance in the embedding function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.694686,0.527417,0.291508), distance is 0.919638

Short distance in the embedding function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.081297,-0.637102,-0.584332), distance is 0.868304

Short distance in the embedding function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.694686,-0.527417,-0.291508), distance is 0.919638

Short distance in the pair potential!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 1 (type 1) and 3 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 3 (type 1) and 1 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 1 (type 1) and 3 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 3 (type 1) and 1 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 4 (type 1) and 5 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 4 (type 1) and 5 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 4 (type 1) and 6 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 4 (type 1) and 6 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 4 (type 1) and 7 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 4 (type 1) and 7 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 5 (type 1) and 4 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 5 (type 1) and 4 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 5 (type 1) and 6 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 5 (type 1) and 6 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 5 (type 1) and 7 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 6 (type 1) and 4 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 6 (type 1) and 4 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 6 (type 1) and 5 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 6 (type 1) and 5 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 6 (type 1) and 7 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 6 (type 1) and 7 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 7 (type 1) and 4 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 7 (type 1) and 4 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 7 (type 1) and 5 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 7 (type 1) and 6 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 7 (type 1) and 6 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 8 (type 1) and 9 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 8 (type 1) and 9 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 8 (type 1) and 10 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 8 (type 1) and 10 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 8 (type 1) and 11 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 8 (type 1) and 11 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 9 (type 1) and 8 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 9 (type 1) and 8 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 9 (type 1) and 10 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 9 (type 1) and 10 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 9 (type 1) and 11 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 10 (type 1) and 8 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 10 (type 1) and 8 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 10 (type 1) and 9 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 10 (type 1) and 9 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 10 (type 1) and 11 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 10 (type 1) and 11 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 11 (type 1) and 8 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 11 (type 1) and 8 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 11 (type 1) and 9 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 11 (type 1) and 10 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 11 (type 1) and 10 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 12 (type 1) and 13 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 12 (type 1) and 13 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 12 (type 1) and 14 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 12 (type 1) and 14 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 12 (type 1) and 15 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 12 (type 1) and 15 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 13 (type 1) and 12 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 13 (type 1) and 12 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 13 (type 1) and 14 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 13 (type 1) and 14 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 13 (type 1) and 15 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 14 (type 1) and 12 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 14 (type 1) and 12 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 14 (type 1) and 13 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 14 (type 1) and 13 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 14 (type 1) and 15 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 14 (type 1) and 15 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 15 (type 1) and 12 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 15 (type 1) and 12 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 15 (type 1) and 13 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 15 (type 1) and 14 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 15 (type 1) and 14 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 16 (type 1) and 17 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 16 (type 1) and 17 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 16 (type 1) and 18 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 16 (type 1) and 18 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 16 (type 1) and 19 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 16 (type 1) and 19 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 17 (type 1) and 16 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 17 (type 1) and 16 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 17 (type 1) and 18 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 17 (type 1) and 18 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 17 (type 1) and 19 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 18 (type 1) and 16 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 18 (type 1) and 16 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 18 (type 1) and 17 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 18 (type 1) and 17 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 18 (type 1) and 19 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 18 (type 1) and 19 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 19 (type 1) and 16 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 19 (type 1) and 16 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 19 (type 1) and 17 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 19 (type 1) and 18 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 19 (type 1) and 18 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 20 (type 1) and 21 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 20 (type 1) and 21 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 20 (type 1) and 22 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 20 (type 1) and 22 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 20 (type 1) and 23 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 20 (type 1) and 23 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 21 (type 1) and 20 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 21 (type 1) and 20 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 21 (type 1) and 22 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 21 (type 1) and 22 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 21 (type 1) and 23 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 22 (type 1) and 20 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 22 (type 1) and 20 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 22 (type 1) and 21 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 22 (type 1) and 21 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 22 (type 1) and 23 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 22 (type 1) and 23 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 23 (type 1) and 20 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 23 (type 1) and 20 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 23 (type 1) and 21 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 23 (type 1) and 22 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 23 (type 1) and 22 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 24 (type 1) and 25 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 24 (type 1) and 25 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 24 (type 1) and 26 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 24 (type 1) and 26 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 24 (type 1) and 27 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 24 (type 1) and 27 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 25 (type 1) and 24 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 25 (type 1) and 24 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 25 (type 1) and 26 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 25 (type 1) and 26 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 25 (type 1) and 27 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 26 (type 1) and 24 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 26 (type 1) and 24 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 26 (type 1) and 25 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 26 (type 1) and 25 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 26 (type 1) and 27 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 26 (type 1) and 27 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 27 (type 1) and 24 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 27 (type 1) and 24 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 27 (type 1) and 25 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 27 (type 1) and 26 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 27 (type 1) and 26 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 28 (type 1) and 29 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 28 (type 1) and 29 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 28 (type 1) and 30 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 28 (type 1) and 30 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 28 (type 1) and 31 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 28 (type 1) and 31 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 29 (type 1) and 28 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the transfer function!
Involved particles are 29 (type 1) and 28 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the pair potential!
Involved particles are 29 (type 1) and 30 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 29 (type 1) and 30 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 29 (type 1) and 31 (type 1).
Relative position vector is (-0.695415,-0.253777,0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 30 (type 1) and 28 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the transfer function!
Involved particles are 30 (type 1) and 28 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the pair potential!
Involved particles are 30 (type 1) and 29 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the transfer function!
Involved particles are 30 (type 1) and 29 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the pair potential!
Involved particles are 30 (type 1) and 31 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 30 (type 1) and 31 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 31 (type 1) and 28 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the transfer function!
Involved particles are 31 (type 1) and 28 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the pair potential!
Involved particles are 31 (type 1) and 29 (type 1).
Relative position vector is (0.695415,0.253777,-0.996116), distance is 1.241068

Short distance in the pair potential!
Involved particles are 31 (type 1) and 30 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the transfer function!
Involved particles are 31 (type 1) and 30 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 0 (type 1) and 1 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 0 (type 1) and 2 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 0 (type 1) and 3 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 1 (type 1) and 2 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 2 (type 1) and 0 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 2 (type 1) and 1 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 2 (type 1) and 3 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 3 (type 1) and 0 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 3 (type 1) and 2 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 4 (type 1) and 5 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 4 (type 1) and 6 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 4 (type 1) and 7 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 5 (type 1) and 4 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 5 (type 1) and 6 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 6 (type 1) and 4 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 6 (type 1) and 5 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 6 (type 1) and 7 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 7 (type 1) and 4 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 7 (type 1) and 6 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 8 (type 1) and 9 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 8 (type 1) and 10 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 8 (type 1) and 11 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 9 (type 1) and 8 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 9 (type 1) and 10 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 10 (type 1) and 8 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 10 (type 1) and 9 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 10 (type 1) and 11 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 11 (type 1) and 8 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 11 (type 1) and 10 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 12 (type 1) and 13 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 12 (type 1) and 14 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 12 (type 1) and 15 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 13 (type 1) and 12 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 13 (type 1) and 14 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 14 (type 1) and 12 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 14 (type 1) and 13 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 14 (type 1) and 15 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 15 (type 1) and 12 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 15 (type 1) and 14 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 16 (type 1) and 17 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 16 (type 1) and 18 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 16 (type 1) and 19 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 17 (type 1) and 16 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 17 (type 1) and 18 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 18 (type 1) and 16 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 18 (type 1) and 17 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 18 (type 1) and 19 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 19 (type 1) and 16 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 19 (type 1) and 18 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 20 (type 1) and 21 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 20 (type 1) and 22 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 20 (type 1) and 23 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 21 (type 1) and 20 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 21 (type 1) and 22 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 22 (type 1) and 20 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 22 (type 1) and 21 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 22 (type 1) and 23 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 23 (type 1) and 20 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 23 (type 1) and 22 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 24 (type 1) and 25 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 24 (type 1) and 26 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 24 (type 1) and 27 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 25 (type 1) and 24 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 25 (type 1) and 26 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 26 (type 1) and 24 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 26 (type 1) and 25 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 26 (type 1) and 27 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 27 (type 1) and 24 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 27 (type 1) and 26 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 28 (type 1) and 29 (type 1).
Relative position vector is (0.587437,0.465319,-0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 28 (type 1) and 30 (type 1).
Relative position vector is (0.367139,-0.047862,0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 28 (type 1) and 31 (type 1).
Relative position vector is (-0.107977,0.211542,0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 29 (type 1) and 28 (type 1).
Relative position vector is (-0.587437,-0.465319,0.411783), distance is 0.855085

Short distance in the embedding function!
Involved particles are 29 (type 1) and 30 (type 1).
Relative position vector is (-0.220298,-0.513182,0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 30 (type 1) and 28 (type 1).
Relative position vector is (-0.367139,0.047862,-0.304116), distance is 0.479133

Short distance in the embedding function!
Involved particles are 30 (type 1) and 29 (type 1).
Relative position vector is (0.220298,0.513182,-0.715900), distance is 0.907964

Short distance in the embedding function!
Involved particles are 30 (type 1) and 31 (type 1).
Relative position vector is (-0.475117,0.259404,0.280216), distance is 0.609547

Short distance in the embedding function!
Involved particles are 31 (type 1) and 28 (type 1).
Relative position vector is (0.107977,-0.211542,-0.584332), distance is 0.630756

Short distance in the embedding function!
Involved particles are 31 (type 1) and 30 (type 1).
Relative position vector is (0.475117,-0.259404,-0.280216), distance is 0.609547

Short distance in the pair potential!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 1) and 2 (type 2).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 1) and 2 (type 2).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 1 (type 1) and 3 (type 0).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 1 (type 1) and 3 (type 0).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 2) and 1 (type 1).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 2) and 1 (type 1).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 2 (type 2) and 3 (type 0).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 2 (type 2) and 3 (type 0).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 3 (type 0) and 2 (type 2).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the transfer function!
Involved particles are 3 (type 0) and 2 (type 2).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 0 (type 0) and 3 (type 0).
Relative position vector is (0.000000,0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 2 (type 2).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 2 (type 2).
Relative position vector is (0.000000,-0.750000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 3 (type 0).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 1 (type 1) and 3 (type 0).
Relative position vector is (-0.750000,0.000000,0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 1 (type 1).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 1 (type 1).
Relative position vector is (0.000000,0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 3 (type 0).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 2 (type 2) and 3 (type 0).
Relative position vector is (-0.750000,0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 0 (type 0).
Relative position vector is (0.000000,-0.750000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 1 (type 1).
Relative position vector is (0.750000,0.000000,-0.750000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 2 (type 2).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the embedding function!
Involved particles are 3 (type 0) and 2 (type 2).
Relative position vector is (0.750000,-0.750000,0.000000), distance is 1.060660

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.807323,-0.035911,0.334107), distance is 0.874464

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.807323,-0.035911,0.334107), distance is 0.874464

Short distance in the pair potential!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.807323,0.035911,-0.334107), distance is 0.874464

Short distance in the transfer function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.807323,0.035911,-0.334107), distance is 0.874464

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.807323,-0.035911,0.334107), distance is 0.874464

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.807323,-0.035911,0.334107), distance is 0.874464

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.807323,0.035911,-0.334107), distance is 0.874464

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.807323,0.035911,-0.334107), distance is 0.874464

Short distance in the pair potential!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 1 (type 1) and 2 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 2 (type 2) and 1 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the embedding function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 1 (type 1) and 2 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 2 (type 2) and 1 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 4 (type 0) and 5 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 4 (type 0) and 5 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 4 (type 0) and 6 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 4 (type 0) and 6 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 5 (type 1) and 4 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 5 (type 1) and 4 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 5 (type 1) and 6 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 6 (type 2) and 4 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 6 (type 2) and 4 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 6 (type 2) and 5 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 8 (type 0) and 9 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 8 (type 0) and 9 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 8 (type 0) and 10 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 8 (type 0) and 10 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 9 (type 1) and 8 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 9 (type 1) and 8 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 9 (type 1) and 10 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 10 (type 2) and 8 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 10 (type 2) and 8 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 10 (type 2) and 9 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 12 (type 0) and 13 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 12 (type 0) and 13 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 12 (type 0) and 14 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 12 (type 0) and 14 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 13 (type 1) and 12 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 13 (type 1) and 12 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 13 (type 1) and 14 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 14 (type 2) and 12 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 14 (type 2) and 12 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 14 (type 2) and 13 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 16 (type 0) and 17 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 16 (type 0) and 17 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 16 (type 0) and 18 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 16 (type 0) and 18 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 17 (type 1) and 16 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 17 (type 1) and 16 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 17 (type 1) and 18 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 18 (type 2) and 16 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 18 (type 2) and 16 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 18 (type 2) and 17 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 20 (type 0) and 21 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 20 (type 0) and 21 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 20 (type 0) and 22 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 20 (type 0) and 22 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 21 (type 1) and 20 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 21 (type 1) and 20 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 21 (type 1) and 22 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 22 (type 2) and 20 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 22 (type 2) and 20 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 22 (type 2) and 21 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 24 (type 0) and 25 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 24 (type 0) and 25 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 24 (type 0) and 26 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 24 (type 0) and 26 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 25 (type 1) and 24 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 25 (type 1) and 24 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 25 (type 1) and 26 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 26 (type 2) and 24 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 26 (type 2) and 24 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 26 (type 2) and 25 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 28 (type 0) and 29 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 28 (type 0) and 29 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 28 (type 0) and 30 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 28 (type 0) and 30 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 29 (type 1) and 28 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the transfer function!
Involved particles are 29 (type 1) and 28 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the pair potential!
Involved particles are 29 (type 1) and 30 (type 2).
Relative position vector is (0.298457,-1.109549,0.382192), distance is 1.210887

Short distance in the pair potential!
Involved particles are 30 (type 2) and 28 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the transfer function!
Involved particles are 30 (type 2) and 28 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the pair potential!
Involved particles are 30 (type 2) and 29 (type 1).
Relative position vector is (-0.298457,1.109549,-0.382192), distance is 1.210887

Short distance in the embedding function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 0 (type 0) and 1 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 0 (type 0) and 2 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 1 (type 1) and 0 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 2 (type 2) and 0 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 4 (type 0) and 5 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 4 (type 0) and 5 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 4 (type 0) and 6 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 4 (type 0) and 6 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 5 (type 1) and 4 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 5 (type 1) and 4 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 6 (type 2) and 4 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 6 (type 2) and 4 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 8 (type 0) and 9 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 8 (type 0) and 9 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 8 (type 0) and 10 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 8 (type 0) and 10 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 9 (type 1) and 8 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 9 (type 1) and 8 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 10 (type 2) and 8 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 10 (type 2) and 8 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 12 (type 0) and 13 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 12 (type 0) and 13 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 12 (type 0) and 14 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 12 (type 0) and 14 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 13 (type 1) and 12 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 13 (type 1) and 12 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 14 (type 2) and 12 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 14 (type 2) and 12 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 16 (type 0) and 17 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 16 (type 0) and 17 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 16 (type 0) and 18 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 16 (type 0) and 18 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 17 (type 1) and 16 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 17 (type 1) and 16 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 18 (type 2) and 16 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 18 (type 2) and 16 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 20 (type 0) and 21 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 20 (type 0) and 21 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 20 (type 0) and 22 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 20 (type 0) and 22 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 21 (type 1) and 20 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 21 (type 1) and 20 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 22 (type 2) and 20 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 22 (type 2) and 20 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 24 (type 0) and 25 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 24 (type 0) and 25 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 24 (type 0) and 26 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 24 (type 0) and 26 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 25 (type 1) and 24 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 25 (type 1) and 24 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 26 (type 2) and 24 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 26 (type 2) and 24 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 28 (type 0) and 29 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 28 (type 0) and 29 (type 1).
Relative position vector is (0.402495,0.776237,-0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 28 (type 0) and 30 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 28 (type 0) and 30 (type 2).
Relative position vector is (0.700953,-0.333312,0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 29 (type 1) and 28 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 29 (type 1) and 28 (type 0).
Relative position vector is (-0.402495,-0.776237,0.028483), distance is 0.874848

Short distance in the embedding function!
Involved particles are 30 (type 2) and 28 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

Short distance in the embedding function!
Involved particles are 30 (type 2) and 28 (type 0).
Relative position vector is (-0.700953,0.333312,-0.353709), distance is 0.852960

{"usertime":8.76,"memmax":200520,"memavg":0}