Short distance in the pair potential!
Involved particles are 0 (type 0) and 4 (type 0).
Relative position vector is (0.825368,-0.106286,0.055129), distance is 0.834007

Short distance in the transfer function!
Involved particles are 0 (type 0) and 4 (type 0).
Relative position vector is (0.825368,-0.106286,0.055129), distance is 0.834007

Short distance in the pair potential!
Involved particles are 4 (type 0) and 0 (type 0).
Relative position vector is (-0.825368,0.106286,-0.055129), distance is 0.834007

Short distance in the transfer function!
Involved particles are 4 (type 0) and 0 (type 0).
Relative position vector is (-0.825368,0.106286,-0.055129), distance is 0.834007

Short distance in the embedding function!
Involved particles are 0 (type 0) and 4 (type 0).
Relative position vector is (0.825368,-0.106286,0.055129), distance is 0.834007

Short distance in the embedding function!
Involved particles are 4 (type 0) and 0 (type 0).
Relative position vector is (-0.825368,0.106286,-0.055129), distance is 0.834007

Short distance in the pair potential!
Involved particles are 1 (type 0) and 5 (type 0).
Relative position vector is (0.094063,-0.085646,0.022639), distance is 0.129211

Short distance in the transfer function!
Involved particles are 1 (type 0) and 5 (type 0).
Relative position vector is (0.094063,-0.085646,0.022639), distance is 0.129211

Short distance in the pair potential!
Involved particles are 5 (type 0) and 1 (type 0).
Relative position vector is (-0.094063,0.085646,-0.022639), distance is 0.129211

Short distance in the transfer function!
Involved particles are 5 (type 0) and 1 (type 0).
Relative position vector is (-0.094063,0.085646,-0.022639), distance is 0.129211

Short distance in the embedding function!
Involved particles are 1 (type 0) and 5 (type 0).
Relative position vector is (0.094063,-0.085646,0.022639), distance is 0.129211

Short distance in the embedding function!
Involved particles are 5 (type 0) and 1 (type 0).
Relative position vector is (-0.094063,0.085646,-0.022639), distance is 0.129211

Short distance in the pair potential!
Involved particles are 2 (type 0) and 6 (type 0).
Relative position vector is (0.200639,0.059049,0.160449), distance is 0.263603

Short distance in the transfer function!
Involved particles are 2 (type 0) and 6 (type 0).
Relative position vector is (0.200639,0.059049,0.160449), distance is 0.263603

Short distance in the pair potential!
Involved particles are 6 (type 0) and 2 (type 0).
Relative position vector is (-0.200639,-0.059049,-0.160449), distance is 0.263603

Short distance in the transfer function!
Involved particles are 6 (type 0) and 2 (type 0).
Relative position vector is (-0.200639,-0.059049,-0.160449), distance is 0.263603

Short distance in the embedding function!
Involved particles are 2 (type 0) and 6 (type 0).
Relative position vector is (0.200639,0.059049,0.160449), distance is 0.263603

Short distance in the embedding function!
Involved particles are 6 (type 0) and 2 (type 0).
Relative position vector is (-0.200639,-0.059049,-0.160449), distance is 0.263603

Short distance in the pair potential!
Involved particles are 0 (type 0) and 8 (type 0).
Relative position vector is (0.343437,0.941544,-0.227002), distance is 1.027611

Short distance in the transfer function!
Involved particles are 0 (type 0) and 8 (type 0).
Relative position vector is (0.343437,0.941544,-0.227002), distance is 1.027611

Short distance in the pair potential!
Involved particles are 8 (type 0) and 0 (type 0).
Relative position vector is (-0.343437,-0.941544,0.227002), distance is 1.027611

Short distance in the transfer function!
Involved particles are 8 (type 0) and 0 (type 0).
Relative position vector is (-0.343437,-0.941544,0.227002), distance is 1.027611

Short distance in the embedding function!
Involved particles are 0 (type 0) and 8 (type 0).
Relative position vector is (0.343437,0.941544,-0.227002), distance is 1.027611

Short distance in the embedding function!
Involved particles are 8 (type 0) and 0 (type 0).
Relative position vector is (-0.343437,-0.941544,0.227002), distance is 1.027611

Short distance in the pair potential!
Involved particles are 1 (type 0) and 9 (type 0).
Relative position vector is (0.217999,0.302941,0.346974), distance is 0.509595

Short distance in the transfer function!
Involved particles are 1 (type 0) and 9 (type 0).
Relative position vector is (0.217999,0.302941,0.346974), distance is 0.509595

Short distance in the pair potential!
Involved particles are 9 (type 0) and 1 (type 0).
Relative position vector is (-0.217999,-0.302941,-0.346974), distance is 0.509595

Short distance in the transfer function!
Involved particles are 9 (type 0) and 1 (type 0).
Relative position vector is (-0.217999,-0.302941,-0.346974), distance is 0.509595

Short distance in the embedding function!
Involved particles are 1 (type 0) and 9 (type 0).
Relative position vector is (0.217999,0.302941,0.346974), distance is 0.509595

Short distance in the embedding function!
Involved particles are 9 (type 0) and 1 (type 0).
Relative position vector is (-0.217999,-0.302941,-0.346974), distance is 0.509595

Short distance in the pair potential!
Involved particles are 2 (type 0) and 10 (type 0).
Relative position vector is (0.106767,0.553784,0.005020), distance is 0.564004

Short distance in the transfer function!
Involved particles are 2 (type 0) and 10 (type 0).
Relative position vector is (0.106767,0.553784,0.005020), distance is 0.564004

Short distance in the pair potential!
Involved particles are 10 (type 0) and 2 (type 0).
Relative position vector is (-0.106767,-0.553784,-0.005020), distance is 0.564004

Short distance in the transfer function!
Involved particles are 10 (type 0) and 2 (type 0).
Relative position vector is (-0.106767,-0.553784,-0.005020), distance is 0.564004

Short distance in the embedding function!
Involved particles are 2 (type 0) and 10 (type 0).
Relative position vector is (0.106767,0.553784,0.005020), distance is 0.564004

Short distance in the embedding function!
Involved particles are 10 (type 0) and 2 (type 0).
Relative position vector is (-0.106767,-0.553784,-0.005020), distance is 0.564004

Short distance in the pair potential!
Involved particles are 3 (type 0) and 11 (type 0).
Relative position vector is (0.355005,0.153643,-0.048274), distance is 0.389827

Short distance in the transfer function!
Involved particles are 3 (type 0) and 11 (type 0).
Relative position vector is (0.355005,0.153643,-0.048274), distance is 0.389827

Short distance in the pair potential!
Involved particles are 11 (type 0) and 3 (type 0).
Relative position vector is (-0.355005,-0.153643,0.048274), distance is 0.389827

Short distance in the transfer function!
Involved particles are 11 (type 0) and 3 (type 0).
Relative position vector is (-0.355005,-0.153643,0.048274), distance is 0.389827

Short distance in the embedding function!
Involved particles are 3 (type 0) and 11 (type 0).
Relative position vector is (0.355005,0.153643,-0.048274), distance is 0.389827

Short distance in the embedding function!
Involved particles are 11 (type 0) and 3 (type 0).
Relative position vector is (-0.355005,-0.153643,0.048274), distance is 0.389827

Short distance in the pair potential!
Involved particles are 8 (type 0) and 12 (type 0).
Relative position vector is (0.626302,-0.140626,0.530703), distance is 0.832872

Short distance in the transfer function!
Involved particles are 8 (type 0) and 12 (type 0).
Relative position vector is (0.626302,-0.140626,0.530703), distance is 0.832872

Short distance in the pair potential!
Involved particles are 12 (type 0) and 8 (type 0).
Relative position vector is (-0.626302,0.140626,-0.530703), distance is 0.832872

Short distance in the transfer function!
Involved particles are 12 (type 0) and 8 (type 0).
Relative position vector is (-0.626302,0.140626,-0.530703), distance is 0.832872

Short distance in the embedding function!
Involved particles are 8 (type 0) and 12 (type 0).
Relative position vector is (0.626302,-0.140626,0.530703), distance is 0.832872

Short distance in the embedding function!
Involved particles are 12 (type 0) and 8 (type 0).
Relative position vector is (-0.626302,0.140626,-0.530703), distance is 0.832872

Short distance in the pair potential!
Involved particles are 4 (type 0) and 12 (type 0).
Relative position vector is (0.240899,0.959434,0.248572), distance is 1.019968

Short distance in the transfer function!
Involved particles are 4 (type 0) and 12 (type 0).
Relative position vector is (0.240899,0.959434,0.248572), distance is 1.019968

Short distance in the pair potential!
Involved particles are 12 (type 0) and 4 (type 0).
Relative position vector is (-0.240899,-0.959434,-0.248572), distance is 1.019968

Short distance in the transfer function!
Involved particles are 12 (type 0) and 4 (type 0).
Relative position vector is (-0.240899,-0.959434,-0.248572), distance is 1.019968

Short distance in the embedding function!
Involved particles are 4 (type 0) and 12 (type 0).
Relative position vector is (0.240899,0.959434,0.248572), distance is 1.019968

Short distance in the embedding function!
Involved particles are 12 (type 0) and 4 (type 0).
Relative position vector is (-0.240899,-0.959434,-0.248572), distance is 1.019968

Short distance in the pair potential!
Involved particles are 9 (type 0) and 13 (type 0).
Relative position vector is (-0.029675,-0.038497,-0.215918), distance is 0.221322

Short distance in the transfer function!
Involved particles are 9 (type 0) and 13 (type 0).
Relative position vector is (-0.029675,-0.038497,-0.215918), distance is 0.221322

Short distance in the pair potential!
Involved particles are 13 (type 0) and 9 (type 0).
Relative position vector is (0.029675,0.038497,0.215918), distance is 0.221322

Short distance in the transfer function!
Involved particles are 13 (type 0) and 9 (type 0).
Relative position vector is (0.029675,0.038497,0.215918), distance is 0.221322

Short distance in the embedding function!
Involved particles are 9 (type 0) and 13 (type 0).
Relative position vector is (-0.029675,-0.038497,-0.215918), distance is 0.221322

Short distance in the embedding function!
Involved particles are 13 (type 0) and 9 (type 0).
Relative position vector is (0.029675,0.038497,0.215918), distance is 0.221322

Short distance in the pair potential!
Involved particles are 5 (type 0) and 13 (type 0).
Relative position vector is (0.131820,0.360958,0.108416), distance is 0.399276

Short distance in the transfer function!
Involved particles are 5 (type 0) and 13 (type 0).
Relative position vector is (0.131820,0.360958,0.108416), distance is 0.399276

Short distance in the pair potential!
Involved particles are 13 (type 0) and 5 (type 0).
Relative position vector is (-0.131820,-0.360958,-0.108416), distance is 0.399276

Short distance in the transfer function!
Involved particles are 13 (type 0) and 5 (type 0).
Relative position vector is (-0.131820,-0.360958,-0.108416), distance is 0.399276

Short distance in the embedding function!
Involved particles are 5 (type 0) and 13 (type 0).
Relative position vector is (0.131820,0.360958,0.108416), distance is 0.399276

Short distance in the embedding function!
Involved particles are 13 (type 0) and 5 (type 0).
Relative position vector is (-0.131820,-0.360958,-0.108416), distance is 0.399276

Short distance in the pair potential!
Involved particles are 10 (type 0) and 14 (type 0).
Relative position vector is (0.089654,0.251429,0.038910), distance is 0.269756

Short distance in the transfer function!
Involved particles are 10 (type 0) and 14 (type 0).
Relative position vector is (0.089654,0.251429,0.038910), distance is 0.269756

Short distance in the pair potential!
Involved particles are 14 (type 0) and 10 (type 0).
Relative position vector is (-0.089654,-0.251429,-0.038910), distance is 0.269756

Short distance in the transfer function!
Involved particles are 14 (type 0) and 10 (type 0).
Relative position vector is (-0.089654,-0.251429,-0.038910), distance is 0.269756

Short distance in the embedding function!
Involved particles are 10 (type 0) and 14 (type 0).
Relative position vector is (0.089654,0.251429,0.038910), distance is 0.269756

Short distance in the embedding function!
Involved particles are 14 (type 0) and 10 (type 0).
Relative position vector is (-0.089654,-0.251429,-0.038910), distance is 0.269756

Short distance in the pair potential!
Involved particles are 6 (type 0) and 14 (type 0).
Relative position vector is (-0.005928,0.644144,-0.116519), distance is 0.654624

Short distance in the transfer function!
Involved particles are 6 (type 0) and 14 (type 0).
Relative position vector is (-0.005928,0.644144,-0.116519), distance is 0.654624

Short distance in the pair potential!
Involved particles are 14 (type 0) and 6 (type 0).
Relative position vector is (0.005928,-0.644144,0.116519), distance is 0.654624

Short distance in the transfer function!
Involved particles are 14 (type 0) and 6 (type 0).
Relative position vector is (0.005928,-0.644144,0.116519), distance is 0.654624

Short distance in the embedding function!
Involved particles are 6 (type 0) and 14 (type 0).
Relative position vector is (-0.005928,0.644144,-0.116519), distance is 0.654624

Short distance in the embedding function!
Involved particles are 14 (type 0) and 6 (type 0).
Relative position vector is (0.005928,-0.644144,0.116519), distance is 0.654624

Short distance in the pair potential!
Involved particles are 11 (type 0) and 15 (type 0).
Relative position vector is (0.558546,-0.174754,0.202667), distance is 0.619344

Short distance in the transfer function!
Involved particles are 11 (type 0) and 15 (type 0).
Relative position vector is (0.558546,-0.174754,0.202667), distance is 0.619344

Short distance in the pair potential!
Involved particles are 15 (type 0) and 11 (type 0).
Relative position vector is (-0.558546,0.174754,-0.202667), distance is 0.619344

Short distance in the transfer function!
Involved particles are 15 (type 0) and 11 (type 0).
Relative position vector is (-0.558546,0.174754,-0.202667), distance is 0.619344

Short distance in the embedding function!
Involved particles are 11 (type 0) and 15 (type 0).
Relative position vector is (0.558546,-0.174754,0.202667), distance is 0.619344

Short distance in the embedding function!
Involved particles are 15 (type 0) and 11 (type 0).
Relative position vector is (-0.558546,0.174754,-0.202667), distance is 0.619344

Short distance in the pair potential!
Involved particles are 7 (type 0) and 15 (type 0).
Relative position vector is (-0.481958,0.128089,-0.028405), distance is 0.499497

Short distance in the transfer function!
Involved particles are 7 (type 0) and 15 (type 0).
Relative position vector is (-0.481958,0.128089,-0.028405), distance is 0.499497

Short distance in the pair potential!
Involved particles are 15 (type 0) and 7 (type 0).
Relative position vector is (0.481958,-0.128089,0.028405), distance is 0.499497

Short distance in the transfer function!
Involved particles are 15 (type 0) and 7 (type 0).
Relative position vector is (0.481958,-0.128089,0.028405), distance is 0.499497

Short distance in the embedding function!
Involved particles are 7 (type 0) and 15 (type 0).
Relative position vector is (-0.481958,0.128089,-0.028405), distance is 0.499497

Short distance in the embedding function!
Involved particles are 15 (type 0) and 7 (type 0).
Relative position vector is (0.481958,-0.128089,0.028405), distance is 0.499497

Short distance in the pair potential!
Involved particles are 0 (type 0) and 16 (type 0).
Relative position vector is (-0.054031,-0.011903,0.774464), distance is 0.776438

Short distance in the transfer function!
Involved particles are 0 (type 0) and 16 (type 0).
Relative position vector is (-0.054031,-0.011903,0.774464), distance is 0.776438

Short distance in the pair potential!
Involved particles are 16 (type 0) and 0 (type 0).
Relative position vector is (0.054031,0.011903,-0.774464), distance is 0.776438

Short distance in the transfer function!
Involved particles are 16 (type 0) and 0 (type 0).
Relative position vector is (0.054031,0.011903,-0.774464), distance is 0.776438

Short distance in the embedding function!
Involved particles are 0 (type 0) and 16 (type 0).
Relative position vector is (-0.054031,-0.011903,0.774464), distance is 0.776438

Short distance in the embedding function!
Involved particles are 16 (type 0) and 0 (type 0).
Relative position vector is (0.054031,0.011903,-0.774464), distance is 0.776438

Short distance in the pair potential!
Involved particles are 1 (type 0) and 17 (type 0).
Relative position vector is (0.003797,-0.027472,0.809872), distance is 0.810346

Short distance in the transfer function!
Involved particles are 1 (type 0) and 17 (type 0).
Relative position vector is (0.003797,-0.027472,0.809872), distance is 0.810346

Short distance in the pair potential!
Involved particles are 17 (type 0) and 1 (type 0).
Relative position vector is (-0.003797,0.027472,-0.809872), distance is 0.810346

Short distance in the transfer function!
Involved particles are 17 (type 0) and 1 (type 0).
Relative position vector is (-0.003797,0.027472,-0.809872), distance is 0.810346

Short distance in the embedding function!
Involved particles are 1 (type 0) and 17 (type 0).
Relative position vector is (0.003797,-0.027472,0.809872), distance is 0.810346

Short distance in the embedding function!
Involved particles are 17 (type 0) and 1 (type 0).
Relative position vector is (-0.003797,0.027472,-0.809872), distance is 0.810346

Short distance in the pair potential!
Involved particles are 2 (type 0) and 18 (type 0).
Relative position vector is (0.044144,-0.106774,0.003662), distance is 0.115597

Short distance in the transfer function!
Involved particles are 2 (type 0) and 18 (type 0).
Relative position vector is (0.044144,-0.106774,0.003662), distance is 0.115597

Short distance in the pair potential!
Involved particles are 18 (type 0) and 2 (type 0).
Relative position vector is (-0.044144,0.106774,-0.003662), distance is 0.115597

Short distance in the transfer function!
Involved particles are 18 (type 0) and 2 (type 0).
Relative position vector is (-0.044144,0.106774,-0.003662), distance is 0.115597

Short distance in the embedding function!
Involved particles are 2 (type 0) and 18 (type 0).
Relative position vector is (0.044144,-0.106774,0.003662), distance is 0.115597

Short distance in the embedding function!
Involved particles are 18 (type 0) and 2 (type 0).
Relative position vector is (-0.044144,0.106774,-0.003662), distance is 0.115597

Short distance in the pair potential!
Involved particles are 3 (type 0) and 19 (type 0).
Relative position vector is (0.118113,-0.229019,0.341107), distance is 0.427498

Short distance in the transfer function!
Involved particles are 3 (type 0) and 19 (type 0).
Relative position vector is (0.118113,-0.229019,0.341107), distance is 0.427498

Short distance in the pair potential!
Involved particles are 19 (type 0) and 3 (type 0).
Relative position vector is (-0.118113,0.229019,-0.341107), distance is 0.427498

Short distance in the transfer function!
Involved particles are 19 (type 0) and 3 (type 0).
Relative position vector is (-0.118113,0.229019,-0.341107), distance is 0.427498

Short distance in the embedding function!
Involved particles are 3 (type 0) and 19 (type 0).
Relative position vector is (0.118113,-0.229019,0.341107), distance is 0.427498

Short distance in the embedding function!
Involved particles are 19 (type 0) and 3 (type 0).
Relative position vector is (-0.118113,0.229019,-0.341107), distance is 0.427498

Short distance in the pair potential!
Involved particles are 4 (type 0) and 20 (type 0).
Relative position vector is (0.456067,-0.102095,0.723501), distance is 0.861322

Short distance in the transfer function!
Involved particles are 4 (type 0) and 20 (type 0).
Relative position vector is (0.456067,-0.102095,0.723501), distance is 0.861322

Short distance in the pair potential!
Involved particles are 20 (type 0) and 4 (type 0).
Relative position vector is (-0.456067,0.102095,-0.723501), distance is 0.861322

Short distance in the transfer function!
Involved particles are 20 (type 0) and 4 (type 0).
Relative position vector is (-0.456067,0.102095,-0.723501), distance is 0.861322

Short distance in the embedding function!
Involved particles are 4 (type 0) and 20 (type 0).
Relative position vector is (0.456067,-0.102095,0.723501), distance is 0.861322

Short distance in the embedding function!
Involved particles are 20 (type 0) and 4 (type 0).
Relative position vector is (-0.456067,0.102095,-0.723501), distance is 0.861322

Short distance in the pair potential!
Involved particles are 17 (type 0) and 21 (type 0).
Relative position vector is (0.359178,-0.043786,0.073396), distance is 0.369206

Short distance in the transfer function!
Involved particles are 17 (type 0) and 21 (type 0).
Relative position vector is (0.359178,-0.043786,0.073396), distance is 0.369206

Short distance in the pair potential!
Involved particles are 21 (type 0) and 17 (type 0).
Relative position vector is (-0.359178,0.043786,-0.073396), distance is 0.369206

Short distance in the transfer function!
Involved particles are 21 (type 0) and 17 (type 0).
Relative position vector is (-0.359178,0.043786,-0.073396), distance is 0.369206

Short distance in the embedding function!
Involved particles are 17 (type 0) and 21 (type 0).
Relative position vector is (0.359178,-0.043786,0.073396), distance is 0.369206

Short distance in the embedding function!
Involved particles are 21 (type 0) and 17 (type 0).
Relative position vector is (-0.359178,0.043786,-0.073396), distance is 0.369206

Short distance in the pair potential!
Involved particles are 5 (type 0) and 21 (type 0).
Relative position vector is (0.373574,0.014388,0.830411), distance is 0.910685

Short distance in the transfer function!
Involved particles are 5 (type 0) and 21 (type 0).
Relative position vector is (0.373574,0.014388,0.830411), distance is 0.910685

Short distance in the pair potential!
Involved particles are 21 (type 0) and 5 (type 0).
Relative position vector is (-0.373574,-0.014388,-0.830411), distance is 0.910685

Short distance in the transfer function!
Involved particles are 21 (type 0) and 5 (type 0).
Relative position vector is (-0.373574,-0.014388,-0.830411), distance is 0.910685

Short distance in the embedding function!
Involved particles are 5 (type 0) and 21 (type 0).
Relative position vector is (0.373574,0.014388,0.830411), distance is 0.910685

Short distance in the embedding function!
Involved particles are 21 (type 0) and 5 (type 0).
Relative position vector is (-0.373574,-0.014388,-0.830411), distance is 0.910685

Short distance in the pair potential!
Involved particles are 18 (type 0) and 22 (type 0).
Relative position vector is (0.262390,0.164308,0.183046), distance is 0.359655

Short distance in the transfer function!
Involved particles are 18 (type 0) and 22 (type 0).
Relative position vector is (0.262390,0.164308,0.183046), distance is 0.359655

Short distance in the pair potential!
Involved particles are 22 (type 0) and 18 (type 0).
Relative position vector is (-0.262390,-0.164308,-0.183046), distance is 0.359655

Short distance in the transfer function!
Involved particles are 22 (type 0) and 18 (type 0).
Relative position vector is (-0.262390,-0.164308,-0.183046), distance is 0.359655

Short distance in the embedding function!
Involved particles are 18 (type 0) and 22 (type 0).
Relative position vector is (0.262390,0.164308,0.183046), distance is 0.359655

Short distance in the embedding function!
Involved particles are 22 (type 0) and 18 (type 0).
Relative position vector is (-0.262390,-0.164308,-0.183046), distance is 0.359655

Short distance in the pair potential!
Involved particles are 6 (type 0) and 22 (type 0).
Relative position vector is (0.148187,-0.001515,-0.026843), distance is 0.150606

Short distance in the transfer function!
Involved particles are 6 (type 0) and 22 (type 0).
Relative position vector is (0.148187,-0.001515,-0.026843), distance is 0.150606

Short distance in the pair potential!
Involved particles are 22 (type 0) and 6 (type 0).
Relative position vector is (-0.148187,0.001515,0.026843), distance is 0.150606

Short distance in the transfer function!
Involved particles are 22 (type 0) and 6 (type 0).
Relative position vector is (-0.148187,0.001515,0.026843), distance is 0.150606

Short distance in the embedding function!
Involved particles are 6 (type 0) and 22 (type 0).
Relative position vector is (0.148187,-0.001515,-0.026843), distance is 0.150606

Short distance in the embedding function!
Involved particles are 22 (type 0) and 6 (type 0).
Relative position vector is (-0.148187,0.001515,0.026843), distance is 0.150606

Short distance in the pair potential!
Involved particles are 19 (type 0) and 23 (type 0).
Relative position vector is (0.887283,0.029245,0.019814), distance is 0.887986

Short distance in the transfer function!
Involved particles are 19 (type 0) and 23 (type 0).
Relative position vector is (0.887283,0.029245,0.019814), distance is 0.887986

Short distance in the pair potential!
Involved particles are 23 (type 0) and 19 (type 0).
Relative position vector is (-0.887283,-0.029245,-0.019814), distance is 0.887986

Short distance in the transfer function!
Involved particles are 23 (type 0) and 19 (type 0).
Relative position vector is (-0.887283,-0.029245,-0.019814), distance is 0.887986

Short distance in the embedding function!
Involved particles are 19 (type 0) and 23 (type 0).
Relative position vector is (0.887283,0.029245,0.019814), distance is 0.887986

Short distance in the embedding function!
Involved particles are 23 (type 0) and 19 (type 0).
Relative position vector is (-0.887283,-0.029245,-0.019814), distance is 0.887986

Short distance in the pair potential!
Involved particles are 7 (type 0) and 23 (type 0).
Relative position vector is (-0.328645,-0.100158,0.172609), distance is 0.384490

Short distance in the transfer function!
Involved particles are 7 (type 0) and 23 (type 0).
Relative position vector is (-0.328645,-0.100158,0.172609), distance is 0.384490

Short distance in the pair potential!
Involved particles are 23 (type 0) and 7 (type 0).
Relative position vector is (0.328645,0.100158,-0.172609), distance is 0.384490

Short distance in the transfer function!
Involved particles are 23 (type 0) and 7 (type 0).
Relative position vector is (0.328645,0.100158,-0.172609), distance is 0.384490

Short distance in the embedding function!
Involved particles are 7 (type 0) and 23 (type 0).
Relative position vector is (-0.328645,-0.100158,0.172609), distance is 0.384490

Short distance in the embedding function!
Involved particles are 23 (type 0) and 7 (type 0).
Relative position vector is (0.328645,0.100158,-0.172609), distance is 0.384490

Short distance in the pair potential!
Involved particles are 16 (type 0) and 24 (type 0).
Relative position vector is (0.311795,0.667519,-0.436988), distance is 0.856595

Short distance in the transfer function!
Involved particles are 16 (type 0) and 24 (type 0).
Relative position vector is (0.311795,0.667519,-0.436988), distance is 0.856595

Short distance in the pair potential!
Involved particles are 24 (type 0) and 16 (type 0).
Relative position vector is (-0.311795,-0.667519,0.436988), distance is 0.856595

Short distance in the transfer function!
Involved particles are 24 (type 0) and 16 (type 0).
Relative position vector is (-0.311795,-0.667519,0.436988), distance is 0.856595

Short distance in the embedding function!
Involved particles are 16 (type 0) and 24 (type 0).
Relative position vector is (0.311795,0.667519,-0.436988), distance is 0.856595

Short distance in the embedding function!
Involved particles are 24 (type 0) and 16 (type 0).
Relative position vector is (-0.311795,-0.667519,0.436988), distance is 0.856595

Short distance in the pair potential!
Involved particles are 8 (type 0) and 24 (type 0).
Relative position vector is (-0.085673,-0.463506,0.740872), distance is 0.878106

Short distance in the transfer function!
Involved particles are 8 (type 0) and 24 (type 0).
Relative position vector is (-0.085673,-0.463506,0.740872), distance is 0.878106

Short distance in the pair potential!
Involved particles are 24 (type 0) and 8 (type 0).
Relative position vector is (0.085673,0.463506,-0.740872), distance is 0.878106

Short distance in the transfer function!
Involved particles are 24 (type 0) and 8 (type 0).
Relative position vector is (0.085673,0.463506,-0.740872), distance is 0.878106

Short distance in the embedding function!
Involved particles are 8 (type 0) and 24 (type 0).
Relative position vector is (-0.085673,-0.463506,0.740872), distance is 0.878106

Short distance in the embedding function!
Involved particles are 24 (type 0) and 8 (type 0).
Relative position vector is (0.085673,0.463506,-0.740872), distance is 0.878106

Short distance in the pair potential!
Involved particles are 17 (type 0) and 25 (type 0).
Relative position vector is (0.159461,0.290231,0.331714), distance is 0.468717

Short distance in the transfer function!
Involved particles are 17 (type 0) and 25 (type 0).
Relative position vector is (0.159461,0.290231,0.331714), distance is 0.468717

Short distance in the pair potential!
Involved particles are 25 (type 0) and 17 (type 0).
Relative position vector is (-0.159461,-0.290231,-0.331714), distance is 0.468717

Short distance in the transfer function!
Involved particles are 25 (type 0) and 17 (type 0).
Relative position vector is (-0.159461,-0.290231,-0.331714), distance is 0.468717

Short distance in the embedding function!
Involved particles are 17 (type 0) and 25 (type 0).
Relative position vector is (0.159461,0.290231,0.331714), distance is 0.468717

Short distance in the embedding function!
Involved particles are 25 (type 0) and 17 (type 0).
Relative position vector is (-0.159461,-0.290231,-0.331714), distance is 0.468717

Short distance in the pair potential!
Involved particles are 9 (type 0) and 25 (type 0).
Relative position vector is (-0.054741,-0.056015,0.661533), distance is 0.666153

Short distance in the transfer function!
Involved particles are 9 (type 0) and 25 (type 0).
Relative position vector is (-0.054741,-0.056015,0.661533), distance is 0.666153

Short distance in the pair potential!
Involved particles are 25 (type 0) and 9 (type 0).
Relative position vector is (0.054741,0.056015,-0.661533), distance is 0.666153

Short distance in the transfer function!
Involved particles are 25 (type 0) and 9 (type 0).
Relative position vector is (0.054741,0.056015,-0.661533), distance is 0.666153

Short distance in the embedding function!
Involved particles are 9 (type 0) and 25 (type 0).
Relative position vector is (-0.054741,-0.056015,0.661533), distance is 0.666153

Short distance in the embedding function!
Involved particles are 25 (type 0) and 9 (type 0).
Relative position vector is (0.054741,0.056015,-0.661533), distance is 0.666153

Short distance in the pair potential!
Involved particles are 18 (type 0) and 26 (type 0).
Relative position vector is (-0.049220,1.084206,0.359301), distance is 1.143251

Short distance in the pair potential!
Involved particles are 26 (type 0) and 18 (type 0).
Relative position vector is (0.049220,-1.084206,-0.359301), distance is 1.143251

Short distance in the pair potential!
Involved particles are 10 (type 0) and 26 (type 0).
Relative position vector is (-0.111844,0.693214,0.255009), distance is 0.747050

Short distance in the transfer function!
Involved particles are 10 (type 0) and 26 (type 0).
Relative position vector is (-0.111844,0.693214,0.255009), distance is 0.747050

Short distance in the pair potential!
Involved particles are 26 (type 0) and 10 (type 0).
Relative position vector is (0.111844,-0.693214,-0.255009), distance is 0.747050

Short distance in the transfer function!
Involved particles are 26 (type 0) and 10 (type 0).
Relative position vector is (0.111844,-0.693214,-0.255009), distance is 0.747050

Short distance in the embedding function!
Involved particles are 10 (type 0) and 26 (type 0).
Relative position vector is (-0.111844,0.693214,0.255009), distance is 0.747050

Short distance in the embedding function!
Involved particles are 26 (type 0) and 10 (type 0).
Relative position vector is (0.111844,-0.693214,-0.255009), distance is 0.747050

Short distance in the pair potential!
Involved particles are 19 (type 0) and 27 (type 0).
Relative position vector is (0.423064,0.260731,-0.235575), distance is 0.549963

Short distance in the transfer function!
Involved particles are 19 (type 0) and 27 (type 0).
Relative position vector is (0.423064,0.260731,-0.235575), distance is 0.549963

Short distance in the pair potential!
Involved particles are 27 (type 0) and 19 (type 0).
Relative position vector is (-0.423064,-0.260731,0.235575), distance is 0.549963

Short distance in the transfer function!
Involved particles are 27 (type 0) and 19 (type 0).
Relative position vector is (-0.423064,-0.260731,0.235575), distance is 0.549963

Short distance in the embedding function!
Involved particles are 19 (type 0) and 27 (type 0).
Relative position vector is (0.423064,0.260731,-0.235575), distance is 0.549963

Short distance in the embedding function!
Involved particles are 27 (type 0) and 19 (type 0).
Relative position vector is (-0.423064,-0.260731,0.235575), distance is 0.549963

Short distance in the pair potential!
Involved particles are 11 (type 0) and 27 (type 0).
Relative position vector is (0.186172,-0.170210,0.220559), distance is 0.335078

Short distance in the transfer function!
Involved particles are 11 (type 0) and 27 (type 0).
Relative position vector is (0.186172,-0.170210,0.220559), distance is 0.335078

Short distance in the pair potential!
Involved particles are 27 (type 0) and 11 (type 0).
Relative position vector is (-0.186172,0.170210,-0.220559), distance is 0.335078

Short distance in the transfer function!
Involved particles are 27 (type 0) and 11 (type 0).
Relative position vector is (-0.186172,0.170210,-0.220559), distance is 0.335078

Short distance in the embedding function!
Involved particles are 11 (type 0) and 27 (type 0).
Relative position vector is (0.186172,-0.170210,0.220559), distance is 0.335078

Short distance in the embedding function!
Involved particles are 27 (type 0) and 11 (type 0).
Relative position vector is (-0.186172,0.170210,-0.220559), distance is 0.335078

Short distance in the pair potential!
Involved particles are 24 (type 0) and 28 (type 0).
Relative position vector is (0.723547,-0.057983,0.264010), distance is 0.772388

Short distance in the transfer function!
Involved particles are 24 (type 0) and 28 (type 0).
Relative position vector is (0.723547,-0.057983,0.264010), distance is 0.772388

Short distance in the pair potential!
Involved particles are 28 (type 0) and 24 (type 0).
Relative position vector is (-0.723547,0.057983,-0.264010), distance is 0.772388

Short distance in the transfer function!
Involved particles are 28 (type 0) and 24 (type 0).
Relative position vector is (-0.723547,0.057983,-0.264010), distance is 0.772388

Short distance in the embedding function!
Involved particles are 24 (type 0) and 28 (type 0).
Relative position vector is (0.723547,-0.057983,0.264010), distance is 0.772388

Short distance in the embedding function!
Involved particles are 28 (type 0) and 24 (type 0).
Relative position vector is (-0.723547,0.057983,-0.264010), distance is 0.772388

Short distance in the pair potential!
Involved particles are 20 (type 0) and 28 (type 0).
Relative position vector is (-0.196184,0.829380,-0.179765), distance is 0.871019

Short distance in the transfer function!
Involved particles are 20 (type 0) and 28 (type 0).
Relative position vector is (-0.196184,0.829380,-0.179765), distance is 0.871019

Short distance in the pair potential!
Involved particles are 28 (type 0) and 20 (type 0).
Relative position vector is (0.196184,-0.829380,0.179765), distance is 0.871019

Short distance in the transfer function!
Involved particles are 28 (type 0) and 20 (type 0).
Relative position vector is (0.196184,-0.829380,0.179765), distance is 0.871019

Short distance in the embedding function!
Involved particles are 20 (type 0) and 28 (type 0).
Relative position vector is (-0.196184,0.829380,-0.179765), distance is 0.871019

Short distance in the embedding function!
Involved particles are 28 (type 0) and 20 (type 0).
Relative position vector is (0.196184,-0.829380,0.179765), distance is 0.871019

Short distance in the pair potential!
Involved particles are 12 (type 0) and 28 (type 0).
Relative position vector is (0.018984,-0.380863,0.365761), distance is 0.528392

Short distance in the transfer function!
Involved particles are 12 (type 0) and 28 (type 0).
Relative position vector is (0.018984,-0.380863,0.365761), distance is 0.528392

Short distance in the pair potential!
Involved particles are 28 (type 0) and 12 (type 0).
Relative position vector is (-0.018984,0.380863,-0.365761), distance is 0.528392

Short distance in the transfer function!
Involved particles are 28 (type 0) and 12 (type 0).
Relative position vector is (-0.018984,0.380863,-0.365761), distance is 0.528392

Short distance in the embedding function!
Involved particles are 12 (type 0) and 28 (type 0).
Relative position vector is (0.018984,-0.380863,0.365761), distance is 0.528392

Short distance in the embedding function!
Involved particles are 28 (type 0) and 12 (type 0).
Relative position vector is (-0.018984,0.380863,-0.365761), distance is 0.528392

Short distance in the pair potential!
Involved particles are 25 (type 0) and 29 (type 0).
Relative position vector is (0.061338,-0.016711,0.014921), distance is 0.065302

Short distance in the transfer function!
Involved particles are 25 (type 0) and 29 (type 0).
Relative position vector is (0.061338,-0.016711,0.014921), distance is 0.065302

Short distance in the pair potential!
Involved particles are 29 (type 0) and 25 (type 0).
Relative position vector is (-0.061338,0.016711,-0.014921), distance is 0.065302

Short distance in the transfer function!
Involved particles are 29 (type 0) and 25 (type 0).
Relative position vector is (-0.061338,0.016711,-0.014921), distance is 0.065302

Short distance in the embedding function!
Involved particles are 25 (type 0) and 29 (type 0).
Relative position vector is (0.061338,-0.016711,0.014921), distance is 0.065302

Short distance in the embedding function!
Involved particles are 29 (type 0) and 25 (type 0).
Relative position vector is (-0.061338,0.016711,-0.014921), distance is 0.065302

Short distance in the pair potential!
Involved particles are 21 (type 0) and 29 (type 0).
Relative position vector is (-0.191285,0.322053,0.273239), distance is 0.463646

Short distance in the transfer function!
Involved particles are 21 (type 0) and 29 (type 0).
Relative position vector is (-0.191285,0.322053,0.273239), distance is 0.463646

Short distance in the pair potential!
Involved particles are 29 (type 0) and 21 (type 0).
Relative position vector is (0.191285,-0.322053,-0.273239), distance is 0.463646

Short distance in the transfer function!
Involved particles are 29 (type 0) and 21 (type 0).
Relative position vector is (0.191285,-0.322053,-0.273239), distance is 0.463646

Short distance in the embedding function!
Involved particles are 21 (type 0) and 29 (type 0).
Relative position vector is (-0.191285,0.322053,0.273239), distance is 0.463646

Short distance in the embedding function!
Involved particles are 29 (type 0) and 21 (type 0).
Relative position vector is (0.191285,-0.322053,-0.273239), distance is 0.463646

Short distance in the pair potential!
Involved particles are 13 (type 0) and 29 (type 0).
Relative position vector is (0.050469,-0.034229,0.886589), distance is 0.888684

Short distance in the transfer function!
Involved particles are 13 (type 0) and 29 (type 0).
Relative position vector is (0.050469,-0.034229,0.886589), distance is 0.888684

Short distance in the pair potential!
Involved particles are 29 (type 0) and 13 (type 0).
Relative position vector is (-0.050469,0.034229,-0.886589), distance is 0.888684

Short distance in the transfer function!
Involved particles are 29 (type 0) and 13 (type 0).
Relative position vector is (-0.050469,0.034229,-0.886589), distance is 0.888684

Short distance in the embedding function!
Involved particles are 13 (type 0) and 29 (type 0).
Relative position vector is (0.050469,-0.034229,0.886589), distance is 0.888684

Short distance in the embedding function!
Involved particles are 29 (type 0) and 13 (type 0).
Relative position vector is (-0.050469,0.034229,-0.886589), distance is 0.888684

Short distance in the pair potential!
Involved particles are 26 (type 0) and 30 (type 0).
Relative position vector is (0.212040,-0.309156,-0.432802), distance is 0.572587

Short distance in the transfer function!
Involved particles are 26 (type 0) and 30 (type 0).
Relative position vector is (0.212040,-0.309156,-0.432802), distance is 0.572587

Short distance in the pair potential!
Involved particles are 30 (type 0) and 26 (type 0).
Relative position vector is (-0.212040,0.309156,0.432802), distance is 0.572587

Short distance in the transfer function!
Involved particles are 30 (type 0) and 26 (type 0).
Relative position vector is (-0.212040,0.309156,0.432802), distance is 0.572587

Short distance in the embedding function!
Involved particles are 26 (type 0) and 30 (type 0).
Relative position vector is (0.212040,-0.309156,-0.432802), distance is 0.572587

Short distance in the embedding function!
Involved particles are 30 (type 0) and 26 (type 0).
Relative position vector is (-0.212040,0.309156,0.432802), distance is 0.572587

Short distance in the pair potential!
Involved particles are 22 (type 0) and 30 (type 0).
Relative position vector is (-0.139300,0.726498,-0.256547), distance is 0.782956

Short distance in the transfer function!
Involved particles are 22 (type 0) and 30 (type 0).
Relative position vector is (-0.139300,0.726498,-0.256547), distance is 0.782956

Short distance in the pair potential!
Involved particles are 30 (type 0) and 22 (type 0).
Relative position vector is (0.139300,-0.726498,0.256547), distance is 0.782956

Short distance in the transfer function!
Involved particles are 30 (type 0) and 22 (type 0).
Relative position vector is (0.139300,-0.726498,0.256547), distance is 0.782956

Short distance in the embedding function!
Involved particles are 22 (type 0) and 30 (type 0).
Relative position vector is (-0.139300,0.726498,-0.256547), distance is 0.782956

Short distance in the embedding function!
Involved particles are 30 (type 0) and 22 (type 0).
Relative position vector is (0.139300,-0.726498,0.256547), distance is 0.782956

Short distance in the pair potential!
Involved particles are 14 (type 0) and 30 (type 0).
Relative position vector is (0.014815,0.132629,-0.092043), distance is 0.162117

Short distance in the transfer function!
Involved particles are 14 (type 0) and 30 (type 0).
Relative position vector is (0.014815,0.132629,-0.092043), distance is 0.162117

Short distance in the pair potential!
Involved particles are 30 (type 0) and 14 (type 0).
Relative position vector is (-0.014815,-0.132629,0.092043), distance is 0.162117

Short distance in the transfer function!
Involved particles are 30 (type 0) and 14 (type 0).
Relative position vector is (-0.014815,-0.132629,0.092043), distance is 0.162117

Short distance in the embedding function!
Involved particles are 14 (type 0) and 30 (type 0).
Relative position vector is (0.014815,0.132629,-0.092043), distance is 0.162117

Short distance in the embedding function!
Involved particles are 30 (type 0) and 14 (type 0).
Relative position vector is (-0.014815,-0.132629,0.092043), distance is 0.162117

Short distance in the pair potential!
Involved particles are 27 (type 0) and 31 (type 0).
Relative position vector is (0.386901,-0.071286,-0.006175), distance is 0.393462

Short distance in the transfer function!
Involved particles are 27 (type 0) and 31 (type 0).
Relative position vector is (0.386901,-0.071286,-0.006175), distance is 0.393462

Short distance in the pair potential!
Involved particles are 31 (type 0) and 27 (type 0).
Relative position vector is (-0.386901,0.071286,0.006175), distance is 0.393462

Short distance in the transfer function!
Involved particles are 31 (type 0) and 27 (type 0).
Relative position vector is (-0.386901,0.071286,0.006175), distance is 0.393462

Short distance in the embedding function!
Involved particles are 27 (type 0) and 31 (type 0).
Relative position vector is (0.386901,-0.071286,-0.006175), distance is 0.393462

Short distance in the embedding function!
Involved particles are 31 (type 0) and 27 (type 0).
Relative position vector is (-0.386901,0.071286,0.006175), distance is 0.393462

Short distance in the pair potential!
Involved particles are 23 (type 0) and 31 (type 0).
Relative position vector is (-0.128852,0.180771,-0.261565), distance is 0.343070

Short distance in the transfer function!
Involved particles are 23 (type 0) and 31 (type 0).
Relative position vector is (-0.128852,0.180771,-0.261565), distance is 0.343070

Short distance in the pair potential!
Involved particles are 31 (type 0) and 23 (type 0).
Relative position vector is (0.128852,-0.180771,0.261565), distance is 0.343070

Short distance in the transfer function!
Involved particles are 31 (type 0) and 23 (type 0).
Relative position vector is (0.128852,-0.180771,0.261565), distance is 0.343070

Short distance in the embedding function!
Involved particles are 23 (type 0) and 31 (type 0).
Relative position vector is (-0.128852,0.180771,-0.261565), distance is 0.343070

Short distance in the embedding function!
Involved particles are 31 (type 0) and 23 (type 0).
Relative position vector is (0.128852,-0.180771,0.261565), distance is 0.343070

Short distance in the pair potential!
Involved particles are 15 (type 0) and 31 (type 0).
Relative position vector is (0.024462,-0.066741,0.013497), distance is 0.072353

Short distance in the transfer function!
Involved particles are 15 (type 0) and 31 (type 0).
Relative position vector is (0.024462,-0.066741,0.013497), distance is 0.072353

Short distance in the pair potential!
Involved particles are 31 (type 0) and 15 (type 0).
Relative position vector is (-0.024462,0.066741,-0.013497), distance is 0.072353

Short distance in the transfer function!
Involved particles are 31 (type 0) and 15 (type 0).
Relative position vector is (-0.024462,0.066741,-0.013497), distance is 0.072353

Short distance in the embedding function!
Involved particles are 15 (type 0) and 31 (type 0).
Relative position vector is (0.024462,-0.066741,0.013497), distance is 0.072353

Short distance in the embedding function!
Involved particles are 31 (type 0) and 15 (type 0).
Relative position vector is (-0.024462,0.066741,-0.013497), distance is 0.072353

Short distance in the pair potential!
Involved particles are 0 (type 2) and 4 (type 2).
Relative position vector is (0.976655,-0.006728,0.332035), distance is 1.031575

Short distance in the transfer function!
Involved particles are 0 (type 2) and 4 (type 2).
Relative position vector is (0.976655,-0.006728,0.332035), distance is 1.031575

Short distance in the pair potential!
Involved particles are 4 (type 2) and 0 (type 2).
Relative position vector is (-0.976655,0.006728,-0.332035), distance is 1.031575

Short distance in the transfer function!
Involved particles are 4 (type 2) and 0 (type 2).
Relative position vector is (-0.976655,0.006728,-0.332035), distance is 1.031575

Short distance in the embedding function!
Involved particles are 0 (type 2) and 4 (type 2).
Relative position vector is (0.976655,-0.006728,0.332035), distance is 1.031575

Short distance in the embedding function!
Involved particles are 4 (type 2) and 0 (type 2).
Relative position vector is (-0.976655,0.006728,-0.332035), distance is 1.031575

Short distance in the pair potential!
Involved particles are 1 (type 2) and 5 (type 2).
Relative position vector is (0.142468,0.279402,0.483383), distance is 0.576213

Short distance in the transfer function!
Involved particles are 1 (type 2) and 5 (type 2).
Relative position vector is (0.142468,0.279402,0.483383), distance is 0.576213

Short distance in the pair potential!
Involved particles are 5 (type 2) and 1 (type 2).
Relative position vector is (-0.142468,-0.279402,-0.483383), distance is 0.576213

Short distance in the transfer function!
Involved particles are 5 (type 2) and 1 (type 2).
Relative position vector is (-0.142468,-0.279402,-0.483383), distance is 0.576213

Short distance in the embedding function!
Involved particles are 1 (type 2) and 5 (type 2).
Relative position vector is (0.142468,0.279402,0.483383), distance is 0.576213

Short distance in the embedding function!
Involved particles are 5 (type 2) and 1 (type 2).
Relative position vector is (-0.142468,-0.279402,-0.483383), distance is 0.576213

Short distance in the pair potential!
Involved particles are 2 (type 2) and 6 (type 2).
Relative position vector is (-0.019846,-0.009688,-0.012225), distance is 0.025242

Short distance in the transfer function!
Involved particles are 2 (type 2) and 6 (type 2).
Relative position vector is (-0.019846,-0.009688,-0.012225), distance is 0.025242

Short distance in the pair potential!
Involved particles are 6 (type 2) and 2 (type 2).
Relative position vector is (0.019846,0.009688,0.012225), distance is 0.025242

Short distance in the transfer function!
Involved particles are 6 (type 2) and 2 (type 2).
Relative position vector is (0.019846,0.009688,0.012225), distance is 0.025242

Short distance in the embedding function!
Involved particles are 2 (type 2) and 6 (type 2).
Relative position vector is (-0.019846,-0.009688,-0.012225), distance is 0.025242

Short distance in the embedding function!
Involved particles are 6 (type 2) and 2 (type 2).
Relative position vector is (0.019846,0.009688,0.012225), distance is 0.025242

Short distance in the pair potential!
Involved particles are 3 (type 2) and 7 (type 2).
Relative position vector is (1.013631,0.114389,-0.210492), distance is 1.041556

Short distance in the transfer function!
Involved particles are 3 (type 2) and 7 (type 2).
Relative position vector is (1.013631,0.114389,-0.210492), distance is 1.041556

Short distance in the pair potential!
Involved particles are 7 (type 2) and 3 (type 2).
Relative position vector is (-1.013631,-0.114389,0.210492), distance is 1.041556

Short distance in the transfer function!
Involved particles are 7 (type 2) and 3 (type 2).
Relative position vector is (-1.013631,-0.114389,0.210492), distance is 1.041556

Short distance in the embedding function!
Involved particles are 3 (type 2) and 7 (type 2).
Relative position vector is (1.013631,0.114389,-0.210492), distance is 1.041556

Short distance in the embedding function!
Involved particles are 7 (type 2) and 3 (type 2).
Relative position vector is (-1.013631,-0.114389,0.210492), distance is 1.041556

Short distance in the pair potential!
Involved particles are 0 (type 2) and 8 (type 2).
Relative position vector is (0.452109,0.566424,0.013922), distance is 0.724868

Short distance in the transfer function!
Involved particles are 0 (type 2) and 8 (type 2).
Relative position vector is (0.452109,0.566424,0.013922), distance is 0.724868

Short distance in the pair potential!
Involved particles are 8 (type 2) and 0 (type 2).
Relative position vector is (-0.452109,-0.566424,-0.013922), distance is 0.724868

Short distance in the transfer function!
Involved particles are 8 (type 2) and 0 (type 2).
Relative position vector is (-0.452109,-0.566424,-0.013922), distance is 0.724868

Short distance in the embedding function!
Involved particles are 0 (type 2) and 8 (type 2).
Relative position vector is (0.452109,0.566424,0.013922), distance is 0.724868

Short distance in the embedding function!
Involved particles are 8 (type 2) and 0 (type 2).
Relative position vector is (-0.452109,-0.566424,-0.013922), distance is 0.724868

Short distance in the pair potential!
Involved particles are 1 (type 2) and 9 (type 2).
Relative position vector is (-0.213419,0.232233,0.069580), distance is 0.322988

Short distance in the transfer function!
Involved particles are 1 (type 2) and 9 (type 2).
Relative position vector is (-0.213419,0.232233,0.069580), distance is 0.322988

Short distance in the pair potential!
Involved particles are 9 (type 2) and 1 (type 2).
Relative position vector is (0.213419,-0.232233,-0.069580), distance is 0.322988

Short distance in the transfer function!
Involved particles are 9 (type 2) and 1 (type 2).
Relative position vector is (0.213419,-0.232233,-0.069580), distance is 0.322988

Short distance in the embedding function!
Involved particles are 1 (type 2) and 9 (type 2).
Relative position vector is (-0.213419,0.232233,0.069580), distance is 0.322988

Short distance in the embedding function!
Involved particles are 9 (type 2) and 1 (type 2).
Relative position vector is (0.213419,-0.232233,-0.069580), distance is 0.322988

Short distance in the pair potential!
Involved particles are 2 (type 2) and 10 (type 2).
Relative position vector is (-0.322009,0.839131,-0.029215), distance is 0.899269

Short distance in the transfer function!
Involved particles are 2 (type 2) and 10 (type 2).
Relative position vector is (-0.322009,0.839131,-0.029215), distance is 0.899269

Short distance in the pair potential!
Involved particles are 10 (type 2) and 2 (type 2).
Relative position vector is (0.322009,-0.839131,0.029215), distance is 0.899269

Short distance in the transfer function!
Involved particles are 10 (type 2) and 2 (type 2).
Relative position vector is (0.322009,-0.839131,0.029215), distance is 0.899269

Short distance in the embedding function!
Involved particles are 2 (type 2) and 10 (type 2).
Relative position vector is (-0.322009,0.839131,-0.029215), distance is 0.899269

Short distance in the embedding function!
Involved particles are 10 (type 2) and 2 (type 2).
Relative position vector is (0.322009,-0.839131,0.029215), distance is 0.899269

Short distance in the pair potential!
Involved particles are 3 (type 2) and 11 (type 2).
Relative position vector is (0.419399,0.206367,-0.148074), distance is 0.490315

Short distance in the transfer function!
Involved particles are 3 (type 2) and 11 (type 2).
Relative position vector is (0.419399,0.206367,-0.148074), distance is 0.490315

Short distance in the pair potential!
Involved particles are 11 (type 2) and 3 (type 2).
Relative position vector is (-0.419399,-0.206367,0.148074), distance is 0.490315

Short distance in the transfer function!
Involved particles are 11 (type 2) and 3 (type 2).
Relative position vector is (-0.419399,-0.206367,0.148074), distance is 0.490315

Short distance in the embedding function!
Involved particles are 3 (type 2) and 11 (type 2).
Relative position vector is (0.419399,0.206367,-0.148074), distance is 0.490315

Short distance in the embedding function!
Involved particles are 11 (type 2) and 3 (type 2).
Relative position vector is (-0.419399,-0.206367,0.148074), distance is 0.490315

Short distance in the pair potential!
Involved particles are 8 (type 2) and 12 (type 2).
Relative position vector is (0.485309,-0.037709,0.340062), distance is 0.593792

Short distance in the transfer function!
Involved particles are 8 (type 2) and 12 (type 2).
Relative position vector is (0.485309,-0.037709,0.340062), distance is 0.593792

Short distance in the pair potential!
Involved particles are 12 (type 2) and 8 (type 2).
Relative position vector is (-0.485309,0.037709,-0.340062), distance is 0.593792

Short distance in the transfer function!
Involved particles are 12 (type 2) and 8 (type 2).
Relative position vector is (-0.485309,0.037709,-0.340062), distance is 0.593792

Short distance in the embedding function!
Involved particles are 8 (type 2) and 12 (type 2).
Relative position vector is (0.485309,-0.037709,0.340062), distance is 0.593792

Short distance in the embedding function!
Involved particles are 12 (type 2) and 8 (type 2).
Relative position vector is (-0.485309,0.037709,-0.340062), distance is 0.593792

Short distance in the pair potential!
Involved particles are 4 (type 2) and 12 (type 2).
Relative position vector is (-0.064488,0.550742,0.021950), distance is 0.554939

Short distance in the transfer function!
Involved particles are 4 (type 2) and 12 (type 2).
Relative position vector is (-0.064488,0.550742,0.021950), distance is 0.554939

Short distance in the pair potential!
Involved particles are 12 (type 2) and 4 (type 2).
Relative position vector is (0.064488,-0.550742,-0.021950), distance is 0.554939

Short distance in the transfer function!
Involved particles are 12 (type 2) and 4 (type 2).
Relative position vector is (0.064488,-0.550742,-0.021950), distance is 0.554939

Short distance in the embedding function!
Involved particles are 4 (type 2) and 12 (type 2).
Relative position vector is (-0.064488,0.550742,0.021950), distance is 0.554939

Short distance in the embedding function!
Involved particles are 12 (type 2) and 4 (type 2).
Relative position vector is (0.064488,-0.550742,-0.021950), distance is 0.554939

Short distance in the pair potential!
Involved particles are 9 (type 2) and 13 (type 2).
Relative position vector is (0.277481,0.371578,-0.187359), distance is 0.500170

Short distance in the transfer function!
Involved particles are 9 (type 2) and 13 (type 2).
Relative position vector is (0.277481,0.371578,-0.187359), distance is 0.500170

Short distance in the pair potential!
Involved particles are 13 (type 2) and 9 (type 2).
Relative position vector is (-0.277481,-0.371578,0.187359), distance is 0.500170

Short distance in the transfer function!
Involved particles are 13 (type 2) and 9 (type 2).
Relative position vector is (-0.277481,-0.371578,0.187359), distance is 0.500170

Short distance in the embedding function!
Involved particles are 9 (type 2) and 13 (type 2).
Relative position vector is (0.277481,0.371578,-0.187359), distance is 0.500170

Short distance in the embedding function!
Involved particles are 13 (type 2) and 9 (type 2).
Relative position vector is (-0.277481,-0.371578,0.187359), distance is 0.500170

Short distance in the pair potential!
Involved particles are 5 (type 2) and 13 (type 2).
Relative position vector is (-0.110057,0.216683,-0.601162), distance is 0.648429

Short distance in the transfer function!
Involved particles are 5 (type 2) and 13 (type 2).
Relative position vector is (-0.110057,0.216683,-0.601162), distance is 0.648429

Short distance in the pair potential!
Involved particles are 13 (type 2) and 5 (type 2).
Relative position vector is (0.110057,-0.216683,0.601162), distance is 0.648429

Short distance in the transfer function!
Involved particles are 13 (type 2) and 5 (type 2).
Relative position vector is (0.110057,-0.216683,0.601162), distance is 0.648429

Short distance in the embedding function!
Involved particles are 5 (type 2) and 13 (type 2).
Relative position vector is (-0.110057,0.216683,-0.601162), distance is 0.648429

Short distance in the embedding function!
Involved particles are 13 (type 2) and 5 (type 2).
Relative position vector is (0.110057,-0.216683,0.601162), distance is 0.648429

Short distance in the pair potential!
Involved particles are 10 (type 2) and 14 (type 2).
Relative position vector is (0.217316,0.277517,0.173846), distance is 0.393019

Short distance in the transfer function!
Involved particles are 10 (type 2) and 14 (type 2).
Relative position vector is (0.217316,0.277517,0.173846), distance is 0.393019

Short distance in the pair potential!
Involved particles are 14 (type 2) and 10 (type 2).
Relative position vector is (-0.217316,-0.277517,-0.173846), distance is 0.393019

Short distance in the transfer function!
Involved particles are 14 (type 2) and 10 (type 2).
Relative position vector is (-0.217316,-0.277517,-0.173846), distance is 0.393019

Short distance in the embedding function!
Involved particles are 10 (type 2) and 14 (type 2).
Relative position vector is (0.217316,0.277517,0.173846), distance is 0.393019

Short distance in the embedding function!
Involved particles are 14 (type 2) and 10 (type 2).
Relative position vector is (-0.217316,-0.277517,-0.173846), distance is 0.393019

Short distance in the pair potential!
Involved particles are 6 (type 2) and 14 (type 2).
Relative position vector is (-0.119387,1.019839,0.156856), distance is 1.038715

Short distance in the transfer function!
Involved particles are 6 (type 2) and 14 (type 2).
Relative position vector is (-0.119387,1.019839,0.156856), distance is 1.038715

Short distance in the pair potential!
Involved particles are 14 (type 2) and 6 (type 2).
Relative position vector is (0.119387,-1.019839,-0.156856), distance is 1.038715

Short distance in the transfer function!
Involved particles are 14 (type 2) and 6 (type 2).
Relative position vector is (0.119387,-1.019839,-0.156856), distance is 1.038715

Short distance in the embedding function!
Involved particles are 6 (type 2) and 14 (type 2).
Relative position vector is (-0.119387,1.019839,0.156856), distance is 1.038715

Short distance in the embedding function!
Involved particles are 14 (type 2) and 6 (type 2).
Relative position vector is (0.119387,-1.019839,-0.156856), distance is 1.038715

Short distance in the pair potential!
Involved particles are 11 (type 2) and 15 (type 2).
Relative position vector is (0.294384,-0.012118,0.170278), distance is 0.340299

Short distance in the transfer function!
Involved particles are 11 (type 2) and 15 (type 2).
Relative position vector is (0.294384,-0.012118,0.170278), distance is 0.340299

Short distance in the pair potential!
Involved particles are 15 (type 2) and 11 (type 2).
Relative position vector is (-0.294384,0.012118,-0.170278), distance is 0.340299

Short distance in the transfer function!
Involved particles are 15 (type 2) and 11 (type 2).
Relative position vector is (-0.294384,0.012118,-0.170278), distance is 0.340299

Short distance in the embedding function!
Involved particles are 11 (type 2) and 15 (type 2).
Relative position vector is (0.294384,-0.012118,0.170278), distance is 0.340299

Short distance in the embedding function!
Involved particles are 15 (type 2) and 11 (type 2).
Relative position vector is (-0.294384,0.012118,-0.170278), distance is 0.340299

Short distance in the pair potential!
Involved particles are 7 (type 2) and 15 (type 2).
Relative position vector is (-0.497426,0.083274,0.232696), distance is 0.555441

Short distance in the transfer function!
Involved particles are 7 (type 2) and 15 (type 2).
Relative position vector is (-0.497426,0.083274,0.232696), distance is 0.555441

Short distance in the pair potential!
Involved particles are 15 (type 2) and 7 (type 2).
Relative position vector is (0.497426,-0.083274,-0.232696), distance is 0.555441

Short distance in the transfer function!
Involved particles are 15 (type 2) and 7 (type 2).
Relative position vector is (0.497426,-0.083274,-0.232696), distance is 0.555441

Short distance in the embedding function!
Involved particles are 7 (type 2) and 15 (type 2).
Relative position vector is (-0.497426,0.083274,0.232696), distance is 0.555441

Short distance in the embedding function!
Involved particles are 15 (type 2) and 7 (type 2).
Relative position vector is (0.497426,-0.083274,-0.232696), distance is 0.555441

Short distance in the pair potential!
Involved particles are 0 (type 2) and 16 (type 2).
Relative position vector is (-0.137403,-0.419395,0.864423), distance is 0.970567

Short distance in the transfer function!
Involved particles are 0 (type 2) and 16 (type 2).
Relative position vector is (-0.137403,-0.419395,0.864423), distance is 0.970567

Short distance in the pair potential!
Involved particles are 16 (type 2) and 0 (type 2).
Relative position vector is (0.137403,0.419395,-0.864423), distance is 0.970567

Short distance in the transfer function!
Involved particles are 16 (type 2) and 0 (type 2).
Relative position vector is (0.137403,0.419395,-0.864423), distance is 0.970567

Short distance in the embedding function!
Involved particles are 0 (type 2) and 16 (type 2).
Relative position vector is (-0.137403,-0.419395,0.864423), distance is 0.970567

Short distance in the embedding function!
Involved particles are 16 (type 2) and 0 (type 2).
Relative position vector is (0.137403,0.419395,-0.864423), distance is 0.970567

Short distance in the pair potential!
Involved particles are 1 (type 2) and 17 (type 2).
Relative position vector is (-0.037536,0.484941,0.763587), distance is 0.905341

Short distance in the transfer function!
Involved particles are 1 (type 2) and 17 (type 2).
Relative position vector is (-0.037536,0.484941,0.763587), distance is 0.905341

Short distance in the pair potential!
Involved particles are 17 (type 2) and 1 (type 2).
Relative position vector is (0.037536,-0.484941,-0.763587), distance is 0.905341

Short distance in the transfer function!
Involved particles are 17 (type 2) and 1 (type 2).
Relative position vector is (0.037536,-0.484941,-0.763587), distance is 0.905341

Short distance in the embedding function!
Involved particles are 1 (type 2) and 17 (type 2).
Relative position vector is (-0.037536,0.484941,0.763587), distance is 0.905341

Short distance in the embedding function!
Involved particles are 17 (type 2) and 1 (type 2).
Relative position vector is (0.037536,-0.484941,-0.763587), distance is 0.905341

Short distance in the pair potential!
Involved particles are 18 (type 2) and 22 (type 2).
Relative position vector is (0.918974,-0.314445,0.035545), distance is 0.971932

Short distance in the transfer function!
Involved particles are 18 (type 2) and 22 (type 2).
Relative position vector is (0.918974,-0.314445,0.035545), distance is 0.971932

Short distance in the pair potential!
Involved particles are 22 (type 2) and 18 (type 2).
Relative position vector is (-0.918974,0.314445,-0.035545), distance is 0.971932

Short distance in the transfer function!
Involved particles are 22 (type 2) and 18 (type 2).
Relative position vector is (-0.918974,0.314445,-0.035545), distance is 0.971932

Short distance in the embedding function!
Involved particles are 18 (type 2) and 22 (type 2).
Relative position vector is (0.918974,-0.314445,0.035545), distance is 0.971932

Short distance in the embedding function!
Involved particles are 22 (type 2) and 18 (type 2).
Relative position vector is (-0.918974,0.314445,-0.035545), distance is 0.971932

Short distance in the pair potential!
Involved particles are 2 (type 2) and 18 (type 2).
Relative position vector is (0.265961,0.162229,0.029934), distance is 0.312969

Short distance in the transfer function!
Involved particles are 2 (type 2) and 18 (type 2).
Relative position vector is (0.265961,0.162229,0.029934), distance is 0.312969

Short distance in the pair potential!
Involved particles are 18 (type 2) and 2 (type 2).
Relative position vector is (-0.265961,-0.162229,-0.029934), distance is 0.312969

Short distance in the transfer function!
Involved particles are 18 (type 2) and 2 (type 2).
Relative position vector is (-0.265961,-0.162229,-0.029934), distance is 0.312969

Short distance in the embedding function!
Involved particles are 2 (type 2) and 18 (type 2).
Relative position vector is (0.265961,0.162229,0.029934), distance is 0.312969

Short distance in the embedding function!
Involved particles are 18 (type 2) and 2 (type 2).
Relative position vector is (-0.265961,-0.162229,-0.029934), distance is 0.312969

Short distance in the pair potential!
Involved particles are 3 (type 2) and 19 (type 2).
Relative position vector is (0.529306,0.056962,-0.027019), distance is 0.533047

Short distance in the transfer function!
Involved particles are 3 (type 2) and 19 (type 2).
Relative position vector is (0.529306,0.056962,-0.027019), distance is 0.533047

Short distance in the pair potential!
Involved particles are 19 (type 2) and 3 (type 2).
Relative position vector is (-0.529306,-0.056962,0.027019), distance is 0.533047

Short distance in the transfer function!
Involved particles are 19 (type 2) and 3 (type 2).
Relative position vector is (-0.529306,-0.056962,0.027019), distance is 0.533047

Short distance in the embedding function!
Involved particles are 3 (type 2) and 19 (type 2).
Relative position vector is (0.529306,0.056962,-0.027019), distance is 0.533047

Short distance in the embedding function!
Involved particles are 19 (type 2) and 3 (type 2).
Relative position vector is (-0.529306,-0.056962,0.027019), distance is 0.533047

Short distance in the pair potential!
Involved particles are 16 (type 2) and 20 (type 2).
Relative position vector is (0.938391,0.302062,0.528206), distance is 1.118401

Short distance in the pair potential!
Involved particles are 20 (type 2) and 16 (type 2).
Relative position vector is (-0.938391,-0.302062,-0.528206), distance is 1.118401

Short distance in the pair potential!
Involved particles are 4 (type 2) and 20 (type 2).
Relative position vector is (-0.293090,-0.110605,0.853653), distance is 0.909318

Short distance in the transfer function!
Involved particles are 4 (type 2) and 20 (type 2).
Relative position vector is (-0.293090,-0.110605,0.853653), distance is 0.909318

Short distance in the pair potential!
Involved particles are 20 (type 2) and 4 (type 2).
Relative position vector is (0.293090,0.110605,-0.853653), distance is 0.909318

Short distance in the transfer function!
Involved particles are 20 (type 2) and 4 (type 2).
Relative position vector is (0.293090,0.110605,-0.853653), distance is 0.909318

Short distance in the embedding function!
Involved particles are 4 (type 2) and 20 (type 2).
Relative position vector is (-0.293090,-0.110605,0.853653), distance is 0.909318

Short distance in the embedding function!
Involved particles are 20 (type 2) and 4 (type 2).
Relative position vector is (0.293090,0.110605,-0.853653), distance is 0.909318

Short distance in the pair potential!
Involved particles are 17 (type 2) and 21 (type 2).
Relative position vector is (0.215690,-0.328610,0.001786), distance is 0.393077

Short distance in the transfer function!
Involved particles are 17 (type 2) and 21 (type 2).
Relative position vector is (0.215690,-0.328610,0.001786), distance is 0.393077

Short distance in the pair potential!
Involved particles are 21 (type 2) and 17 (type 2).
Relative position vector is (-0.215690,0.328610,-0.001786), distance is 0.393077

Short distance in the transfer function!
Involved particles are 21 (type 2) and 17 (type 2).
Relative position vector is (-0.215690,0.328610,-0.001786), distance is 0.393077

Short distance in the embedding function!
Involved particles are 17 (type 2) and 21 (type 2).
Relative position vector is (0.215690,-0.328610,0.001786), distance is 0.393077

Short distance in the embedding function!
Involved particles are 21 (type 2) and 17 (type 2).
Relative position vector is (-0.215690,0.328610,-0.001786), distance is 0.393077

Short distance in the pair potential!
Involved particles are 5 (type 2) and 21 (type 2).
Relative position vector is (0.049862,-0.123071,0.281252), distance is 0.311023

Short distance in the transfer function!
Involved particles are 5 (type 2) and 21 (type 2).
Relative position vector is (0.049862,-0.123071,0.281252), distance is 0.311023

Short distance in the pair potential!
Involved particles are 21 (type 2) and 5 (type 2).
Relative position vector is (-0.049862,0.123071,-0.281252), distance is 0.311023

Short distance in the transfer function!
Involved particles are 21 (type 2) and 5 (type 2).
Relative position vector is (-0.049862,0.123071,-0.281252), distance is 0.311023

Short distance in the embedding function!
Involved particles are 5 (type 2) and 21 (type 2).
Relative position vector is (0.049862,-0.123071,0.281252), distance is 0.311023

Short distance in the embedding function!
Involved particles are 21 (type 2) and 5 (type 2).
Relative position vector is (-0.049862,0.123071,-0.281252), distance is 0.311023

Short distance in the pair potential!
Involved particles are 18 (type 2) and 22 (type 2).
Relative position vector is (-0.460467,-0.314445,0.035545), distance is 0.558721

Short distance in the transfer function!
Involved particles are 18 (type 2) and 22 (type 2).
Relative position vector is (-0.460467,-0.314445,0.035545), distance is 0.558721

Short distance in the pair potential!
Involved particles are 22 (type 2) and 18 (type 2).
Relative position vector is (0.460467,0.314445,-0.035545), distance is 0.558721

Short distance in the transfer function!
Involved particles are 22 (type 2) and 18 (type 2).
Relative position vector is (0.460467,0.314445,-0.035545), distance is 0.558721

Short distance in the embedding function!
Involved particles are 18 (type 2) and 22 (type 2).
Relative position vector is (-0.460467,-0.314445,0.035545), distance is 0.558721

Short distance in the embedding function!
Involved particles are 22 (type 2) and 18 (type 2).
Relative position vector is (0.460467,0.314445,-0.035545), distance is 0.558721

Short distance in the pair potential!
Involved particles are 6 (type 2) and 22 (type 2).
Relative position vector is (-0.246702,-0.142529,0.067439), distance is 0.292787

Short distance in the transfer function!
Involved particles are 6 (type 2) and 22 (type 2).
Relative position vector is (-0.246702,-0.142529,0.067439), distance is 0.292787

Short distance in the pair potential!
Involved particles are 22 (type 2) and 6 (type 2).
Relative position vector is (0.246702,0.142529,-0.067439), distance is 0.292787

Short distance in the transfer function!
Involved particles are 22 (type 2) and 6 (type 2).
Relative position vector is (0.246702,0.142529,-0.067439), distance is 0.292787

Short distance in the embedding function!
Involved particles are 6 (type 2) and 22 (type 2).
Relative position vector is (-0.246702,-0.142529,0.067439), distance is 0.292787

Short distance in the embedding function!
Involved particles are 22 (type 2) and 6 (type 2).
Relative position vector is (0.246702,0.142529,-0.067439), distance is 0.292787

Short distance in the pair potential!
Involved particles are 19 (type 2) and 23 (type 2).
Relative position vector is (0.151222,0.267594,-0.152666), distance is 0.343193

Short distance in the transfer function!
Involved particles are 19 (type 2) and 23 (type 2).
Relative position vector is (0.151222,0.267594,-0.152666), distance is 0.343193

Short distance in the pair potential!
Involved particles are 23 (type 2) and 19 (type 2).
Relative position vector is (-0.151222,-0.267594,0.152666), distance is 0.343193

Short distance in the transfer function!
Involved particles are 23 (type 2) and 19 (type 2).
Relative position vector is (-0.151222,-0.267594,0.152666), distance is 0.343193

Short distance in the embedding function!
Involved particles are 19 (type 2) and 23 (type 2).
Relative position vector is (0.151222,0.267594,-0.152666), distance is 0.343193

Short distance in the embedding function!
Involved particles are 23 (type 2) and 19 (type 2).
Relative position vector is (-0.151222,-0.267594,0.152666), distance is 0.343193

Short distance in the pair potential!
Involved particles are 7 (type 2) and 23 (type 2).
Relative position vector is (-0.554763,0.210167,0.075286), distance is 0.597996

Short distance in the transfer function!
Involved particles are 7 (type 2) and 23 (type 2).
Relative position vector is (-0.554763,0.210167,0.075286), distance is 0.597996

Short distance in the pair potential!
Involved particles are 23 (type 2) and 7 (type 2).
Relative position vector is (0.554763,-0.210167,-0.075286), distance is 0.597996

Short distance in the transfer function!
Involved particles are 23 (type 2) and 7 (type 2).
Relative position vector is (0.554763,-0.210167,-0.075286), distance is 0.597996

Short distance in the embedding function!
Involved particles are 7 (type 2) and 23 (type 2).
Relative position vector is (-0.554763,0.210167,0.075286), distance is 0.597996

Short distance in the embedding function!
Involved particles are 23 (type 2) and 7 (type 2).
Relative position vector is (0.554763,-0.210167,-0.075286), distance is 0.597996

Short distance in the pair potential!
Involved particles are 16 (type 2) and 24 (type 2).
Relative position vector is (0.191780,1.022868,0.024493), distance is 1.040979

Short distance in the transfer function!
Involved particles are 16 (type 2) and 24 (type 2).
Relative position vector is (0.191780,1.022868,0.024493), distance is 1.040979

Short distance in the pair potential!
Involved particles are 24 (type 2) and 16 (type 2).
Relative position vector is (-0.191780,-1.022868,-0.024493), distance is 1.040979

Short distance in the transfer function!
Involved particles are 24 (type 2) and 16 (type 2).
Relative position vector is (-0.191780,-1.022868,-0.024493), distance is 1.040979

Short distance in the embedding function!
Involved particles are 16 (type 2) and 24 (type 2).
Relative position vector is (0.191780,1.022868,0.024493), distance is 1.040979

Short distance in the embedding function!
Involved particles are 24 (type 2) and 16 (type 2).
Relative position vector is (-0.191780,-1.022868,-0.024493), distance is 1.040979

Short distance in the pair potential!
Involved particles are 8 (type 2) and 24 (type 2).
Relative position vector is (-0.397732,0.061916,0.864909), distance is 0.953988

Short distance in the transfer function!
Involved particles are 8 (type 2) and 24 (type 2).
Relative position vector is (-0.397732,0.061916,0.864909), distance is 0.953988

Short distance in the pair potential!
Involved particles are 24 (type 2) and 8 (type 2).
Relative position vector is (0.397732,-0.061916,-0.864909), distance is 0.953988

Short distance in the transfer function!
Involved particles are 24 (type 2) and 8 (type 2).
Relative position vector is (0.397732,-0.061916,-0.864909), distance is 0.953988

Short distance in the embedding function!
Involved particles are 8 (type 2) and 24 (type 2).
Relative position vector is (-0.397732,0.061916,0.864909), distance is 0.953988

Short distance in the embedding function!
Involved particles are 24 (type 2) and 8 (type 2).
Relative position vector is (0.397732,-0.061916,-0.864909), distance is 0.953988

Short distance in the pair potential!
Involved particles are 25 (type 2) and 29 (type 2).
Relative position vector is (1.064722,-0.171595,-0.207761), distance is 1.098291

Short distance in the pair potential!
Involved particles are 29 (type 2) and 25 (type 2).
Relative position vector is (-1.064722,0.171595,0.207761), distance is 1.098291

Short distance in the pair potential!
Involved particles are 17 (type 2) and 25 (type 2).
Relative position vector is (0.483745,-0.087746,0.110902), distance is 0.503992

Short distance in the transfer function!
Involved particles are 17 (type 2) and 25 (type 2).
Relative position vector is (0.483745,-0.087746,0.110902), distance is 0.503992

Short distance in the pair potential!
Involved particles are 25 (type 2) and 17 (type 2).
Relative position vector is (-0.483745,0.087746,-0.110902), distance is 0.503992

Short distance in the transfer function!
Involved particles are 25 (type 2) and 17 (type 2).
Relative position vector is (-0.483745,0.087746,-0.110902), distance is 0.503992

Short distance in the embedding function!
Involved particles are 17 (type 2) and 25 (type 2).
Relative position vector is (0.483745,-0.087746,0.110902), distance is 0.503992

Short distance in the embedding function!
Involved particles are 25 (type 2) and 17 (type 2).
Relative position vector is (-0.483745,0.087746,-0.110902), distance is 0.503992

Short distance in the pair potential!
Involved particles are 9 (type 2) and 25 (type 2).
Relative position vector is (0.659628,0.233264,0.759597), distance is 1.032719

Short distance in the transfer function!
Involved particles are 9 (type 2) and 25 (type 2).
Relative position vector is (0.659628,0.233264,0.759597), distance is 1.032719

Short distance in the pair potential!
Involved particles are 25 (type 2) and 9 (type 2).
Relative position vector is (-0.659628,-0.233264,-0.759597), distance is 1.032719

Short distance in the transfer function!
Involved particles are 25 (type 2) and 9 (type 2).
Relative position vector is (-0.659628,-0.233264,-0.759597), distance is 1.032719

Short distance in the embedding function!
Involved particles are 9 (type 2) and 25 (type 2).
Relative position vector is (0.659628,0.233264,0.759597), distance is 1.032719

Short distance in the embedding function!
Involved particles are 25 (type 2) and 9 (type 2).
Relative position vector is (-0.659628,-0.233264,-0.759597), distance is 1.032719

Short distance in the pair potential!
Involved particles are 18 (type 2) and 26 (type 2).
Relative position vector is (-0.269031,0.527412,0.196693), distance is 0.623882

Short distance in the transfer function!
Involved particles are 18 (type 2) and 26 (type 2).
Relative position vector is (-0.269031,0.527412,0.196693), distance is 0.623882

Short distance in the pair potential!
Involved particles are 26 (type 2) and 18 (type 2).
Relative position vector is (0.269031,-0.527412,-0.196693), distance is 0.623882

Short distance in the transfer function!
Involved particles are 26 (type 2) and 18 (type 2).
Relative position vector is (0.269031,-0.527412,-0.196693), distance is 0.623882

Short distance in the embedding function!
Involved particles are 18 (type 2) and 26 (type 2).
Relative position vector is (-0.269031,0.527412,0.196693), distance is 0.623882

Short distance in the embedding function!
Involved particles are 26 (type 2) and 18 (type 2).
Relative position vector is (0.269031,-0.527412,-0.196693), distance is 0.623882

Short distance in the pair potential!
Involved particles are 10 (type 2) and 26 (type 2).
Relative position vector is (0.318939,-0.250918,0.199686), distance is 0.452280

Short distance in the transfer function!
Involved particles are 10 (type 2) and 26 (type 2).
Relative position vector is (0.318939,-0.250918,0.199686), distance is 0.452280

Short distance in the pair potential!
Involved particles are 26 (type 2) and 10 (type 2).
Relative position vector is (-0.318939,0.250918,-0.199686), distance is 0.452280

Short distance in the transfer function!
Involved particles are 26 (type 2) and 10 (type 2).
Relative position vector is (-0.318939,0.250918,-0.199686), distance is 0.452280

Short distance in the embedding function!
Involved particles are 10 (type 2) and 26 (type 2).
Relative position vector is (0.318939,-0.250918,0.199686), distance is 0.452280

Short distance in the embedding function!
Involved particles are 26 (type 2) and 10 (type 2).
Relative position vector is (-0.318939,0.250918,-0.199686), distance is 0.452280

Short distance in the pair potential!
Involved particles are 19 (type 2) and 27 (type 2).
Relative position vector is (-0.398302,0.102465,0.027604), distance is 0.412196

Short distance in the transfer function!
Involved particles are 19 (type 2) and 27 (type 2).
Relative position vector is (-0.398302,0.102465,0.027604), distance is 0.412196

Short distance in the pair potential!
Involved particles are 27 (type 2) and 19 (type 2).
Relative position vector is (0.398302,-0.102465,-0.027604), distance is 0.412196

Short distance in the transfer function!
Involved particles are 27 (type 2) and 19 (type 2).
Relative position vector is (0.398302,-0.102465,-0.027604), distance is 0.412196

Short distance in the embedding function!
Involved particles are 19 (type 2) and 27 (type 2).
Relative position vector is (-0.398302,0.102465,0.027604), distance is 0.412196

Short distance in the embedding function!
Involved particles are 27 (type 2) and 19 (type 2).
Relative position vector is (0.398302,-0.102465,-0.027604), distance is 0.412196

Short distance in the pair potential!
Involved particles are 11 (type 2) and 27 (type 2).
Relative position vector is (-0.288395,-0.065453,0.140721), distance is 0.327503

Short distance in the transfer function!
Involved particles are 11 (type 2) and 27 (type 2).
Relative position vector is (-0.288395,-0.065453,0.140721), distance is 0.327503

Short distance in the pair potential!
Involved particles are 27 (type 2) and 11 (type 2).
Relative position vector is (0.288395,0.065453,-0.140721), distance is 0.327503

Short distance in the transfer function!
Involved particles are 27 (type 2) and 11 (type 2).
Relative position vector is (0.288395,0.065453,-0.140721), distance is 0.327503

Short distance in the embedding function!
Involved particles are 11 (type 2) and 27 (type 2).
Relative position vector is (-0.288395,-0.065453,0.140721), distance is 0.327503

Short distance in the embedding function!
Involved particles are 27 (type 2) and 11 (type 2).
Relative position vector is (0.288395,0.065453,-0.140721), distance is 0.327503

Short distance in the pair potential!
Involved particles are 24 (type 2) and 28 (type 2).
Relative position vector is (0.676916,-0.005553,-0.081931), distance is 0.681879

Short distance in the transfer function!
Involved particles are 24 (type 2) and 28 (type 2).
Relative position vector is (0.676916,-0.005553,-0.081931), distance is 0.681879

Short distance in the pair potential!
Involved particles are 28 (type 2) and 24 (type 2).
Relative position vector is (-0.676916,0.005553,0.081931), distance is 0.681879

Short distance in the transfer function!
Involved particles are 28 (type 2) and 24 (type 2).
Relative position vector is (-0.676916,0.005553,0.081931), distance is 0.681879

Short distance in the embedding function!
Involved particles are 24 (type 2) and 28 (type 2).
Relative position vector is (0.676916,-0.005553,-0.081931), distance is 0.681879

Short distance in the embedding function!
Involved particles are 28 (type 2) and 24 (type 2).
Relative position vector is (-0.676916,0.005553,0.081931), distance is 0.681879

Short distance in the pair potential!
Involved particles are 20 (type 2) and 28 (type 2).
Relative position vector is (-0.119712,0.717471,-0.585644), distance is 0.933849

Short distance in the transfer function!
Involved particles are 20 (type 2) and 28 (type 2).
Relative position vector is (-0.119712,0.717471,-0.585644), distance is 0.933849

Short distance in the pair potential!
Involved particles are 28 (type 2) and 20 (type 2).
Relative position vector is (0.119712,-0.717471,0.585644), distance is 0.933849

Short distance in the transfer function!
Involved particles are 28 (type 2) and 20 (type 2).
Relative position vector is (0.119712,-0.717471,0.585644), distance is 0.933849

Short distance in the embedding function!
Involved particles are 20 (type 2) and 28 (type 2).
Relative position vector is (-0.119712,0.717471,-0.585644), distance is 0.933849

Short distance in the embedding function!
Involved particles are 28 (type 2) and 20 (type 2).
Relative position vector is (0.119712,-0.717471,0.585644), distance is 0.933849

Short distance in the pair potential!
Involved particles are 12 (type 2) and 28 (type 2).
Relative position vector is (-0.348315,0.094072,0.476851), distance is 0.597963

Short distance in the transfer function!
Involved particles are 12 (type 2) and 28 (type 2).
Relative position vector is (-0.348315,0.094072,0.476851), distance is 0.597963

Short distance in the pair potential!
Involved particles are 28 (type 2) and 12 (type 2).
Relative position vector is (0.348315,-0.094072,-0.476851), distance is 0.597963

Short distance in the transfer function!
Involved particles are 28 (type 2) and 12 (type 2).
Relative position vector is (0.348315,-0.094072,-0.476851), distance is 0.597963

Short distance in the embedding function!
Involved particles are 12 (type 2) and 28 (type 2).
Relative position vector is (-0.348315,0.094072,0.476851), distance is 0.597963

Short distance in the embedding function!
Involved particles are 28 (type 2) and 12 (type 2).
Relative position vector is (0.348315,-0.094072,-0.476851), distance is 0.597963

Short distance in the pair potential!
Involved particles are 25 (type 2) and 29 (type 2).
Relative position vector is (-0.351913,-0.171595,-0.207761), distance is 0.443229

Short distance in the transfer function!
Involved particles are 25 (type 2) and 29 (type 2).
Relative position vector is (-0.351913,-0.171595,-0.207761), distance is 0.443229

Short distance in the pair potential!
Involved particles are 29 (type 2) and 25 (type 2).
Relative position vector is (0.351913,0.171595,0.207761), distance is 0.443229

Short distance in the transfer function!
Involved particles are 29 (type 2) and 25 (type 2).
Relative position vector is (0.351913,0.171595,0.207761), distance is 0.443229

Short distance in the embedding function!
Involved particles are 25 (type 2) and 29 (type 2).
Relative position vector is (-0.351913,-0.171595,-0.207761), distance is 0.443229

Short distance in the embedding function!
Involved particles are 29 (type 2) and 25 (type 2).
Relative position vector is (0.351913,0.171595,0.207761), distance is 0.443229

Short distance in the pair potential!
Involved particles are 21 (type 2) and 29 (type 2).
Relative position vector is (-0.117397,0.119285,-0.098646), distance is 0.194273

Short distance in the transfer function!
Involved particles are 21 (type 2) and 29 (type 2).
Relative position vector is (-0.117397,0.119285,-0.098646), distance is 0.194273

Short distance in the pair potential!
Involved particles are 29 (type 2) and 21 (type 2).
Relative position vector is (0.117397,-0.119285,0.098646), distance is 0.194273

Short distance in the transfer function!
Involved particles are 29 (type 2) and 21 (type 2).
Relative position vector is (0.117397,-0.119285,0.098646), distance is 0.194273

Short distance in the embedding function!
Involved particles are 21 (type 2) and 29 (type 2).
Relative position vector is (-0.117397,0.119285,-0.098646), distance is 0.194273

Short distance in the embedding function!
Involved particles are 29 (type 2) and 21 (type 2).
Relative position vector is (0.117397,-0.119285,0.098646), distance is 0.194273

Short distance in the pair potential!
Involved particles are 13 (type 2) and 29 (type 2).
Relative position vector is (0.042523,-0.309909,0.824939), distance is 0.882256

Short distance in the transfer function!
Involved particles are 13 (type 2) and 29 (type 2).
Relative position vector is (0.042523,-0.309909,0.824939), distance is 0.882256

Short distance in the pair potential!
Involved particles are 29 (type 2) and 13 (type 2).
Relative position vector is (-0.042523,0.309909,-0.824939), distance is 0.882256

Short distance in the transfer function!
Involved particles are 29 (type 2) and 13 (type 2).
Relative position vector is (-0.042523,0.309909,-0.824939), distance is 0.882256

Short distance in the embedding function!
Involved particles are 13 (type 2) and 29 (type 2).
Relative position vector is (0.042523,-0.309909,0.824939), distance is 0.882256

Short distance in the embedding function!
Involved particles are 29 (type 2) and 13 (type 2).
Relative position vector is (-0.042523,0.309909,-0.824939), distance is 0.882256

Short distance in the pair potential!
Involved particles are 26 (type 2) and 30 (type 2).
Relative position vector is (-0.095660,0.255725,-0.041930), distance is 0.276232

Short distance in the transfer function!
Involved particles are 26 (type 2) and 30 (type 2).
Relative position vector is (-0.095660,0.255725,-0.041930), distance is 0.276232

Short distance in the pair potential!
Involved particles are 30 (type 2) and 26 (type 2).
Relative position vector is (0.095660,-0.255725,0.041930), distance is 0.276232

Short distance in the transfer function!
Involved particles are 30 (type 2) and 26 (type 2).
Relative position vector is (0.095660,-0.255725,0.041930), distance is 0.276232

Short distance in the embedding function!
Involved particles are 26 (type 2) and 30 (type 2).
Relative position vector is (-0.095660,0.255725,-0.041930), distance is 0.276232

Short distance in the embedding function!
Involved particles are 30 (type 2) and 26 (type 2).
Relative position vector is (0.095660,-0.255725,0.041930), distance is 0.276232

Short distance in the pair potential!
Involved particles are 22 (type 2) and 30 (type 2).
Relative position vector is (0.135733,0.994260,0.119219), distance is 1.010540

Short distance in the transfer function!
Involved particles are 22 (type 2) and 30 (type 2).
Relative position vector is (0.135733,0.994260,0.119219), distance is 1.010540

Short distance in the pair potential!
Involved particles are 30 (type 2) and 22 (type 2).
Relative position vector is (-0.135733,-0.994260,-0.119219), distance is 1.010540

Short distance in the transfer function!
Involved particles are 30 (type 2) and 22 (type 2).
Relative position vector is (-0.135733,-0.994260,-0.119219), distance is 1.010540

Short distance in the embedding function!
Involved particles are 22 (type 2) and 30 (type 2).
Relative position vector is (0.135733,0.994260,0.119219), distance is 1.010540

Short distance in the embedding function!
Involved particles are 30 (type 2) and 22 (type 2).
Relative position vector is (-0.135733,-0.994260,-0.119219), distance is 1.010540

Short distance in the pair potential!
Involved particles are 14 (type 2) and 30 (type 2).
Relative position vector is (0.008418,-0.272710,-0.004250), distance is 0.272873

Short distance in the transfer function!
Involved particles are 14 (type 2) and 30 (type 2).
Relative position vector is (0.008418,-0.272710,-0.004250), distance is 0.272873

Short distance in the pair potential!
Involved particles are 30 (type 2) and 14 (type 2).
Relative position vector is (-0.008418,0.272710,0.004250), distance is 0.272873

Short distance in the transfer function!
Involved particles are 30 (type 2) and 14 (type 2).
Relative position vector is (-0.008418,0.272710,0.004250), distance is 0.272873

Short distance in the embedding function!
Involved particles are 14 (type 2) and 30 (type 2).
Relative position vector is (0.008418,-0.272710,-0.004250), distance is 0.272873

Short distance in the embedding function!
Involved particles are 30 (type 2) and 14 (type 2).
Relative position vector is (-0.008418,0.272710,0.004250), distance is 0.272873

Short distance in the pair potential!
Involved particles are 27 (type 2) and 31 (type 2).
Relative position vector is (0.596012,-0.137756,-0.295874), distance is 0.679521

Short distance in the transfer function!
Involved particles are 27 (type 2) and 31 (type 2).
Relative position vector is (0.596012,-0.137756,-0.295874), distance is 0.679521

Short distance in the pair potential!
Involved particles are 31 (type 2) and 27 (type 2).
Relative position vector is (-0.596012,0.137756,0.295874), distance is 0.679521

Short distance in the transfer function!
Involved particles are 31 (type 2) and 27 (type 2).
Relative position vector is (-0.596012,0.137756,0.295874), distance is 0.679521

Short distance in the embedding function!
Involved particles are 27 (type 2) and 31 (type 2).
Relative position vector is (0.596012,-0.137756,-0.295874), distance is 0.679521

Short distance in the embedding function!
Involved particles are 31 (type 2) and 27 (type 2).
Relative position vector is (-0.596012,0.137756,0.295874), distance is 0.679521

Short distance in the pair potential!
Involved particles are 23 (type 2) and 31 (type 2).
Relative position vector is (0.080016,-0.263353,-0.115603), distance is 0.298532

Short distance in the transfer function!
Involved particles are 23 (type 2) and 31 (type 2).
Relative position vector is (0.080016,-0.263353,-0.115603), distance is 0.298532

Short distance in the pair potential!
Involved particles are 31 (type 2) and 23 (type 2).
Relative position vector is (-0.080016,0.263353,0.115603), distance is 0.298532

Short distance in the transfer function!
Involved particles are 31 (type 2) and 23 (type 2).
Relative position vector is (-0.080016,0.263353,0.115603), distance is 0.298532

Short distance in the embedding function!
Involved particles are 23 (type 2) and 31 (type 2).
Relative position vector is (0.080016,-0.263353,-0.115603), distance is 0.298532

Short distance in the embedding function!
Involved particles are 31 (type 2) and 23 (type 2).
Relative position vector is (-0.080016,0.263353,0.115603), distance is 0.298532

Short distance in the pair potential!
Involved particles are 15 (type 2) and 31 (type 2).
Relative position vector is (0.022679,-0.191091,-0.238662), distance is 0.306578

Short distance in the transfer function!
Involved particles are 15 (type 2) and 31 (type 2).
Relative position vector is (0.022679,-0.191091,-0.238662), distance is 0.306578

Short distance in the pair potential!
Involved particles are 31 (type 2) and 15 (type 2).
Relative position vector is (-0.022679,0.191091,0.238662), distance is 0.306578

Short distance in the transfer function!
Involved particles are 31 (type 2) and 15 (type 2).
Relative position vector is (-0.022679,0.191091,0.238662), distance is 0.306578

Short distance in the embedding function!
Involved particles are 15 (type 2) and 31 (type 2).
Relative position vector is (0.022679,-0.191091,-0.238662), distance is 0.306578

Short distance in the embedding function!
Involved particles are 31 (type 2) and 15 (type 2).
Relative position vector is (-0.022679,0.191091,0.238662), distance is 0.306578

Short distance in the pair potential!
Involved particles are 0 (type 0) and 4 (type 0).
Relative position vector is (0.914391,-0.452534,0.084766), distance is 1.023759

Short distance in the transfer function!
Involved particles are 0 (type 0) and 4 (type 0).
Relative position vector is (0.914391,-0.452534,0.084766), distance is 1.023759

Short distance in the pair potential!
Involved particles are 4 (type 0) and 0 (type 0).
Relative position vector is (-0.914391,0.452534,-0.084766), distance is 1.023759

Short distance in the transfer function!
Involved particles are 4 (type 0) and 0 (type 0).
Relative position vector is (-0.914391,0.452534,-0.084766), distance is 1.023759

Short distance in the embedding function!
Involved particles are 0 (type 0) and 4 (type 0).
Relative position vector is (0.914391,-0.452534,0.084766), distance is 1.023759

Short distance in the embedding function!
Involved particles are 4 (type 0) and 0 (type 0).
Relative position vector is (-0.914391,0.452534,-0.084766), distance is 1.023759

Short distance in the pair potential!
Involved particles are 1 (type 1) and 5 (type 2).
Relative position vector is (0.009314,0.392054,-0.008694), distance is 0.392261

Short distance in the transfer function!
Involved particles are 1 (type 1) and 5 (type 2).
Relative position vector is (0.009314,0.392054,-0.008694), distance is 0.392261

Short distance in the pair potential!
Involved particles are 5 (type 2) and 1 (type 1).
Relative position vector is (-0.009314,-0.392054,0.008694), distance is 0.392261

Short distance in the transfer function!
Involved particles are 5 (type 2) and 1 (type 1).
Relative position vector is (-0.009314,-0.392054,0.008694), distance is 0.392261

Short distance in the embedding function!
Involved particles are 1 (type 1) and 5 (type 2).
Relative position vector is (0.009314,0.392054,-0.008694), distance is 0.392261

Short distance in the embedding function!
Involved particles are 1 (type 1) and 5 (type 2).
Relative position vector is (0.009314,0.392054,-0.008694), distance is 0.392261

Short distance in the embedding function!
Involved particles are 5 (type 2) and 1 (type 1).
Relative position vector is (-0.009314,-0.392054,0.008694), distance is 0.392261

Short distance in the embedding function!
Involved particles are 5 (type 2) and 1 (type 1).
Relative position vector is (-0.009314,-0.392054,0.008694), distance is 0.392261

Short distance in the pair potential!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (0.179956,1.036784,0.021470), distance is 1.052505

Short distance in the transfer function!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (0.179956,1.036784,0.021470), distance is 1.052505

Short distance in the pair potential!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (-0.179956,-1.036784,-0.021470), distance is 1.052505

Short distance in the transfer function!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (-0.179956,-1.036784,-0.021470), distance is 1.052505

Short distance in the embedding function!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (0.179956,1.036784,0.021470), distance is 1.052505

Short distance in the embedding function!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (0.179956,1.036784,0.021470), distance is 1.052505

Short distance in the embedding function!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (-0.179956,-1.036784,-0.021470), distance is 1.052505

Short distance in the embedding function!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (-0.179956,-1.036784,-0.021470), distance is 1.052505

Short distance in the pair potential!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,0.864004,-0.127916), distance is 0.937463

Short distance in the transfer function!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,0.864004,-0.127916), distance is 0.937463

Short distance in the pair potential!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,-0.864004,0.127916), distance is 0.937463

Short distance in the transfer function!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,-0.864004,0.127916), distance is 0.937463

Short distance in the embedding function!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,0.864004,-0.127916), distance is 0.937463

Short distance in the embedding function!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,0.864004,-0.127916), distance is 0.937463

Short distance in the embedding function!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,-0.864004,0.127916), distance is 0.937463

Short distance in the embedding function!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,-0.864004,0.127916), distance is 0.937463

Short distance in the pair potential!
Involved particles are 2 (type 1) and 6 (type 0).
Relative position vector is (-0.336637,0.283532,-0.220859), distance is 0.492437

Short distance in the transfer function!
Involved particles are 2 (type 1) and 6 (type 0).
Relative position vector is (-0.336637,0.283532,-0.220859), distance is 0.492437

Short distance in the pair potential!
Involved particles are 6 (type 0) and 2 (type 1).
Relative position vector is (0.336637,-0.283532,0.220859), distance is 0.492437

Short distance in the transfer function!
Involved particles are 6 (type 0) and 2 (type 1).
Relative position vector is (0.336637,-0.283532,0.220859), distance is 0.492437

Short distance in the embedding function!
Involved particles are 2 (type 1) and 6 (type 0).
Relative position vector is (-0.336637,0.283532,-0.220859), distance is 0.492437

Short distance in the embedding function!
Involved particles are 2 (type 1) and 6 (type 0).
Relative position vector is (-0.336637,0.283532,-0.220859), distance is 0.492437

Short distance in the embedding function!
Involved particles are 6 (type 0) and 2 (type 1).
Relative position vector is (0.336637,-0.283532,0.220859), distance is 0.492437

Short distance in the embedding function!
Involved particles are 6 (type 0) and 2 (type 1).
Relative position vector is (0.336637,-0.283532,0.220859), distance is 0.492437

Short distance in the pair potential!
Involved particles are 3 (type 2) and 7 (type 1).
Relative position vector is (0.807673,-0.109043,0.219951), distance is 0.844159

Short distance in the transfer function!
Involved particles are 3 (type 2) and 7 (type 1).
Relative position vector is (0.807673,-0.109043,0.219951), distance is 0.844159

Short distance in the pair potential!
Involved particles are 7 (type 1) and 3 (type 2).
Relative position vector is (-0.807673,0.109043,-0.219951), distance is 0.844159

Short distance in the transfer function!
Involved particles are 7 (type 1) and 3 (type 2).
Relative position vector is (-0.807673,0.109043,-0.219951), distance is 0.844159

Short distance in the embedding function!
Involved particles are 3 (type 2) and 7 (type 1).
Relative position vector is (0.807673,-0.109043,0.219951), distance is 0.844159

Short distance in the embedding function!
Involved particles are 3 (type 2) and 7 (type 1).
Relative position vector is (0.807673,-0.109043,0.219951), distance is 0.844159

Short distance in the embedding function!
Involved particles are 7 (type 1) and 3 (type 2).
Relative position vector is (-0.807673,0.109043,-0.219951), distance is 0.844159

Short distance in the embedding function!
Involved particles are 7 (type 1) and 3 (type 2).
Relative position vector is (-0.807673,0.109043,-0.219951), distance is 0.844159

Short distance in the pair potential!
Involved particles are 0 (type 0) and 8 (type 1).
Relative position vector is (0.455170,0.194974,0.322877), distance is 0.591138

Short distance in the transfer function!
Involved particles are 0 (type 0) and 8 (type 1).
Relative position vector is (0.455170,0.194974,0.322877), distance is 0.591138

Short distance in the pair potential!
Involved particles are 8 (type 1) and 0 (type 0).
Relative position vector is (-0.455170,-0.194974,-0.322877), distance is 0.591138

Short distance in the transfer function!
Involved particles are 8 (type 1) and 0 (type 0).
Relative position vector is (-0.455170,-0.194974,-0.322877), distance is 0.591138

Short distance in the embedding function!
Involved particles are 0 (type 0) and 8 (type 1).
Relative position vector is (0.455170,0.194974,0.322877), distance is 0.591138

Short distance in the embedding function!
Involved particles are 0 (type 0) and 8 (type 1).
Relative position vector is (0.455170,0.194974,0.322877), distance is 0.591138

Short distance in the embedding function!
Involved particles are 8 (type 1) and 0 (type 0).
Relative position vector is (-0.455170,-0.194974,-0.322877), distance is 0.591138

Short distance in the embedding function!
Involved particles are 8 (type 1) and 0 (type 0).
Relative position vector is (-0.455170,-0.194974,-0.322877), distance is 0.591138

Short distance in the pair potential!
Involved particles are 1 (type 1) and 9 (type 1).
Relative position vector is (0.044042,-0.268708,0.059645), distance is 0.278749

Short distance in the transfer function!
Involved particles are 1 (type 1) and 9 (type 1).
Relative position vector is (0.044042,-0.268708,0.059645), distance is 0.278749

Short distance in the pair potential!
Involved particles are 9 (type 1) and 1 (type 1).
Relative position vector is (-0.044042,0.268708,-0.059645), distance is 0.278749

Short distance in the transfer function!
Involved particles are 9 (type 1) and 1 (type 1).
Relative position vector is (-0.044042,0.268708,-0.059645), distance is 0.278749

Short distance in the embedding function!
Involved particles are 1 (type 1) and 9 (type 1).
Relative position vector is (0.044042,-0.268708,0.059645), distance is 0.278749

Short distance in the embedding function!
Involved particles are 9 (type 1) and 1 (type 1).
Relative position vector is (-0.044042,0.268708,-0.059645), distance is 0.278749

Short distance in the pair potential!
Involved particles are 2 (type 1) and 10 (type 2).
Relative position vector is (-0.297191,0.706261,0.053425), distance is 0.768103

Short distance in the transfer function!
Involved particles are 2 (type 1) and 10 (type 2).
Relative position vector is (-0.297191,0.706261,0.053425), distance is 0.768103

Short distance in the pair potential!
Involved particles are 10 (type 2) and 2 (type 1).
Relative position vector is (0.297191,-0.706261,-0.053425), distance is 0.768103

Short distance in the transfer function!
Involved particles are 10 (type 2) and 2 (type 1).
Relative position vector is (0.297191,-0.706261,-0.053425), distance is 0.768103

Short distance in the embedding function!
Involved particles are 2 (type 1) and 10 (type 2).
Relative position vector is (-0.297191,0.706261,0.053425), distance is 0.768103

Short distance in the embedding function!
Involved particles are 2 (type 1) and 10 (type 2).
Relative position vector is (-0.297191,0.706261,0.053425), distance is 0.768103

Short distance in the embedding function!
Involved particles are 10 (type 2) and 2 (type 1).
Relative position vector is (0.297191,-0.706261,-0.053425), distance is 0.768103

Short distance in the embedding function!
Involved particles are 10 (type 2) and 2 (type 1).
Relative position vector is (0.297191,-0.706261,-0.053425), distance is 0.768103

Short distance in the pair potential!
Involved particles are 3 (type 2) and 11 (type 0).
Relative position vector is (-0.048797,0.111047,0.036333), distance is 0.126621

Short distance in the transfer function!
Involved particles are 3 (type 2) and 11 (type 0).
Relative position vector is (-0.048797,0.111047,0.036333), distance is 0.126621

Short distance in the pair potential!
Involved particles are 11 (type 0) and 3 (type 2).
Relative position vector is (0.048797,-0.111047,-0.036333), distance is 0.126621

Short distance in the transfer function!
Involved particles are 11 (type 0) and 3 (type 2).
Relative position vector is (0.048797,-0.111047,-0.036333), distance is 0.126621

Short distance in the embedding function!
Involved particles are 3 (type 2) and 11 (type 0).
Relative position vector is (-0.048797,0.111047,0.036333), distance is 0.126621

Short distance in the embedding function!
Involved particles are 3 (type 2) and 11 (type 0).
Relative position vector is (-0.048797,0.111047,0.036333), distance is 0.126621

Short distance in the embedding function!
Involved particles are 11 (type 0) and 3 (type 2).
Relative position vector is (0.048797,-0.111047,-0.036333), distance is 0.126621

Short distance in the embedding function!
Involved particles are 11 (type 0) and 3 (type 2).
Relative position vector is (0.048797,-0.111047,-0.036333), distance is 0.126621

Short distance in the pair potential!
Involved particles are 8 (type 1) and 12 (type 0).
Relative position vector is (0.309005,-0.133083,-0.031742), distance is 0.337939

Short distance in the transfer function!
Involved particles are 8 (type 1) and 12 (type 0).
Relative position vector is (0.309005,-0.133083,-0.031742), distance is 0.337939

Short distance in the pair potential!
Involved particles are 12 (type 0) and 8 (type 1).
Relative position vector is (-0.309005,0.133083,0.031742), distance is 0.337939

Short distance in the transfer function!
Involved particles are 12 (type 0) and 8 (type 1).
Relative position vector is (-0.309005,0.133083,0.031742), distance is 0.337939

Short distance in the embedding function!
Involved particles are 8 (type 1) and 12 (type 0).
Relative position vector is (0.309005,-0.133083,-0.031742), distance is 0.337939

Short distance in the embedding function!
Involved particles are 8 (type 1) and 12 (type 0).
Relative position vector is (0.309005,-0.133083,-0.031742), distance is 0.337939

Short distance in the embedding function!
Involved particles are 12 (type 0) and 8 (type 1).
Relative position vector is (-0.309005,0.133083,0.031742), distance is 0.337939

Short distance in the embedding function!
Involved particles are 12 (type 0) and 8 (type 1).
Relative position vector is (-0.309005,0.133083,0.031742), distance is 0.337939

Short distance in the pair potential!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (-0.125502,1.036784,0.021470), distance is 1.044573

Short distance in the transfer function!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (-0.125502,1.036784,0.021470), distance is 1.044573

Short distance in the pair potential!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (0.125502,-1.036784,-0.021470), distance is 1.044573

Short distance in the transfer function!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (0.125502,-1.036784,-0.021470), distance is 1.044573

Short distance in the embedding function!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (-0.125502,1.036784,0.021470), distance is 1.044573

Short distance in the embedding function!
Involved particles are 5 (type 2) and 12 (type 0).
Relative position vector is (-0.125502,1.036784,0.021470), distance is 1.044573

Short distance in the embedding function!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (0.125502,-1.036784,-0.021470), distance is 1.044573

Short distance in the embedding function!
Involved particles are 12 (type 0) and 5 (type 2).
Relative position vector is (0.125502,-1.036784,-0.021470), distance is 1.044573

Short distance in the pair potential!
Involved particles are 4 (type 0) and 12 (type 0).
Relative position vector is (-0.258049,0.576149,0.206370), distance is 0.664173

Short distance in the transfer function!
Involved particles are 4 (type 0) and 12 (type 0).
Relative position vector is (-0.258049,0.576149,0.206370), distance is 0.664173

Short distance in the pair potential!
Involved particles are 12 (type 0) and 4 (type 0).
Relative position vector is (0.258049,-0.576149,-0.206370), distance is 0.664173

Short distance in the transfer function!
Involved particles are 12 (type 0) and 4 (type 0).
Relative position vector is (0.258049,-0.576149,-0.206370), distance is 0.664173

Short distance in the embedding function!
Involved particles are 4 (type 0) and 12 (type 0).
Relative position vector is (-0.258049,0.576149,0.206370), distance is 0.664173

Short distance in the embedding function!
Involved particles are 12 (type 0) and 4 (type 0).
Relative position vector is (0.258049,-0.576149,-0.206370), distance is 0.664173

Short distance in the pair potential!
Involved particles are 9 (type 1) and 13 (type 1).
Relative position vector is (-0.264535,0.208889,-0.196255), distance is 0.390038

Short distance in the transfer function!
Involved particles are 9 (type 1) and 13 (type 1).
Relative position vector is (-0.264535,0.208889,-0.196255), distance is 0.390038

Short distance in the pair potential!
Involved particles are 13 (type 1) and 9 (type 1).
Relative position vector is (0.264535,-0.208889,0.196255), distance is 0.390038

Short distance in the transfer function!
Involved particles are 13 (type 1) and 9 (type 1).
Relative position vector is (0.264535,-0.208889,0.196255), distance is 0.390038

Short distance in the embedding function!
Involved particles are 9 (type 1) and 13 (type 1).
Relative position vector is (-0.264535,0.208889,-0.196255), distance is 0.390038

Short distance in the embedding function!
Involved particles are 13 (type 1) and 9 (type 1).
Relative position vector is (0.264535,-0.208889,0.196255), distance is 0.390038

Short distance in the pair potential!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,-0.518183,-0.127916), distance is 0.633125

Short distance in the transfer function!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,-0.518183,-0.127916), distance is 0.633125

Short distance in the pair potential!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,0.518183,0.127916), distance is 0.633125

Short distance in the transfer function!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,0.518183,0.127916), distance is 0.633125

Short distance in the embedding function!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,-0.518183,-0.127916), distance is 0.633125

Short distance in the embedding function!
Involved particles are 5 (type 2) and 13 (type 1).
Relative position vector is (-0.340545,-0.518183,-0.127916), distance is 0.633125

Short distance in the embedding function!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,0.518183,0.127916), distance is 0.633125

Short distance in the embedding function!
Involved particles are 13 (type 1) and 5 (type 2).
Relative position vector is (0.340545,0.518183,0.127916), distance is 0.633125

Short distance in the pair potential!
Involved particles are 10 (type 2) and 14 (type 0).
Relative position vector is (-0.198951,-0.101762,0.047644), distance is 0.228488

Short distance in the transfer function!
Involved particles are 10 (type 2) and 14 (type 0).
Relative position vector is (-0.198951,-0.101762,0.047644), distance is 0.228488

Short distance in the pair potential!
Involved particles are 14 (type 0) and 10 (type 2).
Relative position vector is (0.198951,0.101762,-0.047644), distance is 0.228488

Short distance in the transfer function!
Involved particles are 14 (type 0) and 10 (type 2).
Relative position vector is (0.198951,0.101762,-0.047644), distance is 0.228488

Short distance in the embedding function!
Involved particles are 10 (type 2) and 14 (type 0).
Relative position vector is (-0.198951,-0.101762,0.047644), distance is 0.228488

Short distance in the embedding function!
Involved particles are 10 (type 2) and 14 (type 0).
Relative position vector is (-0.198951,-0.101762,0.047644), distance is 0.228488

Short distance in the embedding function!
Involved particles are 14 (type 0) and 10 (type 2).
Relative position vector is (0.198951,0.101762,-0.047644), distance is 0.228488

Short distance in the embedding function!
Involved particles are 14 (type 0) and 10 (type 2).
Relative position vector is (0.198951,0.101762,-0.047644), distance is 0.228488

Short distance in the pair potential!
Involved particles are 6 (type 0) and 14 (type 0).
Relative position vector is (-0.232935,0.366781,0.321928), distance is 0.540763

Short distance in the transfer function!
Involved particles are 6 (type 0) and 14 (type 0).
Relative position vector is (-0.232935,0.366781,0.321928), distance is 0.540763

Short distance in the pair potential!
Involved particles are 14 (type 0) and 6 (type 0).
Relative position vector is (0.232935,-0.366781,-0.321928), distance is 0.540763

Short distance in the transfer function!
Involved particles are 14 (type 0) and 6 (type 0).
Relative position vector is (0.232935,-0.366781,-0.321928), distance is 0.540763

Short distance in the embedding function!
Involved particles are 6 (type 0) and 14 (type 0).
Relative position vector is (-0.232935,0.366781,0.321928), distance is 0.540763

Short distance in the embedding function!
Involved particles are 14 (type 0) and 6 (type 0).
Relative position vector is (0.232935,-0.366781,-0.321928), distance is 0.540763

Short distance in the pair potential!
Involved particles are 11 (type 0) and 15 (type 0).
Relative position vector is (0.602488,-0.117456,0.008749), distance is 0.613893

Short distance in the transfer function!
Involved particles are 11 (type 0) and 15 (type 0).
Relative position vector is (0.602488,-0.117456,0.008749), distance is 0.613893

Short distance in the pair potential!
Involved particles are 15 (type 0) and 11 (type 0).
Relative position vector is (-0.602488,0.117456,-0.008749), distance is 0.613893

Short distance in the transfer function!
Involved particles are 15 (type 0) and 11 (type 0).
Relative position vector is (-0.602488,0.117456,-0.008749), distance is 0.613893

Short distance in the embedding function!
Involved particles are 11 (type 0) and 15 (type 0).
Relative position vector is (0.602488,-0.117456,0.008749), distance is 0.613893

Short distance in the embedding function!
Involved particles are 15 (type 0) and 11 (type 0).
Relative position vector is (-0.602488,0.117456,-0.008749), distance is 0.613893

Short distance in the pair potential!
Involved particles are 7 (type 1) and 15 (type 0).
Relative position vector is (-0.454972,0.140192,-0.174869), distance is 0.507181

Short distance in the transfer function!
Involved particles are 7 (type 1) and 15 (type 0).
Relative position vector is (-0.454972,0.140192,-0.174869), distance is 0.507181

Short distance in the pair potential!
Involved particles are 15 (type 0) and 7 (type 1).
Relative position vector is (0.454972,-0.140192,0.174869), distance is 0.507181

Short distance in the transfer function!
Involved particles are 15 (type 0) and 7 (type 1).
Relative position vector is (0.454972,-0.140192,0.174869), distance is 0.507181

Short distance in the embedding function!
Involved particles are 7 (type 1) and 15 (type 0).
Relative position vector is (-0.454972,0.140192,-0.174869), distance is 0.507181

Short distance in the embedding function!
Involved particles are 7 (type 1) and 15 (type 0).
Relative position vector is (-0.454972,0.140192,-0.174869), distance is 0.507181

Short distance in the embedding function!
Involved particles are 15 (type 0) and 7 (type 1).
Relative position vector is (0.454972,-0.140192,0.174869), distance is 0.507181

Short distance in the embedding function!
Involved particles are 15 (type 0) and 7 (type 1).
Relative position vector is (0.454972,-0.140192,0.174869), distance is 0.507181

Short distance in the pair potential!
Involved particles are 0 (type 0) and 16 (type 0).
Relative position vector is (-0.004824,-0.288073,0.980888), distance is 1.022326

Short distance in the transfer function!
Involved particles are 0 (type 0) and 16 (type 0).
Relative position vector is (-0.004824,-0.288073,0.980888), distance is 1.022326

Short distance in the pair potential!
Involved particles are 16 (type 0) and 0 (type 0).
Relative position vector is (0.004824,0.288073,-0.980888), distance is 1.022326

Short distance in the transfer function!
Involved particles are 16 (type 0) and 0 (type 0).
Relative position vector is (0.004824,0.288073,-0.980888), distance is 1.022326

Short distance in the embedding function!
Involved particles are 0 (type 0) and 16 (type 0).
Relative position vector is (-0.004824,-0.288073,0.980888), distance is 1.022326

Short distance in the embedding function!
Involved particles are 16 (type 0) and 0 (type 0).
Relative position vector is (0.004824,0.288073,-0.980888), distance is 1.022326

Short distance in the pair potential!
Involved particles are 17 (type 2) and 21 (type 1).
Relative position vector is (1.103251,0.259875,-0.174087), distance is 1.146736

Short distance in the pair potential!
Involved particles are 21 (type 1) and 17 (type 2).
Relative position vector is (-1.103251,-0.259875,0.174087), distance is 1.146736

Short distance in the pair potential!
Involved particles are 1 (type 1) and 17 (type 2).
Relative position vector is (0.387315,-0.058278,0.596587), distance is 0.713670

Short distance in the transfer function!
Involved particles are 1 (type 1) and 17 (type 2).
Relative position vector is (0.387315,-0.058278,0.596587), distance is 0.713670

Short distance in the pair potential!
Involved particles are 17 (type 2) and 1 (type 1).
Relative position vector is (-0.387315,0.058278,-0.596587), distance is 0.713670

Short distance in the transfer function!
Involved particles are 17 (type 2) and 1 (type 1).
Relative position vector is (-0.387315,0.058278,-0.596587), distance is 0.713670

Short distance in the embedding function!
Involved particles are 1 (type 1) and 17 (type 2).
Relative position vector is (0.387315,-0.058278,0.596587), distance is 0.713670

Short distance in the embedding function!
Involved particles are 1 (type 1) and 17 (type 2).
Relative position vector is (0.387315,-0.058278,0.596587), distance is 0.713670

Short distance in the embedding function!
Involved particles are 17 (type 2) and 1 (type 1).
Relative position vector is (-0.387315,0.058278,-0.596587), distance is 0.713670

Short distance in the embedding function!
Involved particles are 17 (type 2) and 1 (type 1).
Relative position vector is (-0.387315,0.058278,-0.596587), distance is 0.713670

Short distance in the pair potential!
Involved particles are 2 (type 1) and 18 (type 2).
Relative position vector is (-0.419547,0.195646,-0.201155), distance is 0.504738

Short distance in the transfer function!
Involved particles are 2 (type 1) and 18 (type 2).
Relative position vector is (-0.419547,0.195646,-0.201155), distance is 0.504738

Short distance in the pair potential!
Involved particles are 18 (type 2) and 2 (type 1).
Relative position vector is (0.419547,-0.195646,0.201155), distance is 0.504738

Short distance in the transfer function!
Involved particles are 18 (type 2) and 2 (type 1).
Relative position vector is (0.419547,-0.195646,0.201155), distance is 0.504738

Short distance in the embedding function!
Involved particles are 2 (type 1) and 18 (type 2).
Relative position vector is (-0.419547,0.195646,-0.201155), distance is 0.504738

Short distance in the embedding function!
Involved particles are 2 (type 1) and 18 (type 2).
Relative position vector is (-0.419547,0.195646,-0.201155), distance is 0.504738

Short distance in the embedding function!
Involved particles are 18 (type 2) and 2 (type 1).
Relative position vector is (0.419547,-0.195646,0.201155), distance is 0.504738

Short distance in the embedding function!
Involved particles are 18 (type 2) and 2 (type 1).
Relative position vector is (0.419547,-0.195646,0.201155), distance is 0.504738

Short distance in the pair potential!
Involved particles are 3 (type 2) and 19 (type 2).
Relative position vector is (0.032932,0.166145,0.080108), distance is 0.187366

Short distance in the transfer function!
Involved particles are 3 (type 2) and 19 (type 2).
Relative position vector is (0.032932,0.166145,0.080108), distance is 0.187366

Short distance in the pair potential!
Involved particles are 19 (type 2) and 3 (type 2).
Relative position vector is (-0.032932,-0.166145,-0.080108), distance is 0.187366

Short distance in the transfer function!
Involved particles are 19 (type 2) and 3 (type 2).
Relative position vector is (-0.032932,-0.166145,-0.080108), distance is 0.187366

Short distance in the embedding function!
Involved particles are 3 (type 2) and 19 (type 2).
Relative position vector is (0.032932,0.166145,0.080108), distance is 0.187366

Short distance in the embedding function!
Involved particles are 19 (type 2) and 3 (type 2).
Relative position vector is (-0.032932,-0.166145,-0.080108), distance is 0.187366

Short distance in the pair potential!
Involved particles are 16 (type 0) and 20 (type 1).
Relative position vector is (0.614013,-0.158280,-0.191387), distance is 0.662339

Short distance in the transfer function!
Involved particles are 16 (type 0) and 20 (type 1).
Relative position vector is (0.614013,-0.158280,-0.191387), distance is 0.662339

Short distance in the pair potential!
Involved particles are 20 (type 1) and 16 (type 0).
Relative position vector is (-0.614013,0.158280,0.191387), distance is 0.662339

Short distance in the transfer function!
Involved particles are 20 (type 1) and 16 (type 0).
Relative position vector is (-0.614013,0.158280,0.191387), distance is 0.662339

Short distance in the embedding function!
Involved particles are 16 (type 0) and 20 (type 1).
Relative position vector is (0.614013,-0.158280,-0.191387), distance is 0.662339

Short distance in the embedding function!
Involved particles are 16 (type 0) and 20 (type 1).
Relative position vector is (0.614013,-0.158280,-0.191387), distance is 0.662339

Short distance in the embedding function!
Involved particles are 20 (type 1) and 16 (type 0).
Relative position vector is (-0.614013,0.158280,0.191387), distance is 0.662339

Short distance in the embedding function!
Involved particles are 20 (type 1) and 16 (type 0).
Relative position vector is (-0.614013,0.158280,0.191387), distance is 0.662339

Short distance in the pair potential!
Involved particles are 4 (type 0) and 20 (type 1).
Relative position vector is (-0.536149,0.006180,0.783468), distance is 0.949377

Short distance in the transfer function!
Involved particles are 4 (type 0) and 20 (type 1).
Relative position vector is (-0.536149,0.006180,0.783468), distance is 0.949377

Short distance in the pair potential!
Involved particles are 20 (type 1) and 4 (type 0).
Relative position vector is (0.536149,-0.006180,-0.783468), distance is 0.949377

Short distance in the transfer function!
Involved particles are 20 (type 1) and 4 (type 0).
Relative position vector is (0.536149,-0.006180,-0.783468), distance is 0.949377

Short distance in the embedding function!
Involved particles are 4 (type 0) and 20 (type 1).
Relative position vector is (-0.536149,0.006180,0.783468), distance is 0.949377

Short distance in the embedding function!
Involved particles are 4 (type 0) and 20 (type 1).
Relative position vector is (-0.536149,0.006180,0.783468), distance is 0.949377

Short distance in the embedding function!
Involved particles are 20 (type 1) and 4 (type 0).
Relative position vector is (0.536149,-0.006180,-0.783468), distance is 0.949377

Short distance in the embedding function!
Involved particles are 20 (type 1) and 4 (type 0).
Relative position vector is (0.536149,-0.006180,-0.783468), distance is 0.949377

Short distance in the pair potential!
Involved particles are 17 (type 2) and 21 (type 1).
Relative position vector is (-0.379101,0.259875,-0.174087), distance is 0.491486

Short distance in the transfer function!
Involved particles are 17 (type 2) and 21 (type 1).
Relative position vector is (-0.379101,0.259875,-0.174087), distance is 0.491486

Short distance in the pair potential!
Involved particles are 21 (type 1) and 17 (type 2).
Relative position vector is (0.379101,-0.259875,0.174087), distance is 0.491486

Short distance in the transfer function!
Involved particles are 21 (type 1) and 17 (type 2).
Relative position vector is (0.379101,-0.259875,0.174087), distance is 0.491486

Short distance in the embedding function!
Involved particles are 17 (type 2) and 21 (type 1).
Relative position vector is (-0.379101,0.259875,-0.174087), distance is 0.491486

Short distance in the embedding function!
Involved particles are 17 (type 2) and 21 (type 1).
Relative position vector is (-0.379101,0.259875,-0.174087), distance is 0.491486

Short distance in the embedding function!
Involved particles are 21 (type 1) and 17 (type 2).
Relative position vector is (0.379101,-0.259875,0.174087), distance is 0.491486

Short distance in the embedding function!
Involved particles are 21 (type 1) and 17 (type 2).
Relative position vector is (0.379101,-0.259875,0.174087), distance is 0.491486

Short distance in the pair potential!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,1.048518,-0.153915), distance is 1.080769

Short distance in the transfer function!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,1.048518,-0.153915), distance is 1.080769

Short distance in the pair potential!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,-1.048518,0.153915), distance is 1.080769

Short distance in the transfer function!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,-1.048518,0.153915), distance is 1.080769

Short distance in the embedding function!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,1.048518,-0.153915), distance is 1.080769

Short distance in the embedding function!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,1.048518,-0.153915), distance is 1.080769

Short distance in the embedding function!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,-1.048518,0.153915), distance is 1.080769

Short distance in the embedding function!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,-1.048518,0.153915), distance is 1.080769

Short distance in the pair potential!
Involved particles are 5 (type 2) and 21 (type 1).
Relative position vector is (-0.001609,-0.190458,0.505422), distance is 0.540119

Short distance in the transfer function!
Involved particles are 5 (type 2) and 21 (type 1).
Relative position vector is (-0.001609,-0.190458,0.505422), distance is 0.540119

Short distance in the pair potential!
Involved particles are 21 (type 1) and 5 (type 2).
Relative position vector is (0.001609,0.190458,-0.505422), distance is 0.540119

Short distance in the transfer function!
Involved particles are 21 (type 1) and 5 (type 2).
Relative position vector is (0.001609,0.190458,-0.505422), distance is 0.540119

Short distance in the embedding function!
Involved particles are 5 (type 2) and 21 (type 1).
Relative position vector is (-0.001609,-0.190458,0.505422), distance is 0.540119

Short distance in the embedding function!
Involved particles are 5 (type 2) and 21 (type 1).
Relative position vector is (-0.001609,-0.190458,0.505422), distance is 0.540119

Short distance in the embedding function!
Involved particles are 21 (type 1) and 5 (type 2).
Relative position vector is (0.001609,0.190458,-0.505422), distance is 0.540119

Short distance in the embedding function!
Involved particles are 21 (type 1) and 5 (type 2).
Relative position vector is (0.001609,0.190458,-0.505422), distance is 0.540119

Short distance in the pair potential!
Involved particles are 18 (type 2) and 22 (type 0).
Relative position vector is (0.061183,-0.049745,0.097593), distance is 0.125468

Short distance in the transfer function!
Involved particles are 18 (type 2) and 22 (type 0).
Relative position vector is (0.061183,-0.049745,0.097593), distance is 0.125468

Short distance in the pair potential!
Involved particles are 22 (type 0) and 18 (type 2).
Relative position vector is (-0.061183,0.049745,-0.097593), distance is 0.125468

Short distance in the transfer function!
Involved particles are 22 (type 0) and 18 (type 2).
Relative position vector is (-0.061183,0.049745,-0.097593), distance is 0.125468

Short distance in the embedding function!
Involved particles are 18 (type 2) and 22 (type 0).
Relative position vector is (0.061183,-0.049745,0.097593), distance is 0.125468

Short distance in the embedding function!
Involved particles are 18 (type 2) and 22 (type 0).
Relative position vector is (0.061183,-0.049745,0.097593), distance is 0.125468

Short distance in the embedding function!
Involved particles are 22 (type 0) and 18 (type 2).
Relative position vector is (-0.061183,0.049745,-0.097593), distance is 0.125468

Short distance in the embedding function!
Involved particles are 22 (type 0) and 18 (type 2).
Relative position vector is (-0.061183,0.049745,-0.097593), distance is 0.125468

Short distance in the pair potential!
Involved particles are 6 (type 0) and 22 (type 0).
Relative position vector is (-0.031501,-0.137631,0.086226), distance is 0.165437

Short distance in the transfer function!
Involved particles are 6 (type 0) and 22 (type 0).
Relative position vector is (-0.031501,-0.137631,0.086226), distance is 0.165437

Short distance in the pair potential!
Involved particles are 22 (type 0) and 6 (type 0).
Relative position vector is (0.031501,0.137631,-0.086226), distance is 0.165437

Short distance in the transfer function!
Involved particles are 22 (type 0) and 6 (type 0).
Relative position vector is (0.031501,0.137631,-0.086226), distance is 0.165437

Short distance in the embedding function!
Involved particles are 6 (type 0) and 22 (type 0).
Relative position vector is (-0.031501,-0.137631,0.086226), distance is 0.165437

Short distance in the embedding function!
Involved particles are 22 (type 0) and 6 (type 0).
Relative position vector is (0.031501,0.137631,-0.086226), distance is 0.165437

Short distance in the pair potential!
Involved particles are 19 (type 2) and 23 (type 1).
Relative position vector is (0.770471,0.158080,0.110214), distance is 0.794205

Short distance in the transfer function!
Involved particles are 19 (type 2) and 23 (type 1).
Relative position vector is (0.770471,0.158080,0.110214), distance is 0.794205

Short distance in the pair potential!
Involved particles are 23 (type 1) and 19 (type 2).
Relative position vector is (-0.770471,-0.158080,-0.110214), distance is 0.794205

Short distance in the transfer function!
Involved particles are 23 (type 1) and 19 (type 2).
Relative position vector is (-0.770471,-0.158080,-0.110214), distance is 0.794205

Short distance in the embedding function!
Involved particles are 19 (type 2) and 23 (type 1).
Relative position vector is (0.770471,0.158080,0.110214), distance is 0.794205

Short distance in the embedding function!
Involved particles are 19 (type 2) and 23 (type 1).
Relative position vector is (0.770471,0.158080,0.110214), distance is 0.794205

Short distance in the embedding function!
Involved particles are 23 (type 1) and 19 (type 2).
Relative position vector is (-0.770471,-0.158080,-0.110214), distance is 0.794205

Short distance in the embedding function!
Involved particles are 23 (type 1) and 19 (type 2).
Relative position vector is (-0.770471,-0.158080,-0.110214), distance is 0.794205

Short distance in the pair potential!
Involved particles are 7 (type 1) and 23 (type 1).
Relative position vector is (-0.007371,0.433269,-0.063863), distance is 0.438012

Short distance in the transfer function!
Involved particles are 7 (type 1) and 23 (type 1).
Relative position vector is (-0.007371,0.433269,-0.063863), distance is 0.438012

Short distance in the pair potential!
Involved particles are 23 (type 1) and 7 (type 1).
Relative position vector is (0.007371,-0.433269,0.063863), distance is 0.438012

Short distance in the transfer function!
Involved particles are 23 (type 1) and 7 (type 1).
Relative position vector is (0.007371,-0.433269,0.063863), distance is 0.438012

Short distance in the embedding function!
Involved particles are 7 (type 1) and 23 (type 1).
Relative position vector is (-0.007371,0.433269,-0.063863), distance is 0.438012

Short distance in the embedding function!
Involved particles are 23 (type 1) and 7 (type 1).
Relative position vector is (0.007371,-0.433269,0.063863), distance is 0.438012

Short distance in the pair potential!
Involved particles are 16 (type 0) and 24 (type 0).
Relative position vector is (-0.008234,0.636798,-0.170336), distance is 0.659237

Short distance in the transfer function!
Involved particles are 16 (type 0) and 24 (type 0).
Relative position vector is (-0.008234,0.636798,-0.170336), distance is 0.659237

Short distance in the pair potential!
Involved particles are 24 (type 0) and 16 (type 0).
Relative position vector is (0.008234,-0.636798,0.170336), distance is 0.659237

Short distance in the transfer function!
Involved particles are 24 (type 0) and 16 (type 0).
Relative position vector is (0.008234,-0.636798,0.170336), distance is 0.659237

Short distance in the embedding function!
Involved particles are 16 (type 0) and 24 (type 0).
Relative position vector is (-0.008234,0.636798,-0.170336), distance is 0.659237

Short distance in the embedding function!
Involved particles are 24 (type 0) and 16 (type 0).
Relative position vector is (0.008234,-0.636798,0.170336), distance is 0.659237

Short distance in the pair potential!
Involved particles are 8 (type 1) and 24 (type 0).
Relative position vector is (-0.468227,0.275984,0.557594), distance is 0.778663

Short distance in the transfer function!
Involved particles are 8 (type 1) and 24 (type 0).
Relative position vector is (-0.468227,0.275984,0.557594), distance is 0.778663

Short distance in the pair potential!
Involved particles are 24 (type 0) and 8 (type 1).
Relative position vector is (0.468227,-0.275984,-0.557594), distance is 0.778663

Short distance in the transfer function!
Involved particles are 24 (type 0) and 8 (type 1).
Relative position vector is (0.468227,-0.275984,-0.557594), distance is 0.778663

Short distance in the embedding function!
Involved particles are 8 (type 1) and 24 (type 0).
Relative position vector is (-0.468227,0.275984,0.557594), distance is 0.778663

Short distance in the embedding function!
Involved particles are 8 (type 1) and 24 (type 0).
Relative position vector is (-0.468227,0.275984,0.557594), distance is 0.778663

Short distance in the embedding function!
Involved particles are 24 (type 0) and 8 (type 1).
Relative position vector is (0.468227,-0.275984,-0.557594), distance is 0.778663

Short distance in the embedding function!
Involved particles are 24 (type 0) and 8 (type 1).
Relative position vector is (0.468227,-0.275984,-0.557594), distance is 0.778663

Short distance in the pair potential!
Involved particles are 17 (type 2) and 25 (type 2).
Relative position vector is (0.050952,0.032574,-0.017614), distance is 0.062987

Short distance in the transfer function!
Involved particles are 17 (type 2) and 25 (type 2).
Relative position vector is (0.050952,0.032574,-0.017614), distance is 0.062987

Short distance in the pair potential!
Involved particles are 25 (type 2) and 17 (type 2).
Relative position vector is (-0.050952,-0.032574,0.017614), distance is 0.062987

Short distance in the transfer function!
Involved particles are 25 (type 2) and 17 (type 2).
Relative position vector is (-0.050952,-0.032574,0.017614), distance is 0.062987

Short distance in the embedding function!
Involved particles are 17 (type 2) and 25 (type 2).
Relative position vector is (0.050952,0.032574,-0.017614), distance is 0.062987

Short distance in the embedding function!
Involved particles are 25 (type 2) and 17 (type 2).
Relative position vector is (-0.050952,-0.032574,0.017614), distance is 0.062987

Short distance in the pair potential!
Involved particles are 9 (type 1) and 25 (type 2).
Relative position vector is (0.394225,0.354170,0.526714), distance is 0.747180

Short distance in the transfer function!
Involved particles are 9 (type 1) and 25 (type 2).
Relative position vector is (0.394225,0.354170,0.526714), distance is 0.747180

Short distance in the pair potential!
Involved particles are 25 (type 2) and 9 (type 1).
Relative position vector is (-0.394225,-0.354170,-0.526714), distance is 0.747180

Short distance in the transfer function!
Involved particles are 25 (type 2) and 9 (type 1).
Relative position vector is (-0.394225,-0.354170,-0.526714), distance is 0.747180

Short distance in the embedding function!
Involved particles are 9 (type 1) and 25 (type 2).
Relative position vector is (0.394225,0.354170,0.526714), distance is 0.747180

Short distance in the embedding function!
Involved particles are 9 (type 1) and 25 (type 2).
Relative position vector is (0.394225,0.354170,0.526714), distance is 0.747180

Short distance in the embedding function!
Involved particles are 25 (type 2) and 9 (type 1).
Relative position vector is (-0.394225,-0.354170,-0.526714), distance is 0.747180

Short distance in the embedding function!
Involved particles are 25 (type 2) and 9 (type 1).
Relative position vector is (-0.394225,-0.354170,-0.526714), distance is 0.747180

Short distance in the pair potential!
Involved particles are 18 (type 2) and 26 (type 2).
Relative position vector is (-0.046968,0.734961,-0.027023), distance is 0.736955

Short distance in the transfer function!
Involved particles are 18 (type 2) and 26 (type 2).
Relative position vector is (-0.046968,0.734961,-0.027023), distance is 0.736955

Short distance in the pair potential!
Involved particles are 26 (type 2) and 18 (type 2).
Relative position vector is (0.046968,-0.734961,0.027023), distance is 0.736955

Short distance in the transfer function!
Involved particles are 26 (type 2) and 18 (type 2).
Relative position vector is (0.046968,-0.734961,0.027023), distance is 0.736955

Short distance in the embedding function!
Involved particles are 18 (type 2) and 26 (type 2).
Relative position vector is (-0.046968,0.734961,-0.027023), distance is 0.736955

Short distance in the embedding function!
Involved particles are 26 (type 2) and 18 (type 2).
Relative position vector is (0.046968,-0.734961,0.027023), distance is 0.736955

Short distance in the pair potential!
Involved particles are 10 (type 2) and 26 (type 2).
Relative position vector is (-0.169324,0.391370,-0.272913), distance is 0.506283

Short distance in the transfer function!
Involved particles are 10 (type 2) and 26 (type 2).
Relative position vector is (-0.169324,0.391370,-0.272913), distance is 0.506283

Short distance in the pair potential!
Involved particles are 26 (type 2) and 10 (type 2).
Relative position vector is (0.169324,-0.391370,0.272913), distance is 0.506283

Short distance in the transfer function!
Involved particles are 26 (type 2) and 10 (type 2).
Relative position vector is (0.169324,-0.391370,0.272913), distance is 0.506283

Short distance in the embedding function!
Involved particles are 10 (type 2) and 26 (type 2).
Relative position vector is (-0.169324,0.391370,-0.272913), distance is 0.506283

Short distance in the embedding function!
Involved particles are 26 (type 2) and 10 (type 2).
Relative position vector is (0.169324,-0.391370,0.272913), distance is 0.506283

Short distance in the pair potential!
Involved particles are 19 (type 2) and 27 (type 1).
Relative position vector is (0.425840,-0.035633,-0.024020), distance is 0.428003

Short distance in the transfer function!
Involved particles are 19 (type 2) and 27 (type 1).
Relative position vector is (0.425840,-0.035633,-0.024020), distance is 0.428003

Short distance in the pair potential!
Involved particles are 27 (type 1) and 19 (type 2).
Relative position vector is (-0.425840,0.035633,0.024020), distance is 0.428003

Short distance in the transfer function!
Involved particles are 27 (type 1) and 19 (type 2).
Relative position vector is (-0.425840,0.035633,0.024020), distance is 0.428003

Short distance in the embedding function!
Involved particles are 19 (type 2) and 27 (type 1).
Relative position vector is (0.425840,-0.035633,-0.024020), distance is 0.428003

Short distance in the embedding function!
Involved particles are 19 (type 2) and 27 (type 1).
Relative position vector is (0.425840,-0.035633,-0.024020), distance is 0.428003

Short distance in the embedding function!
Involved particles are 27 (type 1) and 19 (type 2).
Relative position vector is (-0.425840,0.035633,0.024020), distance is 0.428003

Short distance in the embedding function!
Involved particles are 27 (type 1) and 19 (type 2).
Relative position vector is (-0.425840,0.035633,0.024020), distance is 0.428003

Short distance in the pair potential!
Involved particles are 11 (type 0) and 27 (type 1).
Relative position vector is (0.507569,0.028460,0.027294), distance is 0.509098

Short distance in the transfer function!
Involved particles are 11 (type 0) and 27 (type 1).
Relative position vector is (0.507569,0.028460,0.027294), distance is 0.509098

Short distance in the pair potential!
Involved particles are 27 (type 1) and 11 (type 0).
Relative position vector is (-0.507569,-0.028460,-0.027294), distance is 0.509098

Short distance in the transfer function!
Involved particles are 27 (type 1) and 11 (type 0).
Relative position vector is (-0.507569,-0.028460,-0.027294), distance is 0.509098

Short distance in the embedding function!
Involved particles are 11 (type 0) and 27 (type 1).
Relative position vector is (0.507569,0.028460,0.027294), distance is 0.509098

Short distance in the embedding function!
Involved particles are 11 (type 0) and 27 (type 1).
Relative position vector is (0.507569,0.028460,0.027294), distance is 0.509098

Short distance in the embedding function!
Involved particles are 27 (type 1) and 11 (type 0).
Relative position vector is (-0.507569,-0.028460,-0.027294), distance is 0.509098

Short distance in the embedding function!
Involved particles are 27 (type 1) and 11 (type 0).
Relative position vector is (-0.507569,-0.028460,-0.027294), distance is 0.509098

Short distance in the pair potential!
Involved particles are 24 (type 0) and 28 (type 0).
Relative position vector is (0.709746,-0.069955,-0.158341), distance is 0.730551

Short distance in the transfer function!
Involved particles are 24 (type 0) and 28 (type 0).
Relative position vector is (0.709746,-0.069955,-0.158341), distance is 0.730551

Short distance in the pair potential!
Involved particles are 28 (type 0) and 24 (type 0).
Relative position vector is (-0.709746,0.069955,0.158341), distance is 0.730551

Short distance in the transfer function!
Involved particles are 28 (type 0) and 24 (type 0).
Relative position vector is (-0.709746,0.069955,0.158341), distance is 0.730551

Short distance in the embedding function!
Involved particles are 24 (type 0) and 28 (type 0).
Relative position vector is (0.709746,-0.069955,-0.158341), distance is 0.730551

Short distance in the embedding function!
Involved particles are 28 (type 0) and 24 (type 0).
Relative position vector is (-0.709746,0.069955,0.158341), distance is 0.730551

Short distance in the pair potential!
Involved particles are 20 (type 1) and 28 (type 0).
Relative position vector is (0.158666,0.755406,-0.137290), distance is 0.784004

Short distance in the transfer function!
Involved particles are 20 (type 1) and 28 (type 0).
Relative position vector is (0.158666,0.755406,-0.137290), distance is 0.784004

Short distance in the pair potential!
Involved particles are 28 (type 0) and 20 (type 1).
Relative position vector is (-0.158666,-0.755406,0.137290), distance is 0.784004

Short distance in the transfer function!
Involved particles are 28 (type 0) and 20 (type 1).
Relative position vector is (-0.158666,-0.755406,0.137290), distance is 0.784004

Short distance in the embedding function!
Involved particles are 20 (type 1) and 28 (type 0).
Relative position vector is (0.158666,0.755406,-0.137290), distance is 0.784004

Short distance in the embedding function!
Involved particles are 20 (type 1) and 28 (type 0).
Relative position vector is (0.158666,0.755406,-0.137290), distance is 0.784004

Short distance in the embedding function!
Involved particles are 28 (type 0) and 20 (type 1).
Relative position vector is (-0.158666,-0.755406,0.137290), distance is 0.784004

Short distance in the embedding function!
Involved particles are 28 (type 0) and 20 (type 1).
Relative position vector is (-0.158666,-0.755406,0.137290), distance is 0.784004

Short distance in the pair potential!
Involved particles are 12 (type 0) and 28 (type 0).
Relative position vector is (-0.119434,0.339112,0.498259), distance is 0.614430

Short distance in the transfer function!
Involved particles are 12 (type 0) and 28 (type 0).
Relative position vector is (-0.119434,0.339112,0.498259), distance is 0.614430

Short distance in the pair potential!
Involved particles are 28 (type 0) and 12 (type 0).
Relative position vector is (0.119434,-0.339112,-0.498259), distance is 0.614430

Short distance in the transfer function!
Involved particles are 28 (type 0) and 12 (type 0).
Relative position vector is (0.119434,-0.339112,-0.498259), distance is 0.614430

Short distance in the embedding function!
Involved particles are 12 (type 0) and 28 (type 0).
Relative position vector is (-0.119434,0.339112,0.498259), distance is 0.614430

Short distance in the embedding function!
Involved particles are 28 (type 0) and 12 (type 0).
Relative position vector is (0.119434,-0.339112,-0.498259), distance is 0.614430

Short distance in the pair potential!
Involved particles are 25 (type 2) and 29 (type 2).
Relative position vector is (-0.283971,-0.273586,-0.310388), distance is 0.501826

Short distance in the transfer function!
Involved particles are 25 (type 2) and 29 (type 2).
Relative position vector is (-0.283971,-0.273586,-0.310388), distance is 0.501826

Short distance in the pair potential!
Involved particles are 29 (type 2) and 25 (type 2).
Relative position vector is (0.283971,0.273586,0.310388), distance is 0.501826

Short distance in the transfer function!
Involved particles are 29 (type 2) and 25 (type 2).
Relative position vector is (0.283971,0.273586,0.310388), distance is 0.501826

Short distance in the embedding function!
Involved particles are 25 (type 2) and 29 (type 2).
Relative position vector is (-0.283971,-0.273586,-0.310388), distance is 0.501826

Short distance in the embedding function!
Involved particles are 29 (type 2) and 25 (type 2).
Relative position vector is (0.283971,0.273586,0.310388), distance is 0.501826

Short distance in the pair potential!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,-0.415562,-0.153915), distance is 0.491287

Short distance in the transfer function!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,-0.415562,-0.153915), distance is 0.491287

Short distance in the pair potential!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,0.415562,0.153915), distance is 0.491287

Short distance in the transfer function!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,0.415562,0.153915), distance is 0.491287

Short distance in the embedding function!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,-0.415562,-0.153915), distance is 0.491287

Short distance in the embedding function!
Involved particles are 21 (type 1) and 29 (type 2).
Relative position vector is (0.212088,-0.415562,-0.153915), distance is 0.491287

Short distance in the embedding function!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,0.415562,0.153915), distance is 0.491287

Short distance in the embedding function!
Involved particles are 29 (type 2) and 21 (type 1).
Relative position vector is (-0.212088,0.415562,0.153915), distance is 0.491287

Short distance in the pair potential!
Involved particles are 13 (type 1) and 29 (type 2).
Relative position vector is (0.551023,-0.128305,0.547426), distance is 0.787251

Short distance in the transfer function!
Involved particles are 13 (type 1) and 29 (type 2).
Relative position vector is (0.551023,-0.128305,0.547426), distance is 0.787251

Short distance in the pair potential!
Involved particles are 29 (type 2) and 13 (type 1).
Relative position vector is (-0.551023,0.128305,-0.547426), distance is 0.787251

Short distance in the transfer function!
Involved particles are 29 (type 2) and 13 (type 1).
Relative position vector is (-0.551023,0.128305,-0.547426), distance is 0.787251

Short distance in the embedding function!
Involved particles are 13 (type 1) and 29 (type 2).
Relative position vector is (0.551023,-0.128305,0.547426), distance is 0.787251

Short distance in the embedding function!
Involved particles are 13 (type 1) and 29 (type 2).
Relative position vector is (0.551023,-0.128305,0.547426), distance is 0.787251

Short distance in the embedding function!
Involved particles are 29 (type 2) and 13 (type 1).
Relative position vector is (-0.551023,0.128305,-0.547426), distance is 0.787251

Short distance in the embedding function!
Involved particles are 29 (type 2) and 13 (type 1).
Relative position vector is (-0.551023,0.128305,-0.547426), distance is 0.787251

Short distance in the pair potential!
Involved particles are 26 (type 2) and 30 (type 2).
Relative position vector is (0.037731,-0.443377,0.080117), distance is 0.452135

Short distance in the transfer function!
Involved particles are 26 (type 2) and 30 (type 2).
Relative position vector is (0.037731,-0.443377,0.080117), distance is 0.452135

Short distance in the pair potential!
Involved particles are 30 (type 2) and 26 (type 2).
Relative position vector is (-0.037731,0.443377,-0.080117), distance is 0.452135

Short distance in the transfer function!
Involved particles are 30 (type 2) and 26 (type 2).
Relative position vector is (-0.037731,0.443377,-0.080117), distance is 0.452135

Short distance in the embedding function!
Involved particles are 26 (type 2) and 30 (type 2).
Relative position vector is (0.037731,-0.443377,0.080117), distance is 0.452135

Short distance in the embedding function!
Involved particles are 30 (type 2) and 26 (type 2).
Relative position vector is (-0.037731,0.443377,-0.080117), distance is 0.452135

Short distance in the pair potential!
Involved particles are 22 (type 0) and 30 (type 2).
Relative position vector is (-0.102585,0.531635,-0.044498), distance is 0.543268

Short distance in the transfer function!
Involved particles are 22 (type 0) and 30 (type 2).
Relative position vector is (-0.102585,0.531635,-0.044498), distance is 0.543268

Short distance in the pair potential!
Involved particles are 30 (type 2) and 22 (type 0).
Relative position vector is (0.102585,-0.531635,0.044498), distance is 0.543268

Short distance in the transfer function!
Involved particles are 30 (type 2) and 22 (type 0).
Relative position vector is (0.102585,-0.531635,0.044498), distance is 0.543268

Short distance in the embedding function!
Involved particles are 22 (type 0) and 30 (type 2).
Relative position vector is (-0.102585,0.531635,-0.044498), distance is 0.543268

Short distance in the embedding function!
Involved particles are 22 (type 0) and 30 (type 2).
Relative position vector is (-0.102585,0.531635,-0.044498), distance is 0.543268

Short distance in the embedding function!
Involved particles are 30 (type 2) and 22 (type 0).
Relative position vector is (0.102585,-0.531635,0.044498), distance is 0.543268

Short distance in the embedding function!
Involved particles are 30 (type 2) and 22 (type 0).
Relative position vector is (0.102585,-0.531635,0.044498), distance is 0.543268

Short distance in the pair potential!
Involved particles are 14 (type 0) and 30 (type 2).
Relative position vector is (0.098849,0.049755,-0.266093), distance is 0.288188

Short distance in the transfer function!
Involved particles are 14 (type 0) and 30 (type 2).
Relative position vector is (0.098849,0.049755,-0.266093), distance is 0.288188

Short distance in the pair potential!
Involved particles are 30 (type 2) and 14 (type 0).
Relative position vector is (-0.098849,-0.049755,0.266093), distance is 0.288188

Short distance in the transfer function!
Involved particles are 30 (type 2) and 14 (type 0).
Relative position vector is (-0.098849,-0.049755,0.266093), distance is 0.288188

Short distance in the embedding function!
Involved particles are 14 (type 0) and 30 (type 2).
Relative position vector is (0.098849,0.049755,-0.266093), distance is 0.288188

Short distance in the embedding function!
Involved particles are 14 (type 0) and 30 (type 2).
Relative position vector is (0.098849,0.049755,-0.266093), distance is 0.288188

Short distance in the embedding function!
Involved particles are 30 (type 2) and 14 (type 0).
Relative position vector is (-0.098849,-0.049755,0.266093), distance is 0.288188

Short distance in the embedding function!
Involved particles are 30 (type 2) and 14 (type 0).
Relative position vector is (-0.098849,-0.049755,0.266093), distance is 0.288188

Short distance in the pair potential!
Involved particles are 27 (type 1) and 31 (type 2).
Relative position vector is (0.253342,0.076226,-0.028457), distance is 0.266087

Short distance in the transfer function!
Involved particles are 27 (type 1) and 31 (type 2).
Relative position vector is (0.253342,0.076226,-0.028457), distance is 0.266087

Short distance in the pair potential!
Involved particles are 31 (type 2) and 27 (type 1).
Relative position vector is (-0.253342,-0.076226,0.028457), distance is 0.266087

Short distance in the transfer function!
Involved particles are 31 (type 2) and 27 (type 1).
Relative position vector is (-0.253342,-0.076226,0.028457), distance is 0.266087

Short distance in the embedding function!
Involved particles are 27 (type 1) and 31 (type 2).
Relative position vector is (0.253342,0.076226,-0.028457), distance is 0.266087

Short distance in the embedding function!
Involved particles are 27 (type 1) and 31 (type 2).
Relative position vector is (0.253342,0.076226,-0.028457), distance is 0.266087

Short distance in the embedding function!
Involved particles are 31 (type 2) and 27 (type 1).
Relative position vector is (-0.253342,-0.076226,0.028457), distance is 0.266087

Short distance in the embedding function!
Involved particles are 31 (type 2) and 27 (type 1).
Relative position vector is (-0.253342,-0.076226,0.028457), distance is 0.266087

Short distance in the pair potential!
Involved particles are 23 (type 1) and 31 (type 2).
Relative position vector is (-0.159645,-0.141381,-0.162690), distance is 0.268222

Short distance in the transfer function!
Involved particles are 23 (type 1) and 31 (type 2).
Relative position vector is (-0.159645,-0.141381,-0.162690), distance is 0.268222

Short distance in the pair potential!
Involved particles are 31 (type 2) and 23 (type 1).
Relative position vector is (0.159645,0.141381,0.162690), distance is 0.268222

Short distance in the transfer function!
Involved particles are 31 (type 2) and 23 (type 1).
Relative position vector is (0.159645,0.141381,0.162690), distance is 0.268222

Short distance in the embedding function!
Involved particles are 23 (type 1) and 31 (type 2).
Relative position vector is (-0.159645,-0.141381,-0.162690), distance is 0.268222

Short distance in the embedding function!
Involved particles are 23 (type 1) and 31 (type 2).
Relative position vector is (-0.159645,-0.141381,-0.162690), distance is 0.268222

Short distance in the embedding function!
Involved particles are 31 (type 2) and 23 (type 1).
Relative position vector is (0.159645,0.141381,0.162690), distance is 0.268222

Short distance in the embedding function!
Involved particles are 31 (type 2) and 23 (type 1).
Relative position vector is (0.159645,0.141381,0.162690), distance is 0.268222

Short distance in the pair potential!
Involved particles are 15 (type 0) and 31 (type 2).
Relative position vector is (0.287956,0.222142,-0.000943), distance is 0.363685

Short distance in the transfer function!
Involved particles are 15 (type 0) and 31 (type 2).
Relative position vector is (0.287956,0.222142,-0.000943), distance is 0.363685

Short distance in the pair potential!
Involved particles are 31 (type 2) and 15 (type 0).
Relative position vector is (-0.287956,-0.222142,0.000943), distance is 0.363685

Short distance in the transfer function!
Involved particles are 31 (type 2) and 15 (type 0).
Relative position vector is (-0.287956,-0.222142,0.000943), distance is 0.363685

Short distance in the embedding function!
Involved particles are 15 (type 0) and 31 (type 2).
Relative position vector is (0.287956,0.222142,-0.000943), distance is 0.363685

Short distance in the embedding function!
Involved particles are 15 (type 0) and 31 (type 2).
Relative position vector is (0.287956,0.222142,-0.000943), distance is 0.363685

Short distance in the embedding function!
Involved particles are 31 (type 2) and 15 (type 0).
Relative position vector is (-0.287956,-0.222142,0.000943), distance is 0.363685

Short distance in the embedding function!
Involved particles are 31 (type 2) and 15 (type 0).
Relative position vector is (-0.287956,-0.222142,0.000943), distance is 0.363685

{"usertime":23.22,"memmax":96496,"memavg":0}