Short distance in the pair potential!
Involved particles are 1 (type 0) and 5 (type 0).
Relative position vector is (-0.080370,-0.085646,0.022639), distance is 0.119612

Short distance in the transfer function!
Involved particles are 1 (type 0) and 5 (type 0).
Relative position vector is (-0.080370,-0.085646,0.022639), distance is 0.119612

Short distance in the pair potential!
Involved particles are 5 (type 0) and 1 (type 0).
Relative position vector is (0.080370,0.085646,-0.022639), distance is 0.119612

Short distance in the transfer function!
Involved particles are 5 (type 0) and 1 (type 0).
Relative position vector is (0.080370,0.085646,-0.022639), distance is 0.119612

Short distance in the embedding function!
Involved particles are 1 (type 0) and 5 (type 0).
Relative position vector is (-0.080370,-0.085646,0.022639), distance is 0.119612

Short distance in the embedding function!
Involved particles are 5 (type 0) and 1 (type 0).
Relative position vector is (0.080370,0.085646,-0.022639), distance is 0.119612

Short distance in the pair potential!
Involved particles are 26 (type 1) and 30 (type 1).
Relative position vector is (0.010613,-0.032954,0.032141), distance is 0.047240

Short distance in the transfer function!
Involved particles are 26 (type 1) and 30 (type 1).
Relative position vector is (0.010613,-0.032954,0.032141), distance is 0.047240

Short distance in the pair potential!
Involved particles are 30 (type 1) and 26 (type 1).
Relative position vector is (-0.010613,0.032954,-0.032141), distance is 0.047240

Short distance in the transfer function!
Involved particles are 30 (type 1) and 26 (type 1).
Relative position vector is (-0.010613,0.032954,-0.032141), distance is 0.047240

Short distance in the embedding function!
Involved particles are 26 (type 1) and 30 (type 1).
Relative position vector is (0.010613,-0.032954,0.032141), distance is 0.047240

Short distance in the embedding function!
Involved particles are 30 (type 1) and 26 (type 1).
Relative position vector is (-0.010613,0.032954,-0.032141), distance is 0.047240

Short distance in the pair potential!
Involved particles are 15 (type 1) and 31 (type 1).
Relative position vector is (0.024510,0.055948,0.055982), distance is 0.082854

Short distance in the transfer function!
Involved particles are 15 (type 1) and 31 (type 1).
Relative position vector is (0.024510,0.055948,0.055982), distance is 0.082854

Short distance in the pair potential!
Involved particles are 31 (type 1) and 15 (type 1).
Relative position vector is (-0.024510,-0.055948,-0.055982), distance is 0.082854

Short distance in the transfer function!
Involved particles are 31 (type 1) and 15 (type 1).
Relative position vector is (-0.024510,-0.055948,-0.055982), distance is 0.082854

Short distance in the embedding function!
Involved particles are 15 (type 1) and 31 (type 1).
Relative position vector is (0.024510,0.055948,0.055982), distance is 0.082854

Short distance in the embedding function!
Involved particles are 31 (type 1) and 15 (type 1).
Relative position vector is (-0.024510,-0.055948,-0.055982), distance is 0.082854

Short distance in the pair potential!
Involved particles are 2 (type 2) and 6 (type 2).
Relative position vector is (0.030709,-0.122659,0.042977), distance is 0.133548

Short distance in the transfer function!
Involved particles are 2 (type 2) and 6 (type 2).
Relative position vector is (0.030709,-0.122659,0.042977), distance is 0.133548

Short distance in the pair potential!
Involved particles are 6 (type 2) and 2 (type 2).
Relative position vector is (-0.030709,0.122659,-0.042977), distance is 0.133548

Short distance in the transfer function!
Involved particles are 6 (type 2) and 2 (type 2).
Relative position vector is (-0.030709,0.122659,-0.042977), distance is 0.133548

Short distance in the embedding function!
Involved particles are 2 (type 2) and 6 (type 2).
Relative position vector is (0.030709,-0.122659,0.042977), distance is 0.133548

Short distance in the embedding function!
Involved particles are 6 (type 2) and 2 (type 2).
Relative position vector is (-0.030709,0.122659,-0.042977), distance is 0.133548

Short distance in the pair potential!
Involved particles are 10 (type 2) and 14 (type 2).
Relative position vector is (-0.014999,-0.148324,0.022140), distance is 0.150716

Short distance in the transfer function!
Involved particles are 10 (type 2) and 14 (type 2).
Relative position vector is (-0.014999,-0.148324,0.022140), distance is 0.150716

Short distance in the pair potential!
Involved particles are 14 (type 2) and 10 (type 2).
Relative position vector is (0.014999,0.148324,-0.022140), distance is 0.150716

Short distance in the transfer function!
Involved particles are 14 (type 2) and 10 (type 2).
Relative position vector is (0.014999,0.148324,-0.022140), distance is 0.150716

Short distance in the embedding function!
Involved particles are 10 (type 2) and 14 (type 2).
Relative position vector is (-0.014999,-0.148324,0.022140), distance is 0.150716

Short distance in the embedding function!
Involved particles are 14 (type 2) and 10 (type 2).
Relative position vector is (0.014999,0.148324,-0.022140), distance is 0.150716

Short distance in the pair potential!
Involved particles are 15 (type 2) and 31 (type 2).
Relative position vector is (0.029131,-0.117237,0.064196), distance is 0.136800

Short distance in the transfer function!
Involved particles are 15 (type 2) and 31 (type 2).
Relative position vector is (0.029131,-0.117237,0.064196), distance is 0.136800

Short distance in the pair potential!
Involved particles are 31 (type 2) and 15 (type 2).
Relative position vector is (-0.029131,0.117237,-0.064196), distance is 0.136800

Short distance in the transfer function!
Involved particles are 31 (type 2) and 15 (type 2).
Relative position vector is (-0.029131,0.117237,-0.064196), distance is 0.136800

Short distance in the embedding function!
Involved particles are 15 (type 2) and 31 (type 2).
Relative position vector is (0.029131,-0.117237,0.064196), distance is 0.136800

Short distance in the embedding function!
Involved particles are 31 (type 2) and 15 (type 2).
Relative position vector is (-0.029131,0.117237,-0.064196), distance is 0.136800

Short distance in the pair potential!
Involved particles are 10 (type 1) and 14 (type 2).
Relative position vector is (0.032912,0.018342,0.124592), distance is 0.130164

Short distance in the transfer function!
Involved particles are 10 (type 1) and 14 (type 2).
Relative position vector is (0.032912,0.018342,0.124592), distance is 0.130164

Short distance in the pair potential!
Involved particles are 14 (type 2) and 10 (type 1).
Relative position vector is (-0.032912,-0.018342,-0.124592), distance is 0.130164

Short distance in the transfer function!
Involved particles are 14 (type 2) and 10 (type 1).
Relative position vector is (-0.032912,-0.018342,-0.124592), distance is 0.130164

Short distance in the embedding function!
Involved particles are 10 (type 1) and 14 (type 2).
Relative position vector is (0.032912,0.018342,0.124592), distance is 0.130164

Short distance in the embedding function!
Involved particles are 10 (type 1) and 14 (type 2).
Relative position vector is (0.032912,0.018342,0.124592), distance is 0.130164

Short distance in the embedding function!
Involved particles are 14 (type 2) and 10 (type 1).
Relative position vector is (-0.032912,-0.018342,-0.124592), distance is 0.130164

Short distance in the embedding function!
Involved particles are 14 (type 2) and 10 (type 1).
Relative position vector is (-0.032912,-0.018342,-0.124592), distance is 0.130164

Short distance in the pair potential!
Involved particles are 6 (type 1) and 22 (type 1).
Relative position vector is (-0.014770,-0.086132,0.094087), distance is 0.128411

Short distance in the transfer function!
Involved particles are 6 (type 1) and 22 (type 1).
Relative position vector is (-0.014770,-0.086132,0.094087), distance is 0.128411

Short distance in the pair potential!
Involved particles are 22 (type 1) and 6 (type 1).
Relative position vector is (0.014770,0.086132,-0.094087), distance is 0.128411

Short distance in the transfer function!
Involved particles are 22 (type 1) and 6 (type 1).
Relative position vector is (0.014770,0.086132,-0.094087), distance is 0.128411

Short distance in the embedding function!
Involved particles are 6 (type 1) and 22 (type 1).
Relative position vector is (-0.014770,-0.086132,0.094087), distance is 0.128411

Short distance in the embedding function!
Involved particles are 22 (type 1) and 6 (type 1).
Relative position vector is (0.014770,0.086132,-0.094087), distance is 0.128411

Short distance in the pair potential!
Involved particles are 26 (type 0) and 30 (type 1).
Relative position vector is (0.029296,-0.172333,0.080117), distance is 0.192291

Short distance in the transfer function!
Involved particles are 26 (type 0) and 30 (type 1).
Relative position vector is (0.029296,-0.172333,0.080117), distance is 0.192291

Short distance in the pair potential!
Involved particles are 30 (type 1) and 26 (type 0).
Relative position vector is (-0.029296,0.172333,-0.080117), distance is 0.192291

Short distance in the transfer function!
Involved particles are 30 (type 1) and 26 (type 0).
Relative position vector is (-0.029296,0.172333,-0.080117), distance is 0.192291

Short distance in the embedding function!
Involved particles are 26 (type 0) and 30 (type 1).
Relative position vector is (0.029296,-0.172333,0.080117), distance is 0.192291

Short distance in the embedding function!
Involved particles are 26 (type 0) and 30 (type 1).
Relative position vector is (0.029296,-0.172333,0.080117), distance is 0.192291

Short distance in the embedding function!
Involved particles are 30 (type 1) and 26 (type 0).
Relative position vector is (-0.029296,0.172333,-0.080117), distance is 0.192291

Short distance in the embedding function!
Involved particles are 30 (type 1) and 26 (type 0).
Relative position vector is (-0.029296,0.172333,-0.080117), distance is 0.192291

Short distance in the pair potential!
Involved particles are 23 (type 2) and 31 (type 0).
Relative position vector is (0.032044,-0.112900,-0.132038), distance is 0.176655

Short distance in the transfer function!
Involved particles are 23 (type 2) and 31 (type 0).
Relative position vector is (0.032044,-0.112900,-0.132038), distance is 0.176655

Short distance in the pair potential!
Involved particles are 31 (type 0) and 23 (type 2).
Relative position vector is (-0.032044,0.112900,0.132038), distance is 0.176655

Short distance in the transfer function!
Involved particles are 31 (type 0) and 23 (type 2).
Relative position vector is (-0.032044,0.112900,0.132038), distance is 0.176655

Short distance in the embedding function!
Involved particles are 23 (type 2) and 31 (type 0).
Relative position vector is (0.032044,-0.112900,-0.132038), distance is 0.176655

Short distance in the embedding function!
Involved particles are 23 (type 2) and 31 (type 0).
Relative position vector is (0.032044,-0.112900,-0.132038), distance is 0.176655

Short distance in the embedding function!
Involved particles are 31 (type 0) and 23 (type 2).
Relative position vector is (-0.032044,0.112900,0.132038), distance is 0.176655

Short distance in the embedding function!
Involved particles are 31 (type 0) and 23 (type 2).
Relative position vector is (-0.032044,0.112900,0.132038), distance is 0.176655

{"usertime":23.84,"memmax":90320,"memavg":0}