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B2CGdNi2_139

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for B2CGdNi2_139

Run Summary

FormulaB2CGdNi2
Crystal Systemtetragonal
Input SG139
Solved SG58
R20.9986
Chi20.022
Rwp/Wr3.6961
Statusaccepted
Valid Structures14
Candidates493
Total Time14m 57.4s
Search Details
Phase 1 SGs160
Phase 2 Pairs174
Refined Structures8
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
111   4     62    272.9       0.0175   300       18       2.297       10.299     5.825     4.550
112   1     61    561.8       0.0097   144       30       2.306        6.212     8.781    10.299
113   1     61    561.8       0.0097   144       30       2.306       10.299     6.212     8.781
114   1     61    561.8       0.0097   144       30       2.306        8.781    10.299     6.212
115   2     38    398.5       0.0693   262       4        2.310       10.299     3.815    10.143
116   1     59    386.3       0.0123   204       26       2.336        2.616    14.337    10.299
117   4     62    529.8       0.0020   640       26       2.344        3.585    20.602     7.173
118   4     62    272.9       0.0175   316       18       2.357       10.299     4.550     5.825
119   4     62    272.9       0.0175   316       18       2.357        5.825     4.550    10.299
120   1     61    545.8       0.0164   150       21       2.410       10.299    11.649     4.550
121   1     61    545.8       0.0164   150       21       2.410       10.299     4.550    11.649
122   1     61    545.8       0.0164   150       21       2.410       11.649    10.299     4.550
123   1     61    545.8       0.0164   150       21       2.410       11.649     4.550    10.299
124   1     61    545.8       0.0164   150       21       2.410        4.550    10.299    11.649
125   1     61    545.8       0.0164   150       21       2.410        4.550    11.649    10.299
126   4     62    529.8       0.0022   640       26       2.424        7.173    20.602     3.585
127   6     40    272.9       0.0175   426       14       2.436        5.825     4.550    10.299
128   1     29    268.2       0.0596   162       15       2.510       20.386     5.149     2.555
129   4     38    272.9       0.0175   372       18       2.558        5.825     4.550    10.299
130   6     40    272.9       0.0175   390       18       2.619        5.825    10.299     4.550
131   1     61    545.9       0.0163   144       27       2.657        5.827    10.299     9.097
132   1     61    545.9       0.0163   144       27       2.657       10.299     9.097     5.827
133   1     61    545.9       0.0163   144       27       2.657        9.097     5.827    10.299
134   4     62    272.9       0.0175   300       25       2.691        4.550     5.825    10.299
135   1     61    545.9       0.0163   144       28       2.704       10.299     5.827     9.097
136   1     61    545.9       0.0163   144       28       2.704        5.827     9.097    10.299
137   1     61    545.9       0.0163   144       28       2.704        9.097    10.299     5.827
138   2     38    398.5       0.0693   360       4        2.708        3.815    10.299    10.143
139   4     62    529.8       0.0022   912       27       2.946        7.173     3.585    20.602
140   4     62    289.0       0.0245   408       16       2.988       10.756     2.609    10.298
141   1     59    374.6       0.0642   156       15       2.999        5.071    20.602     3.585
142   4     62    529.8       0.0032   848       25       3.175       20.602     7.173     3.585
143   4     62    529.8       0.0032   848       26       3.236        3.585     7.173    20.602
144   4     21    374.6       0.0642   192       15       3.327       20.602     5.071     3.585
145   15    63    272.9       0.0175   640       18       3.355        4.550    10.299     5.825
146   4     62    529.8       0.0033   912       27       3.463       20.602     3.585     7.173
147   1     59    374.5       0.0680   150       21       3.527        7.171     5.071    10.299
148   1     59    374.5       0.0680   162       21       3.666        5.071     7.171    10.299
149   1     59    374.6       0.0642   258       15       3.856        5.071     3.585    20.602
150   1     59    374.6       0.0642   270       15       3.945        3.585     5.071    20.602
151   2     38    374.5       0.0680   208       21       4.154       10.299     7.171     5.071
152   2     38    374.5       0.0680   224       21       4.310       10.299     5.071     7.171
153   2     38    374.6       0.0642   390       15       4.741        3.585    20.602     5.071
154   1     61    551.8       0.0680   174       23       4.817        4.550    20.298     5.976
155   1     61    551.8       0.0680   174       23       4.817       20.298     5.976     4.550
156   1     61    551.8       0.0680   174       23       4.817        5.976     4.550    20.298
157   4     62    545.8       0.0164   624       21       4.914       10.299    11.649     4.550
158   4     62    545.8       0.0164   624       21       4.914        4.550    11.649    10.299
159   4     62    545.8       0.0164   640       21       4.977       11.649    10.299     4.550
160   4     62    545.8       0.0164   640       21       4.977        4.550    10.299    11.649
161   4     21    374.5       0.0680   316       21       5.119        5.071     7.171    10.299
162   4     62    545.8       0.0164   736       21       5.337       10.299     4.550    11.649
163   4     62    545.8       0.0164   736       21       5.337       11.649     4.550    10.299
164   4     62    545.9       0.0229   608       20       5.419        5.827    10.299     9.097
165   4     62    545.9       0.0229   608       20       5.419        9.097    10.299     5.827
166   2     38    374.6       0.0642   510       15       5.422        3.585     5.071    20.602
167   4     62    545.9       0.0229   624       20       5.490       10.299     9.097     5.827
168   4     62    545.9       0.0229   688       20       5.765       10.299     5.827     9.097
169   4     62    561.8       0.0660   608       23       8.975        6.212    10.299     8.781
170   4     62    561.8       0.0660   640       23       9.208        6.212     8.781    10.299
171   4     62    561.8       0.0660   672       23       9.435       10.299     6.212     8.781
172   4     62    561.8       0.0660   672       23       9.435        8.781     6.212    10.299
173   4     62    551.8       0.0940   848       23       12.104      20.298     5.976     4.550
174   4     62    551.8       0.0940   864       23       12.217       5.976     4.550    20.298


[Pair 1/174] vol=132.3 ų, spg=58, dims=   3.587     3.585    10.292: 1 WP choices.
WP #1: spg=58, count=2, dof=4, n_wps=4, wyckoff=[['4g'], ['2c'], ['2a'], ['4g']]

[Pair 2/174] vol=132.3 ų, spg=58, dims=   3.587    10.292     3.585: 1 WP choices.
WP #1: spg=58, count=2, dof=4, n_wps=4, wyckoff=[['4g'], ['2c'], ['2a'], ['4g']]
ID  1-1: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.611, -8.116, 0.080, 0.099
ID  2-2: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.610, -8.118, 0.081, 0.041
ID  3-3: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.973, -8.534, 0.005, 0.047  3.698,  0.999,  0.022, 0.0, 11.3s [best-energy-ok]
ID  4-10: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.934, -4.893, 0.121, 0.084 10.178,  0.989,  0.167, -2.6, 20.1s
ID  5-11: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.610, -8.117, 0.081, 0.065
ID  6-12: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.974, -8.510, 0.008, 0.486  3.723,  0.999,  0.022, 0.0, 3.8s
ID  7-15: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.973, -8.532, 0.005, 0.084  3.703,  0.999,  0.022, 0.0, 3.5s
ID  8-17: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.973, -8.533, 0.005, 0.087  3.696,  0.999,  0.022, 0.0, 3.3s [best-energy-ok]
ID  9-18: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.973, -8.533, 0.005, 0.097  3.704,  0.999,  0.022, 0.0, 3.5s
ID 10-20: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.973, -8.533, 0.004, 0.090  4.054,  0.998,  0.026, -0.1, 2.5s
ID 11-22: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.973, -8.534, 0.005, 0.070  3.697,  0.999,  0.022, 0.0, 3.3s
ID 12-23: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.610, -8.117, 0.081, 0.074
ID 13-24: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.623, -0.358, 0.153, 0.099
ID 14-25: * 12   7   58 Pnnm           7.74 4g 2c 2a 4g ,  vol=132.3 ų 0.610, -8.117, 0.081, 0.083
Metrics: Wr=3.6961, R2=0.9986, Chi2=0.0220, score=0.0150, accepted=True, E=-8.5335, dE=0.0001
Early stop: excellent solution found.

Final refinement results: Wr=3.6961, R2=0.9986, Chi2=0.0220
Best structure saved to 0510/cifs/Match_B2CGdNi2_58.cif
Accepted solution: spg=58, Wr=3.6961, R2=0.9986, Chi2=0.0220, score=0.0150, E=-8.5335, dE=0.0001, 
Good fit found early: spg=58, R2=0.9986, Chi2=0.0220, dE_global=0.0001. Stopping search after pair 2/174 and 1 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 11m 47.4s
  2) Structure inference: 3m 10.0s
  Total: 14m 57.4s
Best solution: spg=58, Wr=3.6961, R2=0.9986, Chi2=0.0220, score=0.0150, E=-8.5335, dE=0.0001, 
Return best result in spg=58.
Best inferred-SG score observed: 0.0150