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Cr4MgS8_166

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for Cr4MgS8_166

Run Summary

FormulaCr4MgS8
Crystal Systemtrigonal
Input SG166
Solved SG166
R20.9939
Chi20.0827
Rwp/Wr7.6549
Statusaccepted
Valid Structures15
Candidates334
Total Time11m 52.6s
Search Details
Phase 1 SGs157
Phase 2 Pairs183
Refined Structures4
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
118   1     56    1075.3      0.0217   323       6        0.804        2.530    11.824    35.943
119   1     63    1192.6      0.0274   247       6        0.813        2.806    35.943    11.824
120   11    12    439.2       0.0135   699       11       0.820       10.034     7.322     6.853    60.720
121   1     56    946.2       0.0495   290       4        0.840       11.824    35.943     2.226
122   1     56    946.2       0.0495   290       4        0.840       35.943    11.824     2.226
123   1     56    946.2       0.0495   299       4        0.853        2.226    35.943    11.824
124   1     56    946.2       0.0495   299       4        0.853       35.943     2.226    11.824
125   1     56    1192.6      0.0274   290       6        0.881       11.824    35.943     2.806
126   1     56    1192.6      0.0274   290       6        0.881       35.943    11.824     2.806
127   11    12    508.5       0.0122   700       12       0.882        9.679    10.636     6.615    48.300
128   1     56    946.2       0.0495   323       4        0.887        2.226    11.824    35.943
129   1     56    946.2       0.0495   323       4        0.887       11.824     2.226    35.943
130   2     62    839.9       0.0061   424       22       0.889       14.626     8.768     6.550
131   2     8     425.9       0.0354   339       13       0.892        7.672     9.287     7.864    49.480
132   2     8     532.4       0.0181   434       14       0.892       12.625     7.508     7.178    51.480
133   1     56    1192.6      0.0274   299       6        0.895        2.806    35.943    11.824
134   1     56    1192.6      0.0274   299       6        0.895       35.943     2.806    11.824
135   1     36    1075.3      0.0217   403       6        0.898       11.824    35.943     2.530
136   1     36    1075.3      0.0217   403       6        0.898       11.824     2.530    35.943
137   2     62    839.9       0.0061   444       22       0.910        8.768     6.550    14.626
138   1     56    1192.6      0.0274   323       6        0.930        2.806    11.824    35.943
139   1     56    1192.6      0.0274   323       6        0.930       11.824     2.806    35.943
140   2     8     530.0       0.0326   349       12       0.942        8.976    11.955     6.969    45.130
141   2     8     479.1       0.0321   349       14       0.956        7.606    11.232     7.756    46.300
142   1     36    1075.3      0.0217   466       6        0.966        2.530    11.824    35.943
143   1     36    1075.3      0.0217   466       6        0.966        2.530    35.943    11.824
144   2     8     596.1       0.0359   306       12       0.972        6.900    15.382     5.973    70.090
145   1     36    946.2       0.0495   403       4        0.990       11.824     2.226    35.943
146   1     36    946.2       0.0495   403       4        0.990       11.824    35.943     2.226
147   11    12    508.1       0.0154   800       11       0.994       12.723     6.681     7.334    54.590
148   2     62    1075.3      0.0217   514       6        1.014       11.824    35.943     2.530
149   2     62    1075.3      0.0217   514       6        1.014        2.530    35.943    11.824
150   1     55    450.7       0.0714   210       15       1.022        6.104    29.491     2.504
151   1     55    450.7       0.0714   210       15       1.022       29.491     6.104     2.504
152   1     36    1192.6      0.0274   403       6        1.039       11.824     2.806    35.943
153   1     36    1192.6      0.0274   403       6        1.039       11.824    35.943     2.806
154   1     36    946.2       0.0495   466       4        1.065        2.226    35.943    11.824
155   1     36    946.2       0.0495   466       4        1.065        2.226    11.824    35.943
156   11    12    460.7       0.0278   699       10       1.071       10.331     7.940     6.389    61.520
157   1     36    1192.6      0.0274   466       6        1.117        2.806    35.943    11.824
158   1     36    1192.6      0.0274   466       6        1.117        2.806    11.824    35.943
159   2     62    946.2       0.0495   514       4        1.118        2.226    35.943    11.824
160   2     62    946.2       0.0495   514       4        1.118       11.824    35.943     2.226
161   1     74    1198.0      0.0317   141       20       1.130        6.330     7.896    23.967
162   1     74    1198.0      0.0317   141       20       1.130        7.896     6.330    23.967
163   2     62    1192.6      0.0274   514       6        1.173        2.806    35.943    11.824
164   2     62    1192.6      0.0274   514       6        1.173       11.824    35.943     2.806
165   11    12    532.4       0.0181   813       14       1.221       12.625     7.508     7.178    51.480
166   2     62    1075.3      0.0217   754       6        1.228       35.943    11.824     2.530
167   2     62    1075.3      0.0217   754       6        1.228        2.530    11.824    35.943
168   11    12    425.9       0.0354   649       13       1.234        7.672     9.287     7.864    49.480
169   2     62    1075.3      0.0217   844       6        1.299       11.824     2.530    35.943
170   2     62    1075.3      0.0217   844       6        1.299       35.943     2.530    11.824
171   1     25    292.1       0.0919   221       30       1.300        5.910     2.748    17.985
172   11    12    530.0       0.0326   675       12       1.310        8.976    11.955     6.969    45.130
173   11    12    479.1       0.0321   675       14       1.329        7.606    11.232     7.756    46.300
174   2     62    946.2       0.0495   754       4        1.354        2.226    11.824    35.943
175   2     62    946.2       0.0495   754       4        1.354       35.943    11.824     2.226
176   11    12    596.1       0.0359   613       12       1.375        6.900    15.382     5.973    70.090
177   2     62    1192.6      0.0274   754       6        1.421        2.806    11.824    35.943
178   2     62    1192.6      0.0274   754       6        1.421       35.943    11.824     2.806
179   2     62    946.2       0.0495   844       4        1.433       35.943     2.226    11.824
180   2     62    946.2       0.0495   844       4        1.433       11.824     2.226    35.943
181   2     62    1192.6      0.0274   844       6        1.503       35.943     2.806    11.824
182   2     62    1192.6      0.0274   844       6        1.503       11.824     2.806    35.943
183   1     85    1102.4      0.0318   260       27       1.702        7.005    22.464


[Pair 1/183] vol=723.4 ų, spg=166, dims=   6.825    17.933: 2 WP choices.
WP #1: spg=166, count=1, dof=3, n_wps=5, wyckoff=[['9d', '3a'], ['3b'], ['18h', '6c']]
ID  1-1: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.537, -5.891, 0.054, 0.092
ID  2-4: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.479, -5.337, 0.045, 0.050
ID  3-6: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.941, -6.333, 0.004, 0.088  7.655,  0.994,  0.083, -1.6, 10.9s [best-energy-ok]
ID  4-9: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.413, -5.183, 0.027, 0.089
ID  5-14: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.501, -5.171, 0.094, 0.267
ID  6-15: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.634, -5.296, 0.033, 0.110
ID  7-20: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.494, -5.436, 0.052, 0.071
ID  8-21: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.495, -5.435, 0.049, 0.341
ID  9-23: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.827, -5.752, 0.004, 0.075 64.991,  0.564,  5.961, -26.3, 1.2s
ID 10-28: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.941, -6.333, 0.002, 0.065  7.681,  0.994,  0.083, -1.6, 3.4s
ID 11-30: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.537, -5.891, 0.054, 0.071
ID 12-31: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.494, -5.436, 0.052, 0.071
ID 13-33: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.529, -5.202, 0.059, 0.067
ID 14-37: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.827, -5.748, 0.006, 0.376 65.429,  0.558,  6.041, -26.5, 1.3s
ID 15-39: * 39   5  166 R-3m           3.37 9d 3a 3b 18h 6c ,  vol=723.4 ų 0.538, -5.891, 0.056, 0.051
Metrics: Wr=7.6549, R2=0.9939, Chi2=0.0827, score=-1.5876, accepted=True, E=-6.3326, dE=0.0001
Early stop: excellent solution found.

Final refinement results: Wr=7.6549, R2=0.9939, Chi2=0.0827
Best structure saved to 0510/cifs/Match_Cr4MgS8_166.cif
Accepted solution: spg=166, Wr=7.6549, R2=0.9939, Chi2=0.0827, score=-1.5876, E=-6.3326, dE=0.0001, 
Good fit found early: spg=166, R2=0.9939, Chi2=0.0827, dE_global=0.0001. Stopping search after pair 1/183 and 1 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 9m 18.9s
  2) Structure inference: 2m 33.6s
  Total: 11m 52.6s
Best solution: spg=166, Wr=7.6549, R2=0.9939, Chi2=0.0827, score=-1.5876, E=-6.3326, dE=0.0001, 
Return best result in spg=166.
Best inferred-SG score observed: -1.5876