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Co3Ni3S8_166

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for Co3Ni3S8_166

Run Summary

FormulaCo3Ni3S8
Crystal Systemtrigonal
Input SG166
Solved SG166
R20.9988
Chi20.0284
Rwp/Wr3.4439
Statusaccepted
Valid Structures11
Candidates122
Total Time17m 44.3s
Search Details
Phase 1 SGs160
Phase 2 Pairs79
Refined Structures6
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
10    2     25    289.7       0.0100   56        23       0.186        6.627    18.684     2.339
11    2     25    221.1       0.0208   56        17       0.189        5.720    16.523     2.339
12    2     25    236.3       0.0083   168       13       0.206        9.362     3.813     6.620
13    2     25    250.3       0.0531   56        8        0.207        3.307    32.345     2.339
14    2     25    189.5       0.0371   56        16       0.214        5.733    16.219     2.038
15    2     25    307.5       0.0080   84        23       0.215       16.219     5.733     3.307
16    2     25    242.3       0.0249   56        21       0.235       16.523     5.720     2.564
17    2     25    236.3       0.0083   252       13       0.253        6.620     3.813     9.362
18    2     25    250.3       0.0531   84        8        0.253        2.339    32.345     3.307
19    2     25    307.5       0.0080   140       23       0.278       16.219     3.307     5.733
20    1     58    436.0       0.0471   48        11       0.278        2.348     6.627    28.026
21    1     58    436.0       0.0471   48        11       0.278        6.627     2.348    28.026
22    2     25    221.1       0.0208   140       17       0.299        2.339    16.523     5.720
23    2     25    289.7       0.0100   168       23       0.323        2.339    18.684     6.627
24    2     25    189.5       0.0371   140       16       0.339        2.038    16.219     5.733
25    1     58    473.0       0.0141   144       14       0.346       18.755     6.614     3.813
26    1     58    473.0       0.0141   144       14       0.346        6.614    18.755     3.813
27    1     58    377.7       0.0119   222       13       0.347       32.439     5.733     2.031
28    1     58    377.7       0.0119   222       13       0.347        5.733    32.439     2.031
29    2     25    262.3       0.0434   56        30       0.362        5.733    16.206     2.823
30    2     25    242.3       0.0249   140       21       0.371        2.564    16.523     5.720
31    1     58    435.9       0.0187   222       11       0.413       32.411     5.733     2.346
32    1     58    435.9       0.0187   222       11       0.413        5.733    32.411     2.346
33    2     25    307.5       0.0080   448       23       0.497        5.733     3.307    16.219
34    2     25    287.9       0.0795   112       17       0.521        9.350     6.580     4.679
35    2     25    221.1       0.0208   448       17       0.535        2.339     5.720    16.523
36    1     58    362.3       0.0910   66        22       0.536        6.614     5.842     9.377
37    1     58    362.3       0.0910   66        22       0.536        5.842     6.614     9.377
38    1     58    436.0       0.0471   180       11       0.538        2.348    28.026     6.627
39    1     58    436.0       0.0471   180       11       0.538       28.026     2.348     6.627
40    1     58    478.0       0.0226   222       15       0.539       32.439     5.733     2.571
41    1     58    478.0       0.0226   222       15       0.539        5.733    32.439     2.571
42    2     25    289.7       0.0100   504       23       0.559        2.339     6.627    18.684
43    1     58    449.5       0.0669   78        21       0.561        6.614     7.248     9.377
44    1     58    449.5       0.0669   78        21       0.561        7.248     6.614     9.377
45    2     25    262.3       0.0434   140       30       0.573        2.823    16.206     5.733
46    1     58    436.0       0.0471   204       11       0.573        6.627    28.026     2.348
47    1     58    436.0       0.0471   204       11       0.573       28.026     6.627     2.348
48    1     58    449.5       0.0669   90        21       0.602        6.614     9.377     7.248
49    1     58    449.5       0.0669   90        21       0.602        9.377     6.614     7.248
50    1     58    362.3       0.0910   84        22       0.604        5.842     9.377     6.614
51    1     58    362.3       0.0910   84        22       0.604        9.377     5.842     6.614
52    2     25    189.5       0.0371   448       16       0.606        2.038     5.733    16.219
53    1     58    449.5       0.0669   96        21       0.622        7.248     9.377     6.614
54    1     58    449.5       0.0669   96        21       0.622        9.377     7.248     6.614
55    2     63    1418.2      0.0110   356       7        0.623       11.466     3.813    32.439
56    1     58    362.3       0.0910   90        22       0.625        6.614     9.377     5.842
57    1     58    362.3       0.0910   90        22       0.625        9.377     6.614     5.842
58    2     25    287.9       0.0795   168       17       0.638        4.679     9.350     6.580
59    2     63    1418.2      0.0110   388       7        0.651        3.813    11.466    32.439
60    2     25    242.3       0.0249   448       21       0.664        2.564     5.720    16.523
61    1     58    501.7       0.1017   66        24       0.687        6.614     5.973    12.697
62    1     58    501.7       0.1017   66        24       0.687        5.973     6.614    12.697
63    2     25    287.9       0.0795   252       17       0.782        4.679     6.580     9.350
64    2     25    250.3       0.0531   896       8        0.827        3.307     2.339    32.345
65    1     58    501.7       0.1017   102       24       0.854        5.973    12.697     6.614
66    1     58    501.7       0.1017   102       24       0.854       12.697     5.973     6.614
67    1     58    501.7       0.1017   108       24       0.878        6.614    12.697     5.973
68    1     58    501.7       0.1017   108       24       0.878       12.697     6.614     5.973
69    2     63    1418.2      0.0110   734       7        0.895       32.439     3.813    11.466
70    2     63    1418.2      0.0110   850       7        0.963        3.813    32.439    11.466
71    2     63    1418.2      0.0110   910       7        0.997       32.439    11.466     3.813
72    2     25    262.3       0.0434   448       30       1.024        2.823     5.733    16.206
73    2     63    1418.2      0.0110   994       7        1.042       11.466    32.439     3.813
74    2     63    1441.7      0.0465   416       13       1.599       13.229     5.811    18.755
75    2     63    1441.7      0.0465   448       13       1.659        5.811    13.229    18.755
76    2     63    1441.7      0.0465   506       13       1.763       18.755     5.811    13.229
77    2     63    1441.7      0.0465   558       13       1.852        5.811    18.755    13.229
78    2     63    1441.7      0.0465   682       13       2.047       18.755    13.229     5.811
79    2     63    1441.7      0.0465   702       13       2.077       13.229    18.755     5.811


[Pair 1/79] vol=613.9 ų, spg=166, dims=   6.620    16.173: 2 WP choices.
WP #1: spg=166, count=4, dof=4, n_wps=5, wyckoff=[['9e'], ['6c', '3b'], ['18h', '6c']]
ID  1-5: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.477, -4.678, 0.176, 0.092
ID  2-6: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.859, -4.617, 0.168, 0.081 58.628,  0.641,  8.240, -24.1, 8.5s [best-energy-ok]
ID  3-10: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.761, -4.301, 0.199, 0.083 72.780,  0.446, 12.699, -31.0, 1.4s
ID  4-11: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.976, -5.564, 0.001, 0.040  3.471,  0.999,  0.029, 0.1, 2.7s [best-energy-ok]
ID  5-13: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.924, -4.964, 0.073, 0.097 13.429,  0.981,  0.432, -4.0, 3.5s
ID  6-15: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.681, -4.595, 0.055, 0.096
ID  7-22: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.859, -4.617, 0.168, 0.074 58.654,  0.640,  8.248, -24.2, 2.2s
ID  8-24: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.477, -4.678, 0.174, 0.094
ID  9-31: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.976, -5.563, 0.001, 0.079  3.444,  0.999,  0.028, 0.1, 2.9s [best-energy-ok]
ID 10-38: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.751, -4.006, 0.251, 0.089
ID 11-41: * 42   6  166 R-3m           4.95 9e 6c 3b 18h 6c ,  vol=613.9 ų 0.481, -3.840, 0.180, 0.068
Metrics: Wr=3.4439, R2=0.9988, Chi2=0.0284, score=0.1149, accepted=True, E=-5.5635, dE=0.0001
Early stop: excellent solution found.

Final refinement results: Wr=3.4439, R2=0.9988, Chi2=0.0284
Best structure saved to 0510/cifs/Match_Co3Ni3S8_166.cif
Accepted solution: spg=166, Wr=3.4439, R2=0.9988, Chi2=0.0284, score=0.1149, E=-5.5635, dE=0.0001, 
Good fit found early: spg=166, R2=0.9988, Chi2=0.0284, dE_global=0.0001. Stopping search after pair 1/79 and 1 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 14m 49.4s
  2) Structure inference: 2m 54.9s
  Total: 17m 44.3s
Best solution: spg=166, Wr=3.4439, R2=0.9988, Chi2=0.0284, score=0.1149, E=-5.5635, dE=0.0001, 
Return best result in spg=166.
Best inferred-SG score observed: 0.1149