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CsI3Sn_127

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for CsI3Sn_127

Run Summary

FormulaCsI3Sn
Crystal Systemtetragonal
Input SG127
Solved SG55
R20.9988
Chi20.0239
Rwp/Wr3.3982
Statusaccepted
Valid Structures16
Candidates200
Total Time7m 44.5s
Search Details
Phase 1 SGs70
Phase 2 Pairs65
Refined Structures8
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
1     2     55    490.7       0.0002   32        4        0.020        8.821     8.818     6.309
2     4     127   490.6       0.0003   32        3        0.022        8.818     6.310
3     2     123   490.6       0.0003   16        8        0.023        8.818     6.310
4     2     99    490.6       0.0003   96        8        0.057        8.818     6.310
5     2     25    490.7       0.0002   124       14       0.065        8.821     8.818     6.309
6     2     25    490.7       0.0002   156       14       0.073        8.821     6.309     8.818
7     2     53    981.0       0.0003   132       5        0.077       12.467     6.308    12.474
8     3     26    490.7       0.0002   240       14       0.091        6.309     8.818     8.821
9     8     51    490.7       0.0002   240       14       0.091        8.821     6.309     8.818
10    2     127   981.3       0.0003   80        15       0.098        8.818    12.620
11    2     127   981.3       0.0003   72        17       0.099       12.471     6.310
12    2     25    981.0       0.0003   288       5        0.114       12.467    12.474     6.308
13    2     30    981.0       0.0003   288       5        0.114        6.308    12.467    12.474
14    2     31    981.0       0.0003   324       5        0.121       12.467     6.308    12.474
15    8     65    981.0       0.0003   366       5        0.129       12.467    12.474     6.308
16    2     26    981.0       0.0003   372       5        0.130        6.308    12.467    12.474
17    4     136   981.3       0.0003   160       15       0.139        8.818    12.620
18    2     25    981.0       0.0003   432       5        0.140       12.467     6.308    12.474
19    1     8     982.4       0.0011   168       5        0.141       12.474    12.467     6.317    89.920
20    1     54    980.3       0.0017   71        11       0.154        8.820     6.317    17.595
21    8     38    981.0       0.0003   936       5        0.206        6.308    12.467    12.474
22    3     113   981.3       0.0003   240       23       0.208        8.818    12.620
23    1     29    980.3       0.0017   155       13       0.245       17.595     6.317     8.820
24    6     5     982.4       0.0011   852       5        0.318       12.474    12.467     6.317    89.920
25    1     8     883.3       0.0080   168       7        0.336       11.225    12.616     7.939    51.780
26    2     58    982.9       0.0056   112       15       0.356        8.821     8.821    12.634
27    1     34    982.9       0.0056   132       15       0.386        8.821     8.821    12.634
28    20    12    982.4       0.0011   1410      5        0.409       12.474    12.467     6.317    89.920
29    1     33    982.9       0.0056   140       16       0.410        8.821     8.821    12.634
30    2     12    1280.1      0.0050   184       11       0.430       12.843    12.634     8.123    76.240
31    6     57    980.3       0.0017   493       13       0.437        6.317    17.595     8.820
32    2     26    980.3       0.0017   386       21       0.477        6.317    17.595     8.820
33    2     25    980.3       0.0016   328       27       0.483        8.820    17.595     6.317
34    2     53    982.9       0.0056   128       25       0.485       12.634     8.821     8.821
35    1     29    982.9       0.0056   140       25       0.507        8.821     8.821    12.634
36    1     19    982.9       0.0056   140       25       0.507        8.821    12.634     8.821
37    2     26    980.3       0.0016   386       27       0.524        6.317     8.820    17.595
38    2     25    980.3       0.0016   392       27       0.528        6.317    17.595     8.820
39    2     12    1435.9      0.0097   216       8        0.557       14.710     8.870    11.015    87.520
40    2     12    1394.3      0.0105   216       8        0.568       17.719    12.474     7.378    58.760
41    4     62    982.9       0.0056   276       16       0.576        8.821    12.634     8.821
42    2     12    1278.7      0.0207   170       7        0.596        8.106    17.889     9.036    77.390
43    2     12    1429.5      0.0140   192       8        0.607        9.071    12.474    12.905    78.230
44    2     12    1429.5      0.0143   232       7        0.634        9.071    12.474    17.221    47.190
45    2     25    980.3       0.0016   592       27       0.649        8.820     6.317    17.595
46    2     12    1398.7      0.0130   224       9        0.664       17.751    12.474     8.068    51.530
47    2     5     1280.1      0.0050   456       11       0.677       12.843    12.634     8.123    76.240
48    2     30    982.9       0.0056   272       25       0.706        8.821     8.821    12.634
49    2     26    982.9       0.0056   296       25       0.737       12.634     8.821     8.821
50    2     31    982.9       0.0056   296       25       0.737       12.634     8.821     8.821
51    6     5     883.3       0.0080   852       7        0.758       11.225    12.616     7.939    51.780
52    2     26    982.9       0.0056   328       25       0.776        8.821     8.821    12.634
53    2     31    982.9       0.0056   328       25       0.776        8.821     8.821    12.634
54    2     5     1435.9      0.0097   444       8        0.799       14.710     8.870    11.015    87.520
55    2     25    982.9       0.0056   352       25       0.804        8.821    12.634     8.821
56    6     57    982.9       0.0056   380       25       0.835        8.821     8.821    12.634
57    2     5     1394.3      0.0105   504       8        0.868       17.719    12.474     7.378    58.760
58    2     59    1394.4      0.0104   272       17       0.896       35.302     6.233     6.337
59    2     25    982.9       0.0056   448       25       0.907        8.821     8.821    12.634
60    2     5     1429.5      0.0140   468       8        0.948        9.071    12.474    12.905    78.230
61    2     5     1429.5      0.0143   528       7        0.957        9.071    12.474    17.221    47.190
62    20    12    883.3       0.0080   1410      7        0.975       11.225    12.616     7.939    51.780
63    2     59    1394.4      0.0104   330       17       0.987        6.233    35.302     6.337
64    2     5     1398.7      0.0130   516       9        1.007       17.751    12.474     8.068    51.530
65    2     5     1278.7      0.0207   510       7        1.033        8.106    17.889     9.036    77.390


[Pair 1/65] vol=490.7 ų, spg=55, dims=   8.821     8.818     6.309: 2 WP choices.
WP #1: spg=55, count=1, dof=2, n_wps=4, wyckoff=[['2b'], ['4g', '2d'], ['2c']]
ID  1-1: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.582, 0.021, 0.001
ID  2-2: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.582, 0.021, 0.022
ID  3-3: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.947, -2.841, 0.001, 0.087  3.398,  0.999,  0.024, 0.1, 10.8s [best-energy-ok]
ID  4-4: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.968, -2.839, 0.001, 0.000 21.909,  0.950,  0.995, -7.5, 2.6s
ID  5-5: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.968, -2.839, 0.001, 0.029 15.163,  0.976,  0.476, -4.7, 3.7s
ID  6-6: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.583, 0.021, 0.005
ID  7-7: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.583, 0.021, 0.048
ID  8-8: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.936, -2.839, 0.001, 0.100  3.406,  0.999,  0.024, 0.1, 3.4s
ID  9-9: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.582, 0.021, 0.022
ID 10-10: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.582, 0.021, 0.045
ID 11-11: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.968, -2.839, 0.001, 0.000 21.909,  0.950,  0.995, -7.5, 2.7s
ID 12-12: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.583, 0.021, 0.022
ID 13-13: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.947, -2.841, 0.001, 0.087  3.398,  0.999,  0.024, 0.1, 4.1s
ID 14-14: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.936, -2.839, 0.001, 0.100  3.406,  0.999,  0.024, 0.1, 3.4s
ID 15-15: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.968, -2.839, 0.001, 0.029 15.163,  0.976,  0.476, -4.7, 3.7s
ID 16-16: * 10   5   55 Pbam           4.28 2b 4g 2d 2c ,  vol=490.7 ų 0.634, -2.583, 0.021, 0.005
Metrics: Wr=3.3982, R2=0.9988, Chi2=0.0239, score=0.1341, accepted=True, E=-2.8414, dE=0.0000
Early stop: excellent solution found.

Final refinement results: Wr=3.3982, R2=0.9988, Chi2=0.0239
Best structure saved to 0510/cifs/Match_CsI3Sn_55.cif
Accepted solution: spg=55, Wr=3.3982, R2=0.9988, Chi2=0.0239, score=0.1341, E=-2.8414, dE=0.0000, 
Good fit found early: spg=55, R2=0.9988, Chi2=0.0239, dE_global=0.0000. Stopping search after pair 1/65 and 1 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 5m 48.8s
  2) Structure inference: 1m 55.7s
  Total: 7m 44.5s
Best solution: spg=55, Wr=3.3982, R2=0.9988, Chi2=0.0239, score=0.1341, E=-2.8414, dE=0.0000, 
Return best result in spg=55.
Best inferred-SG score observed: 0.1341