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AsGaNi3_187

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for AsGaNi3_187

Run Summary

FormulaAsGaNi3
Crystal Systemhexagonal
Input SG187
Solved SG187
R20.9987
Chi20.0226
Rwp/Wr3.5586
Statusaccepted
Valid Structures10
Candidates1378
Total Time7m 31.4s
Search Details
Phase 1 SGs160
Phase 2 Pairs484
Refined Structures4
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
422   2     62    820.8       0.0163   412       4        2.261        6.149     9.770    13.661
423   6     38    529.8       0.0033   1266      8        2.264        3.956     9.770    13.708
424   2     57    820.8       0.0163   418       4        2.277        6.149    13.661     9.770
425   2     40    820.8       0.0163   418       4        2.277       13.661     6.149     9.770
426   4     63    820.8       0.0163   420       4        2.282       13.661     6.149     9.770
427   4     63    820.8       0.0163   420       4        2.282        9.770     6.149    13.661
428   2     62    820.8       0.0163   424       4        2.293       13.661     6.149     9.770
429   2     62    820.8       0.0163   424       4        2.293        9.770     6.149    13.661
430   1     63    1064.9      0.0197   177       7        2.304        3.998     9.770    27.262
431   2     40    820.8       0.0163   444       4        2.347        9.770    13.661     6.149
432   2     57    820.8       0.0163   446       4        2.352       13.661     6.149     9.770
433   2     57    820.8       0.0163   448       4        2.357        9.770    13.661     6.149
434   1     63    1064.9      0.0197   189       7        2.381       27.262     3.998     9.770
435   2     40    820.8       0.0163   458       4        2.383        9.770     6.149    13.661
436   4     63    820.8       0.0163   462       4        2.394       13.661     9.770     6.149
437   4     63    820.8       0.0163   462       4        2.394        6.149     9.770    13.661
438   2     57    820.8       0.0163   464       4        2.399       13.661     9.770     6.149
439   2     40    820.8       0.0163   474       4        2.425        6.149    13.661     9.770
440   2     40    820.8       0.0163   482       4        2.445        6.149     9.770    13.661
441   4     63    820.8       0.0163   518       4        2.535        6.149    13.661     9.770
442   4     63    820.8       0.0163   518       4        2.535        9.770    13.661     6.149
443   6     38    529.8       0.0033   1656      8        2.589        6.854     3.956    19.540
444   1     63    1064.9      0.0197   225       7        2.598       27.262     9.770     3.998
445   6     38    529.8       0.0033   1668      8        2.599        3.956     6.854    19.540
446   1     63    1064.9      0.0197   285       7        2.924        3.998    27.262     9.770
447   1     63    1064.9      0.0197   297       7        2.985        9.770    27.262     3.998
448   2     166   973.6       0.0446   168       9        3.325        9.700    11.949
449   2     179   1043.2      0.0050   430       22       3.489        6.854    25.641
450   2     194   949.8       0.0094   232       30       3.651       11.270     8.634
451   2     57    751.0       0.0354   374       8        3.769        5.607     9.770    13.708
452   2     62    751.0       0.0354   380       8        3.799        5.607    13.708     9.770
453   2     62    751.0       0.0354   380       8        3.799        9.770    13.708     5.607
454   2     57    751.0       0.0354   390       8        3.849        9.770     5.607    13.708
455   2     40    751.0       0.0354   392       8        3.859       13.708     9.770     5.607
456   4     63    751.0       0.0354   394       8        3.869        9.770     5.607    13.708
457   4     63    751.0       0.0354   394       8        3.869       13.708     5.607     9.770
458   2     62    751.0       0.0354   396       8        3.878        5.607     9.770    13.708
459   2     62    751.0       0.0354   396       8        3.878       13.708     9.770     5.607
460   2     57    751.0       0.0354   398       8        3.888        5.607    13.708     9.770
461   2     40    751.0       0.0354   400       8        3.898       13.708     5.607     9.770
462   2     62    751.0       0.0354   412       8        3.956        9.770     5.607    13.708
463   2     62    751.0       0.0354   412       8        3.956       13.708     5.607     9.770
464   2     40    751.0       0.0354   424       8        4.013        9.770    13.708     5.607
465   2     57    751.0       0.0354   430       8        4.041       13.708     5.607     9.770
466   2     57    751.0       0.0354   438       8        4.079        9.770    13.708     5.607
467   2     40    751.0       0.0354   440       8        4.088        9.770     5.607    13.708
468   4     63    751.0       0.0354   450       8        4.134        5.607     9.770    13.708
469   4     63    751.0       0.0354   450       8        4.134       13.708     9.770     5.607
470   2     57    751.0       0.0354   454       8        4.153       13.708     9.770     5.607
471   2     40    751.0       0.0354   464       8        4.198        5.607    13.708     9.770
472   2     40    751.0       0.0354   472       8        4.234        5.607     9.770    13.708
473   4     63    751.0       0.0354   506       8        4.384        5.607    13.708     9.770
474   4     63    751.0       0.0354   506       8        4.384        9.770    13.708     5.607
475   2     194   871.4       0.0328   194       30       5.264       13.701     5.360
476   6     64    1064.9      0.0197   990       7        5.449       27.262     3.998     9.770
477   6     64    1064.9      0.0197   1014      7        5.515       27.262     9.770     3.998
478   2     194   928.0       0.0323   270       24       5.718        9.759    11.252
479   2     179   1239.4      0.0084   600       25       5.859       19.540     3.748
480   6     64    1064.9      0.0197   1170      7        5.924        9.770     3.998    27.262
481   6     64    1064.9      0.0197   1254      7        6.133        3.998     9.770    27.262
482   6     64    1064.9      0.0197   1266      7        6.162        9.770    27.262     3.998
483   6     64    1064.9      0.0197   1326      7        6.306        3.998    27.262     9.770
484   2     179   1089.7      0.0451   430       29       9.786       11.164    10.097


[Pair 1/484] vol=66.1 ų, spg=187, dims=   3.955     4.882: 2 WP choices.
WP #1: spg=187, count=1, dof=1, n_wps=4, wyckoff=[['1e'], ['1d'], ['2g', '1f']]
ID  1-3: *  5   3  187 P-6m2          8.05 1e 1d 2g 1f ,  vol=66.1 ų 0.972, -5.305, 0.007, 0.064  3.559,  0.999,  0.023, 0.1, 10.7s [best-energy-ok]
ID  2-4: *  5   3  187 P-6m2          8.05 1e 1d 2g 1f ,  vol=66.1 ų 0.972, -5.305, 0.007, 0.064  3.559,  0.999,  0.023, 0.1, 1.6s
Metrics: Wr=3.5586, R2=0.9987, Chi2=0.0226, score=0.0701, accepted=True, E=-5.3050, dE=0.0000

Final refinement results: Wr=3.5586, R2=0.9987, Chi2=0.0226
Best structure saved to 0510/cifs/Match_AsGaNi3_187.cif
Accepted solution: spg=187, Wr=3.5586, R2=0.9987, Chi2=0.0226, score=0.0701, E=-5.3050, dE=0.0000, 
Good fit found for spg=187, but skipping early stop because only 2 structures have been explored 
WP #2: spg=187, count=1, dof=1, n_wps=4, wyckoff=[['1d'], ['1e'], ['2g', '1f']]
ID  3-3: *  5   3  187 P-6m2          8.05 1d 1e 2g 1f ,  vol=66.1 ų 0.972, -5.259, 0.002, 0.093  4.518,  0.998,  0.036, -0.3, 1.7s [best-energy-ok]
ID  4-4: *  5   3  187 P-6m2          8.05 1d 1e 2g 1f ,  vol=66.1 ų 0.972, -5.259, 0.002, 0.093  4.518,  0.998,  0.036, -0.3, 1.5s
Metrics: Wr=4.5180, R2=0.9979, Chi2=0.0364, score=-0.3177, accepted=True, E=-5.2591, dE=0.0459
Accepted solution: spg=187, Wr=3.5586, R2=0.9987, Chi2=0.0226, score=0.0701, E=-5.3050, dE=0.0000, 
Good fit found for spg=187, but skipping early stop because only 4 structures have been explored 

[Pair 2/484] vol=66.1 ų, spg=143, dims=   3.955     4.882: 1 WP choices.
WP #1: spg=143, count=1, dof=5, n_wps=3, wyckoff=[['1b'], ['1a'], ['3d']]
ID  5-2: *  5   7  143 P3             8.05 1b 1a 3d ,  vol=66.1 ų 0.534, -4.761, 0.126, 0.081
ID  6-4: *  5   7  143 P3             8.05 1b 1a 3d ,  vol=66.1 ų 0.534, -4.761, 0.126, 0.084
ID  7-5: *  5   7  143 P3             8.05 1b 1a 3d ,  vol=66.1 ų 0.533, -4.761, 0.127, 0.044
ID  8-6: *  5   7  143 P3             8.05 1b 1a 3d ,  vol=66.1 ų 0.532, -4.761, 0.127, 0.074
ID  9-7: *  5   7  143 P3             8.05 1b 1a 3d ,  vol=66.1 ų 0.534, -4.761, 0.127, 0.077
ID 10-9: *  5   7  143 P3             8.05 1b 1a 3d ,  vol=66.1 ų 0.534, -4.761, 0.127, 0.077
Early stop triggered after 10 local / 10 global structures; terminating current WP search.
Accepted solution found and structure budget reached (10/10); stopping search.
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 6m 16.3s
  2) Structure inference: 1m 15.1s
  Total: 7m 31.4s
Best solution: spg=187, Wr=3.5586, R2=0.9987, Chi2=0.0226, score=0.0701, E=-5.3050, dE=0.0000, 
Return best result in spg=187.
Best inferred-SG score observed: 0.0701