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AgF2Li_12

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for AgF2Li_12

Run Summary

FormulaAgF2Li
Crystal Systemmonoclinic
Input SG12
Solved SG12
R20.9956
Chi20.0495
Rwp/Wr6.3813
Statusaccepted
Valid Structures10
Candidates1074
Total Time16m 16.0s
Search Details
Phase 1 SGs89
Phase 2 Pairs460
Refined Structures10
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
398   4     62    930.4       0.0295   1218      11       2.724       15.907     3.086    18.951
399   4     65    862.8       0.0728   354       21       2.751       13.331     5.312    12.184
400   4     65    613.9       0.0800   510       19       2.758        5.271     4.779    24.368
401   4     55    787.3       0.0258   1096      17       2.760        2.711    23.839    12.184
402   4     55    787.3       0.0258   1096      17       2.760       23.839     2.711    12.184
403   4     65    613.9       0.0800   516       19       2.774        4.779     5.271    24.368
404   4     65    777.5       0.0609   432       23       2.804        8.034     5.295    18.276
405   3     15    1090.4      0.0443   1080      8        2.832       34.154    12.184     2.899    64.660
406   4     62    787.3       0.0212   1280      18       2.832       23.839     2.711    12.184
407   4     62    758.9       0.0179   1208      23       2.842       12.041     2.974    21.188
408   4     65    777.5       0.0609   450       23       2.862        5.295     8.034    18.276
409   4     62    786.0       0.0179   1244      22       2.868       16.446     2.635    18.140
410   4     55    613.9       0.0800   552       19       2.869        4.779     5.271    24.368
411   4     55    613.9       0.0800   552       19       2.869        5.271     4.779    24.368
412   7     62    520.8       0.0507   993       18       2.877       12.184    15.930     2.683
413   4     65    862.8       0.0728   402       21       2.931        5.312    13.331    12.184
414   4     62    933.7       0.0256   1388      13       2.975       25.118     2.668    13.933
415   4     62    774.2       0.0235   1280      19       3.004       21.233     2.451    14.877
416   4     55    787.3       0.0214   1416      19       3.067       12.184    23.839     2.711
417   4     55    787.3       0.0214   1416      19       3.067       23.839    12.184     2.711
418   4     62    786.0       0.0220   1244      22       3.120       18.140     2.635    16.446
419   4     62    696.6       0.0577   624       23       3.123        7.670    12.184     7.454
420   4     55    861.4       0.0430   736       20       3.136        8.313     8.504    12.184
421   4     55    933.7       0.0262   1184      17       3.145        2.668    25.118    13.933
422   4     55    933.7       0.0262   1184      17       3.145       25.118     2.668    13.933
423   4     55    774.2       0.0240   1416      19       3.185       14.877    21.233     2.451
424   4     55    774.2       0.0240   1416      19       3.185       21.233    14.877     2.451
425   4     55    672.0       0.0745   776       17       3.280        7.088    11.919     7.954
426   4     55    672.0       0.0745   776       17       3.280       11.919     7.088     7.954
427   4     62    938.6       0.0275   1308      16       3.283        2.467    12.184    31.222
428   4     55    933.7       0.0178   1536      20       3.314       13.933    25.118     2.668
429   4     55    933.7       0.0178   1536      20       3.314       25.118    13.933     2.668
430   4     55    782.9       0.0473   800       21       3.315       12.184     6.179    10.400
431   4     55    782.9       0.0473   800       21       3.315        6.179    12.184    10.400
432   4     55    798.5       0.0260   1336      20       3.324       16.561    17.989     2.680
433   4     55    798.5       0.0260   1336      20       3.324       17.989    16.561     2.680
434   4     62    696.6       0.0577   754       23       3.433       12.184     7.670     7.454
435   4     55    777.5       0.0609   664       23       3.477        5.295     8.034    18.276
436   4     55    777.5       0.0609   664       23       3.477        8.034     5.295    18.276
437   4     62    883.4       0.0511   742       21       3.497        5.196    13.955    12.184
438   4     62    883.4       0.0511   768       21       3.558        5.196    12.184    13.955
439   7     62    520.8       0.0748   1125      18       3.578       15.930    12.184     2.683
440   4     62    631.2       0.0542   1172      19       3.626       20.850     2.485    12.184
441   4     62    688.4       0.0759   700       23       3.669       12.184    16.062     3.517
442   5     57    613.9       0.0800   945       19       3.754       24.368     4.779     5.271
443   5     57    613.9       0.0800   966       19       3.795       24.368     5.271     4.779
444   4     62    688.4       0.0814   700       25       3.926        3.517    16.062    12.184
445   4     62    883.4       0.0511   950       21       3.957       12.184     5.196    13.955
446   4     62    883.4       0.0511   950       21       3.957       13.955     5.196    12.184
447   4     62    688.4       0.0715   804       25       3.996       16.062    12.184     3.517
448   4     55    688.4       0.0866   728       25       4.104       12.184     3.517    16.062
449   4     55    688.4       0.0866   728       25       4.104        3.517    12.184    16.062
450   4     55    883.4       0.0511   1040      21       4.141       12.184    13.955     5.196
451   4     55    883.4       0.0511   1040      21       4.141       13.955    12.184     5.196
452   4     62    688.4       0.0713   804       27       4.141        3.517    12.184    16.062
453   4     55    862.8       0.0728   816       21       4.176        5.312    13.331    12.184
454   4     55    862.8       0.0728   816       21       4.176       13.331     5.312    12.184
455   4     55    688.4       0.0696   856       27       4.233       16.062     3.517    12.184
456   4     55    688.4       0.0696   856       27       4.233        3.517    16.062    12.184
457   4     62    688.4       0.0670   1038      27       4.591       12.184     3.517    16.062
458   4     62    688.4       0.0677   1038      27       4.609       16.062     3.517    12.184
459   4     55    688.4       0.1273   1144      18       5.131       12.184    16.062     3.517
460   4     55    688.4       0.1273   1144      18       5.131       16.062    12.184     3.517


[Pair 1/460] vol=97.9 ų, spg=12, dims=   5.242     3.065     6.093    88.890: 4 WP choices.
WP #1: spg=12, count=3, dof=2, n_wps=3, wyckoff=[['2d'], ['4i'], ['2b']]
ID  1-1: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.933, -4.043, 0.012, 0.217 10.640,  0.988,  0.138, -2.8, 13.9s [best-energy-ok]
ID  2-2: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.931, -4.047, 0.009, 0.105  9.058,  0.991,  0.100, -2.2, 4.6s [best-energy-ok]
ID  3-6: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.932, -4.043, 0.008, 0.168 24.804,  0.933,  0.747, -8.7, 3.4s
ID  4-7: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.934, -4.040, 0.009, 0.210  6.430,  0.996,  0.050, -1.1, 17.6s [best-energy-ok]
ID  5-8: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.932, -4.047, 0.012, 0.112  6.438,  0.996,  0.050, -1.1, 18.1s
ID  6-9: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.875, -2.566, 0.239, 0.023 50.679,  0.722,  3.120, -19.8, 3.8s
ID  7-10: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.934, -4.041, 0.013, 0.285  6.381,  0.996,  0.049, -1.1, 18.4s [best-energy-ok]
ID  8-11: *  8   6   12 C2/m           5.18 2d 4i 2b ,  vol=97.9 ų 0.935, -3.950, 0.014, 0.056  6.382,  0.996,  0.049, -1.1, 4.5s
Metrics: Wr=6.3813, R2=0.9956, Chi2=0.0495, score=-1.0690, accepted=True, E=-4.0408, dE=0.0060

Final refinement results: Wr=6.3813, R2=0.9956, Chi2=0.0495
Best structure saved to 0518/cifs/Match_AgF2Li_12.cif
Accepted solution: spg=12, Wr=6.3813, R2=0.9956, Chi2=0.0495, score=-1.0690, E=-4.0408, dE=0.0060, 
Good fit found for spg=12, but skipping early stop because only 8 structures have been explored 
WP #2: spg=12, count=4, dof=2, n_wps=3, wyckoff=[['2b'], ['4i'], ['2a']]
Accepted solution: spg=12, Wr=6.3813, R2=0.9956, Chi2=0.0495, score=-1.0690, E=-4.0408, dE=0.0060, 
Good fit found for spg=12, but skipping early stop because only 8 structures have been explored 
WP #3: spg=12, count=13, dof=2, n_wps=3, wyckoff=[['2d'], ['4i'], ['2a']]
ID  9-1: *  8   6   12 C2/m           5.18 2d 4i 2a ,  vol=97.9 ų 0.945, -4.081, 0.003, 0.062  6.580,  0.995,  0.053, -1.1, 2.9s [best-energy-ok]
ID 10-2: *  8   6   12 C2/m           5.18 2d 4i 2a ,  vol=97.9 ų 0.945, -4.081, 0.003, 0.101  6.677,  0.995,  0.054, -1.2, 3.0s
Early stop triggered after 10 local / 10 global structures; terminating current WP search.
Metrics: Wr=6.5800, R2=0.9953, Chi2=0.0526, score=-1.1495, accepted=True, E=-4.0814, dE=0.0000
Early stop: excellent solution found.
Accepted solution: spg=12, Wr=6.3813, R2=0.9956, Chi2=0.0495, score=-1.0690, E=-4.0408, dE=0.0060, 
Good fit found early: spg=12, R2=0.9956, Chi2=0.0495, dE_global=0.0060. Stopping search after pair 1/460 and 3 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 13m 03.5s
  2) Structure inference: 3m 12.6s
  Total: 16m 16.0s
Best solution: spg=12, Wr=6.3813, R2=0.9956, Chi2=0.0495, score=-1.0690, E=-4.0408, dE=0.0406, 
Return best result in spg=12.
Best inferred-SG score observed: -1.0690