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Cl2Tl_88

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for Cl2Tl_88

Run Summary

FormulaCl2Tl
Crystal Systemtetragonal
Input SG88
Solved SG137
R20.9962
Chi20.0382
Rwp/Wr6.0636
Statusaccepted
Valid Structures10
Candidates3481
Total Time12m 15.4s
Search Details
Phase 1 SGs160
Phase 2 Pairs1800
Refined Structures10
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
1734  3     51    1342.0      0.0354   549       20       4.905        7.973    11.065    15.212
1735  5     58    1062.2      0.0261   671       27       4.930       15.963     5.069    13.128
1736  5     58    1062.2      0.0261   671       27       4.930        5.069    15.963    13.128
1737  5     58    989.5       0.0455   591       21       4.945        6.024    11.451    14.344
1738  5     58    989.5       0.0455   591       21       4.945       11.451     6.024    14.344
1739  3     62    1294.2      0.0785   717       8        4.954        4.231    14.343    21.327
1740  3     51    1342.0      0.0354   561       20       4.959       11.065     7.973    15.212
1741  3     51    936.4       0.0680   479       20       4.969        5.069     9.539    19.367
1742  8     12    719.6       0.0940   1016      9        4.983        6.089     6.359    22.235    56.710
1743  3     58    1269.9      0.0424   556       19       5.037        4.150    21.334    14.343
1744  3     58    1269.9      0.0424   556       19       5.037       21.334     4.150    14.343
1745  3     51    936.4       0.0680   495       20       5.052        9.539     5.069    19.367
1746  4     51    989.5       0.0455   621       21       5.069        6.024    11.451    14.344
1747  7     62    1153.3      0.0156   1206      22       5.076       10.056     7.169    15.998
1748  15    12    533.0       0.0879   1296      11       5.165       16.461     3.784    11.200    49.820
1749  4     51    1106.6      0.0551   606       17       5.171        4.707    18.656    12.601
1750  3     58    1256.0      0.0233   800       23       5.183        7.130    32.933     5.349
1751  3     58    1256.0      0.0233   800       23       5.183       32.933     7.130     5.349
1752  4     51    989.5       0.0455   656       21       5.210       11.451     6.024    14.344
1753  5     58    989.5       0.0455   657       21       5.214        6.024    14.344    11.451
1754  5     58    989.5       0.0455   657       21       5.214       14.344     6.024    11.451
1755  3     58    1335.3      0.0250   696       24       5.230       18.293    16.474     4.431
1756  3     58    1335.3      0.0250   696       24       5.230       16.474    18.293     4.431
1757  3     62    1342.0      0.0354   627       20       5.242        7.973    11.065    15.212
1758  7     62    1135.1      0.0252   932       21       5.252        8.557    13.128    10.104
1759  5     58    936.4       0.0680   539       20       5.271        5.069     9.539    19.367
1760  5     58    936.4       0.0680   539       20       5.271        9.539     5.069    19.367
1761  2     26    936.4       0.0680   546       20       5.305        9.539    19.367     5.069
1762  3     51    1208.0      0.0424   661       19       5.358        4.707    11.410    22.492
1763  1     35    1358.5      0.0725   489       15       5.416        6.268     7.220    30.016
1764  1     35    1358.5      0.0725   489       15       5.416        7.220     6.268    30.016
1765  3     58    1208.0      0.0424   676       19       5.418       22.492    11.410     4.707
1766  3     58    1208.0      0.0424   676       19       5.418       11.410    22.492     4.707
1767  3     51    1208.0      0.0424   682       19       5.442       11.410     4.707    22.492
1768  3     62    1342.0      0.0354   723       20       5.629       11.065     7.973    15.212
1769  5     58    989.5       0.0455   767       21       5.634       14.344    11.451     6.024
1770  5     58    989.5       0.0455   767       21       5.634       11.451    14.344     6.024
1771  7     62    993.8       0.0350   1038      19       5.640        7.169     9.633    14.390
1772  3     62    1208.0      0.0424   735       19       5.649       22.492    11.410     4.707
1773  2     26    936.4       0.0680   626       20       5.681        5.069    19.367     9.539
1774  3     58    1269.9      0.0424   716       19       5.716       14.343    21.334     4.150
1775  3     58    1269.9      0.0424   716       19       5.716       21.334    14.343     4.150
1776  3     62    1294.2      0.0785   957       8        5.723       21.327     4.231    14.343
1777  3     62    1294.2      0.0785   957       8        5.723       14.343     4.231    21.327
1778  3     58    1358.5      0.0227   764       28       5.727        7.220    30.016     6.268
1779  3     58    1358.5      0.0227   764       28       5.727       30.016     7.220     6.268
1780  7     62    1135.1      0.0252   1122      21       5.762       13.128     8.557    10.104
1781  3     51    1358.5      0.0725   560       15       5.796        7.220    30.016     6.268
1782  3     51    1358.5      0.0725   568       15       5.837        6.268    30.016     7.220
1783  7     62    993.8       0.0350   1114      19       5.843        9.633     7.169    14.390
1784  7     62    1062.2      0.0261   1024      25       5.869        5.069    13.128    15.963
1785  3     62    1256.0      0.0235   1068      22       5.874       32.933     5.349     7.130
1786  7     62    1062.2      0.0263   1024      26       5.995       15.963    13.128     5.069
1787  3     62    1358.5      0.0211   1017      26       6.190       30.016     6.268     7.220
1788  5     58    936.4       0.0680   759       20       6.255        5.069    19.367     9.539
1789  5     58    936.4       0.0680   759       20       6.255       19.367     5.069     9.539
1790  3     62    1208.0      0.0424   903       19       6.262       11.410     4.707    22.492
1791  7     62    989.5       0.0455   1008      21       6.458        6.024    11.451    14.344
1792  3     62    1358.5      0.0227   1017      27       6.493        7.220     6.268    30.016
1793  7     62    1062.2      0.0229   1328      27       6.587       15.963     5.069    13.128
1794  5     58    936.4       0.0680   847       20       6.608       19.367     9.539     5.069
1795  5     58    936.4       0.0680   847       20       6.608        9.539    19.367     5.069
1796  6     62    936.4       0.0680   888       20       6.766        5.069     9.539    19.367
1797  3     51    1358.5      0.0725   821       15       7.018        6.268     7.220    30.016
1798  3     51    1358.5      0.0725   824       15       7.030        7.220     6.268    30.016
1799  7     62    989.5       0.0455   1198      21       7.041       11.451     6.024    14.344
1800  6     62    936.4       0.0680   992       20       7.151        9.539     5.069    19.367


[Pair 1/1800] vol=204.7 ų, spg=137, dims=   5.067     7.973: 1 WP choices.
WP #1: spg=137, count=3, dof=1, n_wps=2, wyckoff=[['4d'], ['2b']]
ID  1-1: *  6   3  137 P42/nmc        4.47 4d 2b ,  vol=204.7 ų 0.983, -2.726, 0.013, 0.398  6.069,  0.996,  0.038, -0.9, 9.6s [best-energy-ok]
ID  2-2: *  6   3  137 P42/nmc        4.47 4d 2b ,  vol=204.7 ų 0.969, -2.543, 0.012, 0.000  7.079,  0.995,  0.052, -1.3, 4.7s
ID  3-5: *  6   3  137 P42/nmc        4.47 4d 2b ,  vol=204.7 ų 0.983, -2.726, 0.013, 0.398  6.069,  0.996,  0.038, -0.9, 5.1s [best-energy-ok]
ID  4-6: *  6   3  137 P42/nmc        4.47 4d 2b ,  vol=204.7 ų 0.975, -2.742, 0.009, 0.276  6.064,  0.996,  0.038, -0.9, 2.3s [best-energy-ok]
ID  5-7: *  6   3  137 P42/nmc        4.47 4d 2b ,  vol=204.7 ų 0.975, -2.742, 0.009, 0.276  6.064,  0.996,  0.038, -0.9, 2.6s
Metrics: Wr=6.0636, R2=0.9962, Chi2=0.0382, score=-0.9387, accepted=True, E=-2.7418, dE=0.0000

Final refinement results: Wr=6.0636, R2=0.9962, Chi2=0.0382
Best structure saved to 0510/cifs/Match_Cl2Tl_137.cif
Accepted solution: spg=137, Wr=6.0636, R2=0.9962, Chi2=0.0382, score=-0.9387, E=-2.7418, dE=0.0000, 
Good fit found for spg=137, but skipping early stop because only 5 structures have been explored 

[Pair 2/1800] vol=204.7 ų, spg=84, dims=   5.067     7.973: 1 WP choices.
WP #1: spg=84, count=1, dof=2, n_wps=2, wyckoff=[['4j'], ['2d']]
ID  6-2: *  6   4   84 P42/m          4.47 4j 2d ,  vol=204.7 ų 0.917, -2.377, 0.046, 0.095 19.802,  0.960,  0.407, -6.6, 2.6s
ID  7-3: *  6   4   84 P42/m          4.47 4j 2d ,  vol=204.7 ų 0.931, -2.221, 0.083, 0.077 22.040,  0.950,  0.505, -7.5, 2.9s
ID  8-4: *  6   4   84 P42/m          4.47 4j 2d ,  vol=204.7 ų 0.930, -2.220, 0.082, 0.084 16.498,  0.972,  0.283, -5.2, 3.6s
ID  9-5: *  6   4   84 P42/m          4.47 4j 2d ,  vol=204.7 ų 0.917, -2.376, 0.046, 0.173 20.498,  0.957,  0.436, -6.9, 4.1s
ID 10-6: *  6   4   84 P42/m          4.47 4j 2d ,  vol=204.7 ų 0.917, -2.377, 0.046, 0.048 19.847,  0.960,  0.409, -6.6, 3.3s
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: 10m 39.6s
  2) Structure inference: 1m 35.8s
  Total: 12m 15.4s
Best solution: spg=137, Wr=6.0636, R2=0.9962, Chi2=0.0382, score=-0.9387, E=-2.7418, dE=0.0000, 
Return best result in spg=137.
Best inferred-SG score observed: -0.9387