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LiNiO4P_148

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for LiNiO4P_148

Run Summary

FormulaLiNiO4P
Crystal Systemtrigonal
Input SG148
Solved SG148
R20.9975
Chi20.0183
Rwp/Wr4.9081
Statusaccepted
Valid Structures27
Candidates199
Total Time38m 50.4s
Search Details
Phase 1 SGs160
Phase 2 Pairs53
Refined Structures10
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
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1     1     148   478.3       0.0002   123       3        0.017        4.845    23.533
2     3     159   478.3       0.0002   879       12       0.082        4.845    23.533
3     1     29    337.6       0.0205   210       16       0.233        4.198    23.533     3.417
4     1     37    633.4       0.0275   182       9        0.257        9.596    13.620     4.847
5     1     37    633.4       0.0275   182       9        0.257       13.620     9.596     4.847
6     3     20    633.4       0.0072   534       12       0.294        9.596    13.620     4.847
7     3     36    633.4       0.0072   546       12       0.297       13.620     9.596     4.847
8     1     56    634.5       0.0131   182       24       0.301        9.579    13.667     4.847
9     1     56    634.5       0.0131   182       24       0.301       13.667     9.579     4.847
10    1     61    741.4       0.0083   273       23       0.327        4.875    31.377     4.847
11    1     61    741.4       0.0083   273       23       0.327       31.377     4.847     4.875
12    1     61    741.4       0.0083   273       23       0.327        4.847     4.875    31.377
13    3     60    634.5       0.0067   495       22       0.364       13.667     9.579     4.847
14    6     38    500.1       0.0271   540       9        0.390       23.533     8.397     2.531
15    3     17    293.2       0.0181   585       21       0.393        2.967    23.533     4.198
16    3     17    293.2       0.0181   597       21       0.397       23.533     4.198     2.967
17    1     56    727.5       0.0223   189       23       0.399        6.843    15.558     6.833
18    1     56    727.5       0.0223   189       23       0.399       15.558     6.843     6.833
19    3     17    337.6       0.0193   612       18       0.411       23.533     4.198     3.417
20    3     17    337.6       0.0204   606       18       0.418        3.417    23.533     4.198
21    6     38    500.1       0.0271   720       9        0.451       23.533     2.531     8.397
22    6     59    293.2       0.0197   900       19       0.480        4.198     2.967    23.533
23    3     36    633.4       0.0275   594       10       0.486        9.596    13.620     4.847
24    6     59    293.2       0.0197   936       19       0.490        2.967     4.198    23.533
25    3     60    634.5       0.0131   507       23       0.493        9.579    13.667     4.847
26    6     141   1276.1      0.0118   612       10       0.499        9.687    13.598
27    6     59    337.6       0.0205   924       17       0.503        4.198     3.417    23.533
28    3     60    741.4       0.0083   714       21       0.506        4.847     4.875    31.377
29    6     59    337.6       0.0205   942       17       0.508        3.417     4.198    23.533
30    6     52    634.5       0.0067   966       23       0.520        9.579     4.847    13.667
31    3     17    390.7       0.0286   420       27       0.520        7.835     3.417    14.595
32    1     56    741.4       0.0330   273       20       0.530        4.875     4.847    31.377
33    3     17    289.6       0.0379   438       29       0.530        3.796    15.689     4.863
34    3     17    289.6       0.0379   444       29       0.534        4.863    15.689     3.796
35    3     20    735.3       0.0211   576       14       0.541       15.828     9.585     4.847
36    7     57    337.6       0.0205   1195      16       0.556       23.533     4.198     3.417
37    3     17    259.2       0.0740   321       30       0.570        7.844     4.835     6.833
38    3     17    259.2       0.0740   333       30       0.581        7.844     6.833     4.835
39    3     60    741.4       0.0083   795       26       0.591        4.875    31.377     4.847
40    6     59    259.2       0.0740   384       30       0.624        6.833     4.835     7.844
41    3     60    727.5       0.0203   531       23       0.645        6.833    15.558     6.843
42    3     60    727.5       0.0223   504       23       0.652       15.558     6.843     6.833
43    6     59    259.2       0.0740   420       30       0.652        4.835     6.833     7.844
44    6     52    634.5       0.0133   882       25       0.682        4.847    13.667     9.579
45    6     52    634.5       0.0131   906       25       0.686        4.847     9.579    13.667
46    6     52    634.5       0.0133   990       24       0.709       13.667     4.847     9.579
47    6     52    741.4       0.0083   1566      24       0.799       31.377     4.847     4.875
48    6     38    553.7       0.0595   696       16       0.833       15.689     8.266     4.270
49    6     38    553.7       0.0595   816       16       0.902       15.689     4.270     8.266
50    6     52    727.5       0.0223   918       25       0.916        6.833    15.558     6.843
51    6     52    727.5       0.0203   1026      25       0.933       15.558     6.843     6.833
52    6     181   1113.2      0.0445   1230      25       1.729       15.763     5.173
53    6     180   1113.2      0.0445   1230      25       1.729       15.763     5.173


[Pair 1/53] vol=478.3 ų, spg=148, dims=   4.845    23.533: 1 WP choices.
WP #1: spg=148, count=11, dof=7, n_wps=5, wyckoff=[['6c'], ['6c'], ['18f', '6c'], ['6c']]
ID  1-3: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.493, -4.583, 0.190, 0.074
ID  2-16: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.479, -5.011, 0.037, 0.085
ID  3-29: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.943, -6.253, 0.001, 0.071  4.908,  0.997,  0.018, -0.5, 8.6s [best-energy-ok]
ID  4-33: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.869, -5.338, 0.117, 0.096 29.496,  0.909,  0.663, -10.6, 6.8s
ID  5-35: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.637, -5.406, 0.073, 0.094
ID  6-37: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.889, -4.429, 0.089, 0.084 30.819,  0.901,  0.723, -11.1, 5.2s
ID  7-38: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.526, -4.254, 0.101, 0.083
ID  8-41: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.533, -5.595, 0.070, 0.156
ID  9-42: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.497, -4.059, 0.093, 0.095
ID 10-43: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.462, -5.251, 0.186, 0.074
ID 11-63: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.430, -5.165, 0.151, 0.072
ID 12-64: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.397, -5.346, 0.119, 0.073
ID 13-65: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.368, -5.960, 0.096, 0.092
ID 14-67: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.803, -5.224, 0.073, 0.077 36.632,  0.860,  1.022, -13.6, 5.8s
ID 15-71: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.869, -4.370, 0.040, 0.092 33.488,  0.883,  0.854, -12.2, 6.9s
ID 16-76: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.454, -4.467, 0.059, 0.084
ID 17-80: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.792, -4.487, 0.139, 0.099 35.547,  0.868,  0.962, -13.1, 6.4s
ID 18-81: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.870, -5.175, 0.154, 0.078 36.370,  0.862,  1.008, -13.5, 6.3s
ID 19-88: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.343, -5.157, 0.001, 0.093
ID 20-90: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.409, -6.186, 0.044, 0.097
ID 21-96: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.766, -5.991, 0.034, 0.077 37.106,  0.856,  1.049, -13.8, 8.2s
ID 22-98: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.799, -4.483, 0.084, 0.075 29.281,  0.910,  0.653, -10.5, 5.0s
ID 23-99: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.807, -5.341, 0.091, 0.083 36.696,  0.859,  1.026, -13.6, 5.6s
ID 24-102: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.539, -4.267, 0.004, 0.084
ID 25-103: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.623, -5.407, 0.075, 0.094
ID 26-104: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.535, -4.114, 0.012, 0.091
ID 27-110: * 42   9  148 R-3            3.35 6c 6c 18f 6c 6c ,  vol=478.3 ų 0.594, -4.943, 0.037, 0.078
Metrics: Wr=4.9081, R2=0.9975, Chi2=0.0183, score=-0.4707, accepted=True, E=-6.2529, dE=0.0000
Early stop: excellent solution found.

Final refinement results: Wr=4.9081, R2=0.9975, Chi2=0.0183
Best structure saved to 0510/cifs/Match_LiNiO4P_148.cif
Accepted solution: spg=148, Wr=4.9081, R2=0.9975, Chi2=0.0183, score=-0.4707, E=-6.2529, dE=0.0000, 
Good fit found early: spg=148, R2=0.9975, Chi2=0.0183, dE_global=0.0000. Stopping search after pair 1/53 and 1 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 9m 58.2s
  2) Structure inference: 28m 52.2s
  Total: 38m 50.4s
Best solution: spg=148, Wr=4.9081, R2=0.9975, Chi2=0.0183, score=-0.4707, E=-6.2529, dE=0.0000, 
Return best result in spg=148.
Best inferred-SG score observed: -0.4707