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B2CCePd2_139

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for B2CCePd2_139

Run Summary

FormulaB2CCePd2
Crystal Systemtetragonal
Input SG139
Solved SG139
R20.9984
Chi20.0159
Rwp/Wr3.9061
Statusaccepted
Valid Structures10
Candidates403
Total Time14m 20.6s
Search Details
Phase 1 SGs160
Phase 2 Pairs142
Refined Structures6
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
78    4     35    334.1       0.0341   144       14       1.903       11.518    10.681     2.716
79    4     35    334.1       0.0341   152       14       1.955       10.681    11.518     2.716
80    4     65    334.1       0.0341   160       14       2.006       11.518    10.681     2.716
81    4     65    334.1       0.0341   176       14       2.103       10.681    11.518     2.716
82    1     61    651.8       0.0081   156       27       2.123        4.842    12.605    10.681
83    1     61    651.8       0.0081   156       27       2.123       10.681     4.842    12.605
84    1     61    651.8       0.0081   156       27       2.123       12.605    10.681     4.842
85    1     59    471.7       0.0140   390       9        2.128        3.841     3.841    31.970
86    1     19    333.5       0.0266   216       15       2.177        3.841    31.970     2.716
87    4     35    333.5       0.0351   312       8        2.192        3.841    31.970     2.716
88    1     61    651.8       0.0081   156       29       2.197       12.605     4.842    10.681
89    1     61    651.8       0.0081   156       29       2.197       10.681    12.605     4.842
90    1     61    651.8       0.0081   156       29       2.197        4.842    10.681    12.605
91    1     61    628.9       0.0108   186       21       2.268        3.841    21.314     7.683
92    1     61    628.9       0.0108   186       21       2.268        7.683     3.841    21.314
93    1     61    628.9       0.0108   186       21       2.268       21.314     7.683     3.841
94    1     61    628.7       0.0161   186       16       2.337        5.431     5.432    21.314
95    1     61    628.7       0.0161   186       16       2.337        5.431    21.314     5.432
96    1     61    628.7       0.0161   186       16       2.337       21.314     5.431     5.432
97    4     38    333.5       0.0351   356       8        2.341        2.716    31.970     3.841
98    4     65    333.5       0.0505   160       14       2.343        3.841    10.657     8.148
99    1     59    444.6       0.0946   66        17       2.448       21.314     5.432     3.841
100   4     65    333.5       0.0351   496       8        2.763        3.841    31.970     2.716
101   1     59    445.5       0.0400   150       20       2.828        7.679     5.432    10.681
102   4     62    314.4       0.0115   492       25       2.904       21.314     3.841     3.841
103   1     59    445.5       0.0400   162       20       2.939        5.432     7.679    10.681
104   4     38    333.5       0.0505   260       14       2.987        8.148    10.657     3.841
105   1     61    668.3       0.0209   150       27       3.083        6.655    10.681     9.401
106   1     61    668.3       0.0209   150       27       3.083       10.681     9.401     6.655
107   1     61    668.3       0.0209   150       27       3.083        9.401     6.655    10.681
108   4     35    333.5       0.0505   280       14       3.100       10.657     3.841     8.148
109   4     38    334.1       0.0341   392       14       3.139        2.716    11.518    10.681
110   4     38    334.1       0.0341   412       14       3.218        2.716    10.681    11.518
111   1     61    668.3       0.0214   150       29       3.221        6.655     9.401    10.681
112   1     61    668.3       0.0214   150       29       3.221       10.681     6.655     9.401
113   1     61    668.3       0.0214   150       29       3.221        9.401    10.681     6.655
114   2     38    445.5       0.0400   208       20       3.330       10.681     7.679     5.432
115   4     35    333.5       0.0505   336       14       3.396        3.841    10.657     8.148
116   2     38    445.5       0.0400   224       20       3.456       10.681     5.432     7.679
117   4     62    333.5       0.0274   672       12       3.503        2.716     3.841    31.970
118   4     38    333.5       0.0505   400       14       3.705        8.148     3.841    10.657
119   4     38    333.5       0.0351   916       8        3.755        2.716     3.841    31.970
120   1     59    444.6       0.0946   162       17       3.835        5.432    21.314     3.841
121   4     21    445.5       0.0400   316       20       4.104        5.432     7.679    10.681
122   4     21    444.6       0.0946   196       17       4.218       21.314     5.432     3.841
123   4     62    628.7       0.0161   656       16       4.388        5.431    21.314     5.432
124   4     62    628.9       0.0108   656       24       4.541        3.841    21.314     7.683
125   4     62    651.8       0.0119   640       23       4.652        4.842    12.605    10.681
126   4     62    651.8       0.0119   672       23       4.767        4.842    10.681    12.605
127   4     62    628.9       0.0108   656       28       4.890        7.683    21.314     3.841
128   1     59    444.6       0.0946   270       17       4.950        5.432     3.841    21.314
129   1     59    444.6       0.0946   282       17       5.059        3.841     5.432    21.314
130   4     62    651.8       0.0119   768       23       5.096       12.605     4.842    10.681
131   4     62    651.8       0.0119   768       23       5.096       10.681     4.842    12.605
132   4     62    628.7       0.0161   912       16       5.174        5.431     5.432    21.314
133   4     62    628.7       0.0161   912       16       5.174       21.314     5.431     5.432
134   4     62    628.9       0.0108   944       29       5.967        7.683     3.841    21.314
135   2     38    444.6       0.0946   404       17       6.056        3.841    21.314     5.432
136   2     38    444.6       0.0946   532       17       6.949        3.841     5.432    21.314
137   4     62    668.3       0.0395   656       22       7.541        6.655     9.401    10.681
138   4     62    668.3       0.0395   704       22       7.812        9.401     6.655    10.681
139   4     62    665.1       0.0413   752       25       8.722        5.417    31.970     3.841
140   4     62    665.1       0.0454   1168      17       9.391        3.841     5.417    31.970
141   4     62    665.1       0.0454   1200      17       9.518        5.417     3.841    31.970
142   4     62    665.1       0.0344   1168      26       10.288      31.970     5.417     3.841


[Pair 1/142] vol=157.5 ų, spg=58, dims=   3.841     3.839    10.681: 1 WP choices.
WP #1: spg=58, count=2, dof=4, n_wps=4, wyckoff=[['4g'], ['2c'], ['2a'], ['4g']]

[Pair 2/142] vol=157.4 ų, spg=139, dims=   3.839    10.681: 2 WP choices.
WP #1: spg=139, count=1, dof=1, n_wps=4, wyckoff=[['4e'], ['2b'], ['2a'], ['4d']]
ID  1-4: * 12   3  139 I4/mmm         8.15 4e 2b 2a 4d ,  vol=157.4 ų 0.984, -6.971, 0.002, 0.484  3.906,  0.998,  0.016, -0.1, 11.1s [best-energy-ok]
ID  2-5: * 12   3  139 I4/mmm         8.15 4e 2b 2a 4d ,  vol=157.4 ų 0.984, -6.972, 0.000, 0.067  3.906,  0.998,  0.016, -0.1, 1.7s
ID  3-6: * 12   3  139 I4/mmm         8.15 4e 2b 2a 4d ,  vol=157.4 ų 0.974, -0.054, 0.200, 0.019  4.370,  0.998,  0.020, -0.3, 3.3s
ID  4-7: * 12   3  139 I4/mmm         8.15 4e 2b 2a 4d ,  vol=157.4 ų 0.974, -0.054, 0.200, 0.019  4.370,  0.998,  0.020, -0.3, 3.3s
ID  5-8: * 12   3  139 I4/mmm         8.15 4e 2b 2a 4d ,  vol=157.4 ų 0.984, -6.972, 0.000, 0.067  3.906,  0.998,  0.016, -0.1, 2.0s
ID  6-9: * 12   3  139 I4/mmm         8.15 4e 2b 2a 4d ,  vol=157.4 ų 0.984, -6.971, 0.002, 0.484  3.906,  0.998,  0.016, -0.1, 2.1s
Metrics: Wr=3.9061, R2=0.9984, Chi2=0.0159, score=-0.0680, accepted=True, E=-6.9708, dE=0.0016

Final refinement results: Wr=3.9061, R2=0.9984, Chi2=0.0159
Best structure saved to 0510/cifs/Match_B2CCePd2_139.cif
Accepted solution: spg=139, Wr=3.9061, R2=0.9984, Chi2=0.0159, score=-0.0680, E=-6.9708, dE=0.0016, 
Good fit found for spg=139, but skipping early stop because only 6 structures have been explored 
WP #2: spg=139, count=1, dof=1, n_wps=4, wyckoff=[['4d'], ['2b'], ['2a'], ['4e']]
ID  7-3: * 12   3  139 I4/mmm         8.15 4d 2b 2a 4e ,  vol=157.4 ų 0.489, -6.226, 0.119, 0.155
ID  8-4: * 12   3  139 I4/mmm         8.15 4d 2b 2a 4e ,  vol=157.4 ų 0.489, -6.226, 0.119, 0.046
ID  9-9: * 12   3  139 I4/mmm         8.15 4d 2b 2a 4e ,  vol=157.4 ų 0.489, -6.226, 0.119, 0.046
ID 10-10: * 12   3  139 I4/mmm         8.15 4d 2b 2a 4e ,  vol=157.4 ų 0.489, -6.226, 0.119, 0.155
Early stop triggered after 10 local / 10 global structures; terminating current WP search.
Accepted solution: spg=139, Wr=3.9061, R2=0.9984, Chi2=0.0159, score=-0.0680, E=-6.9708, dE=0.0016, 
Good fit found early: spg=139, R2=0.9984, Chi2=0.0159, dE_global=0.0016. Stopping search after pair 2/142 and 2 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 12m 41.6s
  2) Structure inference: 1m 39.0s
  Total: 14m 20.6s
Best solution: spg=139, Wr=3.9061, R2=0.9984, Chi2=0.0159, score=-0.0680, E=-6.9708, dE=0.0016, 
Return best result in spg=139.
Best inferred-SG score observed: -0.0680