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LuNi4P2_136

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for LuNi4P2_136

Run Summary

FormulaLuNi4P2
Crystal Systemtetragonal
Input SG136
Solved SG136
R20.9984
Chi20.0174
Rwp/Wr3.9798
Statusaccepted
Valid Structures13
Candidates261
Total Time15m 02.5s
Search Details
Phase 1 SGs125
Phase 2 Pairs180
Refined Structures13
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
113   1     61    704.6       0.0007   196       15       0.208        7.013     7.161    14.031
114   1     61    704.6       0.0007   196       15       0.208        7.161    14.031     7.013
115   1     61    704.6       0.0007   196       15       0.208       14.031     7.013     7.161
116   2     51    352.3       0.0007   259       24       0.209       14.031     3.580     7.013
117   2     51    352.3       0.0007   287       21       0.209        7.013     3.580    14.031
118   2     59    352.3       0.0007   283       24       0.218        3.580     7.013    14.031
119   1     60    704.6       0.0007   196       17       0.221        7.013     7.161    14.031
120   1     60    704.6       0.0007   196       17       0.221        7.161    14.031     7.013
121   1     122   1095.6      0.0007   155       15       0.234       14.027     5.568
122   1     88    1408.8      0.0004   245       13       0.252       14.027     7.161
123   1     63    704.8       0.0021   135       14       0.259       14.032    14.031     3.580
124   1     58    704.6       0.0007   189       25       0.261       14.031     7.013     7.161
125   1     58    704.6       0.0007   189       25       0.261        7.013    14.031     7.161
126   1     43    1409.3      0.0007   245       10       0.269       14.031    14.027     7.161
127   1     74    1409.3      0.0007   259       10       0.277       14.031    14.027     7.161
128   1     74    1409.3      0.0007   273       10       0.284       14.027     7.161    14.031
129   1     74    1409.3      0.0007   273       10       0.284        7.161    14.027    14.031
130   2     56    704.6       0.0007   392       17       0.312        7.161     7.013    14.031
131   6     62    352.3       0.0007   586       24       0.314       14.031     7.013     3.580
132   1     50    704.8       0.0021   200       15       0.325       14.031    14.032     3.580
133   1     36    704.8       0.0021   223       14       0.332       14.032    14.031     3.580
134   1     20    704.8       0.0021   214       15       0.336       14.031    14.032     3.580
135   6     62    352.3       0.0007   690       24       0.341       14.031     3.580     7.013
136   1     60    704.8       0.0021   217       17       0.359        3.580    14.032    14.031
137   1     61    704.8       0.0021   217       17       0.359       14.031     3.580    14.032
138   1     61    704.8       0.0021   217       17       0.359       14.032    14.031     3.580
139   1     61    704.8       0.0021   217       17       0.359        3.580    14.032    14.031
140   1     86    704.8       0.0019   217       20       0.377       14.031     3.580
141   1     60    704.8       0.0021   217       19       0.378       14.032    14.031     3.580
142   1     58    704.8       0.0021   203       21       0.384       14.031     3.580    14.032
143   1     58    704.8       0.0021   203       21       0.384        3.580    14.031    14.032
144   1     55    704.8       0.0021   292       15       0.393       14.031    14.032     3.580
145   1     55    704.8       0.0021   226       21       0.405       14.031     3.580    14.032
146   1     55    704.8       0.0021   226       21       0.405        3.580    14.031    14.032
147   1     63    716.6       0.0089   166       12       0.485        3.640    19.844     9.922
148   2     56    704.8       0.0021   431       17       0.506       14.032     3.580    14.031
149   2     56    704.8       0.0021   431       17       0.506        3.580    14.032    14.031
150   1     50    716.6       0.0089   189       14       0.556       19.844     3.640     9.922
151   1     50    716.6       0.0089   205       14       0.579        3.640    19.844     9.922
152   1     20    716.6       0.0089   208       14       0.583        3.640    19.844     9.922
153   1     60    716.6       0.0079   217       15       0.586        3.640    19.844     9.922
154   1     36    716.6       0.0089   267       12       0.615        3.640    19.844     9.922
155   1     55    716.6       0.0089   256       14       0.647        3.640    19.844     9.922
156   1     55    716.6       0.0089   256       14       0.647       19.844     3.640     9.922
157   1     58    716.6       0.0079   214       22       0.698       19.844     9.922     3.640
158   1     58    716.6       0.0079   214       22       0.698        9.922    19.844     3.640
159   1     122   1433.1      0.0088   265       11       0.826       19.843     3.640
160   1     88    1433.1      0.0088   287       11       0.860       19.843     3.640
161   2     141   1433.1      0.0088   287       11       0.860       19.843     3.640
162   1     58    547.5       0.0369   210       16       0.961       14.036     7.013     5.562
163   1     58    547.5       0.0369   210       16       0.961        7.013    14.036     5.562
164   1     58    738.2       0.0392   204       22       1.310        9.922     3.557    20.918
165   1     58    738.2       0.0392   204       22       1.310        3.557     9.922    20.918
166   1     60    738.2       0.0555   224       16       1.357        3.557    20.918     9.922
167   1     50    682.3       0.0967   168       15       1.368        7.188     6.378    14.883
168   1     50    682.3       0.0967   169       15       1.373        6.378     7.188    14.883
169   1     55    682.3       0.0967   186       15       1.440        6.378     7.188    14.883
170   1     55    682.3       0.0967   186       15       1.440        7.188     6.378    14.883
171   1     74    1367.0      0.0313   305       17       1.763        5.041    27.331     9.922
172   1     74    1367.0      0.0313   305       17       1.763       27.331     5.041     9.922
173   1     74    1430.7      0.0287   268       20       1.765       12.059     7.515    15.787
174   1     74    1430.7      0.0287   268       20       1.765        7.515    12.059    15.787
175   1     74    1441.0      0.0345   269       17       1.768       16.586     7.219    12.035
176   1     74    1441.0      0.0345   269       17       1.768        7.219    16.586    12.035
177   1     74    1367.0      0.0280   341       19       1.878        9.922     5.041    27.331
178   1     74    1367.0      0.0280   341       19       1.878        5.041     9.922    27.331
179   1     74    1407.6      0.0538   246       19       2.103        9.922    12.615    11.246
180   1     74    1407.6      0.0538   246       19       2.103       12.615     9.922    11.246


[Pair 1/180] vol=176.1 ų, spg=136, dims=   7.013     3.580: 3 WP choices.
WP #1: spg=136, count=1, dof=3, n_wps=3, wyckoff=[['2a'], ['8i'], ['4f']]
ID  1-2: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.331, 0.005, 0.336  3.982,  0.998,  0.017, -0.1, 12.5s [best-energy-ok]
ID  2-3: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.335, 0.006, 0.069  4.017,  0.998,  0.018, -0.1, 3.7s
ID  3-5: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.336, 0.005, 0.065  3.982,  0.998,  0.017, -0.1, 3.8s [best-energy-ok]
ID  4-6: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.336, 0.006, 0.049  4.463,  0.998,  0.022, -0.3, 3.1s
ID  5-8: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.335, 0.006, 0.069  4.017,  0.998,  0.018, -0.1, 4.7s
ID  6-9: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.335, 0.006, 0.069  4.017,  0.998,  0.018, -0.1, 4.6s
ID  7-10: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.333, 0.005, 0.264  3.981,  0.998,  0.017, -0.1, 3.7s [best-energy-ok]
ID  8-12: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.335, 0.005, 0.070  3.984,  0.998,  0.017, -0.1, 3.7s
ID  9-15: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.986, -6.335, 0.006, 0.081  4.463,  0.998,  0.022, -0.3, 3.6s
ID 10-17: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.336, 0.005, 0.067  3.980,  0.998,  0.017, -0.1, 3.4s [best-energy-ok]
ID 11-18: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.331, 0.005, 0.336  3.982,  0.998,  0.017, -0.1, 3.5s
ID 12-19: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.986, -6.335, 0.006, 0.070  4.466,  0.998,  0.022, -0.3, 3.8s
ID 13-20: * 14   5  136 P42/mnm        8.90 2a 8i 4f ,  vol=176.1 ų 0.987, -6.335, 0.005, 0.079  3.986,  0.998,  0.017, -0.1, 3.8s
Metrics: Wr=3.9798, R2=0.9984, Chi2=0.0174, score=-0.0978, accepted=True, E=-6.3357, dE=0.0001
Early stop: excellent solution found.

Final refinement results: Wr=3.9798, R2=0.9984, Chi2=0.0174
Best structure saved to 0510/cifs/Match_LuNi4P2_136.cif
Accepted solution: spg=136, Wr=3.9798, R2=0.9984, Chi2=0.0174, score=-0.0978, E=-6.3357, dE=0.0001, 
Good fit found early: spg=136, R2=0.9984, Chi2=0.0174, dE_global=0.0001. Stopping search after pair 1/180 and 1 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 12m 19.8s
  2) Structure inference: 2m 42.7s
  Total: 15m 02.5s
Best solution: spg=136, Wr=3.9798, R2=0.9984, Chi2=0.0174, score=-0.0978, E=-6.3357, dE=0.0001, 
Return best result in spg=136.
Best inferred-SG score observed: -0.0978