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HgPd5Se_123

Solved Structure

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Energy-R2 Fit

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Energy-R2 fit plot for HgPd5Se_123

Run Summary

FormulaHgPd5Se
Crystal Systemtetragonal
Input SG123
Solved SG123
R20.9987
Chi20.0136
Rwp/Wr3.5765
Statusaccepted
Valid Structures10
Candidates611
Total Time15m 01.1s
Search Details
Phase 1 SGs160
Phase 2 Pairs281
Refined Structures9
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
225   1     61    949.9       0.0157   238       24       3.594        4.123    14.346    16.060
226   1     61    949.9       0.0157   238       24       3.594       16.060     4.123    14.346
227   3     64    973.2       0.0164   336       16       3.628       14.346    12.643     5.366
228   3     64    973.2       0.0164   350       16       3.702       12.643    14.346     5.366
229   4     62    522.1       0.0316   675       9        3.752       11.604     2.466    18.249
230   1     61    949.9       0.0211   238       22       3.879       14.346     4.123    16.060
231   1     61    949.9       0.0211   238       22       3.879        4.123    16.060    14.346
232   1     61    949.9       0.0211   238       22       3.879       16.060    14.346     4.123
233   2     63    973.2       0.0164   276       23       3.906       14.346    12.643     5.366
234   2     63    973.2       0.0164   284       23       3.962       12.643    14.346     5.366
235   2     63    951.1       0.0743   224       9        4.105       14.346     4.052    16.363
236   2     63    951.1       0.0743   232       9        4.177       16.363     4.052    14.346
237   1     60    949.9       0.0211   238       26       4.203       14.346     4.123    16.060
238   1     60    951.1       0.0743   238       9        4.231        4.052    14.346    16.363
239   1     60    951.1       0.0743   238       9        4.231        4.052    16.363    14.346
240   1     60    951.1       0.0743   238       9        4.231       14.346    16.363     4.052
241   1     60    951.1       0.0743   238       9        4.231       16.363     4.052    14.346
242   2     63    951.1       0.0743   264       9        4.456        4.052    14.346    16.363
243   2     63    951.1       0.0743   280       9        4.589        4.052    16.363    14.346
244   2     63    951.1       0.0743   312       9        4.844       16.363    14.346     4.052
245   2     58    973.2       0.0164   430       23       4.875       12.643     5.366    14.346
246   2     58    973.2       0.0164   430       23       4.875        5.366    12.643    14.346
247   2     63    951.1       0.0743   320       9        4.906       14.346    16.363     4.052
248   2     36    973.2       0.0164   446       23       4.965       14.346    12.643     5.366
249   2     36    973.2       0.0164   462       23       5.053       12.643    14.346     5.366
250   2     58    973.2       0.0164   466       23       5.075       14.346     5.366    12.643
251   2     58    973.2       0.0164   466       23       5.075        5.366    14.346    12.643
252   3     64    951.1       0.0743   364       9        5.233       16.363     4.052    14.346
253   3     64    951.1       0.0743   364       9        5.233       16.363    14.346     4.052
254   3     64    951.1       0.0743   378       9        5.332       14.346     4.052    16.363
255   3     64    951.1       0.0743   378       9        5.332       14.346    16.363     4.052
256   2     58    973.2       0.0164   592       23       5.720       12.643    14.346     5.366
257   2     58    973.2       0.0164   592       23       5.720       14.346    12.643     5.366
258   3     64    951.1       0.0743   448       9        5.805        4.052    14.346    16.363
259   3     64    951.1       0.0743   448       9        5.805        4.052    16.363    14.346
260   2     58    951.1       0.0743   460       9        5.882        4.052    14.346    16.363
261   2     58    951.1       0.0743   460       9        5.882       14.346     4.052    16.363
262   2     36    951.1       0.0743   484       9        6.034       16.363     4.052    14.346
263   2     36    951.1       0.0743   484       9        6.034       16.363    14.346     4.052
264   2     58    951.1       0.0743   496       9        6.108        4.052    16.363    14.346
265   2     58    951.1       0.0743   496       9        6.108       16.363     4.052    14.346
266   2     36    951.1       0.0743   500       9        6.133       14.346     4.052    16.363
267   2     36    951.1       0.0743   500       9        6.133       14.346    16.363     4.052
268   2     36    951.1       0.0743   580       9        6.605        4.052    14.346    16.363
269   2     36    951.1       0.0743   580       9        6.605        4.052    16.363    14.346
270   2     58    951.1       0.0743   676       9        7.131       14.346    16.363     4.052
271   2     58    951.1       0.0743   676       9        7.131       16.363    14.346     4.052
272   6     62    973.2       0.0164   1248      23       8.306        5.366    14.346    12.643
273   6     62    973.2       0.0164   1300      23       8.477        5.366    12.643    14.346
274   6     62    973.2       0.0164   1482      23       9.051       12.643     5.366    14.346
275   6     62    973.2       0.0164   1482      23       9.051       14.346     5.366    12.643
276   6     62    949.9       0.0136   1404      30       9.160        4.123    14.346    16.060
277   6     62    949.9       0.0152   1352      29       9.255        4.123    16.060    14.346
278   6     62    951.1       0.0743   1352      9        10.085      14.346    16.363     4.052
279   6     62    951.1       0.0743   1404      9        10.277      16.363    14.346     4.052
280   6     62    951.1       0.0743   1664      9        11.188      14.346     4.052    16.363
281   6     62    951.1       0.0743   1664      9        11.188      16.363     4.052    14.346


[Pair 1/281] vol=120.0 ų, spg=47, dims=   4.090     7.173     4.089: 2 WP choices.
WP #1: spg=47, count=3, dof=2, n_wps=5, wyckoff=[['1a'], ['2s', '2r', '1f'], ['1c']]
WP #2: spg=47, count=3, dof=2, n_wps=5, wyckoff=[['1c'], ['2s', '2r', '1f'], ['1a']]

[Pair 2/281] vol=120.0 ų, spg=47, dims=   7.173     4.090     4.089: 2 WP choices.
WP #1: spg=47, count=3, dof=2, n_wps=5, wyckoff=[['1a'], ['2s', '2r', '1f'], ['1c']]
WP #2: spg=47, count=3, dof=2, n_wps=5, wyckoff=[['1c'], ['2s', '2r', '1f'], ['1a']]

[Pair 3/281] vol=120.0 ų, spg=123, dims=   4.089     7.173: 4 WP choices.
WP #1: spg=123, count=1, dof=1, n_wps=4, wyckoff=[['1d'], ['4i', '1b'], ['1a']]
ID  1-3: *  7   3  123 P4/mmm        11.23 1d 4i 1b 1a ,  vol=120.0 ų 0.986, -4.446, 0.004, 0.107  3.649,  0.999,  0.014, 0.0, 11.3s [best-energy-ok]
ID  2-4: *  7   3  123 P4/mmm        11.23 1d 4i 1b 1a ,  vol=120.0 ų 0.986, -4.446, 0.004, 0.107  3.649,  0.999,  0.014, 0.0, 2.5s [best-energy-ok]
ID  3-6: *  7   3  123 P4/mmm        11.23 1d 4i 1b 1a ,  vol=120.0 ų 0.988, -4.446, 0.002, 0.076  3.577,  0.999,  0.014, 0.1, 2.1s [best-energy-ok]
ID  4-7: *  7   3  123 P4/mmm        11.23 1d 4i 1b 1a ,  vol=120.0 ų 0.988, -4.446, 0.002, 0.076  3.577,  0.999,  0.014, 0.1, 2.1s
Metrics: Wr=3.5765, R2=0.9987, Chi2=0.0136, score=0.0647, accepted=True, E=-4.4463, dE=0.0000

Final refinement results: Wr=3.5765, R2=0.9987, Chi2=0.0136
Best structure saved to 0510/cifs/Match_HgPd5Se_123.cif
Accepted solution: spg=123, Wr=3.5765, R2=0.9987, Chi2=0.0136, score=0.0647, E=-4.4463, dE=0.0000, 
Good fit found for spg=123, but skipping early stop because only 4 structures have been explored 
WP #2: spg=123, count=1, dof=1, n_wps=4, wyckoff=[['1a'], ['4i', '1b'], ['1d']]
ID  5-3: *  7   3  123 P4/mmm        11.23 1a 4i 1b 1d ,  vol=120.0 ų 0.939, -4.250, 0.048, 0.051 15.855,  0.974,  0.268, -4.9, 7.9s
ID  6-4: *  7   3  123 P4/mmm        11.23 1a 4i 1b 1d ,  vol=120.0 ų 0.939, -4.250, 0.048, 0.051 15.855,  0.974,  0.268, -4.9, 7.7s
ID  7-6: *  7   3  123 P4/mmm        11.23 1a 4i 1b 1d ,  vol=120.0 ų 0.939, -4.250, 0.047, 0.064 16.946,  0.971,  0.306, -5.4, 8.3s
ID  8-7: *  7   3  123 P4/mmm        11.23 1a 4i 1b 1d ,  vol=120.0 ų 0.939, -4.250, 0.047, 0.064 16.946,  0.971,  0.306, -5.4, 8.6s
Accepted solution: spg=123, Wr=3.5765, R2=0.9987, Chi2=0.0136, score=0.0647, E=-4.4463, dE=0.0000, 
Good fit found for spg=123, but skipping early stop because only 8 structures have been explored 
WP #3: spg=123, count=1, dof=1, n_wps=4, wyckoff=[['1a'], ['4i', '1d'], ['1b']]
ID  9-1: *  7   3  123 P4/mmm        11.23 1a 4i 1d 1b ,  vol=120.0 ų 0.349, 3.994, 0.158, 0.008
ID 10-3: *  7   3  123 P4/mmm        11.23 1a 4i 1d 1b ,  vol=120.0 ų 0.934, -4.182, 0.051, 0.055 11.469,  0.987,  0.140, -3.1, 10.3s
Early stop triggered after 10 local / 10 global structures; terminating current WP search.
Accepted solution: spg=123, Wr=3.5765, R2=0.9987, Chi2=0.0136, score=0.0647, E=-4.4463, dE=0.0000, 
Good fit found early: spg=123, R2=0.9987, Chi2=0.0136, dE_global=0.0000. Stopping search after pair 3/281 and 3 WP candidate(s).
Reached maximum structure limit and Stop further generation.
Timing breakdown:
  1) SPG + cell inference: 12m 54.2s
  2) Structure inference: 2m 06.9s
  Total: 15m 01.1s
Best solution: spg=123, Wr=3.5765, R2=0.9987, Chi2=0.0136, score=0.0647, E=-4.4463, dE=0.0000, 
Return best result in spg=123.
Best inferred-SG score observed: 0.0647