Back to search page

H3Ti2_132

Solved Structure

If the GUI button does not open remotely, use the 3D view above or download the structure.

Energy-R2 Fit

Open PNG
Energy-R2 fit plot for H3Ti2_132

Run Summary

FormulaH3Ti2
Crystal Systemtetragonal
Input SG132
Solved SG132
R20.9974
Chi20.0229
Rwp/Wr4.9829
Statusaccepted
Valid Structures10
Candidates484
Total Time28m 31.4s
Search Details
Phase 1 SGs160
Phase 2 Pairs335
Refined Structures7
Refine Failures0

Reached maximum structure limit and Stop further generation.

Log Preview
273   1     31    163.3       0.2369   70        23       8.699       14.677     5.049     2.203
274   1     60    334.5       0.0928   144       12       9.034       29.353     2.525     4.514
275   5     62    178.4       0.0685   324       13       9.095       13.070     4.407     3.098
276   2     62    280.3       0.1666   183       7        9.242        3.638    17.679     4.358
277   2     62    280.3       0.1666   183       7        9.242        4.358    17.679     3.638
278   1     33    163.3       0.2864   105       15       9.385       14.677     2.203     5.049
279   1     58    163.3       0.2369   95        20       9.479       14.677     5.049     2.203
280   1     58    163.3       0.2369   95        20       9.479        5.049    14.677     2.203
281   2     62    338.4       0.0721   208       11       9.484        6.195     8.713     6.269
282   1     36    280.3       0.1666   200       7        9.661        4.358     3.638    17.679
283   1     36    280.3       0.1666   200       7        9.661        4.358    17.679     3.638
284   1     33    163.3       0.2369   105       19       9.726        5.049    14.677     2.203
285   2     27    178.4       0.0869   218       19       9.808        4.407     3.098    13.070
286   5     62    178.4       0.0502   324       20       9.839        3.098     4.407    13.070
287   2     62    338.4       0.0721   226       11       9.885        8.713     6.195     6.269
288   2     62    338.4       0.0721   226       11       9.885        6.195     6.269     8.713
289   1     36    280.3       0.1666   210       7        9.900        3.638     4.358    17.679
290   1     36    280.3       0.1666   210       7        9.900        3.638    17.679     4.358
291   1     70    694.7       0.2865   45        9        10.021      16.535     7.924     5.302
292   1     70    694.7       0.2865   47        9        10.241      16.535     5.302     7.924
293   1     19    163.3       0.2369   105       22       10.430       2.203    14.677     5.049
294   1     60    331.8       0.0838   198       13       10.511       2.534    29.353     4.461
295   1     31    151.7       0.1700   160       22       10.868       3.845    14.677     2.689
296   1     70    694.7       0.2865   54        9        10.977       7.924    16.535     5.302
297   1     31    151.7       0.1700   170       22       11.202       2.689    14.677     3.845
298   1     70    694.7       0.2865   58        9        11.376       5.302    16.535     7.924
299   1     140   764.3       0.1461   84        10       11.506      15.708     3.098
300   1     140   717.4       0.1228   84        13       11.730       6.162    18.896
301   1     122   701.3       0.0661   124       15       11.759       6.890    14.771
302   2     62    280.3       0.1666   300       7        11.833       3.638     4.358    17.679
303   2     62    280.3       0.1666   300       7        11.833      17.679     4.358     3.638
304   1     141   764.3       0.2398   75        8        11.988      15.708     3.098
305   2     62    280.3       0.1666   309       7        12.009       4.358     3.638    17.679
306   2     62    280.3       0.1666   309       7        12.009      17.679     3.638     4.358
307   1     70    694.7       0.2865   65        9        12.043       7.924     5.302    16.535
308   1     31    173.9       0.1524   160       26       12.069       5.377     2.203    14.677
309   2     62    334.5       0.0898   229       14       12.078       4.514    29.353     2.525
310   1     70    694.7       0.2865   67        9        12.227       5.302     7.924    16.535
311   5     62    178.4       0.0869   338       20       12.514      13.070     3.098     4.407
312   1     31    163.3       0.2369   160       23       13.151       5.049    14.677     2.203
313   5     62    178.4       0.1094   338       20       13.725       4.407     3.098    13.070
314   1     31    163.3       0.2369   190       23       14.331       2.203    14.677     5.049
315   1     31    163.3       0.2369   190       23       14.331       2.203     5.049    14.677
316   1     63    579.9       0.0764   277       11       14.661       2.630    27.014     8.162
317   5     62    151.7       0.1700   333       22       15.678      14.677     2.689     3.845
318   2     62    331.8       0.0831   454       13       15.868      29.353     4.461     2.534
319   1     43    694.7       0.2567   126       9        16.048      16.535     5.302     7.924
320   1     43    694.7       0.2567   126       9        16.048       5.302    16.535     7.924
321   1     43    694.7       0.2865   122       9        16.499      16.535     7.924     5.302
322   1     43    694.7       0.2865   122       9        16.499       7.924    16.535     5.302
323   5     62    163.3       0.2864   329       15       16.612      14.677     5.049     2.203
324   1     43    694.7       0.2865   144       9        17.925       5.302     7.924    16.535
325   1     43    694.7       0.2865   144       9        17.925       7.924     5.302    16.535
326   1     63    694.7       0.2430   128       12       18.040       7.924     5.302    16.535
327   5     62    163.3       0.2369   371       19       18.281       5.049     2.203    14.677
328   2     62    331.8       0.0838   472       17       18.402       4.461     2.534    29.353
329   1     63    694.7       0.2430   136       12       18.595       5.302     7.924    16.535
330   2     62    334.5       0.0962   454       16       18.611       2.525     4.514    29.353
331   1     63    694.7       0.2430   146       12       19.267      16.535     5.302     7.924
332   1     122   764.3       0.2398   150       11       19.576      15.708     3.098
333   1     63    694.7       0.2430   158       12       20.043      16.535     7.924     5.302
334   1     63    694.7       0.2430   190       12       21.979       5.302    16.535     7.924
335   1     63    694.7       0.2430   194       12       22.209       7.924    16.535     5.302


[Pair 1/335] vol=83.6 ų, spg=132, dims=   4.357     4.406: 1 WP choices.
WP #1: spg=132, count=1, dof=1, n_wps=3, wyckoff=[['4e', '2b'], ['4j']]
ID  1-3: * 10   3  132 P42/mcm        3.92 4e 2b 4j ,  vol=83.6 ų 0.915, -5.623, 0.005, 0.079  4.983,  0.997,  0.023, -0.5, 9.0s [best-energy-ok]
ID  2-4: * 10   3  132 P42/mcm        3.92 4e 2b 4j ,  vol=83.6 ų 0.915, -5.623, 0.005, 0.079  4.983,  0.997,  0.023, -0.5, 1.6s
Metrics: Wr=4.9829, R2=0.9974, Chi2=0.0229, score=-0.5017, accepted=True, E=-5.6229, dE=0.0000

Final refinement results: Wr=4.9829, R2=0.9974, Chi2=0.0229
Best structure saved to 0510/cifs/Match_H3Ti2_132.cif
Accepted solution: spg=132, Wr=4.9829, R2=0.9974, Chi2=0.0229, score=-0.5017, E=-5.6229, dE=0.0000, 
Good fit found for spg=132, but skipping early stop because only 2 structures have been explored 

[Pair 2/335] vol=83.6 ų, spg=58, dims=   4.358     4.406     4.355: 1 WP choices.
WP #1: spg=58, count=1, dof=4, n_wps=3, wyckoff=[['4g', '2c'], ['4g']]
ID  3-2: * 10   7   58 Pnnm           3.92 4g 2c 4g ,  vol=83.6 ų 0.342, -4.741, 0.089, 0.100
ID  4-4: * 10   7   58 Pnnm           3.92 4g 2c 4g ,  vol=83.6 ų 0.922, -5.399, 0.005, 0.064  6.391,  0.996,  0.038, -1.1, 2.4s
ID  5-5: * 10   7   58 Pnnm           3.92 4g 2c 4g ,  vol=83.6 ų 0.922, -5.400, 0.005, 0.064  6.268,  0.996,  0.036, -1.0, 2.0s
ID  6-8: * 10   7   58 Pnnm           3.92 4g 2c 4g ,  vol=83.6 ų 0.922, -5.399, 0.004, 0.095  6.259,  0.996,  0.036, -1.0, 2.2s
ID  7-12: * 10   7   58 Pnnm           3.92 4g 2c 4g ,  vol=83.6 ų 0.922, -5.399, 0.004, 0.095  6.259,  0.996,  0.036, -1.0, 2.4s
ID  8-15: * 10   7   58 Pnnm           3.92 4g 2c 4g ,  vol=83.6 ų 0.922, -5.399, 0.004, 0.095  6.259,  0.996,  0.036, -1.0, 1.9s

[Pair 3/335] vol=59.1 ų, spg=47, dims=   4.405     4.358     3.081: 2 WP choices.
WP #1: spg=47, count=1, dof=0, n_wps=5, wyckoff=[['1g', '1e', '1d'], ['1h', '1a']]
ID  9-1: *  5   3   47 Pmmm           2.77 1g 1e 1d 1h 1a ,  vol=59.1 ų 0.722, -4.899, 0.169, 0.000
WP #2: spg=47, count=1, dof=0, n_wps=5, wyckoff=[['1c', '1b', '1a'], ['1h', '1d']]
ID 10-1: *  5   3   47 Pmmm           2.77 1c 1b 1a 1h 1d ,  vol=59.1 ų 0.519, -3.993, 0.036, 0.000
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: 16m 16.4s
  2) Structure inference: 12m 15.0s
  Total: 28m 31.4s
Best solution: spg=132, Wr=4.9829, R2=0.9974, Chi2=0.0229, score=-0.5017, E=-5.6229, dE=0.0000, 
Return best result in spg=132.
Best inferred-SG score observed: -0.5017