... | @@ -24,7 +24,7 @@ |
... | @@ -24,7 +24,7 @@ |
|
[node2067:27224] [ 1] /usr/local/elpa202005-openmpi311-gcc721-cuda90-lapack391/lib/libelpa.so.15(__elpa1_compute_MOD_tridiag_complex_double+0x96c)[0x7fd935f30edc]
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[node2067:27224] [ 1] /usr/local/elpa202005-openmpi311-gcc721-cuda90-lapack391/lib/libelpa.so.15(__elpa1_compute_MOD_tridiag_complex_double+0x96c)[0x7fd935f30edc]
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[node2067:27224] [ 2] /usr/local/elpa202005-openmpi311-gcc721-cuda90-lapack391/lib/libelpa.so.15(__elpa1_impl_MOD_elpa_solve_evp_complex_1stage_double_impl+0x79d)[0x7fd935f958bd]
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[node2067:27224] [ 2] /usr/local/elpa202005-openmpi311-gcc721-cuda90-lapack391/lib/libelpa.so.15(__elpa1_impl_MOD_elpa_solve_evp_complex_1stage_double_impl+0x79d)[0x7fd935f958bd]
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|
```
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```
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Segmentation fault is typical error generated by diagonalization routines where there is insufficient amount of memory. In the example above calculations were executed with `p=1` and `q=1` parameters. In this case it was sufficient to set in *input* file
|
|
Segmentation fault is typical error generated by diagonalization routines if there is insufficient amount of memory. In the example above calculations were executed with `p=1` and `q=1` parameters. In this case it was sufficient to set in *input* file
|
|
```
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```
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p 2
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|
p 2
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q 2
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q 2
|
... | | ... | |