Fix distribution of levels in pft #10453
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| DEAL:0:2d::93274 | ||
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| DEAL:1:2d::121820 |
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We have made the experience that the output of the memory consumption as a plain number is a pain to maintain because the result depends on the number type (32 vs 64 bit integers), changes somewhere in the code that lead to different allocated sizes, or also different implementations of the STL library in terms of how to dynamically grow vectors. Can we find a way to approximately control this number, say, by checking that it is in the right range (and assert that this is the case at least for 32 and 64 bit builds)?
| Assert((min_max_avg.min / min_max_avg.max >= 0.75), | ||
| ExcMessage("Memory consumption difference is too big!")); |
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@kronbichler Good point! What about this solution?
| main(int argc, char *argv[]) | ||
| { | ||
| Utilities::MPI::MPI_InitFinalize mpi_initialization(argc, argv, 1); | ||
| MPILogInitAll all; |
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Since we do not need to the specific output any more, how about:
| MPILogInitAll all; | |
| mpi_initlog(); |
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Can this be merged? |
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I don't want to merge my own PR! Anyone? |
closes #10449.