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R1 method using default parameters fail with error 'problem too large' #15
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Thank you so much, Cristian! |
I added a system test to reproduce this: MONET/.test/system_test/retinal_toxicity_test.sh |
Hi all, |
I am re-running, but there seems to be something weird with the number of edges.
@WeijiaZhang24: am I getting this wrong? |
I think this is caused by how the underlying C code (which is kinda difficult to address in a short time) handles input where nodes with no edge connected. It doesn't affect the result. |
@WeijiaZhang24 Please continue to work here (and sorry for merging too early , my bad!) https://github.com/BergmannLab/MONET/commits/issues_15. Make sure the following pass:
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@mattiat I pushed a new branch "issues_15_2", which used exception handling in R to fix the problem. Tested with the 3 scripts it seems fine. |
@WeijiaZhang24 Thank you! The last system test still fails for me, I attach the error file |
The K1 and M1 method with the same input gave no problem.
I'm working on a Centos7 machine with 82GB of RAM, so the memory should not be the issue. I'm using singularity as container.
This is the command line:
~/MONET/monet --input=network_retinal_toxicity_BIANA.txt --method=R1 --container=singularity
The log file reports as follow
2020-02-19-101559__R1__console-output__network_retinal_toxicity_BIANA.txt
This is the input file for reproducing:
It's an undirected network file formatted as explained in the readme file, since it's not weighted the weights have been set equal to 1 for every edge (don't know if this may be the problem, but again with the other two methods there were no problems). The nodes are identified by a numerical code. The total number of edges is around 400.
network_retinal_toxicity_BIANA.txt
For the moment i want to use the standard parameters for later try to tune it based on the results.
Thanks for the help
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