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missing directories #4
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@ceheitsch What it is looking for (complaining about), is that it doesn't know where to find the thermodynamic parameter data. One possible way to fix this (not versatile), would be:
The way I get around this is to re-use a setting that gets installed into the user's bash profile when configuring our GTFoldPython bindings. In other words, export the variable ( $ echo -e "export GTFOLDDATADIR=\"$(greadlink -f "/path/to/my/home/GTFoldTurner99")\"\n" >> ~/.bash_profile
$ source ~/.bash_profile Then try re-running. That should fix the issue for now. 😄 |
@maxieds To clarify, I'm trying to run gtmfe from /Users/heitsch/gtgithub/gtfold/bin; see below. In other words, while the comparison with pmfe may apply in other situations, it shouldn't here. Also, I've just confirmed that the thermodynamic data is available in /Users/heitsch/gtgithub/gtfold/bin/data, only the program doesn't seem to be finding it.
One possibility worth considering is that because you have customized your bash_profile (as described and I'm sure in other ways) then this is masking problems with the code. |
@ceheitsch $ ./bin/gtmfe -m ../GTFoldPython/Python/Testing/TestData/tRNA/yeast.fa.seq
GTfold: A Scalable Multicore Code for RNA Secondary Structure Prediction
(c) 2007-2011 D.A. Bader, C.E. Heitsch, S.C. Harvey
Georgia Institute of Technology
Run Configuration:
+ enabled terminal mismatch calculations
- thermodynamic parameters: /Users/mschmidt34/GTDMMBSoftware/gtfold/gtfold-mfe/data/Turner99/
- input file: ../GTFoldPython/Python/Testing/TestData/tRNA/yeast.fa.seq
- sequence length: 75
- output file: yeast.fa.ct
Computing minimum free energy structure...
Done.
Results:
- Minimum Free Energy: -29.3000 kcal/mol
- MFE runtime: 0.003639 seconds
GCCGUGAUAGUUUAAUGGUCAGAAUGGGCGCUUGUCGCGUGCCAGAUCGGGGUUCAAUUCCCCGUCGCGGCGCCA
((((((((........((((....(((((((.....)))).)))))))((((......)))).))))))))....
MFE structure saved in .ct format to yeast.fa.ct |
@ceheitsch |
@maxieds Although gtfold will build on my office machine it does not run:
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