Skip to content

Latest commit

 

History

History
 
 

config_files

Folders and files

NameName
Last commit message
Last commit date

parent directory

..
 
 
 
 
 
 

Configuration file

All config files per microbetag stand-alone version.

Consider these configuration files as templates and set the parameters described there properly to best describe what you wish to do.

Attention!

It is essential to use the correct version of config.yml file with the one of microbetag. It is most likely microbetag will fail if you use different versions of the stand-alone version and the configuration file.

Keep in mind that microbetag will not override or remove any files of those built so it's always a good practice to use the same output directory if you have an error, edit your config and run again

microbetag may get several starting points, either abundance table, or a network or both also, it may start having KEGG annotations or not, GEMs already built or not and so on and so forth.

We try to keep this as flexible as possible but for now, microbetag does has some constraints on the intermediate folders built. So please never change the architecture of its output folder as it allows to microbetag to start over again when something fails. An example of this architecture is here:

tests/dev_io_microbetag/microbetag_run_carve/
├── faprotax
│   ├── functional_otu_table.tsv
│   └── sub_tables
│       ├── aerobic_chemoheterotrophy.txt
│       ├── aerobic_nitrite_oxidation.txt
│       ├── animal_parasites_or_symbionts.txt
│       ├── arsenite_oxidation_energy_yielding.txt
│       ├── chemoheterotrophy.txt
..
├── KEGG_annotations
│   ├── hmmout
│   └── ko_merged.txt
├── microbetag_annotated_network.cx
├── ORFs
│   └── README.md
├── pathway_complementarity
│   ├── alts.json
│   ├── pathCompls.json
│   └── pathway_complements_extended.json
├── predictions
│   ├── ac.prediction.tsv
│   ├── aerobe.prediction.tsv
│   ├── anaerobe.prediction.tsv
│   ├── AOB.prediction.tsv
│   ├── a_saccharolytic.prediction.tsv
│   ├── auto_co2.prediction.tsv
..
├── reconstructions
│   ├── bin_101.faa
│   ├── bin_101.ffn
│   ├── bin_101.out
│   ├── bin_101.tsv
│   ├── bin_151.faa
│   ├── bin_151.ffn
│   ├── bin_151.out
│   ├── bin_151.tsv
│   ├── bin_19.faa
│   ├── bin_19.ffn
│   ├── bin_19.out
│   ├── bin_19.tsv
│   ├── bin_38.faa
│   ├── bin_38.ffn
│   ├── bin_38.out
│   ├── bin_38.tsv
│   ├── bin_41.faa
│   ├── bin_41.ffn
│   ├── bin_41.out
│   ├── bin_41.tsv
│   ├── bin_45.faa
│   ├── bin_45.ffn
│   ├── bin_45.out
│   ├── bin_45.tsv
│   ├── bin_48.faa
│   ├── bin_48.ffn
│   ├── bin_48.out
│   ├── bin_48.tsv
│   └── GENREs
│       ├── bin_101.xml
│       ├── bin_151.xml
│       ├── bin_19.xml
│       ├── bin_38.xml
│       ├── bin_41.xml
│       ├── bin_45.xml
│       └── bin_48.xml
├── seeds_complementarity
│   ├── confidenceDic.json
│   ├── log.tsv
│   ├── nonSeedSetDic.json
│   ├── phylomint_scores.tsv
│   ├── SeedSetDic.json
│   ├── updatedBiggNonSeedsDic.json
│   ├── updatedBiggSeedsDic.json
│   ├── updated_nonSeedsDic.json
│   └── updated_SeedsDic.json
└── train.genotype