FLAMES
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config file
Hi, Nice work! Congrats!
Two questions:
1- Can I use the config file from the example ("SIRV_config.json") to run my human datasets?
2- Also, I could not activate the environment after installing your software, the error below, and I guess I still can run it without activating the env. Is that correct? I am not getting any error if I run your software without activating the env.
I tried to export the env path and also ran "conda.sh" before running the command with no luck. Here is what I get if I try to activate the env:
conda activate FLAMES
CommandNotFoundError: Your shell has not been properly configured to use 'conda activate'.
To initialize your shell, run
$ conda init <SHELL_NAME>
Currently supported shells are:
- bash
- fish
- tcsh
- xonsh
- zsh
- powershell
See 'conda init --help' for more information and options.
IMPORTANT: You may need to close and restart your shell after running 'conda init'.
for 1). I would recomment you try config_sclr_nanopore_default.json
and change "strand_specific":-1,
depending on your protocol. Normally if it is a bulk cDNA nanopore sequencing data then it wont be strand specific, and you should change the paramater from -1 to 0.
for 2). I am not sure what the error is. maybe try conda init
first. hope this would help: https://stackoverflow.com/questions/55507519/python-activate-conda-env-through-shell-script
Hello, With regard to the strand specificity value in the config file, is it just two values either -1 for strand-specific or 0 for un-stranded or different numbers based on the strand-specific protocols? The protocol we used here is "fr-secondstrand", in other words, it is "First read transcription strand" (10X-chemistry is "Single Cell 3' v3").
The nanopore sequencing protocol is not strand specific but the 10X single cell protocol is. if you use match_cell_barcode
for barcode detection and trimming then the output should be in the reverse complement and you can set "strand_specific":-1
. Otherwise if you are still not sure you can use "strand_specific":0
, it does not make a big difference anyway.