See the help:
python DI-tector_06.py -h
usage: DI-tector_06.py [-h] [-g HOST_REF] [-s MIN_SEGMENT] [-m MIN_MAPQ]
[-n NB_READS] [-o OUTPUT_DIRECTORY] [-t TAG] [-d]
[-l INDEL_LENGTH] [-f] [-p POLARITY] [-q] [-k]
[-x NB_THREADS]
Virus_Ref Input_Data
positional arguments:
Virus_Ref Virus genome reference sequence in FASTA format.
Input_Data File containing single reads in FASTQ format.
optional arguments:
-h, --help show this help message and exit
-g HOST_REF, --Host_Ref HOST_REF
Host genome reference sequence in FASTA format.
-s MIN_SEGMENT, --Min_Segment MIN_SEGMENT
Minimum segment length. Default is 15.
-m MIN_MAPQ, --Min_MAPQ MIN_MAPQ
Skip alignments with MAPQ smaller than INT. Default is
25.
-n NB_READS, --Nb_Reads NB_READS
Show only DVGs with counts reads > or egal to INT.
Default is 2.))
-o OUTPUT_DIRECTORY, --Output_Directory OUTPUT_DIRECTORY
Enter a directory name that all compiled output files
will be saved in.
-t TAG, --Tag TAG Enter a tag name that will be appended before each
output file. Default is 'DI-tector'.
-d, --DVG_sequences Generate multi-fasta file with DVG sequences. Default
is (OFF).
-l INDEL_LENGTH, --InDel_Length INDEL_LENGTH
Skip alignments with size of InDels smaller or egal to
INT. Default size is 1.
-f, --Fasta Select '-f' if data is in FASTA format fasta. Default
is FASTQ.
-p POLARITY, --Polarity POLARITY
[0] Positive strand genome / [1] Negative strand
genome. Default is 0.
-q, --No_Quantification
Inactive percentage quantification. Quantification
need bedtools Default is (ON).
-k, --Keep_files Keep intermediaite files (i.e. alignment etc...).
Default is (OFF).
-x NB_THREADS, --Nb_threads NB_THREADS
Number of threads. Default is 1.
python DI-tector_06.py -h
into the command line then you see explanations on the parameters. Maybe that helps getting started. $\endgroup$usage: DI-tector_06.py [-h] [-g HOST_REF] [-s MIN_SEGMENT] [-m MIN_MAPQ] [-n NB_READS] [-o OUTPUT_DIRECTORY] [-t TAG] [-d] [-l INDEL_LENGTH] [-f] [-p POLARITY] [-q] [-k] [-x NB_THREADS] Virus_Ref Input_Data
Just cannot figure out what areVirus_Ref Input_Data
might be just a .fastq and .gtf files? $\endgroup$