Description

compare detected splice junctions to reference gene model

Input

name:type
description
pattern

meta{:bash}

:map

Groovy Map containing sample information e.g. [ id:‘test’, single_end:false ]

bam{:bash}

:file

the alignment in bam format

*.{bam}

bai{:bash}

:file

BAM index file

*.{bai}

bed{:bash}

:file

a bed file for the reference gene model

*.{bed}

Output

name:type
description
pattern

pdf{:bash}

meta{:bash}

:file

Junction saturation report

*.pdf

*.pdf{:bash}

:file

Junction saturation report

*.pdf

rscript{:bash}

meta{:bash}

:file

Junction saturation report

*.pdf

*.r{:bash}

:file

Junction saturation R-script

*.r

versions_rseqc{:bash}

${task.process}{:bash}

:string

The process the versions were collected from

rseqc{:bash}

:string

The tool name

junction_saturation.py --version | sed "s/junction_saturation.py //"{:bash}

:eval

The expression to obtain the version of the tool

Topics

name:type
description
pattern

versions{:bash}

${task.process}{:bash}

:string

The process the versions were collected from

rseqc{:bash}

:string

The tool name

junction_saturation.py --version | sed "s/junction_saturation.py //"{:bash}

:eval

The expression to obtain the version of the tool

Tools

rseqc
GPL-3.0-or-later

RSeQC package provides a number of useful modules that can comprehensively evaluate high throughput sequence data especially RNA-seq data.