Releases: Xinglab/rmats-turbo
Releases · Xinglab/rmats-turbo
rMATS turbo v4.3.0
- Add --individual-counts to enable individualCounts.[AS_Event].txt output files
- Add --darts-model
- Bug fix for missing values when counting reads
- Bug fix for strand based effective length for MXE fixed events
- Allow build to install more dependencies from conda
rMATS turbo v4.2.0
- Add EventTypeDescription column to summary output
- Bug fix for thread safe map lookup
- Add --twopassMode Basic to STAR command
- Update default alignSJDBoverhangMin for STAR
- Support building with Cython v3
- Handle exceptions when reading the gtf file
- Remove unnecessary numpy dependency
- Fix errors when building with clang
rMATS turbo v4.1.2
- Improve the performance of the FDR calculation
- Pass --nthread to STAR if starting with FASTQ files
- Add STAR to the Dockerfile
- Allow using string IDs for events with --fixed-event-set
- Remove buffer size limits in statistical model
- Handle Windows line endings
- Handle file systems that do not support colon in filenames
- Bug fix of single-end strand checking
- Bug fix of integer overflow for read outcome counts
rMATS turbo v4.1.1
Changes in v4.1.1:
- Add command line argument for running the statistical model separately (--task stat)
- Add command line argument for counting reads using a user supplied event set (--fixed-event-set)
- Add command line argument for handling clipped alignments (--allow-clipping)
- Add debug output to summarize any reads that were filtered out
- Add output file with a brief summary of event counts
- Add Dockerfile
- Support fastq.gz input files
- Bug fix of novel event classification
- Bug fix of strand specific read filtering
rMATS turbo v4.1.0
rmats_turbo_v4_1_0.tar.gz
is just the source code. A build step is required before running.
rmats_turbo_v4_1_0_python_2_7.tar.gz
and rmats_turbo_v4_1_0_python_3_6.tar.gz
include the files produced when building in a python 2.7 or python 3.6 environment. It may be possible to run rMATS using those pre-built versions on compatible systems without running a build step.