Releases: chhylp123/hifiasm
Releases · chhylp123/hifiasm
Hifiasm-0.24.0-r702
Hifiasm-0.23.0-r691
Since Hifiasm-0.22.0 (r689):
- Fixed the issue of hifiasm with very high coverage input. This fix applies to all assembly modules, especially for ONT assembly.
Hifiasm-0.22.0-r689
Since Hifiasm-0.21.0 (r686):
- Fixed the issue that may lead to Segfault (see: #735). This fix applies to all assembly modules.
Known issues:
- There is a potential issue with hifiasm that has been observed: it may produce suboptimal results when the input data coverage is extremely high. A temporary solution could be down-sampling to 60x by filtering out shorter reads. We aim to solve this issue as soon as possible.
Hifiasm-0.21.0-r686
Since Hifiasm-0.20.0 (r639):
- New Feature: Introduced a beta module for ONT assembly using ONT simplex R10 reads. To enable this feature, add the
--ont
option as shown below:
hifiasm -t64 --ont -o ONT.asm ONT.read.fastq.gz
Please note that this beta module requires input reads in FASTQ format.
Hifiasm-0.20.0-r639
This is a relatively large update for hifiasm with the new error correction component. The new error correction component generally allows hifiasm to produce more contiguous genome assemblies with higher quality values (QV) in a shorter amount of time.
Hifiasm-0.19.9-r616
Since Hifiasm-0.19.8 (r603):
- Fixed several issues that may lead to segmentation fault.
- To produce more T2T contigs/scaffolds, there are multiple new options that can keep telomeres at the ends of contigs/scaffolds, including
--telo-m
,--telo-p
,--telo-d
and--telo-s
. For instance, using--telo-m CCCTAA
for human genome assemblies. - Integrated
--ctg-n
to discard too small contigs.
Hifiasm-0.19.8-r603
Since Hifiasm-0.19.7 (r598):
- Fixed several issues like #461.
Hifiasm-0.19.7-r598
Since Hifiasm-0.19.6 (r595):
- Incorporated the option
--dual-scaf
to output scaffoldings. - Incorporated the option
--scaf-gap
to set the max gap size of scaffoldings.
Hifiasm-0.19.6-r595
Hifiasm-0.19.5-r587
Since Hifiasm-0.19.4 (r575):
- Fixed the bug during the UL integration (#441).
- Based on the Flagger result (https://github.com/mobinasri/flagger), fixed the bugs that the diploid assembly may have false duplications or miss some bases.