@@ -77,9 +77,10 @@ def leviathan(inputs, output_dir, genome, min_size, min_barcodes, iterations, du
77
77
Provide the input alignment (`.bam`) files and/or directories at the end of the command as
78
78
individual files/folders, using shell wildcards (e.g. `data/drosophila*.bam`), or both.
79
79
80
- Optionally specify `--populations` for population-pooled variant calling.
81
- Use **harpy popgroup** to create a sample grouping file to
82
- use as input for `--populations`.
80
+ Optionally specify `--populations` for population-pooled variant calling
81
+ (**harpy popgroup** can create that file). If you suspect Leviathan is missing certain variants
82
+ you expect to find, try lowering `--sharing-thresholds`, _e.g._ `95,95,95`. The thresholds don't
83
+ have to be the same across the different size classes.
83
84
"""
84
85
output_dir = output_dir .rstrip ("/" )
85
86
workflowdir = os .path .join (output_dir , 'workflow' )
@@ -181,9 +182,7 @@ def naibr(inputs, output_dir, genome, vcf, min_size, min_barcodes, min_quality,
181
182
as that created by `harpy phase` and Harpy will use [whatshap haplotag](https://whatshap.readthedocs.io/en/latest/guide.html#whatshap-haplotag)
182
183
to phase your input bam files prior to calling variants with NAIBR.
183
184
184
- Optionally specify `--populations` for population-pooled variant calling.
185
- Use **harpy popgroup** to create a sample grouping file to
186
- use as input for `--populations`.
185
+ Optionally specify `--populations` for population-pooled variant calling (**harpy popgroup** can create that file).
187
186
"""
188
187
output_dir = output_dir .rstrip ("/" )
189
188
workflowdir = os .path .join (output_dir , 'workflow' )
0 commit comments