Triodenovo: Difference between revisions
From Genome Analysis Wiki
Jump to navigationJump to search
No edit summary |
No edit summary |
||
| Line 16: | Line 16: | ||
--maxTotalDepth, --minDepth [5], --maxDepth, | --maxTotalDepth, --minDepth [5], --maxDepth, | ||
--mixed_vcf_records | --mixed_vcf_records | ||
== Input files == | |||
* ped file | |||
* input vcf file | |||
An example use is as follows | |||
== Options == | |||
== Filtering == | |||
We recommend two filtering strategies. The first is a simple filtering and the second one is more advance | |||
== Download == | == Download == | ||
Source code of v0.04 [[Media:triodenovo.0.04.tar.gz | download]] here. Pre-compiled binary version of 0.02 [[Media:triodenovo.0.02.binary.tar.gz | download]] here. | Source code of v0.04 [[Media:triodenovo.0.04.tar.gz | download]] here. Pre-compiled binary version of 0.02 [[Media:triodenovo.0.02.binary.tar.gz | download]] here. | ||
Revision as of 23:16, 2 April 2014
Introduction
- The program triodenovo implemented a Bayesian framework for calling de novo mutations in trios for next-generation sequencing data.
- It takes as input a standard VCF file with PL or GL fields (storing genotype likelihoods). Commonly used callers, e.g. GATK and samtools, generate VCF files with PL values.
Usage
A command without any input will invoke triodenovo and display the following message
The following parameters are in effect:
Input files : --ped [], --in_vcf []
Output files : --out_vcf []
Denovo mutation rate : --mu [1.0e-07]
Scaled mutation rate : --theta [1.0e-03], --indel_theta [1.0e-04]
Prior of de novo ts/tv ratio : --denovo_tstv [2.00]
Non-autosome labels : --chrX [X]
Filters : --minDQ [5.00], --minTotalDepth,
--maxTotalDepth, --minDepth [5], --maxDepth,
--mixed_vcf_records
Input files
- ped file
- input vcf file
An example use is as follows
Options
Filtering
We recommend two filtering strategies. The first is a simple filtering and the second one is more advance
Download
Source code of v0.04 download here. Pre-compiled binary version of 0.02 download here.