RunCcubePipeline: Run Ccube analysis

View source: R/wrapper.R

RunCcubePipelineR Documentation

Run Ccube analysis

Description

Run Ccube analysis

Usage

RunCcubePipeline(sampleName = NULL, dataFolder = NULL,
  resultFolder = NULL, makeFolders = F, runParser = F, variantCaller,
  cnaCaller = NULL, runAnalysis = F, runQC = F,
  runAnalysisSnap = F, runPcawgMergeQc = F, writeOutput = F,
  modelSV = F, allFormats = F, basicFormats = T, vcfFile = NULL,
  copyNumberFile = NULL, purity = NA, numOfClusterPool = NULL,
  numOfRepeat = NULL, epi = 0.001, tol = 1e-08, maxiter = 1000,
  multiCore = F, ccubeInputRDataFile = NULL,
  ccubeResultRDataFile = NULL, ssm = NULL, maxSnv = 1e+07,
  use = "use_base")

Arguments

sampleName

sample name

dataFolder

path to data folder that stores tmp result files

resultFolder

path to output formats files

makeFolders

flag to create data and results folders, default false

runParser

run parser

variantCaller

name of variant caller

cnaCaller

name of CNA caller

runAnalysis

run analysis

runQC

run QC

runAnalysisSnap

run a lite version of the main analysis

runPcawgMergeQc

run QC for PCAWG samples

writeOutput

write output into files

modelSV

using double break points model

allFormats

all PCAWG output formats

basicFormats

basic PCAWG output formats

vcfFile

path to vcf file

copyNumberFile

path to copy number file

purity

estimated purity of the sample

numOfClusterPool

candidates of number of clusters

numOfRepeat

number of repeat runs for each candidate number of clusters

epi

sequencing error

tol

convergence thershold

maxiter

maximum iteration

multiCore

use multiple cores for repeated runs

ccubeInputRDataFile

path to Ccube input Rdata

ccubeResultRDataFile

path to Ccube result Rdata

ssm

Ccube input data

maxSnv

maximum number of SNVs. Used in runParser mode

use

option for rough estimator for ccf

Value

returns a list including the prefered solution, res; annotated ssm, ssm; a list of all solutions, results; trace of ELBOs, lb; removed events, droppedSsm


keyuan/ccube documentation built on Jan. 11, 2023, 12:01 a.m.