writeBed.func <- function(chrTable,
orientationData,
contigOrder,
#misorientations=NULL,
#chimeras=NULL,
libWeight=NULL,
file='contiBAIT_assembly.bed')
{
chrTable <- as.data.frame(chrTable)
rownames(chrTable) <- chrTable$name
chrTable <- chrTable[as.character(contigOrder[,2]),1:3]
if(is.null(libWeight)){libWeight <- rep(0, nrow(chrTable))}else{libWeight <- libWeight[contigOrder[,2]]}
bedRange <- GRanges(seqnames=chrTable[,1],
IRanges(start=chrTable[,2], end=chrTable[,3]),
strand=as.character(strand(orientationData[match(as.character(contigOrder[,2]), orientationData$name)])),
score=libWeight,
name=paste(contigOrder[,1],contigOrder[,2], sep="_"))
export.bed(con =file,bedRange)
}
####################################################################################################
#' function to write contig order to BED file
#' @param file character string for bed file name to write
#' @param chrTable a GRanges object with a 'name' meta column matching contig names. Product of makeChrTable
#' @param orientationData ChrTable of contig and strand (with rownames matching contig names). Product of reorientAndMergeLGs[[2]]
#' @param contigOrder an object of type ContigOrdering with ordered Linkage Groups and contigs. Product of orderAllLinkageGroups
#' @param libWeight average quality across all libraries for a contig
#' @importFrom rtracklayer export.bed
#' @import GenomicRanges
#' @aliases writeBed writeBed-ChrTable-ContigOrdering-method
#' @rdname writeBed
#' @example inst/examples/writeBed.R
#' @return NULL; BED file written to file
#'
#' @export
####################################################################################################
setMethod('writeBed',
signature = signature(orientationData='ChrTable',
contigOrder='ContigOrdering'),
definition = writeBed.func
)
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