\name{qaProcess.KLDistPlot} \alias{qaProcess.KLDistPlot} \title{ Creates a QA process for comparisons of KL Distances across multiple samples } \description{ This function takes a list of \code{\link[flowCore]{flowSet}} as input and creates all necessary outputs for an 'KLDistPlot' type of QA process. Objects created by this function can be laid out as HTML using \code{\link{writeQAReport}}. } \usage{ qaProcess.KLDistPlot(flowList,dyes=NULL,outdir="QAReport", alpha=0.05,det.dimensions=c(400,400),pdf=FALSE,...) } \arguments{ \item{flowList}{ A list of \code{\link[flowCore]{flowSet}} } \item{dyes}{Flow parameters to be compared across multiple samples. If set to NULL, all parameters that are duplicated across the list of \code{\link[flowCore]{flowSet}} are identified and compared.} \item{outdir}{ The directory to which the graphical output is to be saved. If multiple QA processes are to be combined, make sure to use the same directory every time. } \item{alpha}{Outlier mislabeling rate} \item{det.dimensions}{the dimensions of each image generated by the QA process.} \item{pdf}{boolen value determinining if pdf files or jpeg images will be produced by the QA process} \item{...}{Further arguments.} } \details{ QA processes of type 'KLDistPlot' detects differences in the pairwise KL Distances of the flow parameters across multiple samples. For more details on how to layout \code{\link{qaProcess}} objects to HTML, see \code{\link{writeQAReport}} and \code{\link{qaReport}}. } \value{ An object of class \code{\link{qaProcess}}. } \author{ Nishant Gopalakrishnan } \seealso{ \code{\link{writeQAReport}}, \code{\link{qaReport}}, \code{\link{qaProcess}}, \code{\link{qaProcess.BoundaryPlot}}, \code{\link{qaProcess.DensityPlot}}, \code{\link{qaProcess.2DStatsPlot}} } \examples{ data(qData) dest <- tempdir() resKLdist <- qaProcess.KLDistPlot(qData,dyes=c("SSC-A","FSC-A"),outdir=dest,alpha=0.05,pdf=TRUE) resKLdist %writeQAReport(qData[[1]], list(resKLdist), outdir=dest) } \keyword{ dynamic }