\name{qaProcess.timeline} \alias{qaProcess.timeline} \title{ Create QA process of type 'timeline' } \description{ This function takes a \code{\link[flowCore]{flowSet}} as input and creates all necessary output for a 'timeline' type QA process. Objects created by this function can be laid out as HTML using \code{\link{writeQAReport}}. } \usage{ qaProcess.timeline(set, channels=NULL, outdir, cutoff=1, name="time line", sum.dimensions=NULL, det.dimensions=c(7,7), \dots) } \arguments{ \item{set}{ A \code{\link[flowCore]{flowSet}} } \item{channels}{ A character vector of channel names for which the qaReport is to be produced } \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{cutoff}{ The threshold at which the QA process is considered to be failed. An absolute value in the timeline deviation score as computed by the \code{\link[flowViz]{timeLinePlot}} function} \item{name}{The name of the process used for the headings in the HTML output} \item{sum.dimensions, det.dimensions}{The pdf dimensions used for the summary and the detailed plots. } \item{\dots}{Further arguments.} } \details{ QA processes of type 'timeline' detect unusal patterns in the acquisition of fluorescense and light scatter measurements over time. 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{ Florian Hahne } \seealso{ \code{\link{writeQAReport}}, \code{\link{qaReport}}, \code{\link{qaProcess}}, \code{\link{qaProcess.marginevents}}, \code{\link{qaProcess.timeflow}}, \code{\link{qaProcess.cellnumber}} } \examples{ \dontrun{ data(GvHD) GvHD <- transform(GvHD, "FL1-H"=asinh(`FL1-H`), "FL2-H"=asinh(`FL2-H`)) dest <- tempdir() qp <- qaProcess.timeline(GvHD, channel="FL1-H", outdir=dest, cutoff=1) qp } } \keyword{ dynamic }