plotErrorBars(
eset
, probesets = if(dim(exprs(eset))[1] <= 1="" 12)="" 1:dim(exprs(eset))[1]="" else="" ,="" arrays =" 1:dim(pData(eset))[1]" #="" default is="" to="" use="" all="" xlab =" paste(colnames(pData(eset))[1:numOfFactorsToUse(eset)]," collapse=":" )="" ylab =" "Expression" estimate"="" xlabels =" apply(" as.matrix(pdata(eset)[arrays,1:numoffactorstouse(eset)])="" function(mat){paste(mat,="" )}="" ylim =" NA" numofses =" qnorm(0.975)" globalylim =" FALSE" not="" yet="" implemented!="" plot_cols =" NA" plot_rows =" NA" featurenames =" NA" showgenenames =" FALSE" showerrorbars =" if(" length(assaydataelement(eset,"se.exprs"))="=0" ||="" sum(is.na(assaydataelement(eset,"se.exprs")))="" false="" true="" plotcolours =" FALSE" log.it =" if(max(exprs(eset))"> 32) TRUE else FALSE
, eset_comb = NULL
, jitterWidth = NA
, qtpcrData = NULL
, ...
)=>ExpressionSet. This is the main object being plotted. eset. featureNames (Affy IDs). This is an alternative (to the probesets argument) way of specifying probe sets. ExpressionSet. This is a secondary object to be plotted on the same charts as eset. This should be an object created using pumaComb and pumaCombImproved which holds the values created by combining information from the replicates of each condition. plot. # Next 4 lines commented out to save time in package checks, and saved version used
# if (require(affydata)) {
# data(Dilution)
# eset_mmgmos <- mmgmos(Dilution)
# }
data(eset_mmgmos)
plotErrorBars(eset_mmgmos)
plotErrorBars(eset_mmgmos,1:6)
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