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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