pValFctPerformSingleComparison <- function(minsl, mpdiff, method, control,
comparisonName){
if (sum(!is.na(mpdiff)) > 0){
if (method=="robustZ"){
## Compute p-values as described in the MaxQuant paper.
binWidth = control$binWidth
nMinSl <- sum(!is.na(minsl))
if (binWidth > nMinSl){
warning("P-value computation for comparison ", comparisonName, ":\nAssigned bin width (",binWidth,") is larger than maximum number of minimal slopes available for binning (",nMinSl,"). Setting it to ", nMinSl, " instead.")
binWidthNew <- nMinSl
} else{
binWidthNew <- binWidth
}
pVals<-try(
computePvalues(minSlopes = minsl,
mpDiffs = mpdiff,
binWidth = binWidthNew,
type = "p",
pAdj = "fdr")
)
if (class(pVals) == "try-error"){
pVals <- rep(NA_real_, length(mpdiff))
}
} else {
stop("Currently, we can only compute p-values with method 'robustZ'.")
}
} else {
pVals <- rep(NA_real_, length(mpdiff))
warning("P-value calculation not possible for any protein in comparison '",comparisonName,"'.\nProbably none of the estimated melting curves passed the quality\nchecks with respect to R^2 and plateau (Vehicle).")
}
return(pVals)
}
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