Now produces an expanded table at the start, as well
git-svn-id: file:///humgen/gsa-scr1/gsa-engineering/svn_contents/trunk@6017 348d0f76-0448-11de-a6fe-93d51630548a
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R/exomeQC.R
30
R/exomeQC.R
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@ -74,6 +74,27 @@ summaryTable <- function(metricsBySites, metricsBySample) {
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return(table)
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}
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sampleSummaryTable <- function(metricsBySample) {
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# SNP summary statistics
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raw <- melt(metricsBySamples, id.vars=c("Novelty", "Sample"), measure.vars=c("nProcessedLoci", "nSNPs", "tiTvRatio", "nIndels", "deletionInsertionRatio"))
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table = cast(raw, Novelty ~ variable, mean)
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table$nSNPs <- round(table$nSNPs, 0)
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table$nIndels <- round(table$nIndels, 0)
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table$tiTvRatio <- round(table$tiTvRatio, 2)
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table$deletionInsertionRatio <- round(table$deletionInsertionRatio, 2)
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colnames(table) <- c("Novelty", "Target size (bp)", "No. SNPs", "Ti/Tv", "No. Indels", "deletion/insertion ratio")
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return(table)
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}
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overallSummaryTable <- function(metricsBySites, metricsBySamples) {
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sitesSummary <- as.data.frame(summaryTable(metricsBySites, metricsBySamples))
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sitesSummary$Metric.Type <- "Sites"
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sampleSummary <- as.data.frame(sampleSummaryTable(metricsBySamples))
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sampleSummary$Metric.Type <- "Per-sample avg."
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# that last item puts the metric.type second in the list
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return(rbind(sitesSummary, sampleSummary)[, c(1,7,2,3,4,5,6)])
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}
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summaryPlots <- function(metricsBySites) {
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name = "SNP and Indel count by novelty and allele frequency"
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molten = melt(subset(metricsBySites$byAC$CountVariants, Novelty != "all" & AC > 0), id.vars=c("Novelty", "AC"), measure.vars=c(c("nSNPs", "nIndels")))
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@ -255,9 +276,11 @@ if ( ! is.na(outputPDF) ) {
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}
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# Table of overall counts and quality
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textplot(as.data.frame(summaryTable(metricsBySites)), show.rownames=F)
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title(paste("Overall summary metrics for project", ProjectName), cex=3)
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textplot(overallSummaryTable(metricsBySites), show.rownames=F)
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title(paste("Summary metrics for project", ProjectName), cex=3)
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# textplot(as.data.frame(sampleSummaryTable(metricsBySamples)), show.rownames=F)
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# title(paste("Summary metrics per sample for project", ProjectName), cex=3)
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summaryPlots(metricsBySites)
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perSamplePlots(metricsBySamples)
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@ -265,4 +288,3 @@ if ( ! is.na(outputPDF) ) {
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dev.off()
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}
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