Nothing
mvScatter <- function(mv, isDMC, pd=NULL, nPlot=5000) {
plot(-6.5:6.5,-6.5:6.5, type = "n",
xlim = c(-6.5, 6.5), xlab = colnames(mv)[1],
ylim = c(-6.5, 6.5), ylab = colnames(mv)[2])
pch <- c(1,3)
clr <- c("green","red")
lwd <- c(1,1)
t_m2 <- nrow(mv)
trueSig <- isDMC
if (t_m2 > nPlot) {
temp <- sample(1:t_m2, nPlot)
trueSig <- isDMC[temp]
mv <- mv[temp,]
t_m2 <- nPlot
}
if (is.null(pd)) {
n <- ncol(mv)/2
if (n > 1) {
patient <- factor(c(1:n,1:n))
type = c(rep("Normal",n),rep("Tumour",n))
pd <- model.matrix(~patient + type + 0)
} else {
pd <- matrix(0,2,2)
pd[1:2,1] <- 1
pd[2,2] <- 1
}
}
prb <- list()
prb[[1]] <- which(trueSig == 0)
prb[[2]] <- which(trueSig == 1)
mv2 <- reformData(mv, pd)
for (tp in 1 : length(pch)) {
points(mv2[prb[[tp]],1],mv2[prb[[tp]],2], pch = pch[tp], col = clr[tp], lwd = lwd[tp])
}
lines(x = -7:7, y = -7:7, col = "blue", lwd = 2)
}
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