Nothing
showGenome <- function(altcol = "#FED4C4") {
N<- as.numeric(cytobandLocations$Chromosome) %% 2
M <- cumsum(table(cytobandLocations$Chromosome))
midpt <- (c(M) + c(0, M[-length(M)]))/2
labs <- sub("chr", "", names(midpt))
image(1:length(N), 1:1, as.matrix(N), col=c("white", altcol),
xaxt="n", xlab="", yaxt="n", ylab="")
text(midpt, rep(1, length(midpt)), labs, adj=0.5)
}
genomeBarplot <- function(V, col = "blue", altcol = "#FED4C4", ylab="Percent",
h = NULL, debug = FALSE) {
## get the figure size in inches
fin = par("fin")
## define intenal "resolution" based on figure size
HT0 <- 16
HT1 <- 80
vres <- fin[2]/(HT0 + HT1)
hres <- fin[1]/1000
opar <- par(c("new", "mai", "bg"))
on.exit(par(opar))
# par(bg = "white", mai=c(0.01, 0.5412, 0.1, 0.2772))
par(bg = "white", mai=c(17*vres, 54*hres, 3*vres, 28*hres))
if (debug) {
print(par("fin"))
print(par("mai"))
}
barplot(V, border=NA, space=0, ylab=ylab, col=col, yaxs="i", xaxt="n")
if (!is.null(h)) { abline(h = h) }
# par(new=TRUE, mai=c(0.39, 0.86, 0.01, 0.63))
par(new=TRUE, mai=c(10*vres, 86*hres, 81*vres, 63*hres))
if (debug) {
print(par("fin"))
print(par("mai"))
}
showGenome(altcol = altcol)
}
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