Nothing
##
## Copyright (c) 2008 Felix Andrews <felix@nfrac.org>
##
panel.qqmath.tails <-
function(x, f.value = NULL, distribution = qnorm,
groups = NULL, ..., approx.n = 100, tails.n = 10)
{
if (getRversion() >= "2.11.0")
.Deprecated(msg = paste("'panel.qqmath.tails' is deprecated.",
"Use 'panel.qqmath' from lattice 0.18-4 onwards."))
x <- as.numeric(x)
distribution <- if (is.function(distribution))
distribution
else if (is.character(distribution))
get(distribution)
else eval(distribution)
nobs <- sum(!is.na(x))
if (!is.null(groups)) {
panel.superpose(x, y = NULL, f.value = f.value, distribution = distribution,
groups = groups, panel.groups = panel.qqmath.tails,
..., approx.n = approx.n, tails.n = tails.n)
return()
}
if (nobs == 0) return()
pp <- ppoints(nobs)
y <- sort(x)
qq <- distribution(pp)
if (nobs > approx.n + tails.n*2) {
keep <- rep(FALSE, nobs)
## keep lowest and highest points
keep[c(1:tails.n, nobs+1-(1:tails.n))] <- TRUE
## keep points spaced equally along distribution
qqkeep <- seq(qq[tails.n+1], qq[nobs-tails.n], length=approx.n)
keep[findInterval(qqkeep, qq)] <- TRUE
qq <- qq[keep]
y <- y[keep]
}
panel.xyplot(x = qq, y = y, ...)
}
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