Nothing
plnormMixAlt <-
function (q, mean1 = exp(1/2), cv1 = sqrt(exp(1) - 1), mean2 = exp(1/2),
cv2 = sqrt(exp(1) - 1), p.mix = 0.5)
{
names.q <- names(q)
arg.mat <- cbind.no.warn(q = as.vector(q), mean1 = as.vector(mean1),
cv1 = as.vector(cv1), mean2 = as.vector(mean2), cv2 = as.vector(cv2),
p.mix = as.vector(p.mix))
for (i in c("q", "mean1", "cv1", "mean2", "cv2", "p.mix")) assign(i,
arg.mat[, i])
na.index <- is_na_matrix(arg.mat)
if (all(na.index))
p <- rep(NA, length(q))
else {
if (any(c(mean1[!na.index], mean2[!na.index], cv1[!na.index],
cv2[!na.index]) < .Machine$double.eps))
stop("All values of 'mean1', 'mean2', 'cv1', and 'cv2' must be positive.")
if (any(p.mix[!na.index] < 0 | p.mix[!na.index] > 1))
stop("All values of 'p.mix' must be between 0 and 1.")
p <- (1 - p.mix) * plnormAlt(q, mean1, cv1) + p.mix *
plnormAlt(q, mean2, cv2)
}
if (!is.null(names.q))
names(p) <- rep(names.q, length = length(p))
else names(p) <- NULL
p
}
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