Nothing
predict.svabu <-
function(object, newdata = NULL, type = c("link", "response"),
model = c("sta", "det", "zif"), se.fit = FALSE, ...){
if (inherits(object, "svabusra"))
stop("singing rate approach not working yet")
type <- match.arg(type)
model <- match.arg(model)
if (!object$zeroinfl && model == "zif")
stop("not ZIF component found")
if (se.fit) {
boot <- attr(object, "bootstrap")
if (is.null(boot))
stop("cannot provide prediction Std Error without Bootstrap")
Bp <- ncol(boot)
nps <- sapply(object$coefficients, length)
id <- switch(model,
sta = 1:nps[1],
det = (nps[1]+1):sum(nps[1:2]),
zif = (sum(nps[1:2])+1):sum(nps))
}
if (is.null(newdata)) {
rval <- switch(model,
sta = fitted(object),
det = object$detection.probabilities,
zif = object$zif.probabilities)
if (type == "link") {
rval <- if (model == "sta") {
poisson(object$link[[model]])$linkfun(rval)
} else {
binomial(object$link[[model]])$linkfun(rval)
}
}
if (se.fit)
X <- model.matrix(object, model)
} else {
ff <- object$formula[[model]]
if (model == "sta")
ff[[2]] <- NULL
rhs <- model.frame(ff, newdata)
X <- model.matrix(attr(rhs, "terms"), rhs)
rval <- drop(X %*% coef(object, model))
if (type == "response") {
rval <- if (model == "sta") {
poisson(object$link[[model]])$linkinv(rval)
} else {
binomial(object$link[[model]])$linkinv(rval)
}
}
}
if (se.fit) {
se <- sapply(1:Bp, function(i) drop(X %*% boot[id,i]))
if (type == "response") {
se <- if (model == "sta") {
poisson(object$link[[model]])$linkinv(se)
} else {
binomial(object$link[[model]])$linkinv(se)
}
}
se <- apply(se, 1, sd)
rval <- list(fit = rval, se.fit = se)
}
rval
}
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