Nothing
print.SCBand <-
function(x, ...)
{
object <- x
if (is.null(object$par) && (!is.matrix(object$nonpar)) ) {
cat("\nMean function estimation\n")
cat("Bandwidth:", round(object$bandwidth,4), "\n")
cat("SCB type:", switch(object$scbtype, no = "no SCB", normal = "normal",
bootstrap = "boostrap", both = "normal and bootstrap"),"\n")
if (object$scbtype != "no") {
cat("Confidence level:", object$level, "\n")
cat("Quantile used for SCB:\n")
statresult <- if (object$scbtype == "normal") { data.frame(object$qnorm)
} else if (object$scbtype == "boot") { data.frame(object$qboot)
} else data.frame(object$qnorm, object$qboot)
names(statresult) <- c(switch(object$scbtype, normal = "normal",
bootstrap = "bootstrap", both = c("normal", "bootstrap")))
print(statresult, print.gap = 2L, right = FALSE, digits = 4L, row.names = FALSE)
}
}
else {
Pnorm <- if (is.null(object$pnorm)) {
NULL
} else if (object$pnorm == 0) {
"<1e-16"
} else if (object$pnorm < 1e-4) {
paste0("<1e-", as.integer(ceiling(log(object$pnorm, 10))))
} else object$pnorm
Pboot <- if (is.null(object$pboot)) {
NULL
} else if (object$pboot == 0) {
"<1e-16"
} else if (object$pboot < 1e-4) {
paste0("<1e-", as.integer(ceiling(log(object$pboot, 10))))
} else object$pboot
if (object$scbtype == "normal") {
statresult <- data.frame(object$teststat, Pnorm)
names(statresult) <- c("stat", "p")
}
else if (object$scbtype == "bootstrap") {
statresult <- data.frame(object$teststat, Pboot)
names(statresult) <- c("stat", "p")
}
else {
statresult <- data.frame(object$teststat, Pnorm, Pboot)
names(statresult) <- c("stat", "normal p", "bootstrap p")
}
if (length(object$model)) {
cat("\nGoodness-of-fit test\n")
cat ("Model for the mean function: ")
if (length(object$model) == 1) {
if (object$model == 0) { cat ("zero\n")
} else if (object$model == 1) { cat("linear\n")
} else cat("polynomial of degree <=", object$model,"\n")
}
else cat("function space of dimension", ncol(object$model),"\n")
cat("Bandwidth:", round(object$bandwidth, 4), "\n")
cat("SCB type:", switch(object$scbtype, no = "no SCB", normal = "normal",
bootstrap = "boostrap", both = "normal and bootstrap"),"\n")
if (object$scbtype != "no") {
cat("Significance level:", object$level, "\n")
cat("Test statistic and p value\n")
print(statresult, right = FALSE, print.gap = 2L, digits = 4L, row.names = FALSE)
}
}
else {
cat("\nEquality test for mean functions\n\n")
cat("Bandwidths:", round(object$bandwidth,4),"\n")
cat("SCB type:", switch(object$scbtype, no = "no SCB", normal = "normal",
bootstrap = "boostrap", both = "normal and bootstrap"),"\n")
if (object$scbtype != "no") {
cat("Significance level:", object$level, "\n")
cat("Test statistic and p value\n")
print(statresult, right = FALSE, print.gap = 2L, digits = 4L, row.names = FALSE)
}
}
}
}
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