# Class fit --------------------------------------------------------------------
# Constructor function
new_fit <- function(stat, details, call, ...) {
new_s3_scalar(
stat = stat,
details = details,
call = call,
...,
class = "fit"
)
}
# Print method for objects of fit class
#' @export
print.fit <- function(x, digits = 3, ...) {
print.default(round(x$stat, digits))
}
# Summary method for objects of gap class
#' @export
summary.fit <- function(object, digits = 3, ...) {
# Print function call
cat("Call:\n",
paste(deparse(object$call), sep = "\n", collapse = "\n"),
"\n",
sep = ""
)
cat("\nSample Size:\t", object$details$n)
if (object$details$ridge != 0) {
cat("\nRidge Constant:\t", object$details$ridge)
}
cat("\nFactor Method:\t", object$details$fm)
if (object$details$type == "gap") {
cat("\n\nAngles:\n")
angles <- round(object$angles, digits)
print.default(angles, print.gap = 3L)
cat("\nGaps:\n")
gaps <- round(object$gaps, digits)
print.default(gaps, print.gap = 3L)
} else if (object$details$type == "fisher") {
cat("\n\nRadii:\n")
radius <- round(object$radius, digits)
print.default(radius, print.gap = 3L)
} else if (object$details$type == "vt") {
cat("\n\nCriteria:\n")
criteria <- round(object$criteria, digits)
print.default(criteria, print.gap = 3L)
} else if (object$details$type == "rt") {
cat("\n\nCriteria:\n")
criteria <- round(object$criteria, digits)
print.default(criteria, print.gap = 3L)
}
cat("\nTest Statistic:\n")
cat(round(object$stat, digits))
}
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