# Generated by using Rcpp::compileAttributes() -> do not edit by hand
# Generator token: 10BE3573-1514-4C36-9D1C-5A225CD40393
#' C++ implementation of univariate Normal of mean zero pdf for multiple inputs
#'
#'@param x vector of inputs
#'@param m vector of means
#'@param sd the standard deviation
#'@param Log logical flag for returning the log of the probability density
#'function. Defaults is \code{TRUE}
#'@return matrix of densities of dimension \code{p x n}.
#'@export
dnormC_multi <- function(x, m, sd, Log = FALSE) {
.Call(`_sslcov_dnormC_multi`, x, m, sd, Log)
}
#'C++ implementation of empirical cdf
#'
#'@param sobs the observation for which the cdf is to be evaluated
#'
#'@param sref the reference observations from which the cdf is to be constructed
#'
#'@useDynLib sslcov
#'@examples
#'\dontrun{
#'library(microbenchmark)
#'fi <- rnorm(n=1000)
#'n_new <- 100
#'fnew <- rnorm(n=n_new)
#'microbenchmark(#sum.I(c(fi, fnew), FUN=">=", fnew)/n_new,
#' ecdf(fnew)(c(fi, fnew)),
#' ecdf_cpp(c(fi, fnew), sort(fnew))/n_new
#')}
#'@export
ecdf_cpp <- function(sobs, sref) {
.Call(`_sslcov_ecdf_cpp`, sobs, sref)
}
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