R/RcppExports.R

In tfarima: Transfer Function and ARIMA Models

# Generated by using Rcpp::compileAttributes() -> do not edit by hand
# Generator token: 10BE3573-1514-4C36-9D1C-5A225CD40393

acovtomaC <- function(g) {
    .Call(`_tfarima_acovtomaC`, g)
}

decompHC <- function(T, mu) {
    .Call(`_tfarima_decompHC`, T, mu)
}

decompFC <- function(T, mu) {
    .Call(`_tfarima_decompFC`, T, mu)
}

deceffBC <- function(y, bc, mu, phi, nabla, theta, sig2, F, type) {
    .Call(`_tfarima_deceffBC`, y, bc, mu, phi, nabla, theta, sig2, F, type)
}

seasadjC <- function(y, bc, mu, phi, nabla, theta, sig2, ariroots, method) {
    .Call(`_tfarima_seasadjC`, y, bc, mu, phi, nabla, theta, sig2, ariroots, method)
}

diffC <- function(z, nabla, bc) {
    .Call(`_tfarima_diffC`, z, nabla, bc)
}

filterC <- function(x, omega, delta, b) {
    .Call(`_tfarima_filterC`, x, omega, delta, b)
}

forecastC <- function(y, bc, mu, phi, nabla, theta, sig2, ori, hor) {
    .Call(`_tfarima_forecastC`, y, bc, mu, phi, nabla, theta, sig2, ori, hor)
}

backcastC <- function(y, bc, mu, phi, nabla, theta, sig2, ori, hor) {
    .Call(`_tfarima_backcastC`, y, bc, mu, phi, nabla, theta, sig2, ori, hor)
}

glsC <- function(y, X, phi, theta) {
    .Call(`_tfarima_glsC`, y, X, phi, theta)
}

ellarmaC <- function(w, phi, theta) {
    .Call(`_tfarima_ellarmaC`, w, phi, theta)
}

gresC <- function(w, phi, theta) {
    .Call(`_tfarima_gresC`, w, phi, theta)
}

ssrC <- function(w, phi, theta) {
    .Call(`_tfarima_ssrC`, w, phi, theta)
}

cllarmaC <- function(w, phi, theta) {
    .Call(`_tfarima_cllarmaC`, w, phi, theta)
}

outliersC <- function(z, bc, mu, phi, nabla, theta, types, timing, eres, c) {
    .Call(`_tfarima_outliersC`, z, bc, mu, phi, nabla, theta, types, timing, eres, c)
}

polyevalC <- function(pol, z) {
    .Call(`_tfarima_polyevalC`, pol, z)
}

polyrootsC <- function(pol) {
    .Call(`_tfarima_polyrootsC`, pol)
}

sortrootsC <- function(r) {
    .Call(`_tfarima_sortrootsC`, r)
}

combinerootsC <- function(T) {
    .Call(`_tfarima_combinerootsC`, T)
}

roots2polC <- function(T) {
    .Call(`_tfarima_roots2polC`, T)
}

admregC <- function(pol, ar) {
    .Call(`_tfarima_admregC`, pol, ar)
}

polymultC <- function(pol1, pol2) {
    .Call(`_tfarima_polymultC`, pol1, pol2)
}

polydivC <- function(pol1, pol2, rem) {
    .Call(`_tfarima_polydivC`, pol1, pol2, rem)
}

polygcdC <- function(pol1, pol2) {
    .Call(`_tfarima_polygcdC`, pol1, pol2)
}

polyprsC <- function(pol1, pol2) {
    .Call(`_tfarima_polyprsC`, pol1, pol2)
}

polyraiseC <- function(pol, d) {
    .Call(`_tfarima_polyraiseC`, pol, d)
}

polyfactorsC <- function(pol) {
    .Call(`_tfarima_polyfactorsC`, pol)
}

polyratioC <- function(num, den, d) {
    .Call(`_tfarima_polyratioC`, num, den, d)
}

condresC <- function(w, phi, theta, forward) {
    .Call(`_tfarima_condresC`, w, phi, theta, forward)
}

inicondC <- function(w, phi, theta) {
    .Call(`_tfarima_inicondC`, w, phi, theta)
}

exactresC <- function(w, phi, theta) {
    .Call(`_tfarima_exactresC`, w, phi, theta)
}

cssrC <- function(w, phi, theta) {
    .Call(`_tfarima_cssrC`, w, phi, theta)
}

simC <- function(a, bc, mu, phi, nabla, theta, y0) {
    .Call(`_tfarima_simC`, a, bc, mu, phi, nabla, theta, y0)
}

spectrumC <- function(phi, theta, sigma2, nfreq) {
    .Call(`_tfarima_spectrumC`, phi, theta, sigma2, nfreq)
}

pgramC <- function(y, cpgram) {
    .Call(`_tfarima_pgramC`, y, cpgram)
}

llrfC <- function(w, d, A, Sv, s2u, s2star) {
    .Call(`_tfarima_llrfC`, w, d, A, Sv, s2u, s2star)
}

tacovC <- function(phi, theta, sigma2, nlags) {
    .Call(`_tfarima_tacovC`, phi, theta, sigma2, nlags)
}

pacorrC <- function(phi, theta, nlags) {
    .Call(`_tfarima_pacorrC`, phi, theta, nlags)
}