importFrom("stats", "simulate")
importFrom("stats", "tsdiag")

export(arfima, Arima, arima.errors, auto.arima, BoxCox, croston,
fitted.Arima, forecast, forecast.ar, forecast.Arima, forecast.fracdiff,
forecast.StructTS, accuracy, holt, hw, InvBoxCox,
meanf, forecast.HoltWinters, logLik.ets,
monthdays, na.interp, ets, plot.ets, plot.forecast,
plot.splineforecast, rwf, seasadj, seasonaldummy,naive,snaive,
seasonaldummyf, seasonplot, ses, sindexf, splinef,
thetaf, tsdisplay, simulate.ets, simulate.ar, simulate.Arima, simulate.fracdiff, ndiffs, dm.test)

S3method(fitted,Arima)
S3method(forecast,default)
S3method(forecast,ar)
S3method(forecast,Arima)
S3method(forecast,fracdiff)
S3method(forecast,ets)
S3method(forecast,HoltWinters)
S3method(forecast,StructTS)
S3method(forecast,ts)
S3method(plot,ets)
S3method(plot,forecast)
S3method(plot,splineforecast)
S3method(print,Arima)
S3method(predict,Arima)
S3method(print,ets)
S3method(print,forecast)
S3method(summary,forecast)
S3method(summary,ets)
S3method(summary,Arima)
S3method(coef,ets)
S3method(simulate,ets)
S3method(simulate,ar)
S3method(simulate,Arima)
S3method(simulate,fracdiff)
S3method(predict,default)
S3method(logLik,ets)
S3method(tsdiag,ets)
S3method(as.data.frame,forecast)
S3method(fitted,fracdiff)
S3method(residuals,fracdiff)