export(
is.fts,
extract,
ftsm,
plot.ftsm,
plot.fm,
plot.fmres,
forecast.ftsm,
isfe.fts,
plot.ftsf,
plot.fm,
residuals.fm,
summary.fm,
diff.fts,
mean.fts,
median.fts,
var.fts,
error,
fbootstrap,
fplsr,
dynupdate,
sd.fts,
quantile.fts,
sd.default,
var.default,
sd,
var,
quantile,
ftsmweightselect,
forecastfplsr,
ftsmiterativeforecasts,
plotfplsr,
centre,
pcscorebootstrapdata,
MFDM,
farforecast,
T_stationary,
dynamic_FLR,
long_run_covariance_estimation,
hdfpca,
forecast.hdfpca,
facf,
mftsc,
dmfpca
)


S3method(mean,fts)
S3method(median,fts)
S3method(quantile,fts)
S3method(plot,ftsf)
S3method(plot,fm)
S3method(plot,ftsm)
S3method(plot,fmres)
S3method(residuals,fm)
S3method(summary,fm)
S3method(forecast,ftsm)
S3method(forecast,hdfpca)
S3method(var,fts)
S3method(sd,fts)
S3method(var,default)
S3method(sd,default)
S3method(diff,fts)
S3method(print,fm)
S3method(print,ftsm)
S3method(print,ftsf)
S3method(print,fmres)

import(forecast)
import(rainbow)
import(stats)
import(colorspace)
import(MASS)
import(pdfCluster)

importFrom(pcaPP, PCAproj)
importFrom(pcaPP, l1median)
importFrom(sde, BBridge)
importFrom(fda, create.fourier.basis)
importFrom(fda, eval.basis)
importFrom("graphics", "abline", "contour", "filled.contour", "image", "legend", "lines", "par", "persp", "points", "text", "title")
importFrom("utils", "head", "tail")
importFrom("grDevices", "dev.new", "gray")