import("stats")

export(acf, acf.bspec, acf.default, bspec, bspec.default, cosinewindow,
       dposterior, dposterior.bspec, dprior, dprior.bspec, empiricalSpectrum,
       expectation, expectation.bspec, expectation.bspecACF, hammingwindow,
       hannwindow, is.bspec, is.bspecACF, kaiserwindow, likelihood,
       likelihood.bspec, marglikelihood, marglikelihood.bspec, matchedfilter,
       one.sided, one.sided.bspec, plot.bspec, plot.bspecACF, ppsample,
       ppsample.bspec, print.bspec, print.bspecACF, quantile.bspec, sample,
       sample.bspec, sample.default, snr, squarewindow, studenttfilter, temper,
       temperature, temperature.bspec, temper.bspec, trianglewindow,
       tukeywindow, two.sided, two.sided.bspec, variance, variance.bspec,
       variance.bspecACF, welchPSD, welchwindow)

S3method(acf, bspec)
S3method(acf, default)
S3method(bspec, default)
S3method(dposterior, bspec)
S3method(dprior, bspec)
S3method(expectation, bspec)
S3method(expectation, bspecACF)
S3method(likelihood, bspec)
S3method(marglikelihood, bspec)
S3method(one.sided, bspec)
S3method(plot, bspec)
S3method(plot, bspecACF)
S3method(ppsample, bspec)
S3method(print, bspec)
S3method(print, bspecACF)
S3method(quantile, bspec)
S3method(sample, bspec)
S3method(sample, default)
S3method(temperature, bspec)
S3method(temper, bspec)
S3method(two.sided, bspec)
S3method(variance, bspec)
S3method(variance, bspecACF)

importFrom("graphics",
           "abline", "axTicks", "axis", "box", "matlines", "mtext", "par",
           "points")
