import("forestplot")

export(bayesmeta, bayesmeta.default, bayesmeta.escalc,
       print.bayesmeta, summary.bayesmeta, plot.bayesmeta,
       forestplot.bayesmeta,
       dlomax, plomax, qlomax, rlomax,
       dhalfnormal, phalfnormal, qhalfnormal, rhalfnormal,
       dhalft, phalft, qhalft, rhalft,
       dhalfcauchy, phalfcauchy, qhalfcauchy, rhalfcauchy,
       drayleigh, prayleigh, qrayleigh, rrayleigh,
       TurnerEtAlParameters, TurnerEtAlPrior,
       RhodesEtAlParameters, RhodesEtAlPrior,
       normalmixture)

S3method(bayesmeta, default)
S3method(bayesmeta, escalc)
S3method(print, bayesmeta)
S3method(summary, bayesmeta)
S3method(plot, bayesmeta)
S3method(forestplot, bayesmeta)

importFrom("grDevices",
           "grey")
importFrom("graphics",
           "abline", "axis", "box", "contour", "image", "lines",
           "matlines", "mtext", "par", "plot", "points", "polygon")
importFrom("stats",
           "dcauchy", "dlnorm", "dnorm", "dt", "integrate", "optim",
           "optimize", "pcauchy", "plnorm", "pnorm", "pt", "qcauchy",
           "qchisq", "qlnorm", "qnorm", "qt", "rcauchy", "rexp",
           "rnorm", "rt", "runif", "uniroot")
importFrom("forestplot",
           "forestplot", "fpDrawPointCI", "fpDrawSummaryCI","fpDrawBarCI",
           "fpColors")
