useDynLib(adehabitatHR, .registration=TRUE)

import(sp,adehabitatLT,methods,ade4,adehabitatMA)
importFrom("graphics", "box", "grid", "image", "lines", "par", "title")
importFrom("grDevices", "chull", "contourLines", "grey", "n2mfrow")
importFrom("stats", "na.omit", "quantile", "var")



S3method(image, estUDm)
S3method(print, estUDm)
S3method(image, estUD)
S3method(as.data.frame, estUD)
S3method(print, MCHu)
S3method(plot, MCHu)
S3method(plot, hrsize)
S3method(print, liker)

S3method(getverticeshr, estUD)
S3method(getverticeshr, estUDm)
S3method(getverticeshr, MCHu)
S3method(getverticeshr, default)


exportMethods(show)
export(as.data.frame.estUD)
export(BRB)
export(BRB.D)
export(BRB.likD)
export(CharHull)
export(clusthr)
export(estUDm2spixdf)
export(exwc)
export(findmax)
export(getverticeshr)
export(getverticeshr.default)
export(getverticeshr.estUD)
export(getverticeshr.estUDm)
export(getverticeshr.MCHu)
export(getvolumeUD)
export(hr.rast)
export(image.estUD)
export(image.estUDm)
export(kernel.area)
export(kernelbb)
export(kernelkc)
export(kernelkcbase)
export(kerneloverlap)
export(kerneloverlaphr)
export(kernelUD)
export(khr2estUDm)
export(kver2spol)
export(liker)
export(LoCoH.a)
export(LoCoH.a.area)
export(LoCoH.k)
export(LoCoH.k.area)
export(LoCoH.r)
export(LoCoH.r.area)
export(MCHu.rast)
export(MCHu2hrsize)
export(mcp)
export(mcp.area)
export(plot.hrsize)
export(plot.MCHu)
export(plotLSCV)
export(print.estUDm)
export(print.liker)
export(print.MCHu)
export(spoldf2MCHu)
