useDynLib(NPCirc, .registration=TRUE)
importFrom(Rcpp, evalCpp)
exportPattern("^[[:alpha:]]+")
import(circular)
importFrom(misc3d, parametric3d, drawScene.rgl)
importFrom(movMF, movMF)
importFrom(plotrix, boxed.labels, radial.plot) 
importFrom(rgl, lines3d, points3d, texts3d)
importFrom(shape, Arrows)
importFrom(shape, Arrows)
importFrom(Bolstad2, sintegral)
importFrom("utils", "data")
importFrom("graphics", "hist.default", "lines.default", "par", "plot.default", 
			"points", "points.default", "segments", "text")
importFrom("stats", "dist", "dnorm", "optimize", "pchisq", "pnorm",
            "quantile", "rnorm", "runif", "uniroot", "optim", "integrate")
export(kern.den.circ,kern.reg.circ.lin,kern.reg.circ.circ,kern.reg.lin.circ,bw.CV,bw.rt,bw.pi,
bw.boot,bw.reg.circ.lin,bw.reg.circ.circ,bw.reg.lin.circ,
dcircmix,rcircmix,dwsn,rwsn,circsizer.density,circsizer.regression,circsizer.map,ancova.circ.lin,
ancova.lin.circ,ancova.circ.circ,noeffect.circ.lin,noeffect.lin.circ,noeffect.circ.circ,
bw.circ.local.lik,circ.local.lik,bw.modalreg.circ.lin,bw.modalreg.circ.circ, bw.modalreg.lin.circ,
modalreg.circ.lin,modalreg.circ.circ,modalreg.lin.circ,kern.dpreg.circ,bw.joint.dpcirc,dpreg.circ,bw.AA)
S3method(plot, regression.circular)
S3method(lines, regression.circular)
S3method(print, regression.circular)
S3method(print, circsizer)
