useDynLib(mvtnorm)
export(rmvnorm, dmvnorm, pmvnorm, pmvt, rmvt, qmvnorm, qmvt)
# some package try to access low-level functionality: npmc in this case
export(mvt)

useDynLib(mvtnorm)
export(rmvnorm, dmvnorm, pmvnorm, pmvt, rmvt, qmvnorm, qmvt)
# some package try to access low-level functionality: npmc in this case
export(mvt)

export(rmvnorm, dmvnorm, pmvnorm, pmvt, rmvt, qmvnorm, qmvt, dmvt)

export(rmvnorm, dmvnorm, pmvnorm, pmvt, rmvt, qmvnorm, qmvt, dmvt,

cov2cor, optim, coef, glm, pcauchy, qcauchy, predict, quasi)

importFrom(rTensor, as.tensor, vec, cs_unfold, khatri_rao_list, ttm)
importFrom(nnTensor, recTensor, NMF, plotTensor3D, plotTensor2D)

useDynLib(mwaved, mwaved_multiSigma, mwaved_multiEstimate, mwaved_multiWaveD, mwaved_multiThresh, mwaved_multiCoef, mwaved_multiProj, mwaved_waveletThresh)
# Wavelet Coefficient objects and methods

abs_dif, env_dif, env_dif_logistic, fam_env, log_dif)

importFrom("stats", "dnorm", "pnorm", "qnorm", "qt", "rchisq", "rnorm")

export(bcrm, coef.bcrm, vcov.bcrm, plot.bcrm, print.bcrm, getVarComponent.bcrm, get.single.fit)
export(FivePL.t, FivePL.x.inv.func, FivePL.t.func, FivePL.x, FivePL.x.inv, FivePL.t.inv, FivePL.t.inv.func, FourPL.x, FourPL.t.func)
export(vpl1.deriv, vpl1.deriv.func, vpl2.deriv, vpl2.deriv.func, vpl3.deriv, vpl3.deriv.func)

export(FivePL.t, FivePL.x.inv.func, FivePL.t.func, FivePL.x, FivePL.x.inv, FivePL.t.inv, FivePL.t.inv.func, FourPL.x, FourPL.t.func, FourPL.x.inv)

export(gh2cla, cla2gh, cla2ed50, ed502cla, ed50b2cla)

export(gh2cla, cla2gh, cla2ed50, ed502cla, ed50b2cla, cla2ed50b)
export(ED5PL, plot5PL, getConc, lines5PL, gnls.fit)

importFrom("stats", "aggregate", "as.formula", "coef", "cov",
"density", "fitted", "integrate", "lm", "median",
"model.frame", "na.omit", "optim", "qt", "quantile",
"resid", "rnorm", "runif", "sd", "splinefun", "uniroot",

importFrom("stats", "approxfun", "dnorm", "rnorm", "runif", "sd")

## Copyright (C) 2010 Marius Hofert and Martin Maechler
,"rFJoe", "rFJoeR", "rFFrank", "rFFrankR", "rlog", "rlogR"

## importMethodsFrom("stats4", coef,confint, logLik, BIC, summary, plot, profile)