scoring_rules, cr_setup, cr_marg_probs, VIF, unit.lindley, cooks.distance,

"cooks.distance", "update", "dgamma", "rgamma", "Gamma")

"cooks.distance", "update", "dgamma", "rgamma", "Gamma", "gaussian")

importFrom("stats", "as.dist", "cophenetic", "fitted.values", "glm",
"rgamma", "rmultinom", "var", "rnbinom", "rnorm", "pnorm","rbinom","cor")

importFrom("stats", "density", "dnorm", "predict", "qnorm", "quantile",

# “We need to import something (anything) from Rcpp so that
# internal Rcpp code is properly loaded. In an ideal world,
# we would just need to use the LinkingTo but this is not

importFrom("stats", start, ts, qnorm, sd)

importFrom("stats", start, ts, qnorm, sd, is.ts)

export(confMat, cplot2d, cplot3d, dceGMDH, Table)
importFrom("graphics", abline, axis, par, plot, legend)
importFrom("stats", predict, complete.cases, median, quantile, sd)

export(confMat, cplot2d, cplot3d, dceGMDH, Table, GMDH)

importFrom("stats", "as.formula", "binomial", "dbeta", "glm", "model.frame",
"model.matrix", "na.omit", "na.pass", "pchisq", "dchisq", "qchisq", "var",
"pnorm", "uniroot", "integrate", "weights", "vcov")
importFrom("SeqArray", "seqOpen", "seqGetData", "seqClose", "seqSetFilter")
useDynLib(GMMAT, .registration = TRUE, .fixes = "C_")
export(glmmkin, glmm.score, glmm.wald, glmm.score.meta, SMMAT, SMMAT.meta)

if(tools:::.OStype() == "windows") importFrom("utils", "winProgressBar", "setWinProgressBar")
export(glmmkin, glmm.score, glmm.wald, glmm.score.meta, SMMAT, SMMAT.prep, SMMAT.lowmem, SMMAT.meta)

importFrom("graphics", "lines", "par", "plot", "rug")

importFrom("stats", "as.ts", "coef", "lm", "rbinom", "residuals", "rnorm", "runif", "ts", "tsp")

export("as.GNARnet", "GNARdesign", "GNARfit", "GNARsim", "GNARtoigraph",
"na.row", "NofNeighbours", "residToMat", "seedToNet", "windnetplot")
importFrom("stats", "AIC", "as.ts", "BIC", "coef", "lm", "nobs",
"rbinom", "residuals", "rnorm", "runif", "sigma", "simulate",

export(GNE, GNE.nseq, GNE.ceq, GNE.fpeq, GNE.minpb)
export(decrstep, decrstep5, decrstep10, decrstep20, purestep)
export(phiFB, GrAphiFB, GrBphiFB, phiMin, GrAphiMin, GrBphiMin)
export(phiMan, GrAphiMan, GrBphiMan, phiLT, GrAphiLT, GrBphiLT)
export(phiKK, GrAphiKK, GrBphiKK, phipFB, GrAphipFB, GrBphipFB)