export(groupbn, groupbn_refinement, cross.en, discretize.dens, groupbn.output.table, plot.groupbn, groupbn.vis.html.plot, is.groupbn, print.groupbn)

export(groupbn, groupbn_refinement, cross.en, discretize.dens, groupbn.output.table, plot.groupbn, groupbn.vis.html.plot, is.groupbn, print.groupbn, predict.groupbn)
importFrom("stats", "complete.cases", "predict", "cor", "sd")

export(groupbn, groupbn_refinement, groupbn_refine_manually, cross.en, discretize.dens, groupbn.output.table, plot.groupbn, groupbn.vis.html.plot, is.groupbn, print.groupbn, predict.groupbn)

importFrom("stats", "median", "qnorm", "sd", "shapiro.test", "t.test",

importFrom("stats","na.omit","pnorm","qnorm","rchisq","rnorm", "rt", "sd", "shapiro.test", "uniroot", "var")
export(gsym.point, print.gsym.point, summary.gsym.point, control.gsym.point, plot.gsym.point)

importFrom("stats", aggregate, ecdf, dbeta, pbeta, dcauchy, pcauchy, dchisq, pchisq, df, pf, dgamma, pgamma, dlnorm, plnorm, dnorm, pnorm, dt, pt, dexp, pexp, dweibull, pweibull)

importFrom("stats", aggregate, ecdf, dbeta, pbeta, dcauchy, pcauchy, dchisq, pchisq, df, pf, dgamma, pgamma, dlnorm, plnorm, dnorm, pnorm, qnorm, dt, pt, dexp, pexp, dweibull, pweibull)

importFrom("stats", aggregate, ecdf, dbeta, pbeta, dcauchy, pcauchy, dchisq, pchisq, df, pf, dgamma, pgamma, dlnorm, plnorm, dnorm, pnorm, qnorm, dt, pt, dexp, pexp, dweibull, pweibull, numericDeriv, na.omit, D, deriv)

importFrom("stats", aggregate, ecdf, dbeta, pbeta, dcauchy, pcauchy, dchisq, pchisq, df, pf, dgamma, pgamma, dlnorm, plnorm, dnorm, pnorm, qnorm, dt, pt, dexp, pexp, dweibull, pweibull, na.omit, D, deriv)

importFrom("stats", aggregate, ecdf, dbeta, pbeta, dcauchy, pcauchy, dchisq, pchisq, df, pf, dgamma, pgamma, dlnorm, plnorm, dnorm, pnorm, qnorm, dt, pt, dexp, pexp, dweibull, pweibull, na.omit, D, deriv, constrOptim, optim)

importFrom("copula", copAMH, copClayton, copFrank, copGumbel, copJoe, onacopulaL, rnacopula, fitCopula, gumbelCopula, claytonCopula, frankCopula, joeCopula, amhCopula)