nuisance, "%+%", "%X%", "%O%", extract, risk, "mstop<-",

bols, bspatial, brandom, btree, bss, bns, brad, bmono, bmrf, buser,

importFrom("graphics", "abline", "axis", "box", "lines", "matlines", "matplot", "plot", "points", "polygon")

Huber, AdaExp, Gehan, CoxPH, Hurdle, Multinomial, Cindex, FP, IPCweights,
bbs, bols, bspatial, brandom, btree, bss, bns, brad, bmono, bmrf, buser,
confint.mboost, confint.glmboost, plot.mboost.ci, lines.mboost.ci, print.glmboost.ci,

Huber, AdaExp, Gehan, Cindex, CoxPH, Hurdle, Multinomial, FP, IPCweights,
bbs, bols, bspatial, brandom, btree, bss, bns, brad, bkernel, bmono, bmrf, buser,
fitted.mboost, plot.glmboost, plot.mboost, lines.mboost, plot.cvrisk,

importFrom("partykit", "ctree_control", "extree_data", "extree_fit", "fitted_node")
Huber, AdaExp, Gehan, Cindex, CoxPH, Hurdle, Multinomial, RCG, FP, IPCweights,

importFrom("stats","cov", "kmeans", "model.extract", "model.matrix", "na.fail", "pchisq")

importFrom("stats", ".getXlevels", "binomial", "coef", "glm.control",

import(KFAS, Matrix, pscl, MCMCpack, MASS)

export(hist.mc, plot.mc, print.mc, quantile.mc, summary.mc)
export(hist.mcnode, is.finite.mcnode, is.infinite.mcnode, is.na.mcnode, is.nan.mcnode, Ops.mcnode, plot.mcnode, pmax.mcnode, pmin.mcnode, print.mcnode, quantile.mcnode, summary.mcnode)
export(addvar, converg, cornode, dimmc, dimmcnode, evalmccut, evalmcmod, extractvar, is.mcnode, is.mc, lhs, mc, mcapply,
mcdata, mcdatanocontrol, mcmodelcut, mcmodel, mcprobtree, mcratio, mcstoc, ndunc, ndvar, outm, rtrunc, tornado, typemcnode, unmc)

import(stats, grDevices, graphics, utils, mvtnorm)

importFrom("stats", "rchisq", "rnorm", "t.test", "var")

export(minDNF, prime.implicants, generateTruthTab, getPImps, evalTree)

importFrom("stats", "as.formula", "optim", "pnorm", "qnorm", "rnorm",

# Generated by roxygen2: do not edit by hand
export(mccr)

# Generated by roxygen2: do not edit by hand
export(mccr)

importFrom("stats", "rnorm", "as.formula", "binomial", "get_all_vars", "glm", "model.matrix", "pchisq", "pnorm", "poisson", "terms", "ts.plot")
export(mcemGLMM, mcemGLMMext, summary.mcemGLMM, anova.mcemGLMM, contrasts.mcemGLMM, residuals.mcemGLMM, predict.mcemGLMM)