gam.fit, gamm.setup , influence.gam, interpret.gam, gam.setup,

importFrom(stats, predict, residuals, influence, formula, logLik, anova)

gam3objective, gamm, gam.check, gam.control, gam.fit2,
gam.fit, gam.outer, gamm.setup , influence.gam, interpret.gam,

importFrom(stats, predict, residuals, influence, formula, logLik, anova,

useDynLib(mgcv, .registration = TRUE, .fixes = "C_")

gam3objective, gamm, gam.check, gam.control, gam.fit2,gam.fit3,

mgcv.get.scale, model.matrix.gam, mono.con, mroot, new.name,

gam.fit, gam.outer, gamm.setup, gamSim , influence.gam,
magic, magic.post.proc, mgcv, mgcv.control, model.matrix.gam,

gam.fit, gam.outer, gamSim , influence.gam,

gam.fit, gam.outer,gam.vcomp, gamSim , influence.gam,

export(anova.gam, bam, bam.update, concurvity, cSplineDes,

export(anova.gam, bam, bam.update, betar, cox.ph,concurvity, cSplineDes,
mono.con, mroot, mvn, nb, negbin, new.name,
Tweedie,tw,uniquecombs, vcov.gam, vis.gam, ziP, ziplss)

mono.con, mroot, multinom, mvn, nb, negbin, new.name,

export(anova.gam, bam, bam.update,bandchol, betar, cox.ph,concurvity,
trichol,Tweedie,tw,uniquecombs, vcov.gam, vis.gam, ziP, ziplss)

Tweedie,tw,twlss,uniquecombs, vcov.gam, vis.gam, ziP, ziplss)

importFrom("stats", "as.formula", "coef", "dnorm", "dpois",

importFrom("stats", "as.formula", "coef", "dnorm", "dpois", "model.matrix")
export(mgmfit, mgmsampler, confusion, print.mgm, tv.mgmfit, tv.mgmsampler, var.mgm, tv_var.mgm)

export(mgmfit, mgmsampler, confusion, print.mgm, summary.mgm, tv.mgmfit, tv.mgmsampler, var.mgm, tv_var.mgm, predict.mgm)

export(mgmfit, mgmsampler, confusion, print.mgm, summary.mgm, tv.mgmfit,
tv.mgmsampler, var.mgm, tv_var.mgm, predict.mgm, rs.mgm, summary.rs, plot.rs, print.rs)

importFrom("graphics", "abline", "axis", "layout", "par", "plot.new",

importFrom("stats", "sd") # recommended by build check

importFrom("stats", "D", "as.formula", "coefficients", "contrasts","cooks.distance", "dist", "lm", "lm.fit", "median","model.extract", "model.frame", "model.matrix", "optimize","pf", "predict", "printCoefmat", "quantile", "sd","setNames", "terms", "update")