MAP.Matches, RankProduct, METRADISC, VennMapper, ES.GeneMeta, metaMA,
exportMethods(plot, print, show, as.list, "GEDM<-", "clinical<-", "datanames<-")

importFrom("graphics", "axis", "legend", "lines", "matplot",
importFrom("stats", "dnorm", "pnorm", "qnorm", "rnorm", "uniroot")

importFrom("stats", "approx", "pnorm", "qnorm", "runif")

importFrom("stats",  "uniroot", "sd", "qnorm", "cor", "kmeans",

import(forecast,parallel)
importFrom("grDevices", "col2rgb", "heat.colors", "rainbow", "rgb")
importFrom("graphics", "axis", "image", "layout", "legend", "lines", "plot", "points", "polygon", "text")
importFrom("stats", "frequency", "median", "qnorm", "ts")
export(mapa,mapasimple,mapaest,mapacalc,mapafor,tsaggr,plotmapa)

importFrom("grDevices", "col2rgb", "heat.colors", "rainbow", "rgb", "colorRampPalette")
importFrom("graphics", "axis", "image", "layout", "legend", "lines", "plot", "points", "polygon", "text", "box")
importFrom("stats", "frequency", "median", "qnorm", "ts", "prcomp", "sd")

#these are part of base, but user could unattach them and then MARSS wouldn't work
## Imports; I am only using these functions from these packages
# Another approach for the broom and ggplot2 S3 methods is
# importFrom(broom, augment, glance, tidy)

# Declare these methods if the user has the package

#uses KFS, SSModel and logLik.SSModel (not exported), SSCustom (1.0.0)
## Imports; I only using these functions from these packages

export(addterm, area, as.fractions, bandwidth.nrd, bcv, boxcox,
con2tr, contr.sdif, corresp, cov.trob, denumerate, dose.p,
dropterm, enlist, eqscplot, fbeta, fitdistr, fractions,
glm.convert, glm.nb, glmmPQL, hist.FD, hist.scott, huber,
hubers, is.fractions, isoMDS, kde2d, lda, ldahist, lm.gls,
lm.ridge, lmwork, loglm, loglm1, logtrans, mca, mvrnorm,
nclass.freq, neg.bin, negative.binomial, negexp.SSival, Null,
parcoord, polr, psi.bisquare, psi.hampel, psi.huber, qda,
rational, renumerate, rlm, rms.curv, rnegbin, sammon, select,
Shepard, stdres, stepAIC, studres, theta.md, theta.ml,
theta.mm, truehist, ucv, width.SJ, write.matrix)
export(cov.mcd, cov.mve, cov.rob, lmsreg, lqs, lqs.formula, ltsreg)
#        pairs.lda, pairs.profile, plot.lda, plot.mca,
#        plot.profile, plot.ridgelm, predict.lda, predict.mca,
importFrom(stats, anova, biplot, coef, confint, extractAIC, family, fitted,
logLik, model.frame, predict, profile, residuals, se.contrast,