export(syn,
#       syn.cartbboot,
       syn.cart,
       syn.ctree,
       syn.logreg,
       syn.norm,
       syn.normrank,
       syn.passive,
       syn.pmm,
       syn.polr,
       syn.polyreg,
       syn.sample,
       syn.survctree,
       syn.lognorm,
       syn.sqrtnorm,
       syn.cubertnorm,
       syn.rf,
       syn.bag)

export(compare, compare.synds, compare.fit.synds, 
       print.compare.fit.synds,	lm.synds, glm.synds, 
       print.fit.synds, print.synds,
       summary.synds, print.summary.synds,
       summary.fit.synds, print.summary.fit.synds,
       replicated.uniques, sdc, read.obs, write.syn,
       utility.synds)

S3method(compare, default)
S3method(compare, synds)
S3method(compare, fit.synds)
S3method(print, synds)
S3method(summary, synds)
S3method(print, summary.synds)
S3method(print, fit.synds)
S3method(summary, fit.synds)
S3method(print, summary.fit.synds)
S3method(print, compare.fit.synds)
S3method(print, compare.synds)
S3method(print, utility.synds)

#exportClasses(synds)
#exportClasses(fit.synds)

import(MASS,
       methods, 
       nnet,
       lattice,
       foreign,
       ggplot2,
       plyr,
       proto)

importFrom(party,ctree)
importFrom(party,where)
importFrom(party,cforest, cforest_unbiased)
importFrom(party,ctree_control)
importFrom(rpart,rpart)                 
importFrom(rpart,rpart.control)
importFrom(stats,glm)
importFrom(stats,lm)
importFrom(polspline,polymars,predict.polymars,polyclass,ppolyclass)
importFrom(randomForest,randomForest) 

importFrom("graphics", "hist")
importFrom("stats", "C", "as.formula", "coef", "coefficients", "contr.treatment", 
           "cor", "density", "formula", "model.frame", "model.matrix", "na.pass", 
           "pnorm", "predict", "qnorm", "rbinom", "rchisq", "rnorm", "runif", 
           "setNames", "summary.glm", "var", "residuals", "sd")
importFrom("utils", "head", "read.csv", "read.table", "tail", "write.csv", "write.table")
