importFrom(tools, parse_Rd, toRd, checkRd, Rd2txt)

#importFrom(gbRd, Rd_help2txt) # commented out 2020-11-25

importFrom(stats,dnorm, rnorm, rexp, optim, pnorm, qnorm, runif)

importFrom("stats", "approxfun", "cor", "dexp", "dgamma", "dlnorm", "dnorm", "dweibull", "ecdf", "knots",
"nlm", "optim", "optimise", "pexp", "pgamma", "plnorm", "pnorm", "pweibull",
"quantile", "qexp", "qgamma", "qlnorm", "qnorm", "qweibull", "runif", "stepfun", "uniroot", "var")
importFrom("graphics", "abline", "legend", "lines", "par", "plot")
# Import function from Rcpp to import registered functions
# Estimators for EVI for Pareto-type tails
export("cGPDmle", "cPOT", "cProbGPD", "cQuantGPD", "cReturnGPD")
export("trHill", "trDT", "trEndpoint", "trQuant", "trQuantW", "trProb")
"SpliceQQ", "SpliceQQ_TB", "SpliceLL", "SpliceLL_TB", "MeanExcess_TB")

export("trMLE", "trDTMLE", "trEndpointMLE", "trQuantMLE", "trProbMLE")

setup.grid.2D, setup.prop.2D, tran.1D, tran.volume.1D, tran.2D, tran.3D)

tran.2D, tran.3D, tran.polar, tran.cylindrical, tran.spherical)

## selective import to avoid conflictin versions
## of matplot between graphics and deSolve
importFrom("graphics", "contour", "filled.contour", "legend", "par",

importFrom("stats", "binomial","formula", "glm.fit", "na.fail", "var")

importFrom("stats", "binomial","formula", "glm.fit", "na.fail","pnorm", "var","qnorm", "qqline", "qqnorm")
importFrom("graphics", "abline", "arrows", "boxplot", "par", "plot", "points","strheight", "strwidth", "text", "title")

importFrom("stats", "approxfun", "coef", "lm", "quantile", "runif",

exportMethods("dynamicPredictors<-", "staticPredictors<-", "crop<-", "control", run, predict, plot, show)

import(e1071, rpart, ada, ipred, stats, DBI, RSQLite, evd, methods, data.table, ff, nnet, xtable)
importFrom("graphics", "abline", "box", "hist", "identify", "plot",
if(.Platform$OS.type == "windows") importFrom("grDevices", "bringToTop")

importFrom("stats", "cor", "cutree", "deviance", "dist", "hclust",

"pt", "sd","density", "median", "var", "rnorm")