"polygon", "segments", "text", "plot", "hist", "points", "lines")

"polygon", "segments", "text", "plot", "hist", "points",

importFrom("graphics", "axTicks", "axis", "contour", "image",
"locator", "mtext", "par", "persp", "rect")
importFrom("stats", "D", "approx", "coef", "dchisq", "dnbinom",
"na.omit", "pchisq", "plogis", "qchisq", "qlogis", "rbeta",
"rbinom", "rchisq", "rnbinom", "runif", "uniroot", "var")

importFrom("stats", "D", "approx", "dchisq", "dnbinom",
"rbinom", "rchisq", "rnbinom", "runif", "uniroot", "var",

importFrom("stats", "anova", "aov", "coef", "glm", "lm", "median",
"optimize", "pchisq", "poisson", "qt", "rlnorm", "rnbinom",

importFrom ("graphics", "lines", "plot", "points")

importFrom ("graphics", "contour", "lines", "par", "plot", "points")
importFrom ("stats", "lm.wfit", "rnorm", "sd", "var")

export(logelr, logwelr, llog, llogp, llogpp)

export(logelr, logwelr, llog, llogp, llogpp, cumsumsurv)

importFrom("stats", "coef", "lm", "lm.wfit", "optimize", "pchisq", "uniroot")

importFrom(stats, coef, lm, lm.wfit, optimize, pchisq, qchisq, uniroot)

export(findULold, findUL, findUL2, findLnew, findUnew)

#exportPattern("^[[:alpha:]]+") # only when we want all functions that begin letters

importFrom("stats", "optim", "optimize", "qnorm", "qunif")

export(enrich.mix, FDR, IPE, mix.joint, mix)

useDynLib(enRich)
export(mrf, mrf.joint, enrich.mrf, enrich.mix, FDR, IPE, mix, mix.joint)

importFrom("stats", approx, dnbinom, dpois, optim, pnbinom, ppois)

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

importFrom("stats", "binomial", "coef", "cor", "dnorm", "glm", "lm",

export(dcor, DCOR, dcov, .dcov, dcov.test, .dCov.test,

importFrom("stats", "as.dist", "dist", "dnorm", "hclust", "model.matrix",

"pnorm", "ppois", "pt", "rnorm", "rpois", "sd", "var")

"pnorm", "pt", "rnorm", "rpois", "sd", "var")

export(enetLTS, cv.enetLTS, coef.enetLTS, fitted.enetLTS, print.enetLTS,
importFrom("stats", "dnorm", "family", "mad", "median", "pnorm",

export(enetLTS, cv.enetLTS, print.enetLTS, predict.enetLTS, residuals.enetLTS, weights.enetLTS,
nonzeroCoef.enetLTS, fitted.enetLTS, plot.enetLTS, plotCoef.enetLTS, plotDiagnostic.enetLTS,