exportPattern(num.edges, num.tips, num.internal.nodes, num.total.nodes, srt.pvalues, stouffers, fishers, index.matrix, p.p2.ADJ.p1, result, tip.colors, edge.colors, plotSigTree, export.figtree, export.inherit, plotphylo2, circularplot2)
useDynLib(SigTree)

exportPattern(num.edges, num.tips, num.internal.nodes, num.total.nodes, srt.pvalues, stouffers, fishers, index.matrix, p.p2.ADJ.p1, result, tip.colors, edge.colors, plotSigTree, export.figtree, export.inherit, plotphylo2, circularplot2)
useDynLib(SigTree)

#exportPattern(num.edges, num.tips, num.internal.nodes, num.total.nodes, srt.pvalues, stouffers, fishers, index.matrix, p.p2.ADJ.p1, result, tip.colors, edge.colors, plotSigTree, export.figtree, export.inherit, plotphylo2, circularplot2)

export(Sight.Est, covtheta, SS.est, Wong.est, vardiff, varlog.lam)

importFrom("utils", "data", "read.csv", "read.delim", "read.table",
importFrom("stats", "anova", "as.formula", "binomial", "model.matrix", "cov")

importFrom("stats", "AIC", "BIC", "drop1", "lm")

importFrom("stats", "AIC", "BIC", "drop1", "lm", "deviance", "update", "variable.names")

importFrom("stats", "AIC", "BIC", "drop1", "lm", "deviance", "update", "variable.names", "coef", "coefficients", "cov2cor", "lm.influence", "model.matrix", "residuals", "vcov")

importFrom("stats", "AIC", "BIC", "drop1", "lm", "deviance", "update", "variable.names", "coef", "coefficients", "lm.influence", "model.matrix", "residuals", "factor.scope", "formula", "p.adjust", "terms", "update.formula")

importFrom("stats", "end", "time", "start", "median", "quantile","vcov","AIC","BIC","coef","logLik","confint")

## NAMESPACE file for the Sim.DiffProc package.

importFrom("graphics", "Axis", "axis", "legend", "lines", "plot","points")
importFrom("stats", "end", "time", "start", "median", "quantile","vcov","AIC","BIC","coef","logLik","confint",
"D", "approxfun", "deltat", "dnorm", "is.ts",
"optim", "qnorm", "rnorm", "sd", "ts", "ts.union",

importFrom("graphics", "Axis", "axis", "legend", "lines", "plot","points","box", "curve", "polygon","image","contour","filled.contour","persp","title")
"D", "approxfun", "deltat", "dnorm", "is.ts","density","density.default",