export("phm")
export("reitsma")
export("ROCellipse")
export("crosshair")
export("sroc")
export("AUC")
export("mcsroc")
export("madad")
export("print.madad")
export("CIrho")
export("madauni")
export("print.madauni")
export("summary.madauni")
export("print.summary.madauni")
export("vcov.madauni")
export("cochran.Q")
export("sens")
export("fpr")
export("spec")
export("forest")
export("forestmada")
export("talpha")
export("SummaryPts")
export("mslSROC")
export("rsSROC")
export("predv_d")
export("predv_r")
export("print.predv_r")
export("summary.predv_r")
export("print.predv_d")
export("summary.predv_d")



S3method(print, SummaryPts)
S3method(summary, SummaryPts)
S3method(SummaryPts, default)
S3method(SummaryPts, reitsma)

S3method(print, reitsma)
S3method(AUC, reitsma)
S3method(AUC, default)
S3method(summary, reitsma)
S3method(print, summary.reitsma)
S3method(vcov, reitsma)
S3method(confint, reitsma)
S3method(logLik, reitsma)
S3method(sroc, reitsma)
S3method(mcsroc, reitsma)
S3method(plot, reitsma)
S3method(crosshair, reitsma)
S3method(crosshair, default)
S3method(ROCellipse, reitsma)
S3method(ROCellipse, default)
S3method(reitsma, default)
S3method(anova, reitsma)
S3method(print, anova.reitsma)

S3method(forest, madad)
S3method(forest, madauni)
S3method(print, madad)
S3method(print, madauni)
S3method(summary, madauni)
S3method(print, summary.madauni)
S3method(vcov, madauni)


S3method(print, phm)
S3method(summary, phm)
S3method(print, summary.phm)
S3method(vcov, phm)
S3method(logLik, phm)
S3method(sroc, phm)
S3method(plot, phm)
S3method(phm, default)
S3method(AUC, phm)


S3method(print, predv_r)
S3method(summary, predv_r)
S3method(print, predv_d)
S3method(summary, predv_d)


import(ellipse)
import(mvmeta)
import(mvtnorm)
importFrom(metafor,rma)

importFrom("graphics", "abline", "arrows", "axis", "lines", "plot",
             "points", "polygon", "text", "hist", "legend", "par", "strheight",
                "strwidth")
importFrom("stats", "AIC", "BIC", "coef", "confint", "cor", "dbinom",
             "lm", "logLik", "lowess", "make.link", "median",
             "model.matrix", "pbinom", "pchisq", "plogis", "pnorm",
             "printCoefmat", "prop.test", "qbeta", "qchisq", "qnorm",
             "rbinom", "rpois", "runif", "splinefun", "symnum",
             "uniroot", "vcov", "dbeta", "density", "pbeta", "quantile", "rbeta",
                "sd", "aggregate")
importFrom("grDevices", "dev.off", "recordPlot")
    
importFrom("methods", "is")