useDynLib(SimTOST, .registration=TRUE)
importFrom(Rcpp, evalCpp)
export(sampleSize)
export(simPower)
export(sampleSize_Mielke)
export(simParallelEndpoints)
export(get_par)
export(run_simulations)
export(plot.simss)
export(plot_stability)
export(plot_mc_error)
export(plot_decision_heatmap)
export(plot_distribution)
export(type1Error)
export(summary.simss)
export(confint.simss)
export(print.simss)
S3method(plot,simss)
S3method(print,simss)
S3method(print,simpower)
S3method(print,type1error)
S3method(print,type1error_set)
S3method(print,type1error_joint)
S3method(plot,type1error)
S3method(plot,type1error_set)
S3method(plot,type1error_joint)
S3method(summary,simpower)
S3method(confint,simpower)
S3method(plot,simpower)
S3method(plot,simpower_curve)
S3method(summary,simss)
S3method(confint,simss)
S3method(print,simss_mielke)
S3method(summary,simss_mielke)
S3method("[",simss_mielke)
export(as.numeric.simss_mielke)
S3method(print,countpower)
S3method(print,countss)
S3method(summary,countss)
S3method(summary,countpower)
S3method(confint,countss)
S3method(confint,countpower)
S3method(plot,countss)
S3method(plot,countpower)
S3method(update,simss)
S3method(update,simpower)
S3method(update,countss)
S3method(update,countpower)
importFrom(data.table,.SD)
