useDynLib(TrialSize)
export(AB.withDescalation,AB.withoutDescalation,ABE,ANOVA.Repeat.Measure,Carry.Over,Cochran.Armitage.Trend,Cox.Equality,Cox.NIS,Cox.Equivalence,CrossOver.ISV.Equality,CrossOver.ISV.Equivalence,CrossOver.ISV.NIS,Dose.Min.Effect,Dose.Response.binary,Dose.Response.Linear, Dose.Response.time.to.event, gof.Pearson, gof.Pearson.twoway,IBE,InterSV.Equality,InterSV.NIS,ISCV.Equality,ISCV.NIS,ISCV.Equivalence,ISV.Equality,ISV.NIS,ISV.Equivalence,McNemar.Test,MeanWilliamsDesign.Equality,MeanWilliamsDesign.NIS,MeanWilliamsDesign.Equivalence,Multiple.Testing,Nonpara.Independ,Nonpara.One.Sample,Nonpara.Two.Sample,OneSampleMean.Equality,OneSampleMean.NIS,OneSampleMean.Equivalence,OneSampleProportion.Equality,OneSampleProportion.NIS,OneSampleProportion.Equivalence,OneSide.fixEffect,OneSide.varyEffect,OneWayANOVA.pairwise,OneWayANOVA.PairwiseComparison,PBE,Propensity.Score.nostrata,Propensity.Score.strata,QOL,QT.crossover,QT.parallel,QT.PK.crossover,QT.PK.parallel,RelativeRisk.Equality,RelativeRisk.NIS,RelativeRisk.Equivalence,RelativeRiskCrossOver.Equality,RelativeRiskCrossOver.NIS,RelativeRiskCrossOver.Equivalence,Sensitivity.Index,Stuart.Maxwell.Test,TwoSampleCrossOver.Equality,TwoSampleCrossOver.NIS,TwoSampleCrossOver.Equivalence,TwoSampleMean.Equality,TwoSampleMean.NIS,TwoSampleMean.Equivalence,TwoSampleProportion.Equality,TwoSampleProportion.NIS,TwoSampleProportion.Equivalence,TwoSampleSeqCrossOver.Equality,TwoSampleSeqCrossOver.NIS,TwoSampleSeqCrossOver.Equivalence,TwoSampleSurvival.Equality,TwoSampleSurvival.NIS,TwoSampleSurvival.Equivalence,TwoSide.fixEffect,TwoSide.varyEffect,Vaccine.CEM,Vaccine.ELDI,Vaccine.RDI,Vitro.BE,WilliamsDesign.Equality,WilliamsDesign.NIS,WilliamsDesign.Equivalence)
importFrom("stats", "chisq.test", "pchisq", "pnorm", "pt", "qchisq","qf", "qnorm", "qt", "quantile", "rnorm")


