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| bib.CL | Design matrices of period balanced incomplete block designs |
| CI.BE | 1-2*alpha confidence interval given point estimator, CV and n |
| CI.RatioF | 1-2*alpha Fieller confidence interval given point est., CV (,CVb) and n |
| CI2CV | CV from a given Confidence interval |
| ct5.1 | Sample size tables for the classical 2x2 crossover |
| ct5.2 | Sample size tables for the classical 2x2 crossover |
| ct5.3 | Sample size tables for the classical 2x2 crossover |
| ct5.4.1 | Sample size tables for the classical 2x2 crossover |
| ct9.6.2 | Sample size tables for the 2x2x3 replicate crossover |
| ct9.6.4 | Sample size tables for the 2x4x4 replicate crossover |
| ct9.6.6 | Sample size tables for the 2x2x3 replicate crossover |
| ct9.6.8 | Sample size tables for the 2x4x4 replicate crossover |
| ctCW.III | Sample size tables for the parallel group design |
| ctSJ.VIII.10 | Sample size tables for the parallel group design |
| ctSJ.VIII.20 | Sample size tables for the parallel group design |
| CV2mse | Helper functions |
| CV2se | Helper functions |
| CVCL | Confidence limits of a CV for log-normal data |
| CVfromCI | CV from a given Confidence interval |
| CVp2CV | Decompose CV(T) and CV(R) from 'pooled' CV of T/R |
| CVpooled | Pooled CV from several studies |
| data2x2 | Sample size tables for the classical 2x2 crossover |
| data2x2x3 | Sample size tables for the 2x2x3 replicate crossover |
| data2x4x4 | Sample size tables for the 2x4x4 replicate crossover |
| data_parallel | Sample size tables for the parallel group design |
| exppower.noninf | 'Expected' power of non-inferiority test |
| exppower.TOST | 'Expected' power of TOST procedure |
| expsampleN.noninf | Sample size based on 'expected' power for the non-inferiority test |
| expsampleN.TOST | Sample size based on 'expected' power |
| known.designs | Show the 'known' designs |
| mse2CV | Helper functions |
| OwensQ | Owen's Q-function |
| OwensQOwen | Owen's Q-function via repeated integration by parts |
| OwensT | Owen's T-function |
| pa.ABE | Power analysis for average bioequivalence (ABE) |
| pa.NTIDFDA | Power analysis for scaled ABE for NTID according to FDA |
| pa.scABE | Power analysis for scaled average bioequivalence (scABE) |
| plot.pwrA | Power analysis for average bioequivalence (ABE) |
| power.2TOST | Power for two simultaneous TOST procedures |
| power.dp | Power of dose-proportionality studies evaluated via Power model |
| power.HVNTID | (Empirical) Power for BE decision via FDA method for highly variable NTID's |
| power.noninf | Power of the one-sided non-inferiority t-test |
| power.NTIDFDA | (Empirical) Power for BE decision via FDA method for NTID's |
| power.RatioF | Power for equivalence of the ratio of two means with normality on original scale |
| power.RSABE | (Empirical) Power for BE decision via linearized scaled ABE criterion |
| power.scABEL | (Empirical) Power for BE decision via scaled (widened) BE acceptance limits |
| power.TOST | Power of the classical TOST procedure |
| power.TOST.sim | Power of the TOST procedure obtained via simulations |
| print.CVp | Pooled CV from several studies |
| print.pwrA | Power analysis for average bioequivalence (ABE) |
| pvalue.TOST | p-value(s) of the TOST procedure |
| pvalues.TOST | p-value(s) of the TOST procedure |
| sampleN.2TOST | Sample size based on power of 2 TOSTs |
| sampleN.dp | Sample size estimation of dose-proportionality studies evaluated via Power model |
| sampleN.HVNTID | Sample size estimation for BE decision via FDA method for highly variable (HV) narrow therapeutic index drugs (NTID's) |
| sampleN.noninf | Sample size for the non-inferiority t-test |
| sampleN.NTIDFDA | Sample size estimation for BE decision via FDA method for narrow therapeutic index drugs (NTID's) |
| sampleN.RatioF | Sample size for equivalence of the ratio of two means with normality on original scale |
| sampleN.RSABE | Sample size estimation for BE decision via linearized scaled ABE criterion |
| sampleN.scABEL | Sample size estimation for BE decision via scaled (widened) BE acceptance limits |
| sampleN.scABEL.ad | Sample size estimation for ABEL and iteratively adjusted alpha |
| sampleN.TOST | Sample size based on power of TOST |
| scABEL | Helper function to calculate the (widened) scaled BE acceptance limits |
| scABEL.ad | Iteratively adjusted alpha for ABEL |
| se2CV | Helper functions |
| type1error.2TOST | Type I error rate for two simultaneous TOST procedures |