Group Sequential Design

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Documentation for package ‘gsDesign’ version 2.4-01

Help Pages

checkLengths 6.0 Utility functions to verify variable properties
checkRange 6.0 Utility functions to verify variable properties
checkScalar 6.0 Utility functions to verify variable properties
checkVector 6.0 Utility functions to verify variable properties
ciBinomial 3.2: Testing, Confidence Intervals and Sample Size for Comparing Two Binomial Rates
gsBinomialExact 3.4: One-Sample Exact Binomial Boundary Crossing Probabilities
gsBound 2.6: Boundary derivation - low level
gsBound1 2.6: Boundary derivation - low level
gsBoundCP 2.5: Conditional Power at Interim Boundaries
gsBoundSummary 2.8: Bound Summary and Z-transformations
gsBValue 2.8: Bound Summary and Z-transformations
gsCP 2.4: Conditional and Predictive Power, Overall and Conditional Probability of Success
gsCPOS 2.4: Conditional and Predictive Power, Overall and Conditional Probability of Success
gsCPz 2.8: Bound Summary and Z-transformations
gsDelta 2.8: Bound Summary and Z-transformations
gsDensity 2.6: Group sequential design interim density function
gsDesign 2.1: Design Derivation
gsDesign package overview 1.0 Group Sequential Design
gsHR 2.8: Bound Summary and Z-transformations
gsPOS 2.4: Conditional and Predictive Power, Overall and Conditional Probability of Success
gsPP 2.4: Conditional and Predictive Power, Overall and Conditional Probability of Success
gsProbability 2.2: Boundary Crossing Probabilities
gsRR 2.8: Bound Summary and Z-transformations
isInteger 6.0 Utility functions to verify variable properties
nBinomial 3.2: Testing, Confidence Intervals and Sample Size for Comparing Two Binomial Rates
nEvents 3.4: Time-to-event sample size calculation (Lachin-Foulkes)
normalGrid 3.1: Normal Density Grid
nSurvival 3.4: Time-to-event sample size calculation (Lachin-Foulkes)
O'Brien-Fleming Bounds 5.0: Wang-Tsiatis Bounds
plot.gsDesign 2.3: Plots for group sequential designs
plot.gsProbability 2.3: Plots for group sequential designs
Plots for group sequential designs 2.3: Plots for group sequential designs
Pocock Bounds 5.0: Wang-Tsiatis Bounds
print.gsBinomialExact 3.4: One-Sample Exact Binomial Boundary Crossing Probabilities
print.gsDesign 2.1: Design Derivation
print.gsProbability 2.2: Boundary Crossing Probabilities
print.nSurvival 3.4: Time-to-event sample size calculation (Lachin-Foulkes)
sfBetaDist 4.7: Two-parameter Spending Function Families
sfCauchy 4.7: Two-parameter Spending Function Families
sfExponential 4.3: Exponential Spending Function
sfExtremeValue 4.7: Two-parameter Spending Function Families
sfExtremeValue2 4.7: Two-parameter Spending Function Families
sfHSD 4.1: Hwang-Shih-DeCani Spending Function
sfLDOF 4.4: Lan-DeMets Spending function overview
sfLDPocock 4.4: Lan-DeMets Spending function overview
sfLinear 4.6: Piecewise Linear Spending Function
sfLogistic 4.7: Two-parameter Spending Function Families
sfNormal 4.7: Two-parameter Spending Function Families
sfPoints 4.5: Pointwise Spending Function
sfPower 4.2: Kim-DeMets (power) Spending Function
sfTDist 4.8: t-distribution Spending Function
simBinomial 3.2: Testing, Confidence Intervals and Sample Size for Comparing Two Binomial Rates
Spending function overview 4.0: Spending function overview
spendingFunction 4.0: Spending function overview
Survival sample size 3.4: Time-to-event sample size calculation (Lachin-Foulkes)
testBinomial 3.2: Testing, Confidence Intervals and Sample Size for Comparing Two Binomial Rates
Wang-Tsiatis Bounds 5.0: Wang-Tsiatis Bounds
xtable.gsDesign 2.8: Bound Summary and Z-transformations