Man pages for keaven/nphsim
Non proportional hazards sample size and simulation
| combo.wlr | Weighted Logrank Combo Test and Estimation |
| Ex1delayedEffect | Time-to-event data example 1 for non-proportional hazards... |
| Ex2delayedEffect | Time-to-event data example 2 for non-proportional hazards... |
| Ex3curewithph | Time-to-event data example 3 for non-proportional hazards... |
| Ex4belly | Time-to-event data example 4 for non-proportional hazards... |
| Ex5widening | Time-to-event data example 5 for non-proportional hazards... |
| Ex6crossing | Time-to-event data example 6 for non-proportional hazards... |
| gsUpdate | Update gsDesign object boundary |
| lmk.Stat | Landmark analysis |
| nphAlltest | nphAlltest A Wrapper Function |
| nphsim | Simulate a Clinical Trial with Piecewise Exponential... |
| nSurvNPH | Sample Size Under Non-Propotional Hazards Assumptions |
| plotsim | Plot Simulated Trial Outcome Summaries |
| pwexpfit | Piecewise exponential survival estimation |
| rm.combo.WLRmax | Weighted Logrank combination with asymptotic p-value... |
| rmst.Stat | Restricted Mean Survival Test Statistic |
| rpwexp | The Piecewise Exponential Distribution |
| simtest | Testing for a time-to-event study simulation |
| simtestp | Simulation of Time-to-Event P-Values |
| test.lr | LR Test Statistic |
| wkm.Stat | Weighted Kaplan-Meier Test Statistic |
| wlr.Stat | Weighted Logrank Test Statistic |
