adjust_lambda |
Adjust Lambda |
adjust_lambda-method |
Adjust Lambda |
basket_test |
Test for the Results of a Basket Trial |
basket_test-method |
Test for the Results of a Basket Trial |
check_mon_between |
Check Between-Trial Monotonicity |
check_mon_between-method |
Check Between-Trial Monotonicity |
check_mon_within |
Check Within-Trial Monotonicity |
check_mon_within-method |
Check Within-Trial Monotonicity |
ecd |
Expected number of correct decisions |
ecd-method |
Expected number of correct decisions |
ess |
Expected Sample Size |
ess-method |
Expected Sample Size |
estim |
Posterior Mean and Mean Squared Error |
estim-method |
Posterior Mean and Mean Squared Error |
get_scenarios |
Create a Scenario Matrix |
globalweights_diff |
Global Weights Based on Response Rate Differences |
globalweights_fix |
Fixed Global Weights |
interim_posterior |
Interim analysis based on the posterior probability |
interim_posterior-method |
Interim analysis based on the posterior probability |
interim_postpred |
Interim analysis based on the posterior predictive probability |
interim_postpred-method |
Interim analysis based on the posterior predictive probability |
OneStageBasket |
Class OneStageBasket |
OneStageBasket-class |
Class OneStageBasket |
opt_design |
Optimize a Basket Design |
opt_design-method |
Optimize a Basket Design |
plot_weights |
Plot Weight Functions |
plot_weights-method |
Plot Weight Functions |
pow |
Power |
pow-method |
Power |
setupOneStageBasket |
Setup OneStageBasket |
setupTwoStageBasket |
Setup TwoStageBasket |
toer |
Type 1 Error Rate |
toer-method |
Type 1 Error Rate |
TwoStageBasket |
Class TwoStageBasket |
TwoStageBasket-class |
Class TwoStageBasket |
weights_cpp |
Weights Based on the Calibrated Power Prior |
weights_cpp-method |
Weights Based on the Calibrated Power Prior |
weights_fujikawa |
Weights Based on Fujikawa et al.'s Design |
weights_fujikawa-method |
Weights Based on Fujikawa et al.'s Design |
weights_jsd |
Weights Based on the Jensen-Shannon Divergence |
weights_jsd-method |
Weights Based on the Jensen-Shannon Divergence |
weights_mml |
Weights Based on the Marginal Maximum Likelihood |
weights_mml-method |
Weights Based on the Marginal Maximum Likelihood |
weights_pool |
Pooled Analysis |
weights_pool-method |
Pooled Analysis |
weights_separate |
Separate Analysis in Each Basket |
weights_separate-method |
Separate Analysis in Each Basket |