R: Conduct Simulation Study of Bayesian Optimal Interval Design with BOIN-ET Family

# Conduct Simulation Study of Bayesian Optimal Interval Design with BOIN-ET Family

## Documentation for package ‘boinet’ version 1.5.0

- DESCRIPTION file
- User guides, package vignettes and other documentation
- Package NEWS
- Package README

## Help Pages

boinet | BOIN-ET: Bayesian Optimal Interval Design for Dose-Finding Based on Efficacy and Toxicity
create_boinet_tables | Create Report-Ready Tables from BOIN-ET Results
create_design_gt_table | Create GT Table for Design Parameters
create_oc_gt_table | Create GT Table for Operating Characteristics
extract_boinet_data | Extract Tidy Data from BOIN-ET Results
extract_design_summary | Extract Design Parameters Summary
extract_operating_characteristics | Extract Operating Characteristics in Tidy Format
format_boinet_results | Format BOIN-ET Results for Reporting
fp.logit | Fractional Polynomial Logistic Regression for Dose-Efficacy Modeling
gboinet | gBOIN-ET: Generalized Bayesian Optimal Interval Design for Ordinal Graded Outcomes
gridoptim | Grid Search Optimization for BOIN-ET Design Boundaries
launch.shinyapp | Launch the Shiny App
multi.iso | Model Averaging of Multiple Unimodal Isotonic Regression
obd.select | Optimal Biological Dose Selection
print.boinet | Print boinet
print.gboinet | Print gboinet
print.tite.boinet | Print tite.boinet
print.tite.gboinet | Print tite.gboinet
summary.boinet | Summary method for boinet objects
summary.gboinet | Summary method for gboinet objects
summary.tite.boinet | Summary method for tite.boinet objects
summary.tite.gboinet | Summary method for tite.gboinet objects
tite.boinet | TITE-BOIN-ET: Time-to-Event Bayesian Optimal Interval Design
tite.gboinet | TITE-gBOIN-ET: Time-to-Event Generalized BOIN Design for Ordinal Graded Outcomes
utility.scoring | Discrete Scoring Utility Function for Toxicity-Efficacy Trade-offs
utility.truncated.linear | Truncated Linear Utility Function for Toxicity-Efficacy Trade-offs
utility.weighted | Weighted Utility Function for Toxicity-Efficacy Trade-off