R Under development (unstable) (2025-01-07 r87537 ucrt) -- "Unsuffered Consequences" Copyright (C) 2025 The R Foundation for Statistical Computing Platform: x86_64-w64-mingw32/x64 R is free software and comes with ABSOLUTELY NO WARRANTY. You are welcome to redistribute it under certain conditions. Type 'license()' or 'licence()' for distribution details. R is a collaborative project with many contributors. Type 'contributors()' for more information and 'citation()' on how to cite R or R packages in publications. Type 'demo()' for some demos, 'help()' for on-line help, or 'help.start()' for an HTML browser interface to help. Type 'q()' to quit R. > library(testthat) > library(cases) Attaching package: 'cases' The following object is masked from 'package:testthat': compare > > test_check("cases") >> cases_contrast object of type 'one' (comparator: 1) << ---------------------------------------- >>> evaluate() test 1 out of 100... >>> inputs: alternative adjustment transformation regu pars 1 greater none none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 2 out of 100... >>> inputs: alternative adjustment transformation regu pars 2 two.sided none none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 3 out of 100... >>> inputs: alternative adjustment transformation regu pars 3 greater bonferroni none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 4 out of 100... >>> inputs: alternative adjustment transformation regu pars 4 two.sided bonferroni none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 5 out of 100... >>> inputs: alternative adjustment transformation regu pars 5 greater maxt none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 6 out of 100... >>> inputs: alternative adjustment transformation regu pars 6 two.sided maxt none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 7 out of 100... >>> inputs: alternative adjustment transformation regu pars 7 greater bootstrap none 0_0_0 100 Drawing 100 'pairs' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 8 out of 100... >>> inputs: alternative adjustment transformation regu pars 8 two.sided bootstrap none 0_0_0 100 Drawing 100 'pairs' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 9 out of 100... >>> inputs: alternative adjustment transformation regu pars 9 greater mbeta none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 10 out of 100... >>> inputs: alternative adjustment transformation regu pars 10 two.sided mbeta none 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 11 out of 100... >>> inputs: alternative adjustment transformation regu pars 11 greater none logit 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 12 out of 100... >>> inputs: alternative adjustment transformation regu pars 12 two.sided none logit 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 13 out of 100... >>> inputs: alternative adjustment transformation regu pars 13 greater bonferroni logit 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 14 out of 100... >>> inputs: alternative adjustment transformation regu pars 14 two.sided bonferroni logit 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 15 out of 100... >>> inputs: alternative adjustment transformation regu pars 15 greater maxt logit 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 16 out of 100... >>> inputs: alternative adjustment transformation regu pars 16 two.sided maxt logit 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 17 out of 100... >>> inputs: alternative adjustment transformation regu pars 17 greater bootstrap logit 0_0_0 100 Drawing 100 'pairs' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 18 out of 100... >>> inputs: alternative adjustment transformation regu pars 18 two.sided bootstrap logit 0_0_0 100 Drawing 100 'pairs' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 19 out of 100... >>> inputs: alternative adjustment transformation regu pars 19 greater none arcsin 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 20 out of 100... >>> inputs: alternative adjustment transformation regu pars 20 two.sided none arcsin 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 21 out of 100... >>> inputs: alternative adjustment transformation regu pars 21 greater bonferroni arcsin 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 22 out of 100... >>> inputs: alternative adjustment transformation regu pars 22 two.sided bonferroni arcsin 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 23 out of 100... >>> inputs: alternative adjustment transformation regu pars 23 greater maxt arcsin 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 24 out of 100... >>> inputs: alternative adjustment transformation regu pars 24 two.sided maxt arcsin 0_0_0 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 25 out of 100... >>> inputs: alternative adjustment transformation regu pars 25 greater bootstrap arcsin 0_0_0 100 Drawing 100 'pairs' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 26 out of 100... >>> inputs: alternative adjustment transformation regu pars 26 two.sided bootstrap arcsin 0_0_0 100 Drawing 100 'pairs' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 27 out of 100... >>> inputs: alternative adjustment transformation regu pars 27 greater none none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 28 out of 100... >>> inputs: alternative adjustment transformation regu pars 28 two.sided none none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 29 out of 100... >>> inputs: alternative adjustment transformation regu pars 29 greater bonferroni none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 30 out of 100... >>> inputs: alternative adjustment transformation regu pars 30 two.sided bonferroni none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 31 out of 100... >>> inputs: alternative adjustment transformation regu pars 31 greater maxt none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 32 out of 100... >>> inputs: alternative adjustment transformation regu pars 32 two.sided maxt none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 33 out of 100... >>> inputs: alternative adjustment transformation regu pars 33 greater bootstrap none 1_0.5_0.25 100 Drawing 100 'pairs' bootstrap samples... Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 34 out of 100... >>> inputs: alternative adjustment transformation regu pars 34 two.sided bootstrap none 1_0.5_0.25 100 Drawing 100 'pairs' bootstrap samples... Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 35 out of 100... >>> inputs: alternative adjustment transformation regu pars 35 greater mbeta none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 36 out of 100... >>> inputs: alternative adjustment transformation regu pars 36 two.sided mbeta none 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 37 out of 100... >>> inputs: alternative adjustment transformation regu pars 37 greater none logit 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 38 out of 100... >>> inputs: alternative adjustment transformation regu pars 38 two.sided none logit 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 39 out of 100... >>> inputs: alternative adjustment transformation regu pars 39 greater bonferroni logit 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 40 out of 100... >>> inputs: alternative adjustment transformation regu pars 40 two.sided bonferroni logit 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 41 out of 100... >>> inputs: alternative adjustment transformation regu pars 41 greater maxt logit 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 42 out of 100... >>> inputs: alternative adjustment transformation regu pars 42 two.sided maxt logit 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 43 out of 100... >>> inputs: alternative adjustment transformation regu pars 43 greater bootstrap logit 1_0.5_0.25 100 Drawing 100 'pairs' bootstrap samples... Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 44 out of 100... >>> inputs: alternative adjustment transformation regu pars 44 two.sided bootstrap logit 1_0.5_0.25 100 Drawing 100 'pairs' bootstrap samples... Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 45 out of 100... >>> inputs: alternative adjustment transformation regu pars 45 greater none arcsin 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 46 out of 100... >>> inputs: alternative adjustment transformation regu pars 46 two.sided none arcsin 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 47 out of 100... >>> inputs: alternative adjustment transformation regu pars 47 greater bonferroni arcsin 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 48 out of 100... >>> inputs: alternative adjustment transformation regu pars 48 two.sided bonferroni arcsin 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 49 out of 100... >>> inputs: alternative adjustment transformation regu pars 49 greater maxt arcsin 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 50 out of 100... >>> inputs: alternative adjustment transformation regu pars 50 two.sided maxt arcsin 1_0.5_0.25 100 >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 51 out of 100... >>> inputs: alternative adjustment transformation regu pars 51 greater bootstrap arcsin 1_0.5_0.25 100 Drawing 100 'pairs' bootstrap samples... Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 52 out of 100... >>> inputs: alternative adjustment transformation regu pars 52 two.sided bootstrap arcsin 1_0.5_0.25 100 Drawing 100 'pairs' bootstrap samples... Drawing 100 'pairs' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 53 out of 100... >>> inputs: alternative adjustment transformation regu pars 53 greater bootstrap none 2_1_0.5 100, wild, Normal, 0 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 54 out of 100... >>> inputs: alternative adjustment transformation regu pars 54 two.sided bootstrap none 2_1_0.5 100, wild, Normal, 0 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 55 out of 100... >>> inputs: alternative adjustment transformation regu pars 55 greater bootstrap logit 2_1_0.5 100, wild, Normal, 0 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 56 out of 100... >>> inputs: alternative adjustment transformation regu pars 56 two.sided bootstrap logit 2_1_0.5 100, wild, Normal, 0 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 57 out of 100... >>> inputs: alternative adjustment transformation regu pars 57 greater bootstrap arcsin 2_1_0.5 100, wild, Normal, 0 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 58 out of 100... >>> inputs: alternative adjustment transformation regu pars 58 two.sided bootstrap arcsin 2_1_0.5 100, wild, Normal, 0 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 59 out of 100... >>> inputs: alternative adjustment transformation regu pars 59 greater bootstrap none 2_1_0.5 100, wild, Rademacher, 0 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 60 out of 100... >>> inputs: alternative adjustment transformation regu pars 60 two.sided bootstrap none 2_1_0.5 100, wild, Rademacher, 0 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 61 out of 100... >>> inputs: alternative adjustment transformation regu pars 61 greater bootstrap logit 2_1_0.5 100, wild, Rademacher, 0 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 62 out of 100... >>> inputs: alternative adjustment transformation regu pars 62 two.sided bootstrap logit 2_1_0.5 100, wild, Rademacher, 0 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 63 out of 100... >>> inputs: alternative adjustment transformation regu pars 63 greater bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 0 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 64 out of 100... >>> inputs: alternative adjustment transformation regu pars 64 two.sided bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 0 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 65 out of 100... >>> inputs: alternative adjustment transformation regu pars 65 greater bootstrap none 2_1_0.5 100, wild, Normal, 1 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 66 out of 100... >>> inputs: alternative adjustment transformation regu pars 66 two.sided bootstrap none 2_1_0.5 100, wild, Normal, 1 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 67 out of 100... >>> inputs: alternative adjustment transformation regu pars 67 greater bootstrap logit 2_1_0.5 100, wild, Normal, 1 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 68 out of 100... >>> inputs: alternative adjustment transformation regu pars 68 two.sided bootstrap logit 2_1_0.5 100, wild, Normal, 1 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 69 out of 100... >>> inputs: alternative adjustment transformation regu pars 69 greater bootstrap arcsin 2_1_0.5 100, wild, Normal, 1 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 70 out of 100... >>> inputs: alternative adjustment transformation regu pars 70 two.sided bootstrap arcsin 2_1_0.5 100, wild, Normal, 1 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 71 out of 100... >>> inputs: alternative adjustment transformation regu pars 71 greater bootstrap none 2_1_0.5 100, wild, Rademacher, 1 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 72 out of 100... >>> inputs: alternative adjustment transformation regu pars 72 two.sided bootstrap none 2_1_0.5 100, wild, Rademacher, 1 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 73 out of 100... >>> inputs: alternative adjustment transformation regu pars 73 greater bootstrap logit 2_1_0.5 100, wild, Rademacher, 1 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 74 out of 100... >>> inputs: alternative adjustment transformation regu pars 74 two.sided bootstrap logit 2_1_0.5 100, wild, Rademacher, 1 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 75 out of 100... >>> inputs: alternative adjustment transformation regu pars 75 greater bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 1 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 76 out of 100... >>> inputs: alternative adjustment transformation regu pars 76 two.sided bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 1 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 77 out of 100... >>> inputs: alternative adjustment transformation regu pars 77 greater bootstrap none 2_1_0.5 100, wild, Normal, 2 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 78 out of 100... >>> inputs: alternative adjustment transformation regu pars 78 two.sided bootstrap none 2_1_0.5 100, wild, Normal, 2 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 79 out of 100... >>> inputs: alternative adjustment transformation regu pars 79 greater bootstrap logit 2_1_0.5 100, wild, Normal, 2 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 80 out of 100... >>> inputs: alternative adjustment transformation regu pars 80 two.sided bootstrap logit 2_1_0.5 100, wild, Normal, 2 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 81 out of 100... >>> inputs: alternative adjustment transformation regu pars 81 greater bootstrap arcsin 2_1_0.5 100, wild, Normal, 2 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 82 out of 100... >>> inputs: alternative adjustment transformation regu pars 82 two.sided bootstrap arcsin 2_1_0.5 100, wild, Normal, 2 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 83 out of 100... >>> inputs: alternative adjustment transformation regu pars 83 greater bootstrap none 2_1_0.5 100, wild, Rademacher, 2 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 84 out of 100... >>> inputs: alternative adjustment transformation regu pars 84 two.sided bootstrap none 2_1_0.5 100, wild, Rademacher, 2 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 85 out of 100... >>> inputs: alternative adjustment transformation regu pars 85 greater bootstrap logit 2_1_0.5 100, wild, Rademacher, 2 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 86 out of 100... >>> inputs: alternative adjustment transformation regu pars 86 two.sided bootstrap logit 2_1_0.5 100, wild, Rademacher, 2 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 87 out of 100... >>> inputs: alternative adjustment transformation regu pars 87 greater bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 2 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 88 out of 100... >>> inputs: alternative adjustment transformation regu pars 88 two.sided bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 2 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 89 out of 100... >>> inputs: alternative adjustment transformation regu pars 89 greater bootstrap none 2_1_0.5 100, wild, Normal, 3 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 90 out of 100... >>> inputs: alternative adjustment transformation regu pars 90 two.sided bootstrap none 2_1_0.5 100, wild, Normal, 3 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 91 out of 100... >>> inputs: alternative adjustment transformation regu pars 91 greater bootstrap logit 2_1_0.5 100, wild, Normal, 3 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 92 out of 100... >>> inputs: alternative adjustment transformation regu pars 92 two.sided bootstrap logit 2_1_0.5 100, wild, Normal, 3 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 93 out of 100... >>> inputs: alternative adjustment transformation regu pars 93 greater bootstrap arcsin 2_1_0.5 100, wild, Normal, 3 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 94 out of 100... >>> inputs: alternative adjustment transformation regu pars 94 two.sided bootstrap arcsin 2_1_0.5 100, wild, Normal, 3 Drawing 100 'wild' bootstrap samples... Attention: 1 bootstrap sample statistics (1%) are not finite! Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 95 out of 100... >>> inputs: alternative adjustment transformation regu pars 95 greater bootstrap none 2_1_0.5 100, wild, Rademacher, 3 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 96 out of 100... >>> inputs: alternative adjustment transformation regu pars 96 two.sided bootstrap none 2_1_0.5 100, wild, Rademacher, 3 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 97 out of 100... >>> inputs: alternative adjustment transformation regu pars 97 greater bootstrap logit 2_1_0.5 100, wild, Rademacher, 3 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 98 out of 100... >>> inputs: alternative adjustment transformation regu pars 98 two.sided bootstrap logit 2_1_0.5 100, wild, Rademacher, 3 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 99 out of 100... >>> inputs: alternative adjustment transformation regu pars 99 greater bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 3 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- ---------------------------------------- >>> evaluate() test 100 out of 100... >>> inputs: alternative adjustment transformation regu pars 100 two.sided bootstrap arcsin 2_1_0.5 100, wild, Rademacher, 3 Drawing 100 'wild' bootstrap samples... Drawing 100 'wild' bootstrap samples... >>> results of consistency checks: $full $full$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $full$names_correct [1] TRUE $full$alpha_adj_plausible [1] TRUE $`co-primary` $`co-primary`$specificity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$sensitivity ci_ordering pval_bounded reject_vs_ci reject_vs_pval tstat_vs_pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $`co-primary`$names_correct [1] TRUE $`co-primary`$alpha_adj_plausible [1] TRUE $between_analyses $between_analyses$specificity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE $between_analyses$sensitivity estimate lower upper tstat pval 1 TRUE TRUE TRUE TRUE TRUE 2 TRUE TRUE TRUE TRUE TRUE 3 TRUE TRUE TRUE TRUE TRUE 4 TRUE TRUE TRUE TRUE TRUE >>> ... done! ---------------------------------------- [ FAIL 0 | WARN 0 | SKIP 0 | PASS 342 ] > > proc.time() user system elapsed 34.01 1.25 35.32