cicalc0.2.0 package

Calculate Confidence Intervals

ci_prop_agresti_coull

Agresti-Coull CI

ci_prop_clopper_pearson

Clopper-Pearson CI

ci_prop_diff_ha

Anderson-Hauck Confidence Interval for Difference in Proportions

ci_prop_diff_haldane

Haldane Confidence Interval for Difference in Proportions

ci_prop_diff_jp

Jeffreys-Perks Confidence Interval for Difference in Proportions

ci_prop_diff_mee

Mee Confidence Interval for Difference in Proportions

ci_prop_diff_mh_strata

Mantel-Haenszel Common Risk Difference Confidence Interval

ci_prop_diff_mn_strata

Stratified Miettinen-Nurminen Confidence Interval for Difference in Pr...

ci_prop_diff_mn

Miettinen-Nurminen Confidence Interval for Difference in Proportions

ci_prop_diff_nc_strata

Stratified Newcombe Common Risk Difference Confidence Interval

ci_prop_diff_nc

Newcombe Confidence Interval for Difference in Proportions

ci_prop_diff_wald

Wald Confidence Interval for Difference in Proportions

ci_prop_jeffreys

Jeffreys CI

ci_prop_mid_p

Mid-P CI

ci_prop_wald

Wald CI

ci_prop_wilson_strata

Stratified Wilson CI

ci_prop_wilson

Wilson CI

ci_rel_risk_cmh_strata

Mantel-Haenszel Stratified Relative Risk Confidence Interval

combine_strata

Function to combine strata via interaction if strata is passed as a ve...

expand

Expand Count Data into Binary Vectors

get_counts

To get the n's and response totals with out without strata

Download source packageRead PDF manual

This calculates a variety of different CIs for proportions and difference of proportions that are commonly used in the pharmaceutical industry including Wald, Wilson, Clopper-Pearson, Agresti-Coull and Jeffreys for proportions. And Miettinen-Nurminen (1985) <doi:10.1002/sim.4780040211>, Wald, Haldane, and Mee <https://www.lexjansen.com/wuss/2016/127_Final_Paper_PDF.pdf> for difference in proportions.