# Exact Tests and Confidence Intervals for 2x2 Tables

## Documentation for package ‘exact2x2’ version 1.7.0

- DESCRIPTION file
- User guides, package vignettes and other documentation

## Help Pages

exact2x2-package | Exact Tests and Confidence Intervals for 2x2 Tables
binomMeld.test | Melded Binomial Confidence Intervals and Tests
blaker.exact | Exact Conditional Tests for 2 by 2 Tables of Count Data
borrOrdering | Boundary-Optimized Rejection Region Test
borrPvals | Boundary-Optimized Rejection Region Test
borrTest | Boundary-Optimized Rejection Region Test
boschloo | Boschloo's test for 2x2 Tables
exact2x2 | Exact Conditional Tests for 2 by 2 Tables of Count Data
exact2x2Plot | Plot p-value function for one 2 by 2 table.
fisher.exact | Exact Conditional Tests for 2 by 2 Tables of Count Data
mcnemar.exact | Exact Conditional Tests for 2 by 2 Tables of Count Data
mcnemarExactDP | Exact McNemar (Paired Binary) Test with Difference in Proportions
orderMat | Plot or Print ordering function for unconditional exact test
orderMat.function | Plot or Print ordering function for unconditional exact test
orderMat.numeric | Plot or Print ordering function for unconditional exact test
plotT | Plot or Print ordering function for unconditional exact test
plotT.function | Plot or Print ordering function for unconditional exact test
plotT.numeric | Plot or Print ordering function for unconditional exact test
Power2x2 | Calculate power or sample size for any 2x2 test.
power2x2 | Calculate exact power or sample size for conditional tests for two independent binomials.
powerBorr | Boundary-Optimized Rejection Region Test
powerPaired2x2 | Power for exact McNemar's test
SS2x2 | Calculate power or sample size for any 2x2 test.
ss2x2 | Calculate exact power or sample size for conditional tests for two independent binomials.
uncondExact2x2 | Unconditional exact tests for 2x2 tables
uncondExact2x2Pvals | Unconditional exact tests for 2x2 tables
uncondPower2x2 | Calculate power or sample size for any 2x2 test.
unirootGrid | Function to find a root by grid search.