graphicalMCP0.2.8 package

Graphical Multiple Comparison Procedures

adjust_p

Calculate adjusted p-values

adjust_weights_parametric_util

Calculate adjusted hypothesis weights for parametric tests

adjust_weights

Calculate adjusted hypothesis weights

as_graph

Convert between graphicalMCP, gMCP, and igraph graph classes

edge_pairs

Find pairs of vertices that are connected in both directions

example_graphs

Example graphs of commonly used multiple comparison procedures

graph_calculate_power

Calculate power values for a graphical multiple comparison procedure

graph_create

Create the initial graph for a multiple comparison procedure

graph_generate_weights

Generate the weighting strategy based on a graphical multiple comparis...

graph_rejection_orderings

Find alternate rejection orderings (sequences) for shortcut tests

graph_test_closure

Perform closed graphical multiple comparison procedures

graph_test_fast

Perform graphical multiple comparison procedures efficiently for power...

graph_test_shortcut

Perform shortcut (sequentially rejective) graphical multiple compariso...

graph_update

Obtain an updated graph by updating an initial graphical after deletin...

graphicalMCP-package

graphicalMCP: Graphical Multiple Comparison Procedures

input_val

Validate inputs for testing and power simulations

plot.initial_graph

S3 plot method for class initial_graph

plot.updated_graph

S3 plot method for the class updated_graph

print.graph_report

S3 print method for the class graph_report

print.initial_graph

S3 print method for the class initial_graph

print.power_report

S3 print method for the class power_report

print.updated_graph

S3 print method for the class updated_graph

test_values

Organize outputs for testing an intersection hypothesis

Multiple comparison procedures (MCPs) control the familywise error rate in clinical trials. Graphical MCPs include many commonly used procedures as special cases; see Bretz et al. (2011) <doi:10.1002/bimj.201000239>, Lu (2016) <doi:10.1002/sim.6985>, and Xi et al. (2017) <doi:10.1002/bimj.201600233>. This package is a low-dependency implementation of graphical MCPs which allow mixed types of tests. It also includes power simulations and visualization of graphical MCPs.

  • Maintainer: Dong Xi
  • License: Apache License (>= 2)
  • Last published: 2025-05-07