compute_ncp: Computes the non-centrality parameter for an F distributed...
In MRTSampleSizeBinary: Sample Size Calculator for MRT with Binary Outcomes
compute_ncp R Documentation
Computes the non-centrality parameter for an F distributed random variable
in the context of a MRT with binary outcome.
Description
A helper function for
mrt_binary_power() and mrt_binary_ss().
Usage
compute_ncp(x, beta, m_matrix, sigma_matrix)
Arguments
x
Sample size
beta
Marginal excursion effect, assumed dimension p
m_matrix
"Bread" of sandwich estimator for variance
sigma_matrix
"Meat" of sandwich estimator for variance
Value
Returns non-centrality parameter for an F distributed random
variable.
Examples
compute_ncp(300, beta_1, m_matrix_1, sigma_matrix_1)
MRTSampleSizeBinary documentation built on May 1, 2022, 5:08 p.m.
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| compute_ncp | R Documentation |
Computes the non-centrality parameter for an F distributed random variable in the context of a MRT with binary outcome.
Description
A helper function for mrt_binary_power() and mrt_binary_ss().
Usage
compute_ncp(x, beta, m_matrix, sigma_matrix)
Arguments
x |
Sample size |
beta |
Marginal excursion effect, assumed dimension p |
m_matrix |
"Bread" of sandwich estimator for variance |
sigma_matrix |
"Meat" of sandwich estimator for variance |
Value
Returns non-centrality parameter for an F distributed random variable.
Examples
compute_ncp(300, beta_1, m_matrix_1, sigma_matrix_1)
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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