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Finds in a computationally fast algorithm the average square correlation magnitude for every variable of a dataset.
cor2mean(mat)
\(p \times n\) matrix with the p-variate dataset.
The average square correlation magnitude of the sample correlation matrix (including the diagonal) for every variable in mat.
mat
It is especially suitable for high dimensions. For instance it handles well dimensions of order of thousands.
To come
cor2mean.adj for adjusted average square correlation magnitude.
cor2mean.adj
# NOT RUN { EX1 <- pcorSimulator(nobs = 50, nclusters= 3, nnodesxcluster = c(100,30,50), pattern = "powerLaw", plus = 0) corsEX1 <- cor2mean(t(EX1$y)) # }
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