library(corrplot)
library(CCA)
M <- cor(X[, , 3])
#corrplot(M, method = "circle")
corrplot.mixed(M)
M <- cor(Z)
#corrplot(M, method = "circle")
corrplot.mixed(M)
matcor(Z_ITG[, 1:5], Z_ITG[, 6:10])
group <- matrix(1:(p*df_beta), nrow = df_beta)
cc <- matrix(NA, nrow = Nzero_group, ncol = p - Nzero_group)
for(j in 1L:Nzero_group){
for(i in 1L:(p - Nzero_group)){
#cat(i, "\r\n")
cc[j, i] <- max(cc( Z_ITG[, group[, j]], Z_ITG[, group[, Nzero_group+i]])$cor)
}
}
rowMeans(cc)
cc2 <- matrix(NA, nrow = Nzero_group, ncol = p - Nzero_group)
for(j in 1L:Nzero_group){
for(i in 1L:(p - Nzero_group)){
#cat(i, "\r\n")
cc[j, i] <- max(cc( X[, group[, j]], X[, group[, Nzero_group+i]])$cor)
}
}
quadratic_function <- function(a, b, c){
a <- 1
b <- -1
c <- 1
pos_root <- (-b + sqrt(b^2 - 4*a*c)) / (2*a)
neg_root <- (-b - sqrt((b^2) - 4ac)] / (2*a)
print(pos_root)
print(neg_root)
}
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.