Nothing
gRho <-
function(x1,x2, mu1,mu2,s1,s2,rho12, star_rho12, fhat1, fhat2, G_Point7,GH_Quadrature ){#x1 is a sample from population1
# and x2 is a sample from population2. They are used to
# create kernel density functions.
# fhat1<-kde(x=x1,binned=TRUE)
# fhat2<-kde(x=x2, binned=TRUE)
m<-7
g<- 0
for(l in 1:m){
for(k in 1:m){
g<-g+GH_Quadrature[l]*GH_Quadrature[k]*((qkdeSorted(pnorm(G_Point7[l]),fhat1)-mu1)/s1)*((qkdeSorted(pnorm(star_rho12*G_Point7[l]+sqrt(1-star_rho12^2)*G_Point7[k]),fhat2)-mu2)/s2)
}
}
g<-rho12-g
return(g)
# g <- sum(unlist(lapply(1:m, FUN = function(l) {
# return(unlist(lapply(1:m, FUN = function(k) {
# return(GH_Quadrature[l]*GH_Quadrature[k]*((qkdeSorted(pnorm(G_Point7[l]),fhat1)-mu1)/s1) *
# ((qkdeSorted(pnorm(star_rho12*G_Point7[l]+sqrt(1-star_rho12^2)*G_Point7[k]),fhat2)-mu2)/s2))
# })))
# })))
#
# return(rho12 - g)
}
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