Nothing
TMLjac12.G <-
function(d.Beta,d.sigma,rs0,delta,X,cu) {
# Jacobian of Beta-equation wrt sigma.hat
n <- length(rs0); cl <- -cu
D1 <- D2 <- D3 <- D <- rep(0,n); zero <- 1e-6
rsd <- (rs0-X%*%d.Beta)/d.sigma
Fo <- pnorm(rsd)
den <- 1-Fo; ok <- den > zero
fo <- dnorm(rsd)
ai <- (pmax(rs0,cl)-X%*%d.Beta)/d.sigma
bi <- (cu - X%*%d.Beta)/d.sigma
foai <- dnorm(ai)
fobi <- dnorm(bi)
fopai <- foai*(-ai)
fopbi <- fobi*(-bi)
D1 <- - delta*ww(rs0,cl,cu)*rsd
D2[ok]<- - ( (1-delta)*fo/(1-Fo)^2*(foai-fobi)*rsd )[ok]
D3[ok]<- - ( (1-delta)/(1-Fo)*(fopai*ai-fopbi*bi) )[ok]
D <- D1 + D2 + D3
Jac <- t(X)%*%(as.vector(D))/d.sigma/n
Jac}
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