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SSgauss <- selfStart(~ h*exp(-(x-mu)^2/(2*sigma^2)), function(mCall, data, LHS) {
xy <- sortedXyData(mCall[["x"]], LHS, data)
len <- dim(xy)[1]
xyarea <- sum((xy[2:len,2]+xy[1:(len-1),2])*(xy[2:len,1]-xy[1:(len-1),1]))/2
maxpos <- which.max(xy[,2])
mu <- xy[maxpos,1]
h <- xy[maxpos,2]
sigma <- xyarea/(h*sqrt(2*pi))
value <- c(mu, sigma, h)
names(value) <- mCall[c("mu", "sigma", "h")]
value
}, c("mu", "sigma", "h"))
etg <- function(x, H, t1, tt, k1, kt, lambda1, lambdat, alpha, beta)
2*H*exp(0.5)/((1+lambda1*exp(k1*(t1-x)))^alpha + (1+lambdat*exp(kt*(x-tt)))^beta - 1)
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