Nothing
nntsDensityInterval0to1 <-
function (S, cpars = 1/sqrt(2*pi), M = 0)
{
n<-length(S)
if (M == 0)
return(rep(1,n))
size <- length(cpars)
if (size != M+1)
return("Length of cpars must be equal to M+1")
if (abs(sum(Mod(cpars)^2) - 1/(2 * pi)) > 0.0000000001)
return("sum of the squared norms of componentes greater than condition")
# y <- 0
# for (k in 0:M){
# y <- y + cpars[k+1]*exp(1i * k * (2*pi) * S)
# }
# y <- y * Conj(y)
# y <- (2*pi)*y
y<-2*pi*nntsdensity(2*pi*S,cpars,M)
return(y)
}
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