## EXAMPLE1
# CF of the Waring distribution with a = 2.2, b = 3.3, r = 4
# The CF is not computed correctly!! Because the hypergeomtric function
# Hypergeom2F1(r,b,a+b+r,z) does not converege abs(z)>=1. Here z = exp(1i*t),
# ans abs(exp(1i*t)) = 1.
a <- 2.2
b <- 3.3
r <- 4
t <- seq(from = -5,
to = 5,
length.out =1001)
plotReIm(function(t)
cfN_Waring(t, a, b, r),
t,
title = "CF of the Waring distribution with a = 2.2, b = 3.3, r = 4")
##EXAMPLE2
#CF of the compound Waring-Exponential distribution
a <- 2.2
b <- 3.3
r <- 4
lambda <- 5
cfX <- function(t)
cfX_Exponential(t,lambda)
t <- seq(-10,10,length.out = 501)
plotReIm(function(t)
cfN_Waring(t, a, b, r, cfX),
t,
title = "CF of the compound Waring-Exponential distribution")
##EXAMPLE3
# PDF/CDF of the compound Waring-Exponential distribution
a <- 2.2
b <- 3.3
r <- 4
lambda <- 5;
cfX <- function(t)
cfX_Exponential(t,lambda)
cf <- function(t)
cfN_Waring(t, a, b, r, cfX)
x <- seq(0,35, length.out= 101)
prob <- c(0.9, 0.95, 0.99)
options <- list()
options$isCompound = TRUE
result <- cf2DistGP(cf,x,prob,options)
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