powered by
The cumulative probability distribution function (CDF) of the tempered stable subordinator distribution.
pTSS( q, alpha = NULL, delta = NULL, lambda = NULL, theta = NULL, pmethod = "integrate", N = 8192, ... )
As q is a numeric vector, the return value is also a numeric vector of probabilities.
q
A numeric vector of positive quantiles.
Stability parameter. A real number between 0 and 1.
Scale parameter. A real number > 0.
Tempering parameter. A real number > 0.
Parameters stacked as a vector.
A string. If not "integrate", the function chartocdf() will be triggered.
chartocdf()
is a power of two & N >= 1024. if pmethod != "integrate". 8192 by default. Relevant for
pmethod != "integrate"
Possibility to modify stats::integrate().
stats::integrate()
theta denotes the parameter vector (alpha, delta, lambda). Either provide the parameters alpha, delta, lambda individually OR provide theta. The function integrates the PDF numerically with integrate().
theta
(alpha, delta, lambda)
alpha
delta
lambda
integrate()
See also the dTSS() density-function.
dTSS()
# \donttest{ x <- seq(0,15,0.5) y <- pTSS(x,0.7,1.354,0.3) plot(x,y) # }
Run the code above in your browser using DataLab