pcomp

an integer vector where the CDF is to be calculated. If the input
is not an integer, it will be coerced to be an integer.

a double vector of the parameter \(\lambda\).

a double vector of the parameter \(\nu\).

an integer for the summation term in the density (default 100)

sumTo

a boolean for if P(Y&lt;=q) should be returned
(default <code>TRUE</code>), otherwise, P(Y&gt;q) is returned.

lowerTail

a boolean for if the log of the probability should be given
(default <code>FALSE</code>)

logP

The CDF of the Conway-Maxwell-Poisson distribution with
 parameters <code>lam</code> and <code>nu</code> at point <code>q</code>.

A function (which uses a similar interface to the `glm' function)
for the fitting of a Conway-Maxwell-Poisson GLM. There are also various
methods for analysis of the model fit. The package also contains functions
for the Conway-Maxwell-Poisson distribution in a similar interface to
functions `dpois', `ppois' and `rpois'. The functions are generally quick,
since the workhorse functions are written in C++ (thanks to the Rcpp
package).

pcomp: Conway-Maxwell-Poisson Cumulative Density Function

Description

Usage

Arguments

Value

Details

Examples