suff_stat

A probability distribution object such as those created by
a call to <code><a rd-options="=Bernoulli" href="/link/Bernoulli()?package=distributions3&version=0.1.2&to=%3DBernoulli" data-mini-rdoc="=Bernoulli::Bernoulli()">Bernoulli()</a></code>, <code><a rd-options="=Beta" href="/link/Beta()?package=distributions3&version=0.1.2&to=%3DBeta" data-mini-rdoc="=Beta::Beta()">Beta()</a></code>, or <code><a rd-options="=Binomial" href="/link/Binomial()?package=distributions3&version=0.1.2&to=%3DBinomial" data-mini-rdoc="=Binomial::Binomial()">Binomial()</a></code>.

A vector of data to compute the likelihood.

Unused. Unevaluated arguments will generate a warning to
catch mispellings or other possible errors.

Compute the sufficient statistics of a distribution from data

Tools to create and manipulate probability
distributions using S3.  Generics random(), pdf(), cdf() and
quantile() provide replacements for base R's r/d/p/q style functions.
Functions and arguments have been named carefully to minimize
confusion for students in intro stats courses. The documentation for
each distribution contains detailed mathematical notes.

Alex Hayes

distributions3

Probability Distributions as S3 Objects

Ralph Moller-Trane

Emil Hvitfeldt

Daniel Jordan

Paul Northrop

Bruna Wundervald

Alessandro Gasparini

suff_stat function

A probability distribution object such as those created by
a call to <code><a rd-options='=Bernoulli' href='Bernoulli()'>Bernoulli()</a></code>, <code><a rd-options='=Beta' href='Beta()'>Beta()</a></code>, or <code><a rd-options='=Binomial' href='Binomial()'>Binomial()</a></code>.

suff_stat: Compute the sufficient statistics of a distribution from data

Description

Usage

Arguments

Value