dfpt

Discrete factor analysis with the truncated Poisson distribution

Discrete factor analysis for dependent Poisson and negative binomial models with truncation, zero inflation, and zero inflated truncation.

Reza A. Belaghi

discFA

Discrete Factor Analysis

Yasin Asar

Rolf Larsson

dfpt function

<dl><dt>y</dt>
<dd>Data, an n by d numeric matrix</dd>
<dt>A</dt>
<dd>truncation point (Note that if the data is in Likert scale
starting from 1, then you should subtract 1 from the data and then use the
proposed negative binomial models.</dd></dl>

Arguments

Discrete factor analysis with the truncated Poisson distribution — dfpt

<dl>

<dt>y</dt>
<dd>Data, an n by d numeric matrix</dd>


<dt>A</dt>
<dd>truncation point (Note that if the data is in Likert scale
starting from 1, then you should subtract 1 from the data and then use the
proposed negative binomial models.</dd>

</dl>

dfpt: Discrete factor analysis with the truncated Poisson distribution

Description

Usage

Value

Arguments

Examples