death_table

Creates a death table from a population data frame.
For each <code>i=1..N-1</code> and <code>j=1..M</code>, the number of individuals with age at last birthday in <code>[ages[i],ages[i+1])</code> and died in <code>[times[j],times[j+1])</code> is computed.

Simulation of the random evolution of structured population dynamics, called stochastic Individual Based Models (IBMs) (see e.g. Ferrière and Tran (2009) <doi:10.1051/proc/2009033>, Bansaye and Méléard (2015) <doi:10.1007/978-3-319-21711-6>, Boumezoued (2016)).
The package allows users to simulate the random evolution of a population in which individuals are characterised by their date of birth, a set of attributes, and their potential date of death.

Daphnc3<a9> Giorgi

IBMPopSim

Individual Based Model Population Simulation

Daphné Giorgi

Sarah Kaakai

Vincent Lemaire

death_table function

<dl><dt>pop_df</dt>
<dd>Population data frame containing at least <code>'birth'</code> and <code>'death'</code> columns.</dd>
<dt>ages</dt>
<dd>A vector of size <code>N</code> composed of age groups.</dd>
<dt>period</dt>
<dd>A vector of size <code>M</code> composed of time intervals.</dd></dl>

Arguments

Death table — death_table

<dl>

<dt>pop_df</dt>
<dd>Population data frame containing at least <code>'birth'</code> and <code>'death'</code> columns.</dd>


<dt>ages</dt>
<dd>A vector of size <code>N</code> composed of age groups.</dd>


<dt>period</dt>
<dd>A vector of size <code>M</code> composed of time intervals.</dd>

</dl>

death_table: Death table

Description

Usage

Value

Arguments

Details

Examples