ve two groups of nodes which are broken up into two subgroups. All the networks have the same number of node, edges, connections within and between groups. However, the connections between subgroups change producing very different networks even though they appear identical using traditional network metrics (for more information see the paper by Peel et al).</p>
<p>the <code>rSETSe</code> package has a function that generates each of the 5 types of Peels network. The code chunk below shows 1 example of each 