plot.bootnetResult

A <code>bootnetResult</code> object

Logical, should the analyzed network be weighted?

weighted

Logical, should the analyzed network be signed?

signed

Logical, is the analyzed network directed? Usually does not have to be set and is detected automatically.

directed

Arguments sent to <code><a rd-options="qgraph" href="/link/qgraph?package=bootnet&version=1.0.0&to=qgraph" data-mini-rdoc="qgraph::qgraph">qgraph</a></code>.

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Plots the graph using the qgraph package and the <code><a rd-options="qgraph" href="/link/qgraph?package=bootnet&version=1.0.0&to=qgraph" data-mini-rdoc="qgraph::qgraph">qgraph</a></code> function. Defined as <code>qgraph::qgraph(x[['graph']],labels=x[['labels']],...)</code>

Bootstrap methods to assess accuracy and stability of estimated network structures
and centrality indices. Allows for flexible specification of any undirected network
estimation procedure in R, and offers default sets for 'qgraph', 'IsingFit', 'IsingSampler',
'glasso', 'huge' and 'parcor' packages.

Sacha Epskamp

bootnet

Bootstrap Methods for Various Network Estimation Routines

plot.bootnetResult function

Arguments sent to <code><a rd-options='qgraph' href='qgraph'>qgraph</a></code>.

Plots the graph using the qgraph package and the <code><a rd-options='qgraph' href='qgraph'>qgraph</a></code> function. Defined as <code>qgraph::qgraph(x[['graph']],labels=x[['labels']],...)</code>

plot.bootnetResult: Plot method for bootnetResult objects

Description

Usage

Arguments