Dear John,
In RLQ (similarly to other methods in ade4), inertia are given by
eigenvalues. Thus, the percentage of inertia are obtained simply by:
rlq1$eig/sum(rlq1$eig)*100
For more details on outputs or RLQ, you can have a look at
Hello,
Could someone please tell me how to find the estimate of inertia for the
second axis of an RLQ analysis using ade4? Using the example from the
ade4 package, I *suspect* that the inertia for the 2nd axis of the R
table would be 4.139332 (see below results summary from rlq1). However,
Hello,
Could someone please tell me how to find the estimate of inertia for the
second axis of an RLQ analysis using ade4? Using the example from the
ade4 package, I *suspect* that the inertia for the 2nd axis of the R
table would be 4.139332 (see below results summary from rlq1). However,
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