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First, just want to say that i love this! So thanks for the work.
Maybe you can add a little note for the section on correlations:
There is a difference between corr(x,y) and lm(y ~ 1 + x). Correlation is commutative corr(x,y) = corr(y,x) but lm(y ~ 1 + x) ≠ lm(x ~ 1 + y). It's especially relevant when both x and y contain measurement error.
First, just want to say that i love this! So thanks for the work.
Maybe you can add a little note for the section on correlations:
There is a difference between
corr(x,y)
andlm(y ~ 1 + x)
. Correlation is commutativecorr(x,y) = corr(y,x)
butlm(y ~ 1 + x) ≠ lm(x ~ 1 + y)
. It's especially relevant when bothx
andy
contain measurement error.A good reference for this is here:
https://elifesciences.org/articles/00638
The
tls
package in R provides one option for computing this.The text was updated successfully, but these errors were encountered: