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Improve CI coverage for non-parametric CLES and rank differences #500
Description
Open a new issue / pr to discuss improving the CI covered for all of these methods - since they are all monotonic transformations of one another, it makes sense to me they can be improved together.
Originally posted by @mattansb in #496 (comment)
Also related to #479
Activity
[-]Improve coverage for non-parametric CLES and rank differences[/-][+]Improve CI coverage for non-parametric CLES and rank differences[/+]mattansb commentedon Sep 24, 2022
@arcaldwell49 feel free to contribute here if you'd like, there is not rush or pressure (:
bwiernik commentedon Sep 29, 2022
The fisher z transformation applies to Pearson r and approximately to phi — it will undercover for any rank correlation or continuity correction like biserial, tetrachoric, or polychoric unless the n is adjusted downward
metafor::escalc has sampling error formulas for some of these I believe
arcaldwell49 commentedon Sep 29, 2022
Very good points @bwiernik . Also, I noticed an error in my code where I ran some simulations earlier this month.... The issue may be mute, but let me re-run the simulations to check.