clinical_significance() is deprecated. The package now offers several different approaches to clinical significance analyses, namely:
cs_anchor() (Anchor-based approaches)cs_percentage()(Percentage-change approaches)cs_distribution()(Distribution-based approaches)cs_statistical()(Statistical approaches)cs_combined()(Combined approaches)The function clinical_significance() used the combined approach (distribution-based and statistical). So the identical analysis can be carried out with cs_combined().
The function check_cutoff() is deprecated.
When method = "HLM, participants with three or more data points will be used. Before, participants with at least three data points (i.e., 4 or more) were used.
You can now specify a significance level at which you want the analysis to be based on with the significance_level argument. The default is significance_level = 0.05. Note that for this is the Phi max level when you set method = "HA" as outlined in their article.
The package now offers to combined approaches: The classic combination of statistical and distribution-based approaches but also the combination of statistical and anchor-based approaches
We included the function cs_get_model() to retrieve the hierarchical linear model that is fit during the distribution-based approach if the HLM method is requested.
The hechler_2014 dataset was included to ensure reproducibility of the JSS article.
|>magrittrcheck_cutoff() as in other plot functionssummary() and plot() methodplot() to give the user more control over the overall appearanceaes_() was deprecatedNEWS.md file to track changes to the package.