Description Usage Arguments Value Note Author(s) References See Also Examples
This function can be used to perform the nonparametric multiple tests for all-pairs comparisons by Gao et al. (2008). This procedure is a nonparametric equivalent of Campbell and Skillings (1981) sequential test procedure.
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formula |
A two-sided 'formula' specifying a numeric response variable and a factor with more than two levels. If the factor contains less than 3 levels, an error message will be returned. |
data |
A dataframe containing the variables specified in formula. |
alpha |
The significance level (by default = 0.05). |
silent |
A logical indicating more informations should be print on screen. |
Info |
Samples and sizes with estimated relative effects and variance estimators. |
Single.Analysis |
Comp: Distributions being compared, Effect: Estimated effect, Statistic: Teststatistic, DF: Degree of Freedom, P.Raw: Raw p-Value, P.Bonf: Bonferroni adjusted p-Values, P.Holm: Holm adjusted p-Value. |
CS.Analysis |
Comp: Distributions being compared, Effect: Estimated effect, Statistic: Teststatistic, DF: Degree of Freedom, Quantiles: quantile, Adj. P: adjusted p-Value, Alpha: Significance level alpha, Rejected: A logical indicating rejected hypotheses, Layer: Layer of the stepwise analysis. |
The generalized Campbell and Skillings' analysis is performed in the CS.Analysis output. The adjusted quantiles and p-Values are reported. Due to the non-monotonicity of the adjusted quantiles, all results are checked for non-logical relations.
Frank Konietschke
Gao, X. et al. (2008). Nonparametric Multiple Comparison Procedures for Unbalanced One-Way Factorial Designs. JSPI 138, 2574 - 2591.
Konietschke, F., Placzek, M., Schaarschmidt, S., Hothorn, L.A. (2014). nparcomp: An R Software Package for Nonparametric Multiple Comparisons and Simultaneous Confidence Intervals. Journal of Statistical Software, 61(10), 1-17.
For nonparametric many-to-one comparison see gao
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