Packaged: 2019-02-19 15:59:58 UTC; pavlo.mozharovskyi

Title: Multiple Curve Comparisons Using Parametric Bootstrap
Description: Performs multiple comparison procedures on curve observations among different treatment groups. The methods are applicable in a variety of situations (such as independent groups with equal or unequal sample sizes, or repeated measures) by using parametric bootstrap. References to these procedures can be found at Konietschke, Gel, and Brunner (2014) <doi:10.1090/conm/622/12431> and Westfall (2011) <doi:10.1080/10543406.2011.607751>.

Title: Test the equality of two curves, or one curve with 0.
Description: To test if two curves defined by two data sets are equal,
Packaged: Thu Sep 18 15:43:47 2008; jacob

Title: The package will formally test two curves represented by
discrete data sets to be statistically equal or not when the
errors of the two curves were assumed either equal or not using
the tube formula to calculate the tail probabilities.
Description: Test Equality of Curves with Homoscedastic or
Depends: locfit, R.oo, methods, R.methodsS3

Title: Cusp Catastrophe Model Fitting Using Maximum Likelihood
Description: Package for cusp catastrophe modeling using Cobb's maximum
likelihood method. Contains several utility functions for
plotting, and for comparing the model to linear regression and

Title: Cusp-Catastrophe Model Fitting Using Maximum Likelihood
Author: Raoul P. P. P. Grasman [aut, cre, cph]
Description: Cobb's maximum likelihood method for cusp-catastrophe modeling
(Grasman, van der Maas, & Wagenmakers, 2009, JSS, 32:8;
Cobb, L, 1981, Behavioral Science, 26:1, 75--78).
Includes a cusp() function for model fitting, and several
utility functions for plotting, and for comparing the
model to linear regression and logistic curve models.

(Grasman, van der Maas, and Wagenmakers (2009) <doi:10.18637/jss.v032.i08>;
Cobb (1981), Behavioral Science, 26(1), 75-78). Includes a cusp() function for model
fitting, and several utility functions for plotting, and for comparing the