Title: A Collection of Robust Statistical Methods
Description: A collection of robust statistical methods based on Wilcox' WRS functions. It implements robust t-tests (independent and dependent samples), robust ANOVA (including between-within subject designs), quantile ANOVA, robust correlation, robust mediation, and nonparametric ANCOVA models based on robust location measures.
Imports: MASS, reshape, plyr, stats, graphics, grDevices, utils, mc2d
Suggests: knitr, beanplot, car, colorspace, mediation

Description: A user-friendly version of Wilcox' robust statistics functions (WRS package on GitHub). It implements robust tests for various ANOVA and ANCOVA techniques as described in R. Wilcox (2012) 'Introduction to Robust Estimation and Hypothesis Testing'.

Title: Wilcox Robust Estimation and Testing
Imports: MASS, reshape, plyr, stats, graphics, grDevices, utils

Description: A collection of robust statistical methods based on Wilcox' WRS functions. It implements t-tests (independent and dependent samples), ANOVA (including between-within subject designs) and nonparametric ANCOVA models based on robust location measures.
Suggests: knitr, beanplot, car, colorspace, ez

Suggests: knitr, beanplot, car, colorspace, ez, MBESS

Suggests: knitr, car, ggplot2, colorspace, mediation, GGally

Suggests: knitr, car, ggplot2, colorspace, mediation, GGally, codetools

Depends: R (>= 3.0.0), graphics, stats, Hmisc
Author: Rezgar Arabzadeh; Parisa Aberi; Kaveh Panaghi; Shahab Araghinejad; Majid Montaseri
Description: Water resources system simulator is a tool for simulation and analysis of large-scale water resources systems. There are existing packages on CRAN or other R repositories for reservoir system simulation and optimization (e.g. 'RSSOP' and 'reservoir'). The 'reservoir' proposes an implementation of stochastic dynamic programming for single reservoir operation, while 'RSSOP' and 'WRSS' are just simulator platforms but with capability of large scale reservoir operation. Although both 'RSSOP' and 'WRSS' are simulators for reservoirs systems, 'WRSS' enables us to simulate some more types of hydro-structures (e.g. aquifers, diversions, and etc.). Moreover, 'WRSS' is implemented so that to detect and simulate complicated water resources layouts through codding system and is sophisticated enough to understand almost any water resources schemes within the basin scale, which is not considered in the previous packages.