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#' minimalRSD: A package for constructing CCD and BBD with minimum
#' level changes in the run sequence
#'
#' The minimalRSD package can be used to construct Central Composite
#' Designs (CCD) with full as well as fractional factorial points(half replicate)
#' and Box Behnken designs (BBD) with minimum number
#' of changes in the levels of input factors. These designs help in providing reducing
#' cost-effective Response Surface Designs (RSDs).
#' This package provides three categories of important functions:
#' min-bbd, min_ccd and min_ccd_2.
#'
#' @section minimalRSD functions:
#' min_bbd: Generate minimally changed BBD for a given number of input factors. \cr
#' min_ccd: Generate minimally changed CCD for a given number of input factors. \cr
#' min_ccd_2: Generate minimally changed CCD with fractinalfactorial points
#' (half replicate) for a given number of factors. \cr
#'
#' @docType package
#'
#' @name minimalRSD
#'
#' @details The package minimalRSD is an implementation of the concepts
#' and theory discussed by Varghese et al. (2017). For detailed information
#' and concepts users are advised to see the following reference.
#'
#'
#' @references Eldho Varghese, Arpan Bhowmik,Seema Jaggi, Cini Varghese
#' and Shwetank Lall (2017). On the construction of response surface designs with
#' minimum level changes. Utilitas Mathematica, (under print).\cr
#' Eldho Varghese, Arpan Bhowmik,Seema Jaggi, Cini Varghese
#' and Charanjit Kaur (2017). On the generation of cost
#' effective response surface designs. Computers and
#' Electronics in Agriculture, 133,37-45.
#'
#' @author Shwetank Lall \email{shwetanklall@gmail.com}
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