Nothing
connectedParts <- function(lambda0){
lambda <- lambda0
lambda[1L] <- lambda[1L]+1L
out <- list(lambda)
for(i in seq_along(lambda0)[-1L]){
if(lambda0[i] < lambda0[i-1L]){
lambda <- lambda0
lambda[i] <- lambda[i] + 1L
out <- c(out, list(lambda))
}
}
c(out, list(c(lambda0,1L)))
}
#' Plancherel growth process
#' @description Samples a path of the Young graph according to the Plancherel
#' growth process.
#'
#' @param n the size of the path to be sampled
#'
#' @return The path as a list, starting from the root vertex \code{1}.
#' @export
#'
#' @seealso \code{\link{gprocess2syt}} and \code{\link{syt2gprocess}} to convert
#' a Young path to a standard Young tableau and conversely.
#'
#' @examples
#' rgprocess(7)
rgprocess <- function(n){
path <- list(1L)
for(i in seq_len(n-1L)){
set <- connectedParts(path[[i]])
f_nu <- count_sytx(path[[i]])
probs <- sapply(set, function(p) count_sytx(p))/(i+1)/f_nu
path <- c(path, sample(set, 1L, prob=probs))
}
path
}
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