#' Return anova table to a norm way
#'
#' @description
#' \code{dikuai} Return anova and LSD for the MET analysis
#' @param MET data: data: Loc, Rep, Cul, yield
#'
#' @examples
#' library(met)
#' row = 3
#' col = 90
#' b_row = 1
#' b_col = 90
#' plot_col = 5
#' dd = dikuai(row,col,b_row,b_col,plot_col)
#'dd
dikuai <- function(row,col,b_row,b_col,plot_col){
cul = paste0("Cul_",1:(row*col/plot_col))
n_block = (col/b_col)*(row/b_row)
pp = b_col/plot_col
te=NULL;dcol=NULL
for(i in 1:(col/b_col)){
x = (i-1)*pp+1
y = i*pp
te =c(rep(c(x:y,y:x),row%/%2),rep(x:y,row%%2))
dcol = append(dcol,te)
}
drow = rep(c(1:row),each=(b_col/plot_col))
block = rep(1:n_block,each=(b_row*(b_col/plot_col)))
dat = data.frame(cul,drow,dcol,block)
return(dat)
}
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