#Pick tables to split... for a SH on the tables
#
#'Identify a matrix of indices for SH_talbes
#'The rows of the matrix produced correspond to the tables to leave out in each iteration
#'
#'@param DESIGN_tables DESIGN matrix for tables (participants nested in groups)
#'@param niter Number of iterations
#'@return A matrix of tables indices to leave out for each iteration of the SH
#'@export
Pick_tables_to_split <- function(DESIGN_tables = DESIGN_tables, niter = niter){
#Remove half of the tables from each Group.
#How many to remove from each Group?
how_many_to_remove_from_each_Group <- floor(colSums(DESIGN_tables$mat)/2)
#use the following to create colors also: floor(colSums(DESIGN_tables$mat)/2)
#rep(res_HiDiSTATIS$input$DESIGN_tables$colors_D, floor(colSums(res_HiDiSTATIS$input$DESIGN_tables$mat)/2))
total_tables_to_leave_out <- sum(how_many_to_remove_from_each_Group)
#Initialize the matrix to store left out table indices
Leave_out_these_tables <- matrix(NA, total_tables_to_leave_out, niter)
#Identify the specific stimuli to remove from each category
for(i in 1:niter){
leave_out <- vector()
for(d in 1:DESIGN_tables$D){
leave_out <- c(leave_out,
sort(sample(which(DESIGN_tables$mat[,d]==1), how_many_to_remove_from_each_Group[d]))
)
}
Leave_out_these_tables[,i] <- leave_out
}
return(Leave_out_these_tables)
}
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