#' Calculate the weights of all models and choose the selected ones based on a function
#'
#' Checks all the weights using a function to determine a value usually mean.
#' @param matrix_weights A matrix of weights
#' @param function_vector a function to apply in the vector of weights
#' @param if_all_bellow a choice to avoid the case where all weights = 0
#' @param ... arguments to be passed to the function
#' @return A list with all of the weights
#' @export
bonsai_test_greater_function <- function(matrix_weights,
function_vector,
if_all_bellow = FALSE,
...) {
number_models <- length(matrix_weights[, 1])
number_predictions <- length(matrix_weights[1, ])
for (i in seq_len(number_predictions)) {
vector_weights <- matrix_weights[, i]
value <- function_vector(vector_weights)
for (j in seq_len(number_models)) {
if (value > vector_weights[[j]]) {
vector_weights[[j]] <- 0
}
if (mean(vector_weights) != 0) {
} else {
if (if_all_bellow == TRUE) {
for (j in seq_len(number_models)) {
vector_weights[[j]] <- 1 / number_models
}
}
}
matrix_weights[, i] <- vector_weights
}
}
return(matrix_weights)
}
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