#' Generate a dataframe of diagnostic performance over the range of thresholds specified in the main dx function call.
#'
#' @param dx_obj An object of class dx
#' @param measures Vector of diagnostic measures to include
#' @param fraction Logical. Should fractions be included for measures (where applicable)
#' @noRd
#' @keywords internal
# dx_diagnostic_table <- function(dx_obj, measures = c("AUC", "Accuracy", "Sensitivity",
# "Specificity","Positive Predictive Value",
# "Negative Predictive Value","Odds Ratio", "F1 Score"),
# fraction = TRUE) {
#
# # Filter and transform the operating data
# operatingdata <- dx_obj$measures[dx_obj$measures$variable == "Overall", ]
#
# if (fraction) {
# operatingdata$fraction <- ifelse(nchar(as.character(operatingdata$fraction)) == 0,
# operatingdata$fraction,
# paste0(" ", operatingdata$fraction))
#
# # Combine estimate and fraction if needed
# operatingdata$combined_summary <- paste0(operatingdata$estimate, operatingdata$fraction)
# } else {
# operatingdata$combined_summary <- operatingdata$estimate
# }
#
#
#
# # Select and reshape the data to wide format
# operatingdata_wide <- stats::reshape(operatingdata,
# timevar = "measure",
# idvar = "threshold",
# direction = "wide")
#
# # Select the desired columns based on the selected measures
# cols_to_select <- c("threshold", paste("combined_summary", measures, sep = "."))
# operatingdata_wide <- operatingdata_wide[, cols_to_select, drop = FALSE]
# names(operatingdata_wide) <- gsub("combined_summary\\.", "", names(operatingdata_wide))
#
# operatingdata_wide <- operatingdata_wide[order(operatingdata_wide$threshold), ]
#
# return(operatingdata_wide)
# }
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