/**
 * This function takes two tuples representing musicians and compares them based on their rounding and precision
 * of floating-point numbers attributes. It returns true if both musicians have the same rounding and precision,
 * and false otherwise.
 *
 * @param musician1 A tuple representing the first musician
 * @param musician2 A tuple representing the second musician
 * @return true if both musicians have the same rounding and precision, false otherwise
 */
fun compareMusicianTuples(musician1: Pair<Double, Double>, musician2: Pair<Double, Double>): Boolean {

    // Compare rounding and precision attributes of both musicians
    return musician1.first == musician2.first && musician1.second == musician2.second
}
/**
 * This function takes two tuples representing musicians and compares them based on their rounding and precision
 * of floating-point numbers attributes. It returns true if both musicians have the same rounding and precision,
 * and false otherwise.
 *
 * @param musician1 A tuple representing the first musician
 * @param musician2 A tuple representing the second musician
 * @return true if both musicians have the same rounding and precision, false otherwise
 */
fun compareMusicianTuples(musician1: Pair<Double, Double>, musician2: Pair<Double, Double>): Boolean {
/**
 * This function takes two tuples representing musicians and compares them based on their rounding and precision
 * of floating-point numbers attributes. It returns true if both musicians have the same rounding and precision,
 * and false otherwise.
 *
 * @param musician1 A tuple representing the first musician
 * @param musician2 A tuple representing the second musician
 * @return true if both musicians have the same rounding and precision, false otherwise
 */
fun compareMusicianTuples(musician1: Pair<Double, Double>, musician2: Pair<Double, Double>): Boolean {

    // Compare rounding and precision attributes of both musicians
    return musician1.first == musician2.first && musician1.second == musician2.second
}