/**
 * This function finds the common intersection between Floating-point error and understanding epsilon and Negative Integers.
 *
 * @param epsilon A small positive value used to represent the margin of error allowed in floating-point calculations.
 * @param negativeIntegers A list of negative integers.
 * @return A list containing the common intersection of floating-point error and understanding epsilon with negative integers.
 */
fun findCommonIntersection(epsilon: Double, negativeIntegers: List<Int>): List<Int> {

    // Initialize an empty list to store the common intersection
    val commonIntersection = mutableListOf<Int>()

    // Iterate through each negative integer
    for (negativeInteger in negativeIntegers) {
        // Check if the negative integer is within the epsilon range
        if (Math.abs(negativeInteger.toDouble()) < epsilon) {
            // Add the negative integer to the common intersection list
            commonIntersection.add(negativeInteger)
        }
    }

    // Return the common intersection list
    return commonIntersection
}
/**
 * This function finds the common intersection between Floating-point error and understanding epsilon and Negative Integers.
 *
 * @param epsilon A small positive value used to represent the margin of error allowed in floating-point calculations.
 * @param negativeIntegers A list of negative integers.
 * @return A list containing the common intersection of floating-point error and understanding epsilon with negative integers.
 */
fun findCommonIntersection(epsilon: Double, negativeIntegers: List<Int>): List<Int> {
/**
 * This function finds the common intersection between Floating-point error and understanding epsilon and Negative Integers.
 *
 * @param epsilon A small positive value used to represent the margin of error allowed in floating-point calculations.
 * @param negativeIntegers A list of negative integers.
 * @return A list containing the common intersection of floating-point error and understanding epsilon with negative integers.
 */
fun findCommonIntersection(epsilon: Double, negativeIntegers: List<Int>): List<Int> {

    // Initialize an empty list to store the common intersection
    val commonIntersection = mutableListOf<Int>()

    // Iterate through each negative integer
    for (negativeInteger in negativeIntegers) {
        // Check if the negative integer is within the epsilon range
        if (Math.abs(negativeInteger.toDouble()) < epsilon) {
            // Add the negative integer to the common intersection list
            commonIntersection.add(negativeInteger)
        }
    }

    // Return the common intersection list
    return commonIntersection
}