/**
 * Perform division assignment on complex numbers using the division assignment operator in Python.
 *
 * @param dividend The complex number in the dividend.
 * @param divisor The real number in the divisor.
 * @param real The real part of the complex number to assign the result.
 * @param imaginary The imaginary part of the complex number to assign the result.
 * @return The result of division assigned to the given complex number.
 *
 * Example:
 * '``
 * val dividend = 5 + 3i
 * val divisor = 2.0
 * val real = 0.0
 * val imaginary = 0.0
 * divisionAssignmentOperatorAndComplexNumbers(dividend, divisor, real, imaginary)
 * '``
 */
fun divisionAssignmentOperatorAndComplexNumbers(dividend: Pair<Double, Double>, divisor: Double, real: Double, imaginary: Double): Pair<Double, Double> {

    // Divide the complex number with the divisor
    val resultReal = real / divisor
    val resultImaginary = imaginary / divisor

    return Pair(resultReal, resultImaginary)
}
/**
 * Perform division assignment on complex numbers using the division assignment operator in Python.
 *
 * @param dividend The complex number in the dividend.
 * @param divisor The real number in the divisor.
 * @param real The real part of the complex number to assign the result.
 * @param imaginary The imaginary part of the complex number to assign the result.
 * @return The result of division assigned to the given complex number.
 *
 * Example:
 * '``
 * val dividend = 5 + 3i
 * val divisor = 2.0
 * val real = 0.0
 * val imaginary = 0.0
 * divisionAssignmentOperatorAndComplexNumbers(dividend, divisor, real, imaginary)
 * '``
 */
fun divisionAssignmentOperatorAndComplexNumbers(dividend: Pair<Double, Double>, divisor: Double, real: Double, imaginary: Double): Pair<Double, Double> {
/**
 * Perform division assignment on complex numbers using the division assignment operator in Python.
 *
 * @param dividend The complex number in the dividend.
 * @param divisor The real number in the divisor.
 * @param real The real part of the complex number to assign the result.
 * @param imaginary The imaginary part of the complex number to assign the result.
 * @return The result of division assigned to the given complex number.
 *
 * Example:
 * '``
 * val dividend = 5 + 3i
 * val divisor = 2.0
 * val real = 0.0
 * val imaginary = 0.0
 * divisionAssignmentOperatorAndComplexNumbers(dividend, divisor, real, imaginary)
 * '``
 */
fun divisionAssignmentOperatorAndComplexNumbers(dividend: Pair<Double, Double>, divisor: Double, real: Double, imaginary: Double): Pair<Double, Double> {

    // Divide the complex number with the divisor
    val resultReal = real / divisor
    val resultImaginary = imaginary / divisor

    return Pair(resultReal, resultImaginary)
}