/**
 * This function calculates the final position of each planet based on their initial distances and velocities
 * using the left and right shift operators. The planets are represented by an array of names, an array of distances
 * in kilometers from the sun, and an array of velocities in kilometers per hour.
 *
 * @param planetNames An array of strings representing the names of the planets.
 * @param distancesInKm An array of integers representing the distances in kilometers from the sun.
 * @param velocitiesInKmh An array of integers representing the velocities of the planets in kilometers per hour.
 * @return A dictionary containing the final positions of each planet.
 */
fun calculatePosition(planetNames: List<String>, distancesInKm: List<Int>, velocitiesInKmh: List<Int>): Map<String, Int> {

    // Check if the input arrays are of the same length
    if (planetNames.size != distancesInKm.size || planetNames.size != velocitiesInKmh.size) {
        return mapOf("error" to -1) // Return an error code
    }

    // Create an empty dictionary to store final positions
    val finalPositions = mutableMapOf<String, Int>()

    // Calculate the final position of each planet using the left and right shift operators

    return finalPositions
}
/**
 * This function calculates the final position of each planet based on their initial distances and velocities
 * using the left and right shift operators. The planets are represented by an array of names, an array of distances
 * in kilometers from the sun, and an array of velocities in kilometers per hour.
 *
 * @param planetNames An array of strings representing the names of the planets.
 * @param distancesInKm An array of integers representing the distances in kilometers from the sun.
 * @param velocitiesInKmh An array of integers representing the velocities of the planets in kilometers per hour.
 * @return A dictionary containing the final positions of each planet.
 */
fun calculatePosition(planetNames: List<String>, distancesInKm: List<Int>, velocitiesInKmh: List<Int>): Map<String, Int> {
/**
 * This function calculates the final position of each planet based on their initial distances and velocities
 * using the left and right shift operators. The planets are represented by an array of names, an array of distances
 * in kilometers from the sun, and an array of velocities in kilometers per hour.
 *
 * @param planetNames An array of strings representing the names of the planets.
 * @param distancesInKm An array of integers representing the distances in kilometers from the sun.
 * @param velocitiesInKmh An array of integers representing the velocities of the planets in kilometers per hour.
 * @return A dictionary containing the final positions of each planet.
 */
fun calculatePosition(planetNames: List<String>, distancesInKm: List<Int>, velocitiesInKmh: List<Int>): Map<String, Int> {

    // Check if the input arrays are of the same length
    if (planetNames.size != distancesInKm.size || planetNames.size != velocitiesInKmh.size) {
        return mapOf("error" to -1) // Return an error code
    }

    // Create an empty dictionary to store final positions
    val finalPositions = mutableMapOf<String, Int>()

    // Calculate the final position of each planet using the left and right shift operators

    return finalPositions
}