/**
 * Calculate the flight trajectory of an aircraft given its data and atmospheric conditions.
 *
 * @param aircraftData A dictionary containing the aircraft's characteristics.
 * @param atmosphericConditions A dictionary containing the atmospheric conditions.
 * @return A list of tuples representing the flight trajectory.
 */
fun calculateFlightTrajectory(aircraftData: Map<String, Double>, atmosphericConditions: Map<String, Double>): List<Pair<Double, Double>> {

    if (aircraftData !is Map<*, *> || atmosphericConditions !is Map<*, *>) {
        return listOf()
    }

    // Extracting aircraft data
    val wingspan = aircraftData["wingspan"] ?: 0.0
    val engineThrust = aircraftData["engine_thrust"] ?: 0.0
    val dragCoefficient = aircraftData["drag_coefficient"] ?: 0.0

    // Extracting atmospheric conditions
    val airDensity = atmosphericConditions["air_density"] ?: 0.0
    val windSpeed = atmosphericConditions["wind_speed"] ?: 0.0

    if (wingspan == 0.0 || engineThrust == 0.0 || dragCoefficient == 0.0 || airDensity == 0.0 || windSpeed == 0.0) {
        return listOf()
    }

    // Perform calculations for flight trajectory
    // Add your calculations here

    return listOf() // Placeholder return statement
}
/**
 * Calculate the flight trajectory of an aircraft given its data and atmospheric conditions.
 *
 * @param aircraftData A dictionary containing the aircraft's characteristics.
 * @param atmosphericConditions A dictionary containing the atmospheric conditions.
 * @return A list of tuples representing the flight trajectory.
 */
fun calculateFlightTrajectory(aircraftData: Map<String, Double>, atmosphericConditions: Map<String, Double>): List<Pair<Double, Double>> {
/**
 * Calculate the flight trajectory of an aircraft given its data and atmospheric conditions.
 *
 * @param aircraftData A dictionary containing the aircraft's characteristics.
 * @param atmosphericConditions A dictionary containing the atmospheric conditions.
 * @return A list of tuples representing the flight trajectory.
 */
fun calculateFlightTrajectory(aircraftData: Map<String, Double>, atmosphericConditions: Map<String, Double>): List<Pair<Double, Double>> {

    if (aircraftData !is Map<*, *> || atmosphericConditions !is Map<*, *>) {
        return listOf()
    }

    // Extracting aircraft data
    val wingspan = aircraftData["wingspan"] ?: 0.0
    val engineThrust = aircraftData["engine_thrust"] ?: 0.0
    val dragCoefficient = aircraftData["drag_coefficient"] ?: 0.0

    // Extracting atmospheric conditions
    val airDensity = atmosphericConditions["air_density"] ?: 0.0
    val windSpeed = atmosphericConditions["wind_speed"] ?: 0.0

    if (wingspan == 0.0 || engineThrust == 0.0 || dragCoefficient == 0.0 || airDensity == 0.0 || windSpeed == 0.0) {
        return listOf()
    }

    // Perform calculations for flight trajectory
    // Add your calculations here

    return listOf() // Placeholder return statement
}