Answer to Question #156556 in C++ for Ammy

Question

In form of C++ class and objects, create a program with this problem:

Company ABC, an airline company is closely monitoring the distance between airplanes as they take-off on the same airport. You are asked to create a system that would calculate the distance between two planes A and B given the following plane attributes: Take-off Time, Speed (mi/hr), direction (north, east, west, south). Also, given the time where the navigation officer would like to check the distance.

Answer 1

#include <iostream>
#include <cmath>
using namespace std;

class ABCCompany {
    public : 
        int take_off_t1;
        int velocity1;
        string direction1;
        int time_check_distance1;
        int take_off_t2;
        int velocity2;
        string direction2;
        int time_check_distance2;
        float distance;
        
        void get_Parametres() {
            cout << "\nEnter the first plane information: \n";
            cout << "Enter take off time the 1-plane[min]: "; cin >> take_off_t1;
            cout << "Enter the speed of 1-plane [mil/hour]: "; cin >> velocity1;
            cout << "Enter the direction[north, south, east, west]: "; cin >> direction1;
            cout << "Enter time where the navigation officer would like to check the distance[min]: "; cin >> time_check_distance1;
            cout << "\nEnter the second plane information: \n";
            cout << "Enter take off time the 2-plane[min]: "; cin >> take_off_t2;
            cout << "Enter the speed of 2-plane [mil/hour]: "; cin >> velocity2;
            cout << "Enter the direction[north, south, east, west]: "; cin >> direction2;
            cout << "Enter time where the navigation officer would like to check the distance[min]: "; cin >> time_check_distance2;
        }
        
        void distanceBetweenTwoPlanes () {
            if (direction1 == "north" && direction2 == "north" || direction1 == "south" && direction2 == "south" || direction1 == "east" && direction2 == "east" || direction1 == "west" && direction2 == "west") {
                distance = fabs((float)(time_check_distance1 - take_off_t1) * velocity1 / 60.0 - (float)(time_check_distance2 - take_off_t2) * velocity2 / 60.0);
            }
            if ((direction1 == "north" && direction2 == "south" || direction1 == "east" && direction2 == "west") || (direction1 == "south" && direction2 == "north" || direction1 == "west" && direction2 == "east")) {
                distance = fabs((float)(time_check_distance1 - take_off_t1) * velocity1 / 60.0 + (float)(time_check_distance2 - take_off_t2) * velocity2 / 60.0);
            }
            if ((direction1 == "north" && direction2 == "east" || direction1 == "north" && direction2 == "west") || (direction1 == "south" && direction2 == "east" || direction1 == "south" && direction2 == "west") || (direction1 == "east" && direction2 == "north" || direction1 == "east" && direction2 == "south") || (direction1 == "west" && direction2 == "north" || direction1 == "west" && direction2 == "south")) {
                distance = sqrt(pow((float)(time_check_distance1 - take_off_t1) * velocity1 / 60.0, 2) + pow((float)(time_check_distance2 - take_off_t2) * velocity2 / 60.0, 2));
            }
            cout << "The distance between two planes is: " << distance << " mil.";
        }
};
int main () {
    ABCCompany flight;
    flight.get_Parametres();
    flight.distanceBetweenTwoPlanes();
    return 0;
}