#include<iostream>
#include<string>
#include<cstdlib>
using namespace std;
const string newLatLong = "42 degrees 21' 29\" N / 71 degrees 3' 37\" W";
class Airplane
{
private:
    string latLong;
    double altitude;
    double speed;
public:
    void setSpeed(double newSpeed); //check for stall speed (< 80)
    void setAltitude(double newAltitude); // check for alt (< 0)
    double getSpeed();
    double getAltitude();
    Airplane(); // default constructor- sets everything to 0
    Airplane(double newSpeed, double newAltitude, string newLatLong);
};
class Airliner: public Airplane
{
private:
    double heading;
    double distance;
public:
    void setHeading(double newHeading);
    void setDistance(double newDistance);
    double getHeading();
    double getDistance();
    Airliner();
    Airliner(double newSpeed, double newAltitude, string newlatLong, double newHeading, double newDistance);
};

int main()
{
    //Airplane yourJet; //test default constructor
    Airplane yourJet(80, 400, newLatLong); //fail speed
    cout << "The speed, altitude, and position of the plane are " << yourJet.getSpeed() << " mph, " << yourJet.getAltitude() << " feet, and " << newLatLong << endl;
    cout << endl;
    Airplane yourJet2(200, -5, newLatLong); //fail altitude
    cout << "The speed, altitude, and position of the plane are " << yourJet2.getSpeed() << " mph, " << yourJet2.getAltitude() << " feet, and " << newLatLong << endl;
    cout << endl;
    Airplane yourJet3(101, 1, newLatLong); //succeed speed and altitude
    cout << "The speed, altitude, and position of the plane are " << yourJet3.getSpeed() << " mph, " << yourJet3.getAltitude() << " feet, and " << newLatLong << endl;
    cout << endl;
    //Airliner jetBlue; //test default constructor
    Airliner jetBlue(400, 10000, newLatLong, 390.00, 100); // purposely failed heading test
    cout << "Heading: " << jetBlue.getHeading() << " Distance: " << jetBlue.getDistance() << endl;
    cout << endl;
    Airliner jetBlue2(400, 10000, newLatLong, 200.00, -10); //failed distance
    cout << "Heading: " << jetBlue2.getHeading() << " Distance: " << jetBlue2.getDistance() << endl;
    cout << endl;
    Airliner jetBlue3(400, 10000, newLatLong, 100.00, 700); //everything succeeds
    cout << "Heading: " << jetBlue3.getHeading() << " Distance: " << jetBlue3.getDistance() << " Speed: " << jetBlue3.getSpeed() << " Altitude: " << jetBlue2.getAltitude() << " Position: " << newLatLong << endl;
    return 0;
}

void Airplane::setSpeed(double newSpeed)
{
    if(newSpeed > 80.00)
    {
        speed =  newSpeed;
    }
    else
    {
        cout << "Plane has crashed..." << endl;
        exit(1);
    }
}

double Airplane::getSpeed()
{
    return speed;
}

void Airplane::setAltitude(double newAltitude)
{
    if(newAltitude >= 0)
        altitude = newAltitude;
    else
    {
        cout << "Plane has crashed...";
        exit(1);
    }
}

double Airplane::getAltitude()
{
    return altitude;
}

Airplane::Airplane() : speed(0), altitude(0), latLong(newLatLong)// default constructor- sets everything to 0
{

}

Airplane::Airplane(double newSpeed, double newAltitude, string newLatLong)
{
    if(newSpeed > 88)
        speed = newSpeed;
    else
    {
        cout << "Plane has crashed...";
    }
    if(newAltitude >= 0)
        altitude = newAltitude;
    else
    {
        cout << "Plane has crashed...";
    }
}

Airliner::Airliner() : Airplane(), heading(0), distance(0)
{
    //intentionally empty
}

Airliner::Airliner(double newSpeed, double newAltitude, string newLatLong, double newHeading, double newDistance)
{
    Airplane(newSpeed, newAltitude, newLatLong);
    heading = newHeading;
    setHeading(newHeading);
    distance = newDistance;
    setDistance(newDistance);
}

void Airliner::setHeading(double newHeading)
{
    if(newHeading >= 0 && newHeading < 360)
    {
        heading = newHeading;
    }
    else
    {
        heading = 0;
        cout << "I'm Lost..." << endl;
    }
}

double Airliner::getHeading()
{
    return heading;
}

void Airliner::setDistance(double newDistance)
{
    if(newDistance >=0)
    {
        distance = newDistance;
    }
    else
    {
        distance = 0;
        cout << "The plane has not moved" << endl;
    }
}

double Airliner::getDistance()
{
    return distance;
}