/**
 * @author Bruno Alves
 * @version 8/25/2014
 * Does car calculations using objects!
 *
 */
public class CarV5 {

    private String carType1;
    private int sMiles1, eMiles1, dist1;
    private double gals1, mpg1;


    public CarV5(String carType1OOP, int sMiles1OOP, int eMiles1OOP, int dist1OOP, double gals1OOP, double mpg1OOP)
    {
        carType1 = carType1OOP;
        sMiles1 = sMiles1OOP;
        eMiles1 = eMiles1OOP;
        dist1 = dist1OOP;
        gals1 = gals1OOP;
        mpg1 = mpg1OOP;

    }

    public int calcDistance(int sMiles, int eMiles)
    {
        int distance = eMiles - sMiles;

        return distance;
    }


    public double calcMPG(int dist, double gals)
    {
        double mpg = dist / gals;

        return mpg;
    }
    /*
    public double calcGPM(int dist1)
    {
        double gpm = gals / dist;

        return gpm;

    }

    public double totalCost()
    {
        double cost = gals / dist;

        return cost;
    }
    */

    public void print(String carType, int sMiles, int eMiles, int dist, double gals, double mpg)
    {
        System.out.printf("Type of Car      Start Miles  End Miles    Distance   Gallons  Miles/Gal %n");
        System.out.printf("**************************************************************************%n");


        System.out.printf("%s    %d      %d          %d       %.2f       %.2f", carType, sMiles, eMiles, dist, gals, mpg);
    }


    public static void main(String[] args)
    {
        String carType1 = "2011 Dodge Nitro";
        int sMiles1 = 42380, eMiles1 = 42400, dist1 = 0;
        double gals1 = 2.0, mpg1 = 0.0;
        CarV5 car1 = new CarV5(carType1, sMiles1, eMiles1, dist1, gals1, mpg1);

        //System.out.println(car1.carType1);

        //dist = car1.calcDistance(sMiles, eMiles);

        //mpg = car1.calcMPG(dist, gals);

        //car1.print(carType, sMiles, eMiles, dist, gals, mpg);


    }