In this problem we are going to use ArrayLists and classes to design a road trip.

You have three classes: GeoLocation. java from earlier, which represents a geo location. A RoadTrip. java class which represents a road trip (or an ordered list of places), and a RoadTripTester. java class which brings them all together.

In GeoLocation. java:

Add a private instance variable called name which is a String. This represents the name of the location.

Modify the Geolocation class constructor so that it is now of the format

public GeoLocation(String name, double theLatitude, double theLongitude)
Add a getter method for name called getName().

Update the toString so that it returns a String of the format

San Francisco (37.7833, -122.4167)
Now, you’ll also need to create a RoadTrip class. The RoadTrip stores an ordered list of locations, so you’ll need to have an ArrayList. You’ll also need to support these methods.

// Create a GeoLocation and add it to the road trip
public void addStop(String name, double latitude, double longitude)

// Get the total number of stops in the trip
public int getNumberOfStops()

// Get the total miles of the trip
public double getTripLength()

// Return a formatted toString of the trip
public String toString()
We’ve given you a tester program to help get you started.

The output from that program would be:

1. San Francisco (37.7833, -122.4167)
2. Los Angeles (34.052235, -118.243683)
3. Las Vegas (36.114647, -115.172813)

Stops: 3
Total Miles: 572.9708850442705
import java. util.*;

public class RoadTrip
{

}

public class GeoLocation
{
// Earth radius in miles
public static final double RADIUS = 3963.1676;

private double latitude;
private double longitude;
private String name;

/**
* Constructs a geo location object with given latitude and longitude
*/
public GeoLocation(String name, double theLatitude, double theLongitude)
{
latitude = theLatitude;
longitude = theLongitude;
}

/**
* Returns the latitude of this geo location
*/
public String getName()
{
return name;
}
public double getLatitude()
{
return latitude;
}

/**
* returns the longitude of this geo location
*/
public double getLongitude()
{
return longitude;
}
public void addStop(String name, double latitude, double longitude)
{

}

// returns a string representation of this geo location
public String toString()
{
return name + "(" + latitude + ", " + longitude + ")";
}

// returns the distance in miles between this geo location and the given
// other geo location
public double distanceFrom(GeoLocation other)
{
double lat1 = Math. toRadians(latitude);
double long1 = Math. toRadians(longitude);
double lat2 = Math. toRadians(other. latitude);
double long2 = Math. toRadians(other. longitude);
// apply the spherical law of cosines with a triangle composed of the
// two locations and the north pole
double theCos = Math. sin(lat1) * Math. sin(lat2) +
Math. cos(lat1) * Math. cos(lat2) * Math. cos(long1 - long2);
double arcLength = Math. acos(theCos);
return arcLength * RADIUS;
}
}