Location targetLocation = new Location("");//provider name is unecessary targetLocation.setLatitude(0.0d);//your coords of course targetLocation.setLongitude(0.0d); float distanceInMeters = targetLocation.distanceTo(myLocation);
Location location = new Location(""); location.setLatitude(lat); location.setLongitude(lon);
Location locationOne = new Location(""); locationOne.setLatitude(aLatLng.latitude); locationOne.setLongitudeaLatLng.longitude); float distanceInMetersOne = locationOne.distanceTo(location);
Location locationA = new Location("point A"); locationA.setLatitude(latA); locationA.setLongitude(lngA); Location locationB = new Location("point B"); locationB.setLatitude(latB); locationB.setLongitude(lngB); float distance = locationA.distanceTo(locationB);
final Location location = new Location("yourprovidername"); location.setLatitude(1.2345d); location.setLongitude(1.2345d);
Location loc1 = new Location(""); loc1.setLatitude(lat1); loc1.setLongitude(lon1); Location loc2 = new Location(""); loc2.setLatitude(lat2); loc2.setLongitude(lon2); float distanceInMeters = loc1.distanceTo(loc2);
public class GPSPollingServiceTest extends AndroidTestCase { private LocationManager locationManager; public void testGPS() { LocationManager locationManager = (LocationManager) this.getContext().getSystemService(Context.LOCATION_SERVICE); locationManager.addTestProvider("Test", false, false, false, false, false, false, false, Criteria.POWER_LOW, Criteria.ACCURACY_FINE); locationManager.setTestProviderEnabled("Test", true); // Set up your test Location location = new Location("Test"); location.setLatitude(10.0); location.setLongitude(20.0); locationManager.setTestProviderLocation("Test", location); // Check if your listener reacted the right way locationManager.removeTestProvider("Test"); } }
Location locationA = new Location("point A"); locationA.setLatitude(latA); locationA.setLongitude(lngA); Location locationB = new Location("point B"); locationB.setLatitude(latB); LocationB.setLongitude(lngB); distance = locationA.distanceTo(locationB) ;
GeoPoint newCurrent = new GeoPoint(59529200, 18071400); Location current = new Location("reverseGeocoded"); current.setLatitude(newCurrent.getLatitudeE6() / 1e6); current.setLongitude(newCurrent.getLongitudeE6() / 1e6); current.setAccuracy(3333); current.setBearing(333);
Location MiddleLeftCornerLocation;//(center's latitude,vr.latLngBounds.southwest.longitude) Location center=new Location("center"); center.setLatitude( vr.latLngBounds.getCenter().latitude); center.setLongitude( vr.latLngBounds.getCenter().longitude); float dis = center.distanceTo(MiddleLeftCornerLocation);//calculate distane between middleLeftcorner and center
lon = sLonR.contains("W") ? -lon : lon; Location loc = new Location("exif"); loc.setLatitude(lat); loc.setLongitude(lon); return loc;
Location startPoint=new Location("locationA"); startPoint.setLatitude(17.372102); startPoint.setLongitude(78.484196); Location endPoint=new Location("locationA"); endPoint.setLatitude(17.375775); endPoint.setLongitude(78.469218); double distance=startPoint.distanceTo(endPoint);
Location location = new Location("MockedLocation"); // Time is needed to create a valid Location long currentTime = System.currentTimeMillis(); long elapsedTimeNanos = SystemClock.elapsedRealtimeNanos(); location.setElapsedRealtimeNanos(elapsedTimeNanos); location.setTime(currentTime); location.setLatitude(latitude); location.setLongitude(longitude); LocationServices.FusedLocationApi.setMockLocation(mGoogleClient, location);
Location locationA = new Location("point A"); locationA.setLatitude(latA); locationA.setLongitude(lngA); Location locationB = new Location("point B"); locationB.setLatitude(latB); LocationB.setLongitude(lngB); distance = locationA.distanceTo(locationB) ;
double distance; Location locationA = new Location("point A"); locationA.setLatitude(latA); locationA.setLongitude(lngA); Location locationB = new Location("point B"); locationB.setLatitude(latB); LocationB.setLongitude(lngB); distance = locationA.distanceTo(locationB);
double latitude=lat; double longitude=lng; float distance=0; Location crntLocation=new Location("crntlocation"); crntLocation.setLatitude(currentLatitude); crntLocation.setLongitude(currentLongitude); Location newLocation=new Location("newlocation"); newLocation.setLatitude(latitude); newLocation.setLongitude(longitude); //float distance = crntLocation.distanceTo(newLocation); in meters distance =crntLocation.distanceTo(newLocation) / 1000; // in km
Location locationA = new Location("point A"); locationA.setLatitude(pointA.getLatitudeE6() / 1E6); locationA.setLongitude(pointA.getLongitudeE6() / 1E6); Location locationB = new Location("point B"); locationB.setLatitude(pointB.getLatitudeE6() / 1E6); locationB.setLongitude(pointB.getLongitudeE6() / 1E6); double distance = locationA.distanceTo(locationB);
// Here is the code to find out the distance between two locations float distance; Location locationA = new Location("A"); locationA.setLatitude(latA); locationA.setLongitude(lngA); Location locationB = new Location("B"); locationB.setLatitude(latB); LocationB.setLongitude(lngB); distance = locationA.distanceTo(locationB);
Location locationA = new Location("point A"); locationA.setLatitude(latA); locationA.setLongitude(lngA); Location locationB = new Location("point B"); locationB.setLatitude(latB); LocationB.setLongitude(lngB); distance = locationA.distanceTo(locationB) ;
Location locationA = new Location("USER"); locationA.setLatitude(latA); locationA.setLongitude(lngA); Location locationB = new Location("Parked Car"); locationB.setLatitude(latB); LocationB.setLongitude(lngB); distance = locationA.distanceTo(locationB);