@Test
public void triangulate2() throws OutOfRangeException {
DataPoint a = new DataPoint(43.074553, -75.759592, 62.583);
DataPoint b = new DataPoint(43.134420, -75.228998, 302.2);
Coordinate intersection = DataPoint.triangulate(a, b);
double expectedLat = 43.211699;
double expectedLon = -75.397193;
double calculatedLat = intersection.getLatitude();
double calculatedLon = intersection.getLongitude();
double faultLat = Math.abs(expectedLat - calculatedLat);
double faultLon = Math.abs(expectedLon - calculatedLon);
assertTrue(faultLat < TRIANGULATE_TOLERANCE && faultLon < TRIANGULATE_TOLERANCE);
}
@Test
public void triangulate1() throws OutOfRangeException {
DataPoint a = new DataPoint(51, 0.25, 108);
DataPoint b = new DataPoint(49, 2.5, 32);
Coordinate intersection = DataPoint.triangulate(a, b);
double expectedLat = 50.23;
double expectedLon = 3.7075;
double calculatedLat = intersection.getLatitude();
double calculatedLon = intersection.getLongitude();
double faultLat = Math.abs(expectedLat - calculatedLat);
double faultLon = Math.abs(expectedLon - calculatedLon);
assertTrue(faultLat < TRIANGULATE_TOLERANCE && faultLon < TRIANGULATE_TOLERANCE);
}
