private static bool CheckInside(Location loc1, Location loc2, Circle circle)
{
HaversineFormula haversineFormula = new HaversineFormula();
return(haversineFormula.Dist(
loc1, loc2, HaversineFormula.TypeOfDistance.Kilometres) < circle.Rad);
}
public void HaversineFormula()
{
Location loc = new Location(48.54, 50.56);
Location location = new Location(55.55, 52.80);
HaversineFormula haversine = new HaversineFormula();
double res = haversine.Dist(loc, location, TypeOfDistance.Kilometres);
HaversineFormula haversine1 = new HaversineFormula();
double res1 = haversine.Dist(loc, location, TypeOfDistance.Kilometres);
Assert.AreEqual(res, res1);
}
public ActionResult Index()
{
string resultFormula;
string info;
string inOutCircle;
string outcircleAlt;
Location loc1 = new Location(52.343348, -8.970760); //End point of section of local field in home village on edge of field boundary at one side of the field
Location loc2 = new Location(52.343095, -8.972363); // Middle point of section of local field in home village
Location loc3 = new Location(52.350095, -8.962363); //Asset outside geofence test
Circle circleGeofence = new Circle(52.343095, -8.972363, 0.2);
Debug.Write("The centre of the circle formed is at (" + circleGeofence.XPoint + " ," + circleGeofence.YPoint + ")");
Debug.Write("\nRadius of circle geofence is " + circleGeofence.Rad);
HaversineFormula formula = new HaversineFormula();
double res = formula.Dist(loc1, loc2, HaversineFormula.TypeOfDistance.Kilometres);
resultFormula = "Result of Haversine Formula based on distance between 2 points of field at home village (Notably middle of field whose real-world coordinates are (" + loc1.Lat + ", " + loc1.Lon + ") " +
"and point at edge of field boundary whose real-world coordinates (" + loc2.Lat + ", " + loc2.Lon + ")) is " + res + " km. ";
info = "\nValues in Haversine Formula Equation based on real-world coordinates seen at starting point of map where custom-made marker is situated with custom made circle representing a geofence.";
bool checker = CheckInside(loc1, loc2, circleGeofence);
if (checker)
{
inOutCircle = "\n1st Check\nThe predefined cattle asset point before the addition of markers for testing which is not the point at the middle of the field represented as (" + loc1.Lat + ", " + loc1.Lon + ") " + " is inside the geofence.";
}
else
{
inOutCircle = "\n1st Check\nThe predefined cattle asset point before the addition of markers for testing which is not the point at the middle of the field represented as (" + loc1.Lat + ", " + loc1.Lon + ") " + " is outside the geofence";
}
bool checkOut = CheckInside(loc2, loc3, circleGeofence);
if (checkOut)
{
outcircleAlt = "\n\n2nd Check\nAnother predefined cattle asset point before the addition of markers for testing which is not the point at the middle of the field represented as (" + loc3.Lat + ", " + loc3.Lon + ") " + " is inside the geofence.";
}
else
{
outcircleAlt = "\n\n2nd Check\nAnother predefined cattle asset point before the addition of markers for testing which is not the point at the middle of the field represented as (" + loc3.Lat + ", " + loc3.Lon + ") " + " is outside the geofence";
}
ViewBag.Message = resultFormula + info + inOutCircle + outcircleAlt;
return(View());
}
