public void Vincenty_CorrectlyCalculatesDestinationCoordinatesConcurrently(double latA, double lonA, double bearingInRadians, double distanceInMeters,
double expectedLat, double expectedLon, int maxIterations, double tolerance)
{
IGeographicCoordinate pointA = new GeographicCoordinate(latA, lonA);
IGeographicCoordinate expected = new GeographicCoordinate(expectedLat, expectedLon);
var coordinates = new ConcurrentQueue <IGeographicCoordinate>()
{
};
void action() => coordinates.Enqueue(pointA.DestinationCoordinates(new Angle(bearingInRadians, AngleMeasurement.Radians), new Distance(distanceInMeters, DistanceMeasurement.Meters),
maxIterations, tolerance));
Action[] actions = Enumerable.Repeat((Action)action, 10).ToArray();
while (coordinates.Count > 0)
{
coordinates.TryPeek(out IGeographicCoordinate result);
Assert.Equal(expected, result);
coordinates.TryDequeue(out result);
}
}
public void Vincenty_CorrectlyCalculatesDestinationCoordinates(double latA, double lonA, double bearingInRadians, double distanceInMeters,
double expectedLat, double expectedLon, int maxIterations, double tolerance)
{
IGeographicCoordinate pointA = new GeographicCoordinate(latA, lonA);
IGeographicCoordinate expected = new GeographicCoordinate(expectedLat, expectedLon);
IGeographicCoordinate result = pointA.DestinationCoordinates(new Angle(bearingInRadians, AngleMeasurement.Radians), new Distance(distanceInMeters, DistanceMeasurement.Meters),
maxIterations, tolerance);
Assert.Equal(expected, result);
}