public void InsideOtherAirspaceNoAltitudeDifference_ReturnsTrue(int xCoordTO1, int xCoordTO2, int altitudeTO1,
int altitudeTO2)
{
trackobject1.XCoord = xCoordTO1;
trackobject1.Altitude = altitudeTO1;
trackobject2.XCoord = xCoordTO2;
trackobject2.Altitude = altitudeTO2;
Assert.That(_uut.IsInOtherAirSpace(trackobject1, trackobject2), Is.EqualTo(true));
}
public void OnTrackListReady(object sender, TrackListEventArgs e)
{
_newTrackObjects = e.TrackObjects;
_newTrackObjects = _trackUpdater.updateTracks(_newTrackObjects, _oldTrackObjects);
_oldTrackObjects.Clear();
foreach (var newTrackObject in _newTrackObjects)
{
_oldTrackObjects.Add(newTrackObject);
}
Console.Clear();
foreach (var oldTrackObject in _oldTrackObjects)
{
_print.PrintString(oldTrackObject.ToString());
}
for (int i = 0; i < _oldTrackObjects.Count - 1; i++)
{
for (int j = i + 1; j < _oldTrackObjects.Count; j++)
{
if (_separationChecker.IsInOtherAirSpace(_oldTrackObjects[i], _oldTrackObjects[j]))
{
_print.PrintString(_oldTrackObjects[i].Tag + " and " + _oldTrackObjects[j].Tag + "are breaking separation rules!");
_separationChecker.LogSeparationEvent(_oldTrackObjects[i], _oldTrackObjects[j]);
}
}
}
}
public void ATMSystemUsesSeperationChecker_IsInAirSpaceTrueCorrect()
{
Assert.AreEqual(true, _separationChecker.IsInOtherAirSpace(trackObject1, trackObject2));
}
public void IsInOtherAirspaceUsesDistance()
{
Assert.AreEqual(true, _uut.IsInOtherAirSpace(trackObject1, trackObject2));
}