public void CheckPlanesInAirspace(List <IPlane> newplanes)
{
if (Planes.Count == 0)
{
foreach (var newplane in newplanes)
{
newplane.IsInAirspace = true;
OnRaisedEnterEvent(new EnterEventArgs(newplane, newplane.TimeStamp.ToString()));
ListOfTags.Add(newplane.Tag);
}
}
else
{
foreach (var newPlane in newplanes)
{
if (ListOfTags.Contains(newPlane.Tag))
{
newPlane.IsInAirspace = true;
var plane = Planes.Find(x => x.Tag.Contains(newPlane.Tag));
_cc.CalcCourse(plane, newPlane);
_cv.CalcVelocity(plane, newPlane);
}
else
{
newPlane.IsInAirspace = true;
OnRaisedEnterEvent(new EnterEventArgs(newPlane, newPlane.TimeStamp.ToString()));
ListOfTags.Add(newPlane.Tag);
}
}
}
Planes = newplanes;
_rr.render(Planes);
}
public void SortTracksInAirspace(List <Track> newTrackList)
{
for (int i = 0; i < newTrackList.Count; i++)
{
for (int j = 0; j < _currentTrackList.Count; j++)
{
if (newTrackList[i].Tag == _currentTrackList[j].Tag)
{
_calculateVelocity.CalcVelocity(_currentTrackList[j], newTrackList[i]);
_calculateCourse.CalcCourse(_currentTrackList[j], newTrackList[i]);
}
}
}
_currentTrackList = newTrackList;
foreach (var track in _currentTrackList)
{
_writer.WriteTrack(track);
}
_seperationTracks.SeperationCheck(_currentTrackList);
}
public void CalcVelocity_Velocity_EqualTo40311Point29()
{
_uut.CalcVelocity(_track1, _track2);
Assert.That(Math.Round(_tracks[1].Velocity, 2), Is.EqualTo(40311.29));
}
public void CV_fakePlane1_fakePlane2_IsNot900vel()
{
uut.CalcVelocity(fakePlane1, fakePlane2);
Assert.That(fakePlane2.Velocity, Is.Not.EqualTo(900));
}