public void StringToPrintTracksOnScreen(object sender, UpdatedDataEvent e)
{
foreach (Aircraft track in e.UpdatedData)
{
string trackToPrint = "Tag: " + track.Tag + " Current position: X: " + track.XCoordinate + " meters, Y: " + track.YCoordinate + " meters, Current altitude: " + track.Altitude + " meters, Current horizontal velocity: " + track.HorizontalVelocity + " m/s, Current compass course " + track.CompassCourse + " degress. ";
_log.Log(trackToPrint);
}
}
public void RunSeparationInvestigation(object sender, UpdatedDataEvent e)
{
AddSeparations(e.UpdatedData);
SeparationController(oldSeparationWarningData, newSeparationWarningData);
if (newSeparationWarningData.Count != 0)
{
SeparationWarningDataEvent?.Invoke(this, (new SeparationWarningDataEvent(newSeparationWarningData)));
}
}
public void UpdatedMethod(object sender, FilterDataEvent e)
{
WithoutDataAircrafts = e.FilterData;
CalculateCompassCourse(WithoutDataAircrafts);
HorizontalVelocity(WithoutDataAircrafts);
WithDataAircrafts = new List <Aircraft>(WithoutDataAircrafts);
UpdatedDataEvent?.Invoke(this, new UpdatedDataEvent(WithDataAircrafts));
WithoutDataAircrafts.Clear();
}
public void SetUp()
{
_fakeLog = Substitute.For <ILog>();
_fakeFilter = Substitute.For <IFilter>();
_uut = new Updater(_fakeFilter);
_event = null;
_uut.UpdatedDataEvent += (o, args) => { _event = args; };
}
