public void AnalyzeVelocity(List <Track> OldestTracks, List <Track> NewestTracks)
{
foreach (var OldTrack in OldestTracks)
{
foreach (var NewTrack in NewestTracks)
{
if (NewTrack.Tag == OldTrack.Tag)
{
_velocityCalculator.CalculateVelocity(OldTrack, NewTrack);
}
}
}
}
public void CalculateVelocity_CalculatesVelocity_VelocityIsCorrect(int secondsBetweenTimestamps, int firstXCoordinate, int secondXCoordinate, int firstYCoordinate, int secondYCoordinate, double expectedVelocity)
{
DateTime firstDateTime = DateTime.Now;
DateTime secondDateTime = firstDateTime.AddSeconds(secondsBetweenTimestamps);
Track trackOne = new Track()
{
TimeStamp = firstDateTime, XCoordinate = firstXCoordinate, YCoordinate = firstYCoordinate
};
Track trackTwo = new Track()
{
TimeStamp = secondDateTime, XCoordinate = secondXCoordinate, YCoordinate = secondYCoordinate
};
_velocityCalculator.CalculateVelocity(trackOne, trackTwo);
Assert.That(trackTwo.HorizontalVelocity, Is.EqualTo(expectedVelocity).Within(0.5));
}
public void OnMovementInAirspaceDetected(object sender, TrackEventArgs trackEventArgs)
{
if (!_airspace.PlanesInAirspace.ContainsKey(trackEventArgs.Track.Tag))
{
_airspace.PlanesInAirspace.Add(trackEventArgs.Track.Tag, new List <Track>()
{
trackEventArgs.Track
});
}
else
{
var planeMovementDetected = _airspace.PlanesInAirspace[trackEventArgs.Track.Tag];
planeMovementDetected.AddToSlidingWindowList(trackEventArgs.Track, 2);
_velocityCalculator.CalculateVelocity(planeMovementDetected);
_degreesCalculator.CalculateDegrees(planeMovementDetected);
}
_trackLogging.LogTrack(trackEventArgs.Track);
}
public void CalculateVelocity_CalculatesVelocity_VelocityIsCorrect(int distance, int secondsBetweenTimestamps, double expectedVelocity)
{
_fakeDistanceCalculator
.CalculateDistance(Arg.Any <double>(), Arg.Any <double>(), Arg.Any <double>(), Arg.Any <double>())
.Returns(distance);
DateTime firstDateTime = DateTime.Now;
DateTime secondDateTime = firstDateTime.AddSeconds(secondsBetweenTimestamps);
Track trackOne = new Track()
{
TimeStamp = firstDateTime
};
Track trackTwo = new Track()
{
TimeStamp = secondDateTime
};
_velocityCalculator.CalculateVelocity(trackOne, trackTwo);
Assert.That(trackTwo.HorizontalVelocity, Is.EqualTo(expectedVelocity).Within(0.5));
}
