public void SeperationsDetected_NewSeperationEventAndOldSeperationEventGone_NewEventLoggedAndOldEventUnlogged()
{
_currentSeperationEvents.Add(_seperationEvent2);
_newEventslist.Add(_seperationEvent3);
_uut.seperationsDetected(_currentSeperationEvents);
_uut.seperationsDetected(_newEventslist);
_logWriterToFile.Received().LogEvent(_seperationEvent3.Tag1, _seperationEvent3.Tag2, _seperationEvent3.TimeOfOccurrence);
_logWriterToConsole.Received().LogEvent(_seperationEvent3.Tag1, _seperationEvent3.Tag2, _seperationEvent3.TimeOfOccurrence);
_logWriterToFile.Received().UnlogEvent(_seperationEvent2.Tag1, _seperationEvent2.Tag2, _seperationEvent2.TimeOfOccurrence);
_logWriterToConsole.Received().UnlogEvent(_seperationEvent2.Tag1, _seperationEvent2.Tag2, _seperationEvent2.TimeOfOccurrence);
}
public void SeperationCheck(List <Track> trackList)
{
for (var i = 0; i < trackList.Count; i++)
{
for (int n = i + 1; n < trackList.Count; n++)
{
if (trackList.Count >= 2 && trackList[i].Tag != trackList[n].Tag)
{
double xCoordinate0 = trackList[i].XCoordinate;
double xCoordinate1 = trackList[n].XCoordinate;
double yCoordinate0 = trackList[i].YCoordinate;
double yCoordinate1 = trackList[n].YCoordinate;
var horisentalDist = Math.Sqrt(Math.Pow(xCoordinate0 - xCoordinate1, 2) +
Math.Pow(yCoordinate0 - yCoordinate1, 2));
double vertikalDist = Math.Abs(trackList[i].Altitude - trackList[n].Altitude);
if (horisentalDist < 5000 && vertikalDist < 300)
{
var timeOfOccurrence = trackList[i].Timestamp > trackList[n].Timestamp
? trackList[i].Timestamp
: trackList[n].Timestamp;
_seperationEvent.Tag1 = trackList[i].Tag;
_seperationEvent.Tag2 = trackList[n].Tag;
_seperationEvent.TimeOfOccurrence = timeOfOccurrence;
_seperationList.Add(_seperationEvent);
_eventController.seperationsDetected(_seperationList);
}
}
}
}
}