public void LogCollision(object sender, AirTrafficEvent e)
{
List <FlightDataDTO> aircraftsCollidingList = new List <FlightDataDTO>();
aircraftsCollidingList = e.AirTrafficList;
foreach (var flight in aircraftsCollidingList)
{
FileStream output =
new FileStream("CollidingAircrafts.txt", FileMode.Append, FileAccess.Write);
StreamWriter fileWriter = new StreamWriter(output);
fileWriter.WriteLine(flight.CollidingFlightsDto.collidingAircraftsString);
fileWriter.Close();
}
}
public void calculate(object sender, AirTrafficEvent e)
{
newTrackData = new List <FlightDataDTO>();
newTrackData = e.AirTrafficList;
if (firstTime == false)
{
foreach (var Flight in newTrackData)
{
CalculateVelocity(Flight);
calculateCourse(Flight);
}
}
oldTrackData = newTrackData;
firstTime = false;
AirTrafficEvent airTrafficEvent = new AirTrafficEvent(newTrackData);
DataCalculatedEvent?.Invoke(this, airTrafficEvent);
}
public void ConsolePrint(object sender, AirTrafficEvent e)
{
foreach (var aircraftsInAirspace in e.AirTrafficList)
{
if (aircraftsInAirspace.Course == 0 && aircraftsInAirspace.Velocity == 0)
{
Console.WriteLine("Time: " + aircraftsInAirspace.TimeStamp + ":" +
aircraftsInAirspace.TimeStamp.Millisecond + " Aircrafttag: " +
aircraftsInAirspace.Tag + " Altitude: " + aircraftsInAirspace.Altitude +
" X-Cor: " + aircraftsInAirspace.XCor + " Y-Cor " + aircraftsInAirspace.YCor +
" Course: Unknown Velocity: Unknown\n");
}
else
{
Console.WriteLine("Time: " + aircraftsInAirspace.TimeStamp + ":" +
aircraftsInAirspace.TimeStamp.Millisecond + " Aircrafttag: " +
aircraftsInAirspace.Tag + " Altitude: " + aircraftsInAirspace.Altitude +
" X-Cor: " + aircraftsInAirspace.XCor + " Y-Cor " + aircraftsInAirspace.YCor +
" Course: " + aircraftsInAirspace.Course + " Velocity: " +
aircraftsInAirspace.Velocity + " m/s \n");
}
}
}
public void FiltrateArea(object sender, AirTrafficEvent e)
{
SortedDataTracks = new List <FlightDataDTO>();
SortedDataTracks = e.AirTrafficList;
FiltratedDataTracks = new List <FlightDataDTO>();
foreach (var c in SortedDataTracks)
{
if
(Convert.ToInt32(c.XCor) <= 85000 && Convert.ToInt32(c.XCor) >= 5000 &&
Convert.ToInt32(c.YCor) <= 85000 && Convert.ToInt32(c.YCor) >= 5000)
{
FiltratedDataTracks.Add(c);
}
}
if (FiltratedDataTracks.Count != 0) //!FiltratedDataTracks.Contains(null))
{
AirTrafficEvent airTrafficEvent = new AirTrafficEvent(FiltratedDataTracks);
FiltratedEvent?.Invoke(this, airTrafficEvent);
}
}
public void RecieveData(object sender, AirTrafficEvent airTrafficEvent)
{
aircraftList = new List <FlightDataDTO>();
aircraftList = airTrafficEvent.AirTrafficList;
DetectCollision(aircraftList);
}
