internal LapRecording AddLapData(PacketHeader context, LapData lapData)
{
LapRecording completedLap = null;
// uint8 m_resultStatus;
// Result status - 0 = invalid, 1 = inactive, 2 = active
// 3 = finished, 4 = disqualified, 5 = not classified
// 6 = retired
// Status of driver - 0 = in garage, 1 = flying lap
// 2 = in lap, 3 = out lap, 4 = on track)
if (lapData.driverStatus == 0 || lapData.driverStatus == 3 || lapData.driverStatus == 2)
{
// In garage
return(null);
}
LapRecording activeLap = GetLap(lapData.currentLapNum);
if (lapData.resultStatus == 3)
{
if (activeLap.lapTime > 0 && activeLap.lapMotion.Count > 100)
{
activeLap.valid = true;
activeLap.complete = true;
completedLap = activeLap;
}
else
{
return(null);
}
}
if (currentLapIndex != lapData.currentLapNum)
{
// New lap? Starting Lap? Something else?
if (currentLapIndex > lapData.currentLapNum)
{
currentLapIndex = lapData.currentLapNum;
}
else if (currentLapIndex > 0)
{
var previousLap = GetLap(currentLapIndex);
var lastLap = previousLap.lapTimings;
if (lastLap.currentLapInvalid == 0)
{
// Sanity check. Packages with ResultStatus 3 are missing, so calculate if it is a valid lap
// by checking sinsible sector and lap times.
previousLap.complete =
previousLap.started && lastLap.sector1TimeInMS > 0 && lastLap.sector2TimeInMS > 0 &&
(lastLap.currentLapTimeInMS) > (lastLap.sector1TimeInMS + lastLap.sector2TimeInMS);
if (previousLap.complete)
{
previousLap.lapTimeInMs = lapData.lastLapTimeInMS;
completedLap = previousLap;
}
}
else
{
previousLap.valid = false;
}
}
currentLapIndex = lapData.currentLapNum;
}
if (!activeLap.started)
{
activeLap.FirstTiming = lapData;
if (lapData.lapDistance < 10)
{
activeLap.started = true;
}
}
activeLap.lapTimings = lapData;
activeLap.lapData.Add(new LapDataInContext()
{
context = context, lapData = lapData
});
// GetLap(lapData.currentLapNum).started |= (lapData.sector == 0);
return(completedLap);
}
