public float RaceTimeBehindNext()
{
_Racer RacerNext = GetPosionNext();
if (RacerNext == this)
{
return(0);
}
if (RacerNext == null)
{
return(0);
}
int RacerThisSectorCount = CumulativeSectorTimeStamps.Count();
if (RacerThisSectorCount > RacerNext.CumulativeSectorTimeStamps.Count())
{
return(0);
}
float RacerNextTimestamp = RacerNext.CumulativeSectorTimeStamps[RacerThisSectorCount - 1];
float RacerThisTimestamp = CumulativeSectorTimeStamps[RacerThisSectorCount - 1];
float TimeBehind = RacerThisTimestamp - RacerNextTimestamp;
return(TimeBehind);
}
public float RaceTimeGetTotalTime()
{
//timestamp race started
//latest cumulative time
//end time.
if (CurrentCheckpoint / Race.Path.Points.Count() >= Race.TotalLapCount)
{
//already finished the race, get the race time!
return(CumulativeSectorTimeStamps.Last());
}
else
{
//not finished the race, get the current vehicle timestamp...
if (Client.Vehicle != Vehicles.NoVehicle)
{
return(Client.Vehicle.TimeStamp - TimeStamp_RaceStarted);
}
//no vehicle, use a rough estimate.
else
{
return((float)(DateTime.Now - Race.RaceStarted).TotalSeconds);
}
}
}
public float RaceTimeAheadOfPrev()
{
_Racer RacerPrev = GetPosionPrev();
if (RacerPrev == this)
{
return(0);
}
if (RacerPrev == null)
{
return(0);
}
int RacerPrevSectorCount = RacerPrev.CumulativeSectorTimeStamps.Count();
if (CumulativeSectorTimeStamps.Count() < RacerPrevSectorCount)
{
return(0);
}
float RacerPrevTimestamp = RacerPrev.CumulativeSectorTimeStamps[RacerPrevSectorCount - 1];
float RacerThisTimestamp = CumulativeSectorTimeStamps[RacerPrevSectorCount - 1];
float TimeAhead = RacerThisTimestamp - RacerPrevTimestamp;
return(TimeAhead);
}
