private void EvaluateMaximumMinimumCountOfDriver(
out DriverStatRecord <int> minF, out DriverStatRecord <int> maxF,
out DriverStatRecord <int> minA, out DriverStatRecord <int> maxA)
{
minF = new DriverStatRecord <int>(int.MaxValue);
maxF = new DriverStatRecord <int>(int.MinValue);
minA = new DriverStatRecord <int>(int.MaxValue);
maxA = new DriverStatRecord <int>(int.MinValue);
int val;
foreach (Standings.RaceStanding item in this.w.Race.Standings)
{
val = item.PitInfo.PitCount;
if (item.Status == Standings.RaceStanding.eStatus.Running)
{
if (minF.CompareTo(val) > 0)
{
minF = new DriverStatRecord <int>(item.Driver, val);
}
if (maxF.CompareTo(val) < 0)
{
maxF = new DriverStatRecord <int>(item.Driver, val);
}
}
if (minA.CompareTo(val) > 0)
{
minA = new DriverStatRecord <int>(item.Driver, val);
}
if (maxA.CompareTo(val) < 0)
{
maxA = new DriverStatRecord <int>(item.Driver, val);
}
}
}
private DriverStatRecord <double> GetFastestLapDriver()
{
DriverStatRecord <double> ret = new DriverStatRecord <double>(null, double.MaxValue);
foreach (Standings.RaceStanding item in r.Standings)
{
if (item.OrderedLaps.Count > 0 && ret.CompareTo(item.OrderedLaps[0].LapTime) > 0)
{
ret = new DriverStatRecord <double>(item.Driver, item.OrderedLaps[0].LapTime);
}
}
return(ret);
}
private void CalculateCautions()
{
this.Cautions.NumberOfCautions = r.YellowPhases.Length;
int shortest = int.MaxValue;
int longest = int.MinValue;
int green = int.MinValue;
int lastEnd = 0;
int diff;
foreach (var fItem in r.YellowPhases)
{
diff = fItem.Item2 - fItem.Item1;
shortest = Math.Min(shortest, diff);
longest = Math.Max(longest, diff);
diff = fItem.Item1 - lastEnd;
green = Math.Max(green, diff);
lastEnd = fItem.Item2;
} // foreach (var fItem in r.YellowPhases)
diff = r.TotalLapCount - r.YellowPhases[r.YellowPhases.Length - 1].Item2;
green = Math.Max(green, diff);
this.Cautions.LongestCautionBlock = longest;
this.Cautions.ShortestCautionBlock = shortest;
this.Cautions.LongestGreenBlock = green;
DriverStatRecord <int> maxF = new DriverStatRecord <int>(null, 0);
DriverStatRecord <int> minF = new DriverStatRecord <int>(null, 0);
DriverStatRecord <int> maxA = new DriverStatRecord <int>(null, 0);
DriverStatRecord <int> minA = new DriverStatRecord <int>(null, 0);
EvaluateMaximumMinimumCountOfDriver(out minF, out maxF, out minA, out maxA);
this.Cautions.MinimumPitCountOfFinishedDriver = minF;
this.Cautions.MaximumPitCountOfFinishedDriver = maxF;
this.Cautions.MinimumPitCountOfAnyDriver = minA;
this.Cautions.MaximumPitCountOfAnyDriver = maxA;
}
public int CompareTo(DriverStatRecord <T> other)
{
return(this.Value.CompareTo(other.Value));
}