public CarPart GetPartWithHighestStat(CarPart.PartType inType, CarPartStats.CarPartStat inStat)
{
CarPart carPart = (CarPart)null;
List <CarPart> partInventory = this.GetPartInventory(inType);
for (int index = 0; index < partInventory.Count; ++index)
{
switch (inStat)
{
case CarPartStats.CarPartStat.MainStat:
if (!partInventory[index].IsBanned && (carPart == null || (double)partInventory[index].stats.statWithPerformance > (double)carPart.stats.statWithPerformance))
{
carPart = partInventory[index];
break;
}
break;
case CarPartStats.CarPartStat.Reliability:
if (!partInventory[index].IsBanned && (carPart == null || (double)partInventory[index].stats.reliability > (double)carPart.stats.reliability))
{
carPart = partInventory[index];
break;
}
break;
}
}
return(carPart);
}
public float GetHighestStatOfType(CarPart.PartType inType, CarPartStats.CarPartStat inStat)
{
CarPart partWithHighestStat = this.GetPartWithHighestStat(inType, inStat);
if (partWithHighestStat == null)
{
return(0.0f);
}
return(partWithHighestStat.stats.statWithPerformance);
}
public float GetStat(CarPartStats.CarPartStat inStat)
{
float num = 0.0f;
switch (inStat)
{
case CarPartStats.CarPartStat.MainStat:
num = this.mStat;
break;
case CarPartStats.CarPartStat.Reliability:
num = this.mReliability;
break;
case CarPartStats.CarPartStat.Condition:
num = this.partCondition.condition;
break;
case CarPartStats.CarPartStat.Performance:
num = this.mPerformance;
break;
}
return(num);
}
public void SetStat(CarPartStats.CarPartStat inStat, float inValue)
{
switch (inStat)
{
case CarPartStats.CarPartStat.MainStat:
this.mStat = inValue;
break;
case CarPartStats.CarPartStat.Reliability:
this.mReliability = inValue;
this.mReliability = this.mReliability.Clamp(0.0f, this.maxReliability);
this.SetStat(CarPartStats.CarPartStat.Condition, this.mReliability);
break;
case CarPartStats.CarPartStat.Condition:
this.partCondition.SetCondition(inValue);
break;
case CarPartStats.CarPartStat.Performance:
this.mPerformance = inValue;
this.mPerformance = Math.Min(this.mPerformance, this.maxPerformance);
break;
}
}
public void AutoFit(Car inCar, CarManager.AutofitOptions inOption, CarManager.AutofitAvailabilityOption inAvailabilityOption)
{
this.UnfitAllParts(inCar);
bool flag1 = false;
switch (inAvailabilityOption)
{
case CarManager.AutofitAvailabilityOption.AllParts:
flag1 = false;
break;
case CarManager.AutofitAvailabilityOption.UnfitedParts:
flag1 = true;
break;
}
CarPartStats.CarPartStat inStat1 = CarPartStats.CarPartStat.MainStat;
CarPartStats.CarPartStat inStat2 = CarPartStats.CarPartStat.Reliability;
switch (inOption)
{
case CarManager.AutofitOptions.Performance:
inStat1 = CarPartStats.CarPartStat.MainStat;
inStat2 = CarPartStats.CarPartStat.Reliability;
break;
case CarManager.AutofitOptions.Reliability:
inStat1 = CarPartStats.CarPartStat.Reliability;
inStat2 = CarPartStats.CarPartStat.MainStat;
break;
}
CarPart.PartType[] partType = CarPart.GetPartType(this.mTeam.championship.series, false);
for (int index1 = 0; index1 < partType.Length; ++index1)
{
List <CarPart> partInventory = this.partInventory.GetPartInventory(partType[index1]);
CarPart seriesCurrentPart = inCar.seriesCurrentParts[index1];
for (int index2 = 0; index2 < partInventory.Count; ++index2)
{
if (!flag1 || !partInventory[index2].isFitted)
{
bool flag2 = false;
bool flag3 = false;
if (seriesCurrentPart != null)
{
switch (inStat1)
{
case CarPartStats.CarPartStat.MainStat:
flag2 = (double)seriesCurrentPart.stats.statWithPerformance < (double)partInventory[index2].stats.statWithPerformance;
flag3 = (double)seriesCurrentPart.stats.statWithPerformance == (double)partInventory[index2].stats.statWithPerformance && (double)seriesCurrentPart.stats.GetStat(inStat2) < (double)partInventory[index2].stats.GetStat(inStat2);
break;
case CarPartStats.CarPartStat.Reliability:
flag2 = (double)seriesCurrentPart.stats.GetStat(inStat1) < (double)partInventory[index2].stats.GetStat(inStat1);
flag3 = (double)seriesCurrentPart.stats.GetStat(inStat1) == (double)partInventory[index2].stats.GetStat(inStat1) && (double)seriesCurrentPart.stats.statWithPerformance < (double)partInventory[index2].stats.statWithPerformance;
break;
}
}
if ((seriesCurrentPart == null || flag2 || flag3) && inCar.FitPart(partInventory[index2]))
{
seriesCurrentPart = partInventory[index2];
}
}
}
}
}