float OptimisePrime(PaceParameterCollection PaceParameters, int primeStints, int optionStints, int lapsInRace)
{
int l = lapsInRace;
float optionD = PaceParameters.PaceParameters[PaceParameterType.OptionDegradation];
float primeD = PaceParameters.PaceParameters[PaceParameterType.PrimeDegradation];
float delta = PaceParameters.PaceParameters[PaceParameterType.TyreDelta];
float optimumLength = 0;
optimumLength += (l * optionD / (float)optionStints) + (delta) + (primeD / 2) - (optionD / 2);
optimumLength /= ((primeD) + (optionD * (float)primeStints / (float)optionStints));
return(optimumLength);
}
/// <summary>
/// Starts a strategy from driver data and stint information and optimises the strategy
/// </summary>
/// <param name="NoOfStints">The number of stints to complete</param>
/// <param name="PrimeStints">The number of prime tyre stints to be completed</param>
/// <param name="_driverIndex">The index of the driver who is completing the stint</param>
public Strategy(int NoOfStints, int PrimeStints, PaceParameterCollection PaceParameters, int DriverIndex)
{
this.DriverIndex = DriverIndex;
int primeStints = PrimeStints;
int optionStints = NoOfStints - PrimeStints;
int trackIndex = Data.RaceIndex;
t = Data.Tracks[trackIndex];
this.PaceParameters = PaceParameters;
lapsInRace = Data.GetRaceLaps();
lapTimes = new float[lapsInRace];
SetStintLengths(lapsInRace, primeStints, optionStints);
SetupStrategyStints(NoOfStints, primeStints);
PopulateAllStints();
UpdateStrategyParameters();
}
public void SetPaceParameters(PracticeTimesCollection PracticeTimes)
{
this.PracticeTimes = PracticeTimes;
PaceParameters = new PaceParameterCollection(PracticeTimes);
}
public void SetPaceParameters()
{
PaceParameters = new PaceParameterCollection(this.PracticeTimes);
}
