// Идеальное количество людей для остановки без округления
public static double GetAvg(int PassengerCount, double PeakTime, double PeakWidth, int Minute, int StationCount)
{
LogisticDistribution logis = new LogisticDistribution(PeakTime, PeakWidth);
double res = PassengerCount * logis.ProbabilityDensity(Minute) / StationCount;
logis = null;
return(res);
}
// Округленное количество людей для одной остановки с рандомом
public static int Get(int PassengerCount, double PeakTime, double PeakWidth, int Minute, int StationCount)
{
LogisticDistribution logis = new LogisticDistribution(PeakTime, PeakWidth);
double value = PassengerCount * logis.ProbabilityDensity(Minute) * 2.02 * RNG.NextDouble() / StationCount;
int res = (int)Math.Round(value);
IdealSum += value;
RealSum += res;
if (Math.Abs(RealSum - IdealSum) >= 1)
{
int corr = (int)(Math.Floor(Math.Abs(RealSum - IdealSum)) * Math.Sign(RealSum - IdealSum));
IdealSum -= RealSum - corr;
RealSum = 0;
res -= corr;
}
logis = null;
return(res);
}
