public TrafficLight(InputData _ipd)
{
ipd = _ipd;
opd = new OutputData();
cars1 = new List <int>();
cars2 = new List <int>();
sCarCount1 = 0;
sCarCount2 = 0;
tmax1 = 0;
tmin1 = 0;
tmax2 = 0;
tmin2 = 0;
sTime1 = 0;
sTime2 = 0;
}
public void run()
{
cars1.Clear();
cars2.Clear();
generateQueue();
opd = new OutputData();
sCarCount1 = 0;
sCarCount2 = 0;
tmax1 = 0;
tmin1 = 0;
tmax2 = 0;
tmin2 = 0;
sTime1 = 0;
sTime2 = 0;
for (var i = 0; i < ipd.iterationCount; i++)
{
timeProcessing1(cars1[i]);
opd.sTime += ipd.sTime;
timeProcessing2(cars2[i]);
opd.sTime += ipd.sTime;
}
var carCount1 = cars1.ToArray().Sum();
var carCount2 = cars2.ToArray().Sum();
opd.wTime1 = sTime1 / sCarCount1;
opd.wTime2 = sTime2 / sCarCount2;
opd.aLength1 = (double)carCount1 / ipd.iterationCount;
opd.aLength2 = (double)carCount2 / ipd.iterationCount;
opd.aCount1 = (double)sCarCount1 / ipd.iterationCount;
opd.aCount2 = (double)sCarCount2 / ipd.iterationCount;
opd.tmin1 = (double)tmin1 / ipd.iterationCount;
opd.tmax1 = (double)tmax1 / ipd.iterationCount;
opd.tmin2 = (double)tmin2 / ipd.iterationCount;
opd.tmax2 = (double)tmax2 / ipd.iterationCount;
}