public void Task2()
{
var outputParams = new QOutputParams();
double[] roValues = new double[] { 0.25, 0.5, 0.75 };
double paramLambda = 4;
double[] imgClientsProbas = new double[3];
for (int i = 0; i < roValues.Length; i++)
{
double paramRo = roValues[i];
double paramMi = paramLambda / paramRo;
var queueSystem = new Mm1Continuous(paramMi, paramLambda);
var simulator = new MultiSimulator(queueSystem);
simulator.RunSim();
outputParams.AddEntry(simulator.OutputParams);
imgClientsProbas[i] = simulator.ImgClientServicedProbability;
}
string output = Task2Intro;
output += PrettyPrint(outputParams);
output += PrettyPrintImgClientProbability(roValues, imgClientsProbas);
Console.Write(output);
AllOutput += output;
}
/// <summary>
/// 1. Symulacja kolejki M/M/1
/// </summary>
public void Task1()
{
double[] roValues = new double[] { 0.25, 0.5, 0.75 };
double paramLambda = 4;
var outputParams = new QOutputParams();
var p0Points = new List <List <Point> >();
var expectedP0Values = new List <double>();
for (int i = 0; i < roValues.Length; i++)
{
double paramRo = roValues[i];
double paramMi = paramLambda / paramRo;
var queueSystem = new Mm1QueueSystem(paramMi, paramLambda);
var simulator = new MultiSimulator(queueSystem);
simulator.RunSim();
outputParams.AddEntry(simulator.OutputParams);
p0Points.Add(simulator.EventSimulator.P0Points);
expectedP0Values.Add(simulator.EventSimulator.QueueSystem.ExpectedP0);
}
string output = Task1Intro;
output += PrettyPrint(outputParams);
SaveP0Points(p0Points);
output += "\n\nPunkty wykresów zbieżności P0 zapisano w pliku 'p0data.txt' na Pulpicie";
Console.Write(output);
AllOutput += output;
}
