public void PrintResult()
{
Console.WriteLine("\n-------------RESULTS-------------");
foreach (Element e in list)
{
e.PrintResult();
Console.WriteLine();
if (e.GetType() == typeof(MassServiceSystem))
{
MassServiceSystem p = (MassServiceSystem)e;
Console.WriteLine("Name Theoretical average loading Theoretical average queue");
Console.WriteLine(p.Name + " " + theoreticalLoading[e.Id - 1] + " " + theoreticalAverageQueue[e.Id - 1]);
Console.WriteLine("Name Real average loading Real average queue");
Console.WriteLine(p.Name + " " + ((long)p.DeltaTR / p.FinishTime) + " " + p.SumQueue / p.FinishTime);
Console.WriteLine("Name Average loading fallibility Average queue fallibility");
Console.WriteLine(p.Name + " " + Math.Abs(((long)p.DeltaTR / p.FinishTime) - theoreticalLoading[e.Id - 1]) + " " + Math.Abs((p.SumQueue / p.FinishTime) - theoreticalAverageQueue[e.Id - 1]));
Console.WriteLine();
}
}
}
static void Task1()
{
Create c = new Create(2.0);
MassServiceSystem mss1 = new MassServiceSystem(0.6);
MassServiceSystem mss2 = new MassServiceSystem(0.3);
MassServiceSystem mss3 = new MassServiceSystem(0.4);
MassServiceSystem mss4 = new MassServiceSystem(0.1);
Channel channel11 = new Channel();
channel11.Name = "Channel11";
mss1.Channels = new List <Channel> {
channel11
};
Channel channel21 = new Channel();
channel21.Name = "Channel21";
mss2.Channels = new List <Channel> {
channel21
};
Channel channel31 = new Channel();
channel31.Name = "Channel31";
mss3.Channels = new List <Channel> {
channel31
};
Channel channel41 = new Channel();
channel41.Name = "Channel41";
Channel channel42 = new Channel();
channel42.Name = "Channel42";
mss4.Channels = new List <Channel> {
channel41, channel42
};
c.NextElement = mss1;
mss1.NextMss.AddRange(new List <MassServiceSystem>()
{
mss2, mss3, mss4
});
mss2.NextMss.Add(mss1);
mss3.NextMss.Add(mss1);
mss4.NextMss.Add(mss1);
c.Name = "CREATOR";
c.Distribution = "exp";
mss1.NextDespose = true;
mss1.DesposeProbability = 0.42;
mss1.Name = "SMO 1";
mss1.Distribution = "exp";
mss2.SelfProbability = 0.15;
mss2.Name = "SMO 2";
mss2.Distribution = "exp";
mss3.SelfProbability = 0.13;
mss3.Name = "SMO 3";
mss3.Distribution = "exp";
mss4.SelfProbability = 0.3;
mss4.Name = "SMO 4";
mss4.Distribution = "exp";
List <Element> list = new List <Element> {
c, mss1, mss2, mss3, mss4
};
Model model = new Model(list);
model.Simulate(1000.0);
}
override public void OutAct()
{
SetTCurrForChannels();
base.OutAct();
GetChannelByTNext().OutAct();
base.TNext = GetTNext();
if (CheckFreeChannels() == true)
{
base.State = 0;
}
if (this.Queue > 0 && CheckFreeChannels() == true)
{
Queue--;
GetFreeChannel().InAct();
if (CheckFreeChannels() == false)
{
base.State = 1;
}
base.TNext = GetTNext();
}
if (NextMss.Count > 0)
{
int index = 0;
if (Name == "SMO 1")
{
Random random = new Random();
double a = random.NextDouble();
if (a < NextMss[0].SelfProbability)
{
index = 0;
}
else
{
if (a >= NextMss[0].SelfProbability && a < NextMss[0].SelfProbability + NextMss[1].SelfProbability)
{
index = 1;
}
else
{
if (a >= NextMss[0].SelfProbability + NextMss[1].SelfProbability && a < NextMss[0].SelfProbability + NextMss[1].SelfProbability + NextMss[2].SelfProbability)
{
index = 2;
}
else
{
index = 3;
}
}
}
}
if (index == 3)
{
//Console.WriteLine("--------Dispose--------");
}
else
{
MassServiceSystem nextProcess = NextMss[index];
nextProcess.InAct();
}
}
else
{
// Console.WriteLine("--------Dispose--------");
}
}
