public static void Lab3()
{
const double creatorDelay = 1.0f;
const double processDelay = 2.5f;
const int processMaxQueue = 5;
var creator = new Creator(creatorDelay);
//var process1 = new Process("process1", processDelay, processMaxQueue, 2);
//var process2 = new Process("process2", processDelay * 3, processMaxQueue, 2);
//var process3 = new Process("process3", processDelay * 7, processMaxQueue, 1);
//var process4 = new Process("process4", processDelay * 10, processMaxQueue, 1);
var process1 = new Process("process1", processDelay, processMaxQueue, 1);
var process2 = new Process("process2", processDelay, processMaxQueue, 1);
var process3 = new Process("process3", processDelay, processMaxQueue, 1);
var process4 = new Process("process4", processDelay, processMaxQueue, 1);
var despose1 = new Despose("despose1");
var despose2 = new Despose("despose2");
var branch1 = new Branch(new List <(Element element, int weight)> {
(process1, 4), (despose2, 1)
});
var branch2 = new Branch(new List <(Element element, int weight)> {
(process2, 3), (process3, 2)
});
creator.nextElement = branch1;
process1.nextElement = branch2;
process2.nextElement = despose1;
process3.nextElement = process4;
process4.nextElement = despose2;
var model = new SimulationModel(new List <Element>
{
creator,
process1,
process2,
process3,
process4,
despose1,
despose2
},
SimulateTime);
model.Simulate(false);
model.PrintResultStatistic();
}
public static void Lab4_Test_Example()
{
var creator = new Creator(2d);
var process1 = new Process("process1", 0.6);
var process2 = new Process("process2", 0.3);
var process3 = new Process("process3", 0.4);
var process4 = new Process("process4", 0.1, processors: 2);
var despose1 = new Despose("despose1");
var branch1 = new Branch(new List <(Element element, double percent)>
{
(despose1, 0.42),
(process2, 0.15),
(process3, 0.13),
(process4, 0.30)
});
creator.nextElement = process1;
process1.nextElement = branch1;
process2.nextElement = process1;
process3.nextElement = process1;
process4.nextElement = process1;
var model = new SimulationModel(new List <Element>
{
creator,
process1,
process2,
process3,
process4,
despose1
},
SimulateTime);
model.Simulate(false);
model.PrintResultStatistic();
}
public static void Lab4_Bank()
{
const double customerDelayIn = 0.5;
const double customerServiceDelay = 1;
const double initialCustomerIn = 0.1;
const int initialQueueForCarLines = 2;
const int windowMaxQueue = 3;
var q1 = new Queue <EventBase>(initialQueueForCarLines);
var q2 = new Queue <EventBase>(initialQueueForCarLines);
for (int i = 0; i < initialQueueForCarLines; i++)
{
q1.Enqueue(new EventBase {
createTime = 0.0
});
q2.Enqueue(new EventBase {
createTime = 0.0
});
}
var creator = new Creator(customerDelayIn)
{
distribution = NumberGenerators.Distributions.EXPONENTIAL,
tnext = initialCustomerIn
};
var window1 = new BankProcess("window1", customerServiceDelay, windowMaxQueue)
{
//queue = initialQueueForCarLines,
eventQueue = q1
//tnext = NumberGenerators.RandomNumberGenerators.Normal(1d, 0.3)
};
window1.inAct(new EventBase {
createTime = 0.0
});
var window2 = new BankProcess("window2", customerServiceDelay, windowMaxQueue)
{
//queue = initialQueueForCarLines,
eventQueue = q2
//tnext = NumberGenerators.RandomNumberGenerators.Normal(1d, 0.3)
};
window2.inAct(new EventBase {
createTime = 0.0
});
var bankExit = new BankDesposer("exit");
var windowChoice = new BankAutoBranch(new List <(Element element, double percent)>
{
(window1, 0.5),
(window2, 0.5)
});
window1.windowsChoose = windowChoice;
window2.windowsChoose = windowChoice;
creator.nextElement = windowChoice;
window1.nextElement = bankExit;
window2.nextElement = bankExit;
var model = new SimulationModel(new List <Element>
{
creator,
window1,
window2,
bankExit
},
SimulateTime);
model.Simulate(false);
model.PrintResultStatistic();
bankExit.printResult();
Console.WriteLine("Average clinets in bank: " + (window1.avgClientInBank + window2.avgClientInBank) / SimulateTime);
Console.WriteLine("Number of line changes: " + windowChoice.QueueChanges);
}
public static void Lab4_Hospital()
{
const double customerDelayIn = 0.5;
const double customerServiceDelay = 1.7;
const double initialCustomerIn = 0.1;
const int initialQueueForCarLines = 2;
const int windowMaxQueue = 5;
var q1 = new Queue <EventBase>(initialQueueForCarLines);
var q2 = new Queue <EventBase>(initialQueueForCarLines);
for (int i = 0; i < initialQueueForCarLines; i++)
{
q1.Enqueue(new EventBase {
createTime = 0.0
});
q2.Enqueue(new EventBase {
createTime = 0.0
});
}
var creator = new Creator(customerDelayIn)
{
distribution = NumberGenerators.Distributions.EXPONENTIAL,
tnext = initialCustomerIn
};
var window1 = new Process("window1", customerServiceDelay, windowMaxQueue)
{
//queue = initialQueueForCarLines,
eventQueue = q1
//tnext = NumberGenerators.RandomNumberGenerators.Normal(1d, 0.3)
};
window1.inAct(new EventBase {
createTime = 0.0
});
var window2 = new Process("window2", customerServiceDelay, windowMaxQueue)
{
//queue = initialQueueForCarLines,
eventQueue = q2
//tnext = NumberGenerators.RandomNumberGenerators.Normal(1d, 0.3)
};
window2.inAct(new EventBase {
createTime = 0.0
});
var bankExit = new Despose("exit");
var windowChoice = new BankAutoBranch(new List <(Element element, double percent)>
{
(window1, 0.5),
(window2, 0.5)
});
creator.nextElement = windowChoice;
window1.nextElement = bankExit;
window2.nextElement = bankExit;
var model = new SimulationModel(new List <Element>
{
creator,
window1,
window2,
bankExit
},
SimulateTime);
model.Simulate(false);
model.PrintResultStatistic();
}
