private void DoSimulation(int m, int a, int R0, double pi1, double pi2)
{
Generator gen = new Generator(a, m, R0);
int taskCount = 0, doneTaskCount = 0, deletedTaskCount = 0;
int inputStatus = 2, queueStatus = 0, channel1Status = 0, channel2Status = 0;
int k1 = 0, k2 = 0, x = 0, n = 0;
int queueLengthSum = 0;
for (var i = 1; i <= ticksCount; i++)
{
if (channel1Status == 1) // if channel #2 has a task
{ // then check
k1++;
if (gen.GetNext() <= (1 - pi1)) // if event will happen
{ // if happens then
channel1Status = 0; // and make channel free
doneTaskCount++;
}
}
if (channel2Status == 1) // if channel #2 has a task
{ // then check
k2++;
if (gen.GetNext() <= (1 - pi2)) // if event will happen
{
channel2Status = 0; // if happens then
doneTaskCount++; // increase done task counter
// and make channel free
}
}
if (queueStatus > 0)
{
if (channel1Status == 0)
{
channel1Status = 1;
queueStatus--;
}
}
if (queueStatus > 0)
{
if (channel2Status == 0)
{
channel2Status = 1;
queueStatus--;
}
}
if (inputStatus == 1)
{
taskCount++;
if (channel1Status == 0)
{
channel1Status = 1;
}
else if (channel2Status == 0)
{
channel2Status = 1;
}
else
{
if (queueStatus < 2)
{
queueStatus++;
}
else
{
deletedTaskCount++;
}
}
}
queueLengthSum += queueStatus;
// Console.WriteLine(queueLengthSum);
if (inputStatus == 2)
{
inputStatus = 1;
}
else
{
inputStatus = 2;
}
}
LLabel.Text = (((double)queueLengthSum / ticksCount)).ToString("0.####");
ALabel.Text = (((double)doneTaskCount / ticksCount)).ToString("0.####");
Console.WriteLine(n - x);
Console.WriteLine((double)(n - x) / ticksCount);
WLabel.Text = (((double)queueLengthSum / (double)ticksCount) / ((double)doneTaskCount / (double)ticksCount)).ToString("0.####");
}
private void DoSimulation(int m, int a, int R0, double pi1, double pi2)
{
Generator gen = new Generator(a, m, R0);
int taskCount = 0, doneTaskCount = 0, deletedTaskCount = 0;
int inputStatus = 2, queueStatus = 0, channel1Status = 0, channel2Status = 0;
int queueLengthSum = 0;
for (var i = 1; i <= ticksCount; i++)
{
if (channel2Status == 1) // if channel #2 has a task
{ // then check
if (gen.GetNext() <= pi2) // if event will happen
{ // if happens then
doneTaskCount++; // increase done task counter
channel2Status = 0; // and make channel free
}
}
if (channel1Status == 1) // if channel #2 has a task
{ // then check
if (gen.GetNext() <= pi1) // if event will happen
{ // if happens then
channel1Status = 0; // and make channel free
if (channel2Status == 0) //check if channel #2 is free
{ // if it's free
channel2Status = 1; // put task in channel #2 and make it busy
}
else // if channel #2 is busy
{
deletedTaskCount++; // then delete task and increase deleted task counter
}
}
}
if (queueStatus > 0)
{
if (channel1Status == 0)
{
channel1Status = 1;
queueStatus--;
}
}
if (inputStatus == 1)
{
taskCount++;
if (channel1Status == 0)
{
channel1Status = 1;
}
else
{
if (queueStatus < 2)
{
queueStatus++;
}
else
{
deletedTaskCount++;
}
}
}
queueLengthSum += queueStatus;
if (inputStatus == 2)
{
inputStatus = 1;
}
else
{
inputStatus = 2;
}
}
PLabel.Text = ((double)deletedTaskCount / (deletedTaskCount + doneTaskCount)).ToString();
ALabel.Text = ((double)doneTaskCount / ticksCount).ToString();
LLabel.Text = ((double)queueLengthSum / ticksCount).ToString();
}