public void populate()
{
listbar = new LoadBar2[Numpro];
prolist = new ProcessPQ[Numpro];
double mean = (double)(Max + Min) / (double)2;
double stdDev = (double)(Max - Min) / (double)6;
for (int i = 0; i < Numpro; i++)
{
prolist[i] = new ProcessPQ();
prolist[i].Num = i;
if (ran == true)
{
prolist[i].Arrival = Normal(mean, stdDev, Max, Min);
prolist[i].Burst = Normal(mean, stdDev, Max, Min);
prolist[i].Prior = Normal(mean, stdDev, Max, Min);
}
else
{
prolist[i].Arrival = 0;
prolist[i].Burst = 1;
prolist[i].Prior = 1;
}
flowLayoutPanel1.Controls.Add(prolist[i]);
}
}
private void prostart(ProcessPQ p1)
{
ProcessPQ k = new ProcessPQ();
k = p1;
listbar[p1.Num] = new LoadBarPQ();
listbar[p1.Num].Max = k.Burst;
listbar[p1.Num].setMax();
Label k1 = new Label();
Label k2 = new Label();
k1.Text = "P" + p1.Num.ToString();
k2.Text = "Start Time " + p1.Start.ToString();
int i = tableLayoutPanel1.ColumnCount++;
tableLayoutPanel1.Controls.Add(k1, i - 1, 0);
tableLayoutPanel1.Controls.Add(listbar[p1.Num].b1, i - 1, 1);
tableLayoutPanel1.Controls.Add(k2, i - 1, 2);
k.proStart();
listbar[p1.Num].proStart();
}
private void proresume(ProcessPQ p1)
{
p1.proStart();
listbar[p1.Num].proStart();
}
private void prostop(ProcessPQ p1)
{
p1.proStop();
listbar[p1.Num].proStop();
}