private void StartingRoutine(object sender, EventArgs e)
{
ToolTip toolTip1 = new ToolTip();
btnRadLast = radKeine;
// Set up the delays for the ToolTip.
toolTip1.AutoPopDelay = 5000;
toolTip1.InitialDelay = 1000;
toolTip1.ReshowDelay = 500;
// Force the ToolTip text to be displayed whether or not the form is active.
toolTip1.ShowAlways = true;
// Set up the ToolTip text for the Button and Checkbox.
//toolTip1.SetToolTip(this.button1, "My button1");
toolTip1.SetToolTip(this.chkParameter,
"Funktion 1 und Funktion 2 werden als" +
"\nParameterkurve aufgefasst (x(t), y(t))" +
"\nFunktion 3 ist inaktiv ");
curves = new List <Kurve>();
curve1 = new Kurve();
curve1.setKurvenart(Punktform.DICKER_PUNKT);
curve1.setKurvenfarbe(Color.Cyan);
curve1.setSteps(100);
curve1.setXEinheit("mm");
curve1.setYEinheit("cm^2");
mp = new DiagParam("", "");
curve1.setFktText("e(x/2)/(x**4+0.2)");
curve2 = new Kurve();
curve2.setKurvenart(Punktform.KREUZ);
curve2.setKurvenfarbe(Color.Gray);
curve2.setSteps(100);
curve2.setXEinheit("");
curve2.setYEinheit("");
curve2.setFktText("((4.0)/(((x-1)**4)+1))");
curve3 = new Kurve();
curve3.setKurvenart(Punktform.RECHTECK_HOHL);
curve3.setKurvenfarbe(Color.Red);
curve3.setSteps(100);
curve3.setXEinheit("");
curve3.setYEinheit("");
curve3.setFktText("(0.5*x)**(3)");
tbCurve1.Text = "e(x/2)/(x**4+0.2)";
tbCurve2.Text = "((4.0)/(((x - 1)**4) + 1))";
tbCurve3.Text = "(0.5*x)**(3)";
diag = new Diagramm(-8, 8, -10, 10, curves, mp);
diag.WithShowString = true;
btnRahmenfarbe.BackColor = Color.Green;
mp.setcRahmenfarbe(Color.Green);
Color col = Color.Blue;
btnHintergrundfarbe.BackColor = col;
btnHintergrundfarbe.ForeColor = Color.Yellow;
diag.BackColor = col;
chkAktiv1.Checked = true;
chkAktiv2.Checked = true;
chkAktiv3.Checked = true;
panDiag.Controls.Add(diag);
//pan.Refresh();
diag.Refresh();
/*
*
* Color col = Color.BLUE;
* btnHintergrund.setBackground(col);
* btnHintergrund.setForeground(Color.YELLOW);
*
* String err = "";
*
* //fkt = "3.0*(x*x)";
* fkt = "e(x/2)/(x**4+0.2)";
* err = addFunktionToCurves(fkt, Punktform.DICKER_PUNKT,
* Color.CYAN, "mm", "cm^2", curve1);
* if (DEBUG)
* System.out.println("1.te Funktion: " + (err.isEmpty() ? "Kein Fehler" : err));
*
* fkt = "(x)**(0.5)";
* err = addFunktionToCurves(fkt, Punktform.KREUZ,
* Color.GRAY, "", "", curve2);
* if (DEBUG)
* System.out.println("2.te Funktion: " + (err.isEmpty() ? "Kein Fehler" : err));
*
* fkt = "(0.5*x)**(3)";
* err = addFunktionToCurves(fkt, Punktform.RECHTECK_HOHL,
* Color.RED, "", "", curve3);
* if (DEBUG)
* System.out.println("3.te Funktion: " + (err.isEmpty() ? "Kein Fehler" : err));
*
* if (curves.size() == 0)
* {
* if (DEBUG)
* System.out.println("Keine Funktion (nur Fehler?)");
* return;
* }
* curve1.setSteps(100);
* curve2.setSteps(100);
* curve3.setSteps(100);
*
* mm = new Diagramm(-8, 8, -10, 10, curves, mp);
* this.add(mm, BorderLayout.CENTER);
* mm.setOpaque(true);
* mm.setBackground(col);
*
*
*/
//curve1.setFktText("e(x/2)/(tan(x)+0.2)");
//curve1.setFktText("(x)**(0.5)");
// curve1.setFktText("(0.5 * x) * *(3)");
/*
* Parser ps = new Parser();
* string err = ps.parsen(curve1.getFktText());
* curve1.setParser(ps);
* Parser ps0 = curve1.getParser();
* Kurve cur = ps0.bestimmeKurve(
* -8.0,8.0,
* curve1.getSteps());
* /* Werte der alten Kurve curve1 zuweisen*/
/*
* curve1.setWerte(cur.getWerte());
* // Minimum und Maximumwerte bestimmen
* curve1.bestimmeMinMaxWerte();
* curves.Add(curve1);
* diag = new Diagramm(-2, 2, -10, 10, curves, mp);
*
* panDiag.Controls.Add(diag);
* //pan.Refresh();
* diag.Refresh();
*
*/
}
private void drowResultDiagramm(int curTact)
{
int k = 20;
int xmax = curTact + 1;
int ymax = stack.Count + 2;
//Diagramm.
Diagramm.Width = xmax * k;
Diagramm.Height = ymax * k;
Diagramm.Refresh();
debug.Text = "";
Graphics diagramma = Diagramm.CreateGraphics();
Pen gridPen = new Pen(Color.Black, 1);
gridPen.DashStyle = System.Drawing.Drawing2D.DashStyle.Dash;
for (int i = 0; i <= ymax; i++)
{
diagramma.DrawLine(gridPen, 0, k * i, k * xmax, k * i);
}
for (int i = 0; i <= xmax; i++)
{
diagramma.DrawLine(gridPen, k * i, 0, k * i, k * ymax);
}
Pen borderPen = new Pen(Color.Black, 3);
diagramma.DrawLine(borderPen, 0, k * ymax, k * xmax, k * ymax);
diagramma.DrawLine(borderPen, 0, 0, 0, k * ymax);
Pen readyPen = new Pen(Color.Red, 2);
foreach (Proccess P in stack)
{
diagramma.DrawLine(readyPen, k * P.start_ready_tact, k * (ymax - 1), k * P.start_ready_tact, k * (ymax - P.number - 1));
diagramma.DrawLine(readyPen, k * P.start_work_tact, k * (ymax - 1), k * P.start_work_tact, k * (ymax - P.number - 1));
diagramma.DrawLine(readyPen, k * P.start_ready_tact, k * (ymax - P.number - 1), k * P.start_work_tact, k * (ymax - P.number - 1));
}
Pen workPen = new Pen(Color.Blue, 5);
foreach (Proccess P in stack)
{
diagramma.DrawLine(workPen, k * P.start_work_tact, k * (ymax - 1), k * P.start_work_tact, k * (ymax - P.number - 1));
diagramma.DrawLine(workPen, k * P.end_work_tact, k * (ymax - 1), k * P.end_work_tact, k * (ymax - P.number - 1));
diagramma.DrawLine(workPen, k * P.start_work_tact, k * (ymax - P.number - 1), k * P.end_work_tact, k * (ymax - P.number - 1));
}
float sum_time_work = 0;
float sum_time_wait = 0;
string hr = "+------+-------+-------+------+-----+\n";
debug.Text += hr;
debug.Text += "| Proc | Ready | Start | Work | End |\n";
debug.Text += hr;
foreach (Proccess P in stack)
{
debug.Text +=
String.Format("| \"{0,1}\" | {1,2} | {2,2} | {3,2} | {4,2} |\n",
P.name, P.start_ready_tact, P.start_work_tact, (P.end_work_tact - P.start_work_tact), P.end_work_tact);
sum_time_work += P.end_work_tact - P.start_work_tact;
sum_time_wait += P.tacts_of_wait;
}
debug.Text += hr;
debug.Text += "\n среднее время выполнения = " + (sum_time_work / stack.Count) +
"\n среднее время ожидания = " + (sum_time_wait / stack.Count);
}