public Form1()
{
InitializeComponent();
// create c1 by using the default constructor
c1 = new bugCircle(); // unit cirlce
c1.Radius = 10.0;
c1.center.X = 5;
c1.center.Y = 10;
c1.name = " a cute circle ";
// create c2 and c3 by using the overloaded constructor
c2 = new bugCircle(-5.0, new Point(3, 3)); // another unit circle
c3 = new bugCircle(3.0, new Point(5, 4)); // yet another one
p1 = new bugPoint(); // locate at the origin
p2 = new bugPoint(3F, 4F);
p3 = new bugPoint(2F, 4F);
bugPoint p4; // = p2.Add(p3);
p4 = p2 + p3;
this.Text = p4.ToString();
this.Text += "dist " + p1.Distance2(p2).ToString();
this.Text += "ang = " + p2.SlopeWChoice(bugPoint.AngleType.Degree).ToString();
}
public Form1()
{
InitializeComponent();
// create c1 by using the default constructor
c1 = new bugCircle(); // unit cirlce
c1.Radius = 10.0;
c1.center.X = 5;
c1.center.Y = 10;
c1.name = " a cute circle ";
drawingpen = new Pen(Color.YellowGreen);
// create c2 and c3 by using the overloaded constructor
c2 = new bugCircle(-5.0, new Point(3, 3)); // another unit circle
c3 = new bugCircle(3.0, new Point(5, 4)); // yet another one
/*
* p1 = new bugPoint(); // locate at the origin
* p2 = new bugPoint(3F, 4F);
* p3 = new bugPoint(2F, 4F);
*
* Debug.WriteLine("there are " + bugPoint.nPoints.ToString() + " many points");
*
*
* bugPoint p4; // = p2.Add(p3);
* p4 = p2 + p3;
*
* Debug.WriteLine("there are " + bugPoint.nPoints.ToString() + " many points");
*
* this.Text = p4.ToString();
* this.Text += "dist " + p1.Distance2(p2).ToString();
* this.Text += "ang = " + p2.SlopeWChoice(bugPoint.AngleType.Degree).ToString();
* //*/
}
