public ActiveCircle(RichPictureBox richPictureBox, ActiveLaser laser)
{
HoleType = InHoleType.CenterHole;
this.laser = laser;
shape = LaserShape.Line;
HolesInfo = new HolesInfo();
HolesInfo.HolesInfoChangeHandler += Program.EntryForm.HolesInfoChangeHandler;
IsMouseUp = false;
InTheHole = false;
this.richPictureBox = richPictureBox;
circleData = new CircleData();
InitializeGraphicsProperties();
float pulseSize = Program.SysConfig.LaserConfig.PulseSize;
outterCircleSize = new SizeF(pulseSize + Program.SysConfig.GraphicsPropertiesManager.GetPropertiesByName("Circle").ExclusionSize,
pulseSize + Program.SysConfig.GraphicsPropertiesManager.GetPropertiesByName("Circle").ExclusionSize);
innerCircleSize = new SizeF(pulseSize, pulseSize);
crossSize = new Size(38, 38);
clickCount = 0;
innerCircles = new List <Circle>();
outterCircles = new List <Circle>();
}
private void DrawConnectLine(Graphics g, Pen pen, Circle startCircle, Circle endCircle, CircleData circleData, bool isArc)
{
//if (shape == LaserShape.Arc)
//{
// //draw connect arc
// var x = circleData.CenterPt.X - circleData.Radius;
// var y = circleData.CenterPt.Y - circleData.Radius;
// var width = 2 * circleData.Radius;
// var height = 2 * circleData.Radius;
// var startAngle = 180 / Math.PI * Math.Atan2(startCircle.CenterPoint.Y - circleData.CenterPt.Y,
// startCircle.CenterPoint.X - circleData.CenterPt.X);
// var endAngle = 180 / Math.PI * Math.Atan2(endCircle.CenterPoint.Y - circleData.CenterPt.Y,
// endCircle.CenterPoint.X - circleData.CenterPt.X);
// g.DrawArc(pen, (float)x, (float)y, (float)width, (float)height, (float)startAngle, (float)endAngle);
//}
//else if (shape == LaserShape.Line)
//{
// //draw connect Line
// g.DrawLine(pen, startCircle.CenterPoint, endCircle.CenterPoint);
//}
}
