public Circle[] ToDataPointMarks()
{
int n = DataPoints.Length ;
double markSize = 0.05;
List<Circle> pointMarks = new List<Circle>();
foreach (PointD p in DataPoints)
{
Circle aCircle = new Circle(p, markSize / 2) { Color = this.Color, LineWidth = 3};
pointMarks.Add(aCircle);
}
for (int i = 0; i < n+2; i++)
{
Circle aCircle = new Circle(ControlPoints[i], markSize / 2);
aCircle.Color = System.Drawing.Color.Blue;
pointMarks.Add(aCircle);
}
//foreach (PointD p in ControlPoints)
//{
// Circle aCircle = new Circle(p, markSize / 2);
// aCircle.Color = System.Drawing.Color.Blue;
// pointMarks.Add(aCircle);
//}
return pointMarks.ToArray();
}
public DiametricDimension(Circle aCircle, double refDirection, PointD tTextReferpn, string tText, double tArrowSize)
{
double angle = DegToRad(refDirection);
PointD V1 = (new PointD(Cos(angle), Sin(angle), 0)) * aCircle.Radius;
Startpn = aCircle.Center - V1;
Endpn = aCircle.Center + V1;
TextReferP = tTextReferpn.Clone() as PointD;
LeaderLength = Norm((this.TextReferP - (this.Startpn + this.Endpn) / 2.0)) - Value / 2.0;
if (LeaderLength < 0) LeaderLength = 0;
ArrowSize = tArrowSize;
this.Text = tText;
}
public override object Clone()
{
Circle aCircle = new Circle();
if (this.Name != null)
aCircle.Name = this.Name;
aCircle.Color = this._color;
aCircle.LineType = this.LineType;
aCircle.LineWidth = this.LineWidth;
aCircle.Center = this.Center.Clone() as PointD;
aCircle.Radius = this.Radius;
return aCircle;
}
public RadialDimension(Circle aCircle, double refDirection, PointD tTextReferpn, double tArrowSize)
{
double angle = DegToRad(refDirection);
PointD V1 = (new PointD(Cos(angle), Sin(angle), 0)) * aCircle.Radius;
Startpn = aCircle.Center.Clone() as PointD;
Endpn = aCircle.Center + V1;
TextReferP = tTextReferpn.Clone() as PointD;
LeaderLength = Norm((this.Startpn - this.TextReferP)) - Value;
if (LeaderLength < 0) LeaderLength = 0;
ArrowSize = tArrowSize;
}