public virtual void render(ref Arc arc)
{
render(ref arc, 32);
}
// Renders an arc public abstract void render(ref Arc arc, int segments);
// Gets the points of an arc
public static Point[] getArcPoints(Arc arc, int segments)
{
// Variables
Point[] points= new Point[((arc.height== 0f) ? segments+1 : segments*2+1)];
for(int i= 0; i<= segments; i++)
{
points[i]= new Point(
arc.radius*(float)(Math.Cos(((float)i/(float)segments)*(arc.angB-arc.angA)+arc.angA))+arc.centerPosition.x,
arc.radius*(float)(Math.Sin(((float)i/(float)segments)*(arc.angB-arc.angA)+arc.angA))+arc.centerPosition.y,
arc.centerPosition.z
);
}
if(arc.height!= 0f)
{
for(int i= segments+1; i<= segments*2; i++)
{
points[i]= new Point(
points[i-segments].x,
points[i-segments].y,
points[i-segments].z+arc.height
);
}
}
return points;
}
public virtual void render(Arc arc, int segments)
{
render(ref arc, segments);
}
// Renders an arc
public override void render(Arc arc)
{
// Variables
Sdx.Graphics graphics= form.CreateGraphics();
switch((byte)(renderType))
{
case 1:/*
graphics.FillArc(
new Sdx.SolidBrush(renderColor.toSysColor()),
arc.centerPosition.x-arc.radius,
arc.centerPosition.y-arc.radius,
arc.radius,
arc.radius,
arc.angA,
arc.angB
);
break;*/
case 2:
graphics.DrawArc(
new Sdx.Pen(renderColor.toSysColor()),
arc.centerPosition.x-arc.radius,
arc.centerPosition.y-arc.radius,
arc.radius,
arc.radius,
arc.angA,
arc.angB
);
break;
}
}