private Point method_3(Class24 class24_1, Class24 class24_2)
{
if (!class24_1.method_18(class24_2.getPoint0()))
{
return(class24_2.getPoint0());
}
if (!class24_1.method_18(class24_2.getPoint1()))
{
return(class24_2.getPoint1());
}
return(class24_2.getPoint2());
}
internal bool method_17(Class24 class24_0)
{
return((this.getPoint0().X == class24_0.getPoint0().X&& this.getPoint0().Y == class24_0.getPoint0().Y) || (this.getPoint0().X == class24_0.getPoint1().X&& this.getPoint0().Y == class24_0.getPoint1().Y) || (this.getPoint0().X == class24_0.getPoint2().X&& this.getPoint0().Y == class24_0.getPoint2().Y) || (this.getPoint1().X == class24_0.getPoint0().X&& this.getPoint1().Y == class24_0.getPoint0().Y) || (this.getPoint1().X == class24_0.getPoint1().X&& this.getPoint1().Y == class24_0.getPoint1().Y) || (this.getPoint1().X == class24_0.getPoint2().X&& this.getPoint1().Y == class24_0.getPoint2().Y) || (this.getPoint2().X == class24_0.getPoint0().X&& this.getPoint2().Y == class24_0.getPoint0().Y) || (this.getPoint2().X == class24_0.getPoint1().X&& this.getPoint2().Y == class24_0.getPoint1().Y) || (this.getPoint2().X == class24_0.getPoint2().X&& this.getPoint2().Y == class24_0.getPoint2().Y));
}
public List <Triangle> GetTriangles(bool throwOnError)
{
if (this.class15_0 == null | this.list_0 == null)
{
throw new InvalidOperationException("A valid triangulation does not exist. Compute the triangulation first!");
}
this.list_2 = new List <Triangle>();
List <Triangle> list = new List <Triangle>();
for (int i = 0; i < this.list_0.Count; i++)
{
if (this.list_0[i].method_0() && !this.list_0[i].method_12().method_17(this.class24_0))
{
Class24 @class = this.list_0[i].method_12();
try
{
Triangle item = new Triangle(@class.getPoint0(), @class.getPoint1(), @class.getPoint2());
list.Add(item);
}
catch (System.Exception ex)
{
double absoluteEpsilon = Global.AbsoluteEpsilon;
double relativeEpsilon = Global.RelativeEpsilon;
Global.AbsoluteEpsilon = -1.0;
Global.RelativeEpsilon = -1.0;
Triangle item2 = new Triangle(@class.getPoint0(), @class.getPoint1(), @class.getPoint2());
this.list_2.Add(item2);
Global.AbsoluteEpsilon = absoluteEpsilon;
Global.RelativeEpsilon = relativeEpsilon;
if (throwOnError)
{
throw new ArithmeticException("Can not convert near-degenerate triangle due to floating point accuracy.");
}
}
}
}
return(list);
}