public void OnUnite()
{
/*if (IsLowest)
* {
* if (IsRoot)
* return;
*
* Parents.OnUnite();
* }
* else if (IsSecondLowest)
* {
* HandleOnUnite();
* }
* else
* {
* Face2D secondLowest = FindSecondLowestChild();
*
* if (secondLowest != null)
* {
* secondLowest.OnUnite();
* }
* }*/
Face2D lastChild = FindLastSecondLowestChild();
if (lastChild != null)
{
lastChild.HandleOnUnite();
}
}
public static void UnitTest()
{
Face2D face_0 = new Face2D("0");
Face2D face_0_0 = new Face2D("0_0");
Face2D face_0_1 = new Face2D("0_1");
Face2D face_0_2 = new Face2D("0_2");
face_0.DivideTo(face_0_0, face_0_1, face_0_2);
Face2D face_0_0_0 = new Face2D("0_0_0");
Face2D face_0_0_1 = new Face2D("0_0_1");
Face2D face_0_0_2 = new Face2D("0_0_2");
face_0_0.DivideTo(face_0_0_0, face_0_0_1, face_0_0_2);
Face2D face_0_2_0 = new Face2D("0_2_0");
Face2D face_0_2_1 = new Face2D("0_2_1");
Face2D face_0_2_2 = new Face2D("0_2_2");
face_0_2.DivideTo(face_0_2_0, face_0_2_1, face_0_2_2);
Face2D face_0_2_0_0 = new Face2D("0_2_0_0");
Face2D face_0_2_0_1 = new Face2D("0_2_0_1");
Face2D face_0_2_0_2 = new Face2D("0_2_0_2");
face_0_2_0.DivideTo(face_0_2_0_0, face_0_2_0_1, face_0_2_0_2);
Debug.Log(face_0.ToString());
face_0_1.OnUnite();
}
protected Face2D FindSecondLowestChild()
{
if (IsLowest)
{
return(null);
}
foreach (var child in Childern)
{
if (child.IsLowest)
{
continue;
}
if (child.IsSecondLowest)
{
return(child);
}
Face2D face = child.FindSecondLowestChild();
if (face != null)
{
return(face);
}
}
return(null);
}
public void AddFaces(Face2D face)
{
if (Faces.Contains(face))
{
throw new InvalidOperationException("Edge already contains face!");
}
Faces.Add(face);
}
public void RemoveFace(Face2D face)
{
Faces.Remove(face);
_lazyExitedEdges.isValeChanged = true;
_lazyAllEdges.isValeChanged = true;
_lazyAllPoints.isValeChanged = true;
//face.BasicEdges.ForEach(e => e.Faces.Remove(face));
/*_lazyAllEdges.isValeChanged = true;
* _lazyAllPoints.isValeChanged = true;*/
}
public Face2D AddFace(Face2D face)
{
if (Faces.Any(f => f.IsMatchFor(face)))
{
//throw new InvalidOperationException("There is already such a face in the shape!");
Debug.Log("There is already such a face in the shape!");
return(face);
}
Faces.Add(face);
face.Shape = this;
_lazyExitedEdges.isValeChanged = true;
_lazyAllEdges.isValeChanged = true;
_lazyAllPoints.isValeChanged = true;
return(face);
}
public void OnDivide()
{
if (Scale < 0.5f)
{
return;
}
if (!IsLowest)
{
throw new System.Exception("This face has divided!");
}
CenterPoint = new Point2D(Center, "Center");
CenterPoint.AddRigidbody();
List <Point2D> division = DivideBasicEdges();
/*Face2D f0 = Shape.AddPoints(division[0], division[1], division[2], division[3], CenterPoint, division[11]);
* Face2D f1 = Shape.AddPoints(CenterPoint, division[3], division[4], division[5], division[6], division[7]);
* Face2D f2 = Shape.AddPoints(division[10], division[11], CenterPoint, division[7], division[8], division[9]);*/
/*Face2D f0 = Shape.AddPoints(division[11], division[0], division[1], division[2], division[3], CenterPoint);
* Face2D f1 = Shape.AddPoints(division[3], division[4], division[5], division[6], division[7], CenterPoint);
* Face2D f2 = Shape.AddPoints( division[7], division[8], division[9], division[10], division[11], CenterPoint);*/
Face2D f0 = Shape.AddPoints(division[1], division[2], division[3], division[4], division[5], CenterPoint);
Face2D f1 = Shape.AddPoints(division[5], division[6], division[7], division[8], division[9], CenterPoint);
Face2D f2 = Shape.AddPoints(division[9], division[10], division[11], division[0], division[1], CenterPoint);
f0.Name = Name + "-0";
f1.Name = Name + "-1";
f2.Name = Name + "-2";
Shape.RemoveFace(this);
DivideTo(f0, f1, f2);
}
protected Face2D FindLastSecondLowestChild()
{
if (!IsRoot)
{
return(Root.FindLastSecondLowestChild());
}
if (IsLowest)
{
return(null);
}
//List<Face2D> allSecondLowestChild = new List<Face2D>();
Face2D result = this;
float minScale = Scale;
foreach (var child in Childern)
{
if (child.IsLowest)
{
continue;
}
if (child.IsSecondLowest && child.Scale < minScale)
{
result = child; minScale = child.Scale;
}
Face2D face = child.FindSecondLowestChild();
if (face != null && face.Scale < minScale)
{
result = face; minScale = face.Scale;
}
}
return(result);
}
public bool IsMatchFor(Face2D face)
{
return(face.BasicEdges.All(e => BasicEdges.Contains(e)));
}
