/// <summary>
/// This method just copies inheritable properties from
/// another <see cref="TreeVertex"/>.
/// </summary>
/// <param name="n"></param>
/// <remarks>
/// The properties include:
/// <see cref="Sorting"/>
/// <see cref="Comparer"/>
/// <see cref="Angle"/>
/// <see cref="Alignment"/>
/// <see cref="NodeIndent"/>
/// <see cref="NodeIndentPastParent"/>
/// <see cref="NodeSpacing"/>
/// <see cref="LayerSpacing"/>
/// <see cref="LayerSpacingParentOverlap"/>
/// <see cref="Compaction"/>
/// <see cref="BreadthLimit"/>
/// <see cref="RowSpacing"/>
/// <see cref="RowIndent"/>
/// <see cref="CommentSpacing"/>
/// <see cref="CommentMargin"/>
/// <see cref="SetsPortSpot"/>
/// <see cref="PortSpot"/>
/// <see cref="SetsChildPortSpot"/>
/// <see cref="ChildPortSpot"/>
/// </remarks>
public virtual void CopyInheritedPropertiesFrom(TreeVertex n)
{
if (n == null)
{
return;
}
this.InternalFlags = n.InternalFlags;
this.Sorting = n.Sorting;
this.Comparer = n.Comparer;
this.Angle = n.Angle;
this.Alignment = n.Alignment;
this.NodeIndent = n.NodeIndent;
this.NodeIndentPastParent = n.NodeIndentPastParent;
this.NodeSpacing = n.NodeSpacing;
this.LayerSpacing = n.LayerSpacing;
this.LayerSpacingParentOverlap = n.LayerSpacingParentOverlap;
this.Compaction = n.Compaction;
this.BreadthLimit = n.BreadthLimit;
this.RowSpacing = n.RowSpacing;
this.RowIndent = n.RowIndent;
this.CommentSpacing = n.CommentSpacing;
this.CommentMargin = n.CommentMargin;
this.PortSpot = n.PortSpot;
this.ChildPortSpot = n.ChildPortSpot;
}
private void AdjustRouteForAngleChange(TreeVertex parent, TreeVertex child)
{
double angle = TreeLayout.OrthoAngle(parent);
double childangle = TreeLayout.OrthoAngle(child);
if (angle == childangle)
{
return;
}
double layerspacing = TreeLayout.ComputeLayerSpacing(parent);
Rect pb = parent.Node.Bounds;
Rect cb = child.Node.Bounds;
// but maybe an Angle change causes the child node not to be adjacent to the layer
// separating it with the parent node; only need to do anything if that's the case
if ((angle == 0 && cb.Left - pb.Right < layerspacing + 1) ||
(angle == 90 && cb.Top - pb.Bottom < layerspacing + 1) ||
(angle == 180 && pb.Left - cb.Right < layerspacing + 1) ||
(angle == 270 && pb.Top - cb.Bottom < layerspacing + 1))
{
return;
}
Route s = this.Route;
s.UpdatePoints();
bool bezier = s.Curve == LinkCurve.Bezier;
bool ortho = s.Orthogonal;
if (angle == 0)
{
double x = pb.Right + layerspacing / 2;
if (bezier) // curved segments
{
if (s.PointsCount == 4)
{
double y = s.GetPoint(3).Y;
s.SetPoint(1, new Point(x - 20, s.GetPoint(1).Y));
s.InsertPoint(2, new Point(x - 20, y));
s.InsertPoint(3, new Point(x, y));
s.InsertPoint(4, new Point(x + 20, y));
s.SetPoint(5, new Point(s.GetPoint(5).X, y));
}
}
else if (ortho)
{
if (s.PointsCount == 6)
{
s.SetPoint(2, new Point(x, s.GetPoint(2).Y));
s.SetPoint(3, new Point(x, s.GetPoint(3).Y));
}
}
else
{
if (s.PointsCount == 4)
{
s.InsertPoint(2, new Point(x, s.GetPoint(2).Y));
}
else if (s.PointsCount == 3)
{
s.SetPoint(1, new Point(x, s.GetPoint(2).Y));
}
else if (s.PointsCount == 2)
{
s.InsertPoint(1, new Point(x, s.GetPoint(1).Y));
}
}
}
else if (angle == 90)
{
double y = pb.Bottom + layerspacing / 2;
if (bezier) // curved segments
{
if (s.PointsCount == 4)
{
double x = s.GetPoint(3).X;
s.SetPoint(1, new Point(s.GetPoint(1).X, y - 20));
s.InsertPoint(2, new Point(x, y - 20));
s.InsertPoint(3, new Point(x, y));
s.InsertPoint(4, new Point(x, y + 20));
s.SetPoint(5, new Point(x, s.GetPoint(5).Y));
}
}
else if (ortho)
{
if (s.PointsCount == 6)
{
s.SetPoint(2, new Point(s.GetPoint(2).X, y));
s.SetPoint(3, new Point(s.GetPoint(3).X, y));
}
}
else
{
if (s.PointsCount == 4)
{
s.InsertPoint(2, new Point(s.GetPoint(2).X, y));
}
else if (s.PointsCount == 3)
{
s.SetPoint(1, new Point(s.GetPoint(2).X, y));
}
else if (s.PointsCount == 2)
{
s.InsertPoint(1, new Point(s.GetPoint(1).X, y));
}
}
}
else if (angle == 180)
{
double x = pb.Left - layerspacing / 2;
if (bezier) // curved segments
{
if (s.PointsCount == 4)
{
double y = s.GetPoint(3).Y;
s.SetPoint(1, new Point(x + 20, s.GetPoint(1).Y));
s.InsertPoint(2, new Point(x + 20, y));
s.InsertPoint(3, new Point(x, y));
s.InsertPoint(4, new Point(x - 20, y));
s.SetPoint(5, new Point(s.GetPoint(5).X, y));
}
}
else if (ortho)
{
if (s.PointsCount == 6)
{
s.SetPoint(2, new Point(x, s.GetPoint(2).Y));
s.SetPoint(3, new Point(x, s.GetPoint(3).Y));
}
}
else
{
if (s.PointsCount == 4)
{
s.InsertPoint(2, new Point(x, s.GetPoint(2).Y));
}
else if (s.PointsCount == 3)
{
s.SetPoint(1, new Point(x, s.GetPoint(2).Y));
}
else if (s.PointsCount == 2)
{
s.InsertPoint(1, new Point(x, s.GetPoint(1).Y));
}
}
}
else if (angle == 270)
{
double y = pb.Top - layerspacing / 2;
if (bezier) // curved segments
{
if (s.PointsCount == 4)
{
double x = s.GetPoint(3).X;
s.SetPoint(1, new Point(s.GetPoint(1).X, y + 20));
s.InsertPoint(2, new Point(x, y + 20));
s.InsertPoint(3, new Point(x, y));
s.InsertPoint(4, new Point(x, y - 20));
s.SetPoint(5, new Point(x, s.GetPoint(5).Y));
}
}
else if (ortho)
{
if (s.PointsCount == 6)
{
s.SetPoint(2, new Point(s.GetPoint(2).X, y));
s.SetPoint(3, new Point(s.GetPoint(3).X, y));
}
}
else
{
if (s.PointsCount == 4)
{
s.InsertPoint(2, new Point(s.GetPoint(2).X, y));
}
else if (s.PointsCount == 3)
{
s.SetPoint(1, new Point(s.GetPoint(2).X, y));
}
else if (s.PointsCount == 2)
{
s.InsertPoint(1, new Point(s.GetPoint(1).X, y));
}
}
}
}
