private void method_0(TreeItem treeItem_1)
{
foreach (TreeItem current in treeItem_1.method_4())
{
this.method_0(current);
}
if (treeItem_1.BaseObject != null)
{
if (!this.dictionary_0.ContainsKey(treeItem_1.BaseObject))
{
this.dictionary_0.Add(treeItem_1.BaseObject, treeItem_1);
}
else
{
Console.WriteLine(treeItem_1.BaseObject.ToString() + " multiple refs");
}
}
}
internal void method_3(TreeItem treeItem_1)
{
this.list_0.Add(treeItem_1);
treeItem_1.treeItem_0 = this;
}
private static int smethod_0(TreeItem treeItem_1, TreeItem treeItem_2)
{
return treeItem_2.Size.CompareTo(treeItem_1.Size);
}
public void MakeCushionTreeMap(TreeItem root)
{
this.ClearHighlighting();
this.ClearLabeling();
this.treemapHost_0.MakeCushionTreeMap(root, base.ActualWidth, base.ActualHeight);
}
public void MakeCushionTreeMap(TreeItem root, double width, double height)
{
this.DesiredWidth = width;
this.DesiredHeight = height;
this.treeItem_0 = root;
this.dictionary_0.Clear();
this.method_0(this.treeItem_0);
root.Bounds = new Rect
{
Width = width,
Height = height
};
DrawingVisual drawingVisual = new DrawingVisual();
this.drawingContext_0 = drawingVisual.RenderOpen();
this.method_1(root, new TreeSurface(), 0.5);
this.drawingContext_0.Close();
this.drawingContext_0 = null;
Matrix transformToDevice = PresentationSource.FromVisual(Application.Current.MainWindow).CompositionTarget.TransformToDevice;
double dpiX = transformToDevice.M11 * 96.0;
double dpiY = transformToDevice.M22 * 96.0;
RenderTargetBitmap renderTargetBitmap = new RenderTargetBitmap(Convert.ToInt32(width), Convert.ToInt32(height), dpiX, dpiY, PixelFormats.Default);
renderTargetBitmap.Render(drawingVisual);
base.Source = renderTargetBitmap;
}
public TreeItem FindItemByPoint(TreeItem item, Point point)
{
TreeItem result;
if (!item.Bounds.Contains(point))
{
result = null;
}
else
{
TreeItem treeItem = null;
if (item.method_5())
{
treeItem = item;
}
else
{
for (int i = 0; i < item.method_1(); i++)
{
TreeItem treeItem2 = item.method_2(i);
if (treeItem2.Bounds.Contains(point))
{
treeItem = this.FindItemByPoint(treeItem2, point);
break;
}
}
}
if (treeItem == null)
{
treeItem = item;
}
result = treeItem;
}
return result;
}
private void method_3(TreeItem treeItem_1, ref Rect rect_0, TreeSurface treeSurface_0, double double_7)
{
treeItem_1.Bounds = rect_0;
TreeSurface treeSurface_ = new TreeSurface();
treeSurface_ = treeSurface_0.Clone();
this.method_7(rect_0, treeSurface_, double_7);
if (treeItem_1.method_6())
{
this.method_1(treeItem_1, treeSurface_, double_7);
}
else
{
this.method_8(treeItem_1.Bounds, treeSurface_);
}
}
private void method_2(TreeItem treeItem_1, TreeSurface treeSurface_0, double double_7, Rect rect_0, TreemapHost.Enum2 enum2_0, double double_8, int int_1, int int_2, double double_9, ref Rect rect_1, ref double double_10)
{
for (int i = int_1; i < int_2; i++)
{
double num = treeItem_1.method_2(i).Size / double_9;
double num2 = double_10 + num * double_8;
bool flag;
if (flag = (i == int_2 - 1 || treeItem_1.method_2(i + 1).Size == 0.0))
{
num2 = ((enum2_0 == (TreemapHost.Enum2)1) ? (rect_0.X + double_8) : (rect_0.Y + double_8));
}
if (enum2_0 == (TreemapHost.Enum2)1)
{
rect_1.X = double_10;
rect_1.Width = num2 - double_10;
}
else
{
rect_1.Y = double_10;
rect_1.Height = num2 - double_10;
}
this.method_3(treeItem_1.method_2(i), ref rect_1, treeSurface_0, double_7 * 0.75);
if (flag)
{
break;
}
double_10 = num2;
}
}
private static int smethod_0(TreeItem treeItem_1, int int_1, double double_7, double double_8, ref double double_9, ref double double_10)
{
int result;
while (int_1 < treeItem_1.method_1())
{
double size = treeItem_1.method_2(int_1).Size;
if (size != 0.0)
{
double num = double_10 + size;
double num2 = num * num;
double val = double_7 * double_8 / num2;
double val2 = num2 / double_7 / size;
double num3 = Math.Max(val, val2);
if (num3 <= double_9)
{
double_10 += size;
int_1++;
double_9 = num3;
continue;
}
result = int_1;
}
else
{
int_1 = treeItem_1.method_1();
result = int_1;
}
return result;
}
result = int_1;
return result;
}
private void method_1(TreeItem treeItem_1, TreeSurface treeSurface_0, double double_7)
{
Rect bounds = treeItem_1.Bounds;
double num = treeItem_1.Size / bounds.Area();
double num2 = treeItem_1.Size;
int i = 0;
while (i < treeItem_1.method_1())
{
TreemapHost.Enum2 @enum = (bounds.Width >= bounds.Height) ? ((TreemapHost.Enum2)0) : ((TreemapHost.Enum2)1);
double num3 = (@enum == (TreemapHost.Enum2)1) ? bounds.Width : bounds.Height;
double double_8 = num3 * num3 * num;
int num4 = i;
int num5 = i;
double num6 = 0.0;
double size = treeItem_1.method_2(num4).Size;
double num7 = 1.7976931348623157E+308;
num5 = TreemapHost.smethod_0(treeItem_1, num5, double_8, size, ref num7, ref num6);
double num8 = (@enum == (TreemapHost.Enum2)1) ? bounds.Height : bounds.Width;
if (num6 < num2)
{
num8 = (double)((int)(num6 / num2 * num8));
}
Rect rect = default(Rect);
double num9 = TreemapHost.smethod_1(bounds, @enum, num8, ref rect);
this.method_2(treeItem_1, treeSurface_0, double_7, bounds, @enum, num3, num4, num5, num6, ref rect, ref num9);
TreemapHost.smethod_2(ref bounds, @enum, num8);
num2 -= num6;
i += num5 - num4;
if (bounds.Width <= 0.0 || bounds.Height <= 0.0)
{
if (i < treeItem_1.method_1())
{
treeItem_1.method_2(i).Bounds = default(Rect);
}
return;
}
}
}
