public Rectangle a(out Point ptr)
{
D.C c = this.a();
Y1 y = this.A.h(c.a());
Y1 y2 = this.A.I(c.B());
Point point = new Point(y.B(), y2.B());
switch (this.a())
{
case G2.East:
point.X = y.a();
break;
case G2.West:
point.X = y.A();
break;
}
switch (this.B())
{
case G2.South:
point.Y = y2.a();
break;
case G2.North:
point.Y = y2.A();
break;
}
Rectangle result = new Rectangle(point.X, point.Y, 0, 0);
int num = 6;
int num2 = 7;
result.Inflate(global::c.C.C.Width * num / num2, global::c.C.C.Height * num / num2);
ptr = point;
return(result);
}
public void L(B1 b)
{
Graphics graphics = b.A();
if (this.A() == null)
{
return;
}
graphics.SmoothingMode = SmoothingMode.AntiAlias;
if (this.l() && !b.b())
{
this.L(graphics, this.G(b.C()));
}
List <d.a> list = new List <d.a>(this.L().A());
F2 f = this.L().A();
if (graphics.ClipBounds.IntersectsWith(f.A().L()))
{
list.Add(f.A());
}
for (int i = 0; i < this.L().A().h(); i++)
{
Y1 y = f.h(i);
if ((float)y.a() >= graphics.ClipBounds.Left)
{
if ((float)y.A() > graphics.ClipBounds.Right)
{
break;
}
for (int j = 0; j < this.L().A().I(); j++)
{
Y1 y2 = f.I(j);
if ((float)y2.a() >= graphics.ClipBounds.Top)
{
if ((float)y2.A() > graphics.ClipBounds.Bottom)
{
break;
}
f2 f2 = f.a(i, j);
if (f2 != null && !graphics.ClipBounds.IntersectsWith(f2.A))
{
d.a a = f2.A;
if (a != f.A() && (!b.c() || this.L().A(a)))
{
list.Add(f2.A);
}
}
}
}
}
}
foreach (d.a current in list)
{
current.Y(b, false, true);
}
this.L().A(this, b);
foreach (d.a current2 in list)
{
current2.Y(b, true, false);
}
if (this.L() is j)
{
graphics.Transform = this.A;
j j2 = (j)this.L();
j2.a(graphics);
graphics.Transform = this.a;
}
if (global::a.F.B(this.L(), null))
{
this.L(graphics, this.L());
}
if (this.L() != null)
{
this.L().Y(b, true, true);
}
}