private void method_12(Class724 A_0, Class673 A_1, Class69 A_2, bool A_3)
{
spr➓ r➓ = A_2.method_1();
ShapeObject obj2 = (ShapeObject)A_0.method_3();
if (this.class672_0.method_10() != null)
{
Class1024 class2 = new Class1024();
int num = this.class672_0.method_10().();
if (obj2.HorizontalRule.method_0())
{
spr➓ r➓2 = new spr➓();
r➓.ᜁ(r➓2);
r➓ = r➓2;
smethod_2(obj2.HorizontalRule.method_6(), A_0.method_4().Width, A_0.method_1(), r➓2);
}
PointF[] tfArray = this.method_13(obj2);
Class1021 class3 = (tfArray == null) ? ((A_3 || A_0.method_14()) ? new Class1021(base.sprℭ_0) : null) : null;
this.method_14(r➓, num, class2, class3);
this.method_15(r➓, obj2, A_1, class3);
this.method_16(r➓, num, class2, class3);
A_2.method_3((tfArray != null) ? new Class722(tfArray, true) : ((class3 != null) ? class3.method_4() : null));
}
this.class315_0.method_1(this.class672_0, r➓);
if (((obj2.ParentObject != null) && (obj2.ParentObject.DocumentObjectType == DocumentObjectType.ShapeGroup)) && sprḆ.(obj2.HRef))
{
r➓.ᜀ(new spr⠱(obj2.BoundsInPoints, obj2.HRef));
}
}
private RectangleF method_0(Class724 A_0, spr➓ A_1)
{
PointF[] tfArray = smethod_1(A_0, A_1);
if (A_0.method_3().ShapeType != ShapeType.Group)
{
smethod_4(A_0, tfArray);
}
this.method_1(tfArray);
return(new RectangleF(this.float_0, this.float_2, this.float_1 - this.float_0, this.float_3 - this.float_2));
}
private static RectangleF smethod_3(Class724 A_0)
{
float width;
float height;
if (A_0.method_4().IsEmpty)
{
SizeF sizeInPoints = A_0.method_3().SizeInPoints;
width = sizeInPoints.Width;
height = sizeInPoints.Height;
}
else
{
RectangleF ef5 = A_0.method_3().method_47(new RectangleF(0f, 0f, A_0.method_4().Width, A_0.method_4().Height));
width = ef5.Width;
height = ef5.Height;
}
return(new RectangleF(0f, 0f, width, height));
}
private static PointF[] smethod_1(Class724 A_0, spr➓ A_1)
{
RectangleF ef;
if (A_0.method_3().ShapeType == ShapeType.Group)
{
ef = smethod_2(A_1);
PointF[] tfArray = spr.ᜀ(smethod_3(A_0));
smethod_4(A_0, tfArray);
ef = (ef == RectangleF.Empty) ? smethod_3(A_0) : spr.ᜀ(ef, spr.ᜁ(tfArray));
return(spr.ᜀ(ef));
}
ef = smethod_3(A_0);
ShapeObject obj2 = (ShapeObject)A_0.method_3();
float left = ef.Left;
float top = ef.Top;
float right = ef.Right;
float bottom = ef.Bottom;
float num5 = 0f;
float num6 = 0f;
float num7 = 0f;
float num8 = 0f;
Class826 stroke = obj2.Stroke;
bool flag = Class1022.smethod_1(obj2);
if (stroke.method_0())
{
num5 = (float)stroke.method_2();
num6 = num5;
num7 = num5;
num8 = num5;
}
float num9 = flag ? 1f : 0.5f;
left -= num7 * num9;
top -= num5 * num9;
right += num8 * num9;
bottom += num6 * num9;
return(new PointF[] { new PointF(left, top), new PointF(right, top), new PointF(right, bottom), new PointF(left, bottom) });
}
private static void smethod_4(Class724 A_0, PointF[] A_1)
{
spr➂ r➂ = new spr➂();
double totalRotation = A_0.method_3().TotalRotation;
PointF tf = A_1[0];
PointF tf2 = A_1[2];
if (totalRotation != 0.0)
{
r➂.ᜀ((float)totalRotation, new PointF(tf.X + ((tf2.X - tf.X) * 0.5f), tf.Y + ((tf2.Y - tf.Y) * 0.5f)));
}
r➂.ᜀ(A_1);
}
internal Class672(Class724 A_0, Class673 A_1, sprℭ A_2)
{
this.rectangleF_0 = RectangleF.Empty;
this.pointF_1 = PointF.Empty;
this.sizeF_0 = SizeF.Empty;
this.sizeF_1 = SizeF.Empty;
this.class724_0 = A_0;
this.sprℭ_0 = A_2;
this.shapeObject_0 = (ShapeObject)A_0.method_3();
this.class316_0 = new Class316(this.shapeObject_0, A_0.method_4(), A_1);
this.class316_1 = new Class316(this.shapeObject_0, A_0.method_4(), A_1, this.shapeObject_0.Owner is ShapeGroup);
if (A_0.method_4().IsEmpty)
{
this.sizeF_0 = A_0.method_3().Size;
this.sizeF_1 = A_0.method_3().SizeInPoints;
}
else
{
this.sizeF_0 = A_0.method_4();
this.sizeF_1 = A_0.method_4();
}
this.spr➓_0 = new spr➓();
Class889.smethod_0(this);
}
protected spr➓ method_0(Class724 A_0, bool A_1)
{
spr➓ r➓ = null;
Class69 class2 = (Class69)this.hashtable_0[A_0.method_3()];
if (class2 == null)
{
return(r➓);
}
A_0.method_2(class2.method_4());
if (A_1)
{
A_0.method_5(class2.method_4().Size);
}
A_0.method_13(class2.method_2());
return(class2.method_1().ᜂ());
}