internal static spr➓ smethod_0(Class672 A_0)
{
SizeF ef2;
WordArt wordArt = A_0.method_28().WordArt;
spr➓ r➓ = A_0.method_10();
spr⚪ r⚪ = A_0.method_18();
spr᧢ r᧢ = A_0.method_19();
SizeF sizeInPoints = A_0.method_28().SizeInPoints;
float height = sizeInPoints.Height;
GraphicsPath path = smethod_3(wordArt, height, out ef2);
if (path.PointCount == 0)
{
return(null);
}
if ((r➓.() == 1) && wordArt.FitShape)
{
sprᲆ rᲆ = r➓.ᜀ(0);
if (rᲆ.() == 2)
{
spr➓ r➓2;
try
{
r➓2 = smethod_2(smethod_7(path, (sprᧂ)rᲆ.ᜀ(0), (sprᧂ)rᲆ.ᜀ(1), wordArt.Trim, height, ef2), r⚪, r᧢);
}
catch (Exception8)
{
goto Label_00B8;
}
return(r➓2);
}
}
Label_00B8:
return(smethod_2(smethod_1(A_0, path, sizeInPoints), r⚪, r᧢));
}
private static void smethod_10(Class672 A_0, PointF[] A_1)
{
switch (A_0.method_28().ShapeType)
{
case ShapeType.Rectangle:
smethod_11(A_0);
return;
case ShapeType.RoundRectangle:
{
Size coordSize = A_0.method_28().CoordSize;
int num = A_0.method_28().method_60(1);
if (num != 0)
{
smethod_15(A_0, num, coordSize);
return;
}
smethod_11(A_0);
return;
}
case ShapeType.Ellipse:
A_0.method_31(smethod_13(A_0));
return;
case ShapeType.Line:
smethod_12(A_0);
return;
}
A_0.method_13(A_0.method_28().SegmentInfo);
A_0.method_15(A_1);
}
internal static spr➓ smethod_0(Class672 A_0)
{
WordArt wordArt = A_0.method_28().WordArt;
spr➓ r➓ = new spr➓();
if (sprḆ.(wordArt.Text))
{
string str = Class955.smethod_7(wordArt.Text);
spr⚪ r⚪ = A_0.method_18();
spr⡅ r⡅2 = A_0.method_19() as spr⡅;
spr⡅ r⡅ = (r⚪ == null) ? null : (r⚪.() as spr⡅);
SizeF sizeInPoints = A_0.method_28().SizeInPoints;
float width = sizeInPoints.Width;
float height = sizeInPoints.Height;
float rotation = (float)A_0.method_28().Rotation;
int num7 = smethod_1(wordArt.Bold, wordArt.Italic, wordArt.Underline);
sprᝪ rᝪ = spr᮵.ᜂ().ᜀ(wordArt.FontFamily, height, (FontStyle)num7, wordArt.FontFamily);
PointF tf = new PointF(0f, rᝪ.ᜑ() - (rᝪ.ᜏ() - rᝪ.ᜃ()));
sprⓚ rⓚ2 = ((r⡅2 == null) || sprⓚ.ᜁ(r⡅2.ᜀ(), null)) ? sprⓚ.ទ : r⡅2.ᜀ();
sprⓚ rⓚ = ((r⡅ == null) || sprⓚ.ᜁ(r⡅.ᜀ(), null)) ? sprⓚ.ទ : r⡅.ᜀ();
spr⚢ r⚢ = new spr⚢(rᝪ, rⓚ2, rⓚ, tf, str, SizeF.Empty, (float)wordArt.Spacing);
SizeF ef = rᝪ.ᜃ(str);
float num2 = width / ef.Width;
r⚢.ᜀ(new spr➂(num2, 0f, 0f, 1f, 0f, 0f));
if (rotation != 0f)
{
float x = width * 0.5f;
float y = height * 0.5f;
r⚢.ᜃ().ᜀ(rotation, new PointF(x, y), MatrixOrder.Append);
}
r➓.ᜁ(r⚢);
}
return(r➓);
}
private SizeF method_0(ShapeObject A_0)
{
Class673 class2 = this.method_1(A_0);
Class672 class3 = new Class672(new Class724(A_0), class2, null);
float num = Class315.smethod_2(A_0);
return(Class315.smethod_0(class3, num).Size);
}
internal static RectangleF smethod_0(Class672 A_0, float A_1)
{
RectangleF ef = A_0.method_30();
Class316 class2 = A_0.method_8();
ShapeObject obj2 = A_0.method_28();
float strokeWeight = (float)obj2.StrokeWeight;
if ((strokeWeight <= 1f) || !obj2.Stroked)
{
strokeWeight = 0f;
}
float num2 = strokeWeight * 0.5f;
float x = ef.X;
float y = ef.Y;
float width = ef.Width;
float height = ef.Height;
float num7 = x + width;
float num8 = y + height;
float num9 = A_0.method_33().Width;
float num10 = A_0.method_33().Height;
float num11 = ((float)obj2.TextBox.method_0()) + num2;
float num12 = ((float)obj2.TextBox.method_4()) + num2;
float num13 = ((float)obj2.TextBox.method_2()) + num2;
float num14 = ((float)obj2.TextBox.method_6()) + num2;
float coordSizeWidth = obj2.CoordSizeWidth;
float coordSizeHeight = obj2.CoordSizeHeight;
float num17 = (num9 - num11) - num13;
float num18 = (num10 - num12) - num14;
float num19 = x / coordSizeWidth;
float num20 = num7 / coordSizeWidth;
float num21 = y / coordSizeHeight;
float num22 = num8 / coordSizeHeight;
float num23 = (num17 * num19) + num11;
float num24 = (num17 * num20) + num11;
float num25 = (num18 * num21) + num12;
float num26 = (num18 * num22) + num12;
float num28 = (num9 == 0f) ? 1f : (coordSizeWidth / num9);
float num27 = (num10 == 0f) ? 1f : (coordSizeHeight / num10);
x = (num23 * num28) + num2;
num7 = (num24 * num28) + num2;
y = (num25 * num27) - num2;
num8 = (num26 * num27) - num2;
PointF[] tfArray2 = new PointF[] { new PointF(x, y), new PointF(num7, num8) };
class2.method_1(tfArray2, true);
width = tfArray2[1].X - tfArray2[0].X;
height = tfArray2[1].Y - tfArray2[0].Y;
SizeF size = smethod_3(obj2, width, height, A_1);
PointF location = tfArray2[0];
if (Class316.smethod_1(obj2))
{
float num29 = (height - width) * 0.5f;
location = new PointF(location.X - num29, location.Y + num29);
}
return(new RectangleF(location, size));
}
private static void smethod_12(Class672 A_0)
{
Size coordSize = A_0.method_28().CoordSize;
A_0.method_13(new Class679[2]);
A_0.method_12()[0] = new Class679(PathType.MoveTo, 0);
A_0.method_12()[1] = new Class679(PathType.LineTo, 1);
PointF[] tfArray = new PointF[] { PointF.Empty, PointF.Empty };
A_0.method_15(tfArray);
A_0.method_14()[1] = new PointF((float)coordSize.Width, (float)coordSize.Height);
}
internal static void smethod_0(Class672 A_0, PointF A_1, PointF A_2)
{
sprᲆ rᲆ = new sprᲆ(A_0.method_18());
rᲆ.ᜀ(A_0.method_19());
sprᧂ rᧂ = new sprᧂ();
rᲆ.ᜁ(rᧂ);
rᧂ.ᜁ(A_1, A_2);
A_0.method_10().ᜁ(rᲆ);
}
private static sprᲆ smethod_1(Class672 A_0, GraphicsPath A_1, SizeF A_2)
{
sprᧂ rᧂ = new sprᧂ();
PointF[] tfArray = new PointF[] { PointF.Empty, new PointF(A_2.Width, 0f) };
rᧂ.ᜁ(new spr៧(tfArray));
sprᧂ rᧂ2 = new sprᧂ();
PointF[] tfArray2 = new PointF[] { new PointF(0f, A_2.Height), new PointF(A_2.Width, A_2.Height) };
rᧂ2.ᜁ(new spr៧(tfArray2));
return(smethod_7(A_1, rᧂ, rᧂ2, true, A_2.Height, SizeF.Empty));
}
internal static void smethod_0(Class672 A_0)
{
if (A_0.method_28() == null)
{
throw new ArgumentNullException();
}
ShapeObject obj2 = A_0.method_28();
int[] numArray = smethod_18(obj2);
PointF[] tfArray = smethod_2(obj2.Vertices, numArray);
A_0.method_31(smethod_3(obj2, numArray));
smethod_10(A_0, tfArray);
}
internal Class672(Class672 A_0, Class679[] A_1)
{
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.class724_0;
this.sprℭ_0 = A_0.sprℭ_0;
this.shapeObject_0 = A_0.method_28();
this.class316_0 = A_0.class316_0;
this.sizeF_0 = A_0.sizeF_0;
this.sizeF_1 = A_0.sizeF_1;
this.spr➓_0 = new spr➓();
Class889.smethod_0(this);
this.class679_0 = A_1;
}
private static RectangleF smethod_13(Class672 A_0)
{
Size coordSize = A_0.method_28().CoordSize;
A_0.method_13(new Class679[2]);
A_0.method_12()[0] = new Class679(PathType.AngleEllipse, 3);
PointF[] tfArray = new PointF[] { PointF.Empty, PointF.Empty, PointF.Empty };
A_0.method_15(tfArray);
float x = coordSize.Width * 0.5f;
float y = coordSize.Height * 0.5f;
A_0.method_14()[0] = new PointF(x, y);
A_0.method_14()[1] = new PointF(x, y);
A_0.method_14()[2] = new PointF(0f, -2.359296E+07f);
A_0.method_12()[1] = new Class679(PathType.Close, 0);
return(smethod_14(coordSize));
}
internal Class890(Class672 A_0)
{
ShapeObject obj2 = A_0.method_28();
this.float_0 = (float)Class969.smethod_42(obj2.ExtrusionForeDepth);
this.float_1 = (float)Class969.smethod_42(obj2.ExtrusionBackDepth);
this.float_2 = (float)Class969.smethod_68(obj2.ExtrusionSkewAngle);
SizeF ef = A_0.method_32();
this.pointF_0 = new PointF((ef.Width / 2f) + (ef.Width * ((float)Class969.smethod_68(obj2.ViewpointOriginX))), (ef.Height / 2f) + (ef.Height * ((float)Class969.smethod_68(obj2.ViewpointOriginY))));
this.float_3 = (float)Class969.smethod_42(obj2.ViewpointX);
this.float_4 = (float)Class969.smethod_42(obj2.ViewpointY);
this.float_5 = (float)Class969.smethod_42(obj2.ViewpointZ);
this.float_6 = (float)Class969.smethod_68(-obj2.TDRotationAngleX);
this.float_7 = (float)Class969.smethod_68(obj2.TDRotationAngleY);
this.pointF_1 = new PointF(ef.Width / 2f, ef.Height / 2f);
}
internal void method_1(Class672 A_0, spr➓ A_1)
{
if ((this.interface55_0 != null) && this.interface55_0.imethod_13(A_0.method_28()))
{
ShapeObject obj2 = A_0.method_28();
float num = smethod_2(obj2);
this.rectangleF_0 = smethod_0(A_0, num);
float width = this.rectangleF_0.Width;
spr➓ r➓ = this.method_4(A_0);
if (r➓ != null)
{
r➓.ᜀ(this.method_6(num));
Class551 class2 = this.method_2(obj2);
r➓.ᜀ(sprᲆ.ᜂ(new RectangleF(-class2.method_0(), 0f, (class2.method_0() + class2.method_1()) + width, this.rectangleF_0.Height)));
A_1.ᜁ(r➓);
}
}
}
internal SizeF method_0(Class672 A_0)
{
spr➓ r➓ = new spr➓();
this.method_1(A_0, r➓);
Class1076 textBox = A_0.method_28().TextBox;
SizeF size = this.rectangleF_0.Size;
switch (smethod_2(A_0.method_28()))
{
case 90f:
case -90f:
size = new SizeF(size.Height, size.Width);
break;
}
float num2 = (float)((size.Width + textBox.method_0()) + textBox.method_2());
return(new SizeF((num2 > A_0.method_28().Width) ? num2 : ((float)A_0.method_28().Width), (float)((size.Height + textBox.method_4()) + textBox.method_6())));
}
private static void smethod_15(Class672 A_0, int A_1, Size A_2)
{
int num;
int num2;
if (A_0.method_32().Width > A_0.method_32().Height)
{
num = A_1;
num2 = (int)((A_0.method_32().Height / A_0.method_32().Width) * A_1);
}
else
{
num2 = A_1;
num = (int)((A_0.method_32().Width / A_0.method_32().Height) * A_1);
}
A_0.method_13(new Class679[10]);
PointF[] tfArray = new PointF[] { PointF.Empty, PointF.Empty, PointF.Empty, PointF.Empty, PointF.Empty, PointF.Empty, PointF.Empty, PointF.Empty };
A_0.method_15(tfArray);
A_0.method_12()[0] = new Class679(PathType.MoveTo, 0);
A_0.method_14()[0] = new PointF(0f, (float)num);
A_0.method_12()[1] = new Class679(PathType.EllipticalQuadrantY, 1);
A_0.method_14()[1] = new PointF((float)num2, 0f);
A_0.method_12()[2] = new Class679(PathType.LineTo, 1);
A_0.method_14()[2] = new PointF((float)(A_2.Width - num2), 0f);
A_0.method_12()[3] = new Class679(PathType.EllipticalQuadrantX, 1);
A_0.method_14()[3] = new PointF((float)A_2.Width, (float)num);
A_0.method_12()[4] = new Class679(PathType.LineTo, 1);
A_0.method_14()[4] = new PointF((float)A_2.Width, (float)(A_2.Height - num));
A_0.method_12()[5] = new Class679(PathType.EllipticalQuadrantY, 1);
A_0.method_14()[5] = new PointF((float)(A_2.Width - num2), (float)A_2.Height);
A_0.method_12()[6] = new Class679(PathType.LineTo, 1);
A_0.method_14()[6] = new PointF((float)num2, (float)A_2.Height);
A_0.method_12()[7] = new Class679(PathType.EllipticalQuadrantX, 1);
A_0.method_14()[7] = new PointF(0f, (float)(A_2.Height - num));
A_0.method_12()[8] = new Class679(PathType.Close, 1);
A_0.method_12()[9] = new Class679(PathType.End, 0);
}
private spr➓ method_4(Class672 A_0)
{
ShapeObject obj2 = A_0.method_28();
float num = Math.Max(0f, this.rectangleF_0.Width);
float num2 = Math.Max(0f, this.rectangleF_0.Height);
this.interface55_0.imethod_5(((obj2.TextBox.method_12() != TextBoxWrapMode.None) || !obj2.TextBox.method_8()) ? num : 0f);
this.interface55_0.imethod_1(num2);
object obj3 = this.interface55_0.imethod_11(obj2, new Class68());
float y = this.rectangleF_0.Y;
this.method_5(A_0.method_28().TextBox.method_14());
Color color = (!obj2.Filled || (obj2.Fill.FillType != FillType.Solid)) ? Color.Empty : obj2.FillColor;
if (obj2.IsFitTextboxToText && !this.method_3())
{
this.rectangleF_0 = new RectangleF(this.rectangleF_0.Location, new SizeF(this.interface55_0.imethod_4(), this.interface55_0.imethod_0()));
}
else if (this.interface55_0.imethod_4() > this.rectangleF_0.Width)
{
this.rectangleF_0 = new RectangleF(this.rectangleF_0.Location, new SizeF(this.interface55_0.imethod_4(), this.rectangleF_0.Height));
}
return(this.interface55_0.imethod_12(obj3, new SizeF(this.interface55_0.imethod_4(), this.interface55_0.imethod_0()), (this.rectangleF_0.Height - this.rectangleF_0.Y) + y, color));
}
