private sprᲆ[] method_0(sprᲆ A_0, spr⇻ A_1)
{
this.spr⇻_0 = A_1.ᜁ();
if (((this.spr⇻_0.ᜂ() == 1) && (this.spr⇻_0.ᜃ().ᜃ() == null)) && (this.spr⇻_0.ᜀ().ᜃ() == null))
{
return(null);
}
this.sprᲆ_0 = new sprᲆ();
this.sprᲆ_0.ᜀ(A_0.ᜀ().());
this.sprᲆ_1 = new sprᲆ(A_0.ᜀ().ᜈ());
this.sprᲆ_1.ᜀ().ᜂ((this.spr⇻_0.ᜄ() <= 0.75f) ? 0.75f : this.spr⇻_0.ᜄ());
this.sprᲆ_1.ᜀ().ᜀ(DashStyle.Solid);
this.sprᲆ_1.ᜀ().ᜀ(LineJoin.Miter);
this.sprᲆ_1.ᜀ().ᜁ(LineCap.Round);
this.sprᲆ_1.ᜀ().ᜀ(LineCap.Round);
for (int i = 0; i < A_0.(); i++)
{
sprᧂ rᧂ = A_0.ᜀ(i);
if (!rᧂ.ᜁ() && (rᧂ.() != 0))
{
this.bool_0 = true;
rᧂ.ᜀ(0).ᜀ(this);
this.bool_0 = false;
rᧂ.ᜀ(rᧂ.() - 1).ᜀ(this);
}
}
return(new sprᲆ[] { this.sprᲆ_0, this.sprᲆ_1 });
}
internal static spr᧢ smethod_13(ShapeObject A_0, SizeF A_1)
{
PointF tf;
VMLFill fill = A_0.Fill;
sprᲆ rᲆ = new sprᲆ();
sprᧂ rᧂ = new sprᧂ();
rᧂ.ᜀ(true);
rᲆ.ᜁ(rᧂ);
RectangleF ef = new RectangleF(0f, 0f, A_1.Width, A_1.Height);
if (A_0.IsTextureRotated)
{
tf = spr.ᜁ(spr.ᜀ((float)fill.FocusLeft, (float)fill.FocusTop, ef), spr.ᜁ(ef), (float)A_0.Rotation);
PointF[] tfArray = spr.ᜀ(ef, (float)A_0.Rotation);
rᧂ.ᜃ(tfArray);
}
else
{
RectangleF ef2 = spr.ᜁ(ef, (float)A_0.Rotation);
tf = spr.ᜀ((float)fill.FocusLeft, (float)fill.FocusTop, ef2);
rᧂ.ᜁ(ef2);
}
return(smethod_6(rᲆ, fill, tf));
}
public override void vmethod_2(sprᧂ A_0)
{
if (A_0.ᜁ())
{
this.graphicsPath_0.CloseFigure();
}
}
internal void method_7()
{
this.sprᧂ_0 = null;
this.pointF_1 = PointF.Empty;
this.bool_0 = false;
this.sprᮃ_0 = null;
}
private static ArrayList smethod_0(sprᧂ A_0)
{
ArrayList list = new ArrayList();
bool flag = false;
sprᮃ rᮃ = null;
for (int i = 0; i < A_0.(); i++)
{
sprᮃ rᮃ2 = A_0.ᜀ(i);
if (rᮃ2 is spr៧)
{
smethod_2((spr៧)rᮃ2, A_0, i, list, rᮃ, flag);
flag = true;
}
else if (rᮃ2 is sprᡉ)
{
if (smethod_1((sprᡉ)rᮃ2, A_0, i, list, rᮃ, flag))
{
i++;
}
flag = false;
}
rᮃ = rᮃ2;
}
return(list);
}
internal PointF method_1(sprᧂ A_0, float A_1)
{
float num = this.method_0(A_0);
this.float_1 = num * A_1;
this.method_3();
A_0.ᜀ(this);
return(this.pointF_0);
}
private static bool smethod_3(sprᮃ A_0, sprᮃ A_1, bool A_2, bool A_3, sprᧂ A_4, int A_5)
{
if (A_2)
{
smethod_5(A_0, A_1, A_3);
return(false);
}
return(smethod_4(A_0, A_1, A_3, A_4, A_5));
}
private float method_0(sprᧂ A_0)
{
this.method_2();
A_0.ᜀ(this);
float num = this.float_0;
this.method_2();
return(num);
}
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));
}
private static void smethod_2(spr៧ A_0, sprᧂ A_1, int A_2, ArrayList A_3, sprᮃ A_4, bool A_5)
{
A_3.AddRange(A_0.ᜀ());
if (A_4 != null)
{
smethod_3(A_0, A_4, true, A_5, A_1, A_2);
}
else if ((A_1.() != 1) && A_1.ᜁ())
{
smethod_3(A_0, A_1.ᜀ(A_1.() - 1), true, A_1.ᜀ(A_1.() - 1) is spr៧, A_1, A_2);
}
}
internal void method_0(sprᧂ A_0)
{
this.sprᧂ_0 = new sprᧂ();
this.method_5().ᜀ(A_0.ᜁ());
this.method_17(A_0.ᜁ());
this.method_7().ᜁ(this.method_5());
this.sprᮃ_0 = null;
this.object_0 = null;
this.spr៧_0 = null;
this.bool_0 = false;
this.method_20(0);
ArrayList list = smethod_0(A_0);
this.bool_4 = spr.ᜀ(list);
}
private static sprᲆ smethod_1(float A_0, sprᲆ A_1, sprᲆ A_2)
{
sprᲆ rᲆ = Class1023.smethod_0(Class675.smethod_1(A_1, A_0 * 0.5f));
for (int i = 0; i < rᲆ.(); i++)
{
if (i == (rᲆ.() - 1))
{
sprᧂ rᧂ = rᲆ.ᜀ(i);
sprᧂ rᧂ2 = A_2.ᜀ(0);
for (int j = 0; j < rᧂ.(); j++)
{
rᧂ2.ᜀ(j, rᧂ.ᜀ(j));
}
}
private static sprᲆ smethod_7(GraphicsPath A_0, sprᧂ A_1, sprᧂ A_2, bool A_3, float A_4, SizeF A_5)
{
float left;
float top;
float width;
float height;
if (A_3)
{
RectangleF bounds = A_0.GetBounds();
left = bounds.Left;
top = bounds.Top;
width = bounds.Width;
height = bounds.Height;
}
else
{
left = 0f;
top = 0f;
width = A_5.Width;
height = A_4;
}
PointF[] pathPoints = A_0.PathPoints;
Class550 class2 = new Class550();
for (int i = 0; i < pathPoints.Length; i++)
{
PointF tf4 = pathPoints[i];
float num9 = tf4.X - left;
float num10 = tf4.Y - top;
float num5 = num9 / width;
float num7 = num10 / height;
if (num5 > 1f)
{
num5 = 1f;
}
if (num7 > 1f)
{
num7 = 1f;
}
PointF tf = class2.method_1(A_1, num5);
PointF tf2 = class2.method_1(A_2, num5);
float num6 = Class550.smethod_1(tf, tf2);
pathPoints[i] = Class550.smethod_0(tf, tf2, num6 * num7);
}
return(smethod_8(pathPoints, A_0.PathTypes));
}
internal sprᲆ method_0(sprᲆ A_0)
{
sprᲆ rᲆ = A_0.ᜀ(false);
if (A_0.() != 0)
{
for (int i = A_0.() - 1; i >= 0; i--)
{
sprᧂ rᧂ = A_0.ᜀ(i);
this.sprᧂ_0 = new sprᧂ();
this.sprᧂ_0.ᜀ(rᧂ.ᜁ());
rᧂ.ᜀ(this);
rᲆ.ᜁ(this.sprᧂ_0);
}
}
return(rᲆ);
}
private static sprᧂ smethod_4(PointF A_0, float A_1, float A_2, bool A_3)
{
float num = A_2;
sprᧂ rᧂ = new sprᧂ();
int num2 = ((int)(A_1 / num)) + 2;
float[] numArray = new float[num2 * 2];
numArray[0] = A_0.X;
numArray[1] = A_0.Y;
if (A_3)
{
for (int i = 0; i < (num2 - 1); i++)
{
numArray[(i * 2) + 2] = (A_0.X + (i * num)) + (num / 2f);
if (sprḆ.ᜀ((long)i))
{
numArray[(i * 2) + 3] = A_0.Y + (num / 2f);
}
else
{
numArray[(i * 2) + 3] = A_0.Y - (num / 2f);
}
}
}
else
{
for (int j = 0; j < (num2 - 1); j++)
{
if (sprḆ.ᜀ((long)j))
{
numArray[(j * 2) + 2] = A_0.X + (num / 2f);
}
else
{
numArray[(j * 2) + 2] = A_0.X - (num / 2f);
}
numArray[(j * 2) + 3] = (A_0.Y + (j * num)) + (num / 2f);
}
}
spr៧ spr = new spr៧(numArray);
rᧂ.ᜁ(spr);
return(rᧂ);
}
private static bool smethod_1(sprᡉ A_0, sprᧂ A_1, int A_2, ArrayList A_3, sprᮃ A_4, bool A_5)
{
bool flag = false;
A_3.Add(A_0.ᜀ().ᜂ());
A_3.Add(A_0.ᜀ().ᜀ());
if (A_4 != null)
{
if (smethod_3(A_0, A_4, false, A_5, A_1, A_2))
{
flag = true;
}
return(flag);
}
if (((A_1.() != 1) && A_1.ᜁ()) && smethod_3(A_0, A_1.ᜀ(A_1.() - 1), false, A_1.ᜀ(A_1.() - 1) is spr៧, A_1, A_2))
{
flag = true;
}
return(flag);
}
private static bool smethod_4(sprᮃ A_0, sprᮃ A_1, bool A_2, sprᧂ A_3, int A_4)
{
sprᡉ rᡉ = A_0;
if (A_2)
{
smethod_6(A_1, rᡉ.ᜀ().ᜂ());
}
else
{
sprᡉ rᡉ2 = A_1;
if (!spr.ᜀ(rᡉ2.ᜀ().ᜀ(), rᡉ.ᜀ().ᜂ(), 0.1f))
{
PointF[] tfArray = new PointF[] { rᡉ2.ᜀ().ᜀ(), rᡉ.ᜀ().ᜂ() };
spr៧ spr = new spr៧(tfArray);
A_3.ᜀ(A_4, spr);
return(true);
}
}
return(false);
}
private void method_1(PointF A_0, float A_1, PsLineEndSize A_2, PsLineEndSize A_3)
{
PsLineEndType type = this.method_3();
sprᧂ rᧂ = new sprᧂ();
ArrayList list = new ArrayList();
float num3 = (this.spr⇻_0.ᜄ() <= 2.0) ? 2f : this.spr⇻_0.ᜄ();
rᧂ.ᜀ(true);
float width = float_13[A_2];
float height = float_13[A_3];
switch (type)
{
case 1:
list.Add(new spr៧(float_9));
break;
case 2:
list.Add(new spr៧(float_10));
break;
case 3:
list.Add(new spr៧(float_12));
break;
case 4:
{
spr⢩ r⢩ = new spr⢩();
r⢩.ᜀ(new PointF(-1.5f, -1.5f));
r⢩.ᜀ(new SizeF(3f, 3f));
r⢩.ᜃ(0.0);
r⢩.ᜂ(360.0);
sprṋ[] sprṋArray = r⢩.ᜃ();
for (int i = 0; i < sprṋArray.Length; i++)
{
sprᡉ rᡉ = new sprᡉ();
rᡉ.ᜀ(sprṋArray[i]);
list.Add(rᡉ);
}
break;
}
case 5:
{
spr៧ spr = new spr៧(float_11);
list.Add(spr);
rᧂ.ᜀ(false);
num3 = this.sprᲆ_1.ᜀ().ᜀ();
SizeF ef = sizeF_0[A_2][A_3];
width = ef.Width;
height = ef.Height;
break;
}
}
if (list.Count != 0)
{
width *= num3;
height *= num3;
spr➂ r➂ = new spr➂();
r➂.ᜁ(width, height, MatrixOrder.Prepend);
r➂.ᜀ(0f, this.method_2(type, A_2, A_3), MatrixOrder.Append);
r➂.ᜀ(A_1, MatrixOrder.Append);
r➂.ᜀ(A_0.X, A_0.Y, MatrixOrder.Append);
for (int j = 0; j < list.Count; j++)
{
spr➘ r➘ = (spr➘)list[j];
r➘.ᜀ(r➂);
rᧂ.ᜁ((sprᮃ)r➘);
}
if (rᧂ.ᜁ())
{
this.sprᲆ_0.ᜁ(rᧂ);
}
else
{
this.sprᲆ_1.ᜁ(rᧂ);
}
}
}
public override void vmethod_6(sprᧂ A_0)
{
this.class780_0.ᜁ(A_0);
}
public override void vmethod_1(sprᧂ A_0)
{
this.graphicsPath_0.StartFigure();
}
public override void vmethod_0(sprᧂ A_0)
{
this.sprᧂ_0 = new sprᧂ();
this.sprᧂ_0.ᜀ(A_0.ᜁ());
this.sprᲆ_0.ᜁ(this.sprᧂ_0);
}
private void method_1()
{
this.sprᧂ_0 = new sprᧂ();
this.sprᧂ_0.ᜀ(false);
this.method_16().ᜁ(this.sprᧂ_0);
}
internal static sprᲆ smethod_5(PointF A_0, PointF A_1, float A_2, sprⓚ A_3, bool A_4)
{
PointF tf;
sprᲆ rᲆ = new sprᲆ(new spr⚪(A_3));
float num = A_2 + 3f;
if (A_4)
{
tf = new PointF(A_0.X - num, A_0.Y + (num / 2f));
}
else
{
tf = new PointF(A_0.X + (num / 2f), A_0.Y - num);
}
sprᧂ rᧂ = new sprᧂ();
rᲆ.ᜁ(rᧂ);
float num6 = smethod_8(A_0, A_1, A_4);
float num7 = num6 + (num * 2f);
int num8 = ((int)(num7 * 2f)) + 1;
float[] numArray = new float[num8 * 2];
numArray[0] = tf.X;
numArray[1] = tf.Y;
int num3 = 0;
if (A_4)
{
float x = tf.X;
float num10 = x + num;
for (int i = 0; i < (num8 - 1); i++)
{
if ((i & 2) == 2)
{
if ((i & 1) == 1)
{
num10 += smethod_6(ref num3);
x = num10 - num;
}
numArray[(i * 2) + 2] = num10;
numArray[(i * 2) + 3] = A_0.Y - (num / 2f);
}
else
{
if ((i & 1) == 1)
{
x += smethod_6(ref num3);
num10 = x + num;
}
numArray[(i * 2) + 2] = x;
numArray[(i * 2) + 3] = A_0.Y + (num / 2f);
}
}
}
else
{
float y = tf.Y;
float num2 = y + num;
for (int j = 0; j < (num8 - 1); j++)
{
if ((j & 2) == 2)
{
if ((j & 1) == 1)
{
num2 += smethod_6(ref num3);
y = num2 - num;
}
numArray[(j * 2) + 2] = A_0.X - (num / 2f);
numArray[(j * 2) + 3] = num2;
}
else
{
if ((j & 1) == 1)
{
y += smethod_6(ref num3);
num2 = y + num;
}
numArray[(j * 2) + 2] = A_0.X + (num / 2f);
numArray[(j * 2) + 3] = y;
}
}
}
spr៧ spr = new spr៧(numArray);
rᧂ.ᜁ(spr);
smethod_7(rᲆ, A_0, num6, A_2, A_4);
return(rᲆ);
}
private static sprᲆ smethod_8(PointF[] A_0, byte[] A_1)
{
sprᲆ rᲆ = new sprᲆ();
sprᧂ rᧂ = null;
PointF[] tfArray2 = new PointF[] { PointF.Empty, PointF.Empty, PointF.Empty, PointF.Empty };
PointF empty = PointF.Empty;
int index = 0;
spr៧ spr = null;
for (int i = 0; i < A_0.Length; i++)
{
float x = A_0[i].X;
float y = A_0[i].Y;
if (A_1[i] == 0)
{
rᧂ = new sprᧂ();
rᧂ.ᜀ(true);
spr = null;
empty = new PointF(x, y);
}
else
{
if ((A_1[i] & 3) == 3)
{
spr = null;
if (index == 0)
{
tfArray2 = new PointF[] { PointF.Empty, PointF.Empty, PointF.Empty, PointF.Empty };
tfArray2[0] = empty;
}
index++;
tfArray2[index] = new PointF(x, y);
if (index == 3)
{
index = 0;
rᧂ.ᜁ(new sprᡉ(tfArray2));
empty = tfArray2[3];
}
}
else if ((A_1[i] & 1) == 1)
{
if (spr == null)
{
spr = new spr៧();
rᧂ.ᜁ(spr);
spr.ᜀ().Add(empty);
}
empty = new PointF(x, y);
spr.ᜀ().Add(empty);
}
if ((A_1[i] & 0x80) == 0x80)
{
rᲆ.ᜁ(rᧂ);
new sprᧂ().ᜀ(true);
spr = null;
index = 0;
}
}
}
return(rᲆ);
}
