private static void smethod_5(sprᮃ A_0, sprᮃ A_1, bool A_2)
{
spr៧ spr = A_0;
if (A_2)
{
smethod_6(A_1, (PointF)spr.ᜀ()[0]);
}
else
{
sprᡉ rᡉ = A_1;
if (!spr.ᜀ(rᡉ.ᜀ().ᜀ(), (PointF)spr.ᜀ()[0], 0.1f))
{
spr.ᜀ().Insert(0, rᡉ.ᜀ().ᜀ());
}
}
}
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);
}
public override void vmethod_5(sprᡉ A_0)
{
this.graphicsPath_0.AddBezier(A_0.ᜀ().ᜂ(), A_0.ᜀ().ᜄ(), A_0.ᜀ().ᜃ(), A_0.ᜀ().ᜀ());
}
public override void vmethod_2(sprᡉ A_0)
{
sprᡉ rᡉ = new sprᡉ(A_0.ᜀ());
this.sprᧂ_0.ᜁ(rᡉ);
}
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_1(sprᡉ A_0)
{
PsLineEndSize size;
PsLineEndSize size2;
float num;
PointF tf2;
PointF tf3;
switch (this.method_3())
{
case 1:
case 2:
case 5:
num = this.spr⇻_0.ᜄ();
break;
case 3:
case 4:
num = 0f;
break;
default:
return;
}
if (this.bool_0)
{
tf2 = A_0.ᜀ().ᜂ();
tf3 = A_0.ᜀ().ᜄ();
if (num > 0f)
{
sprṋ sprṋ7 = new sprṋ();
sprṋ7.ᜁ(smethod_1(tf2, tf3, num));
sprṋ7.ᜃ(A_0.ᜀ().ᜄ());
sprṋ7.ᜂ(A_0.ᜀ().ᜃ());
sprṋ7.ᜀ(A_0.ᜀ().ᜀ());
A_0.ᜀ(sprṋ7);
}
size = this.spr⇻_0.ᜃ().ᜂ();
size2 = this.spr⇻_0.ᜃ().ᜀ();
}
else
{
tf2 = A_0.ᜀ().ᜀ();
tf3 = A_0.ᜀ().ᜃ();
if (num > 0f)
{
sprṋ sprṋ3 = new sprṋ();
sprṋ3.ᜀ(smethod_1(tf2, tf3, num));
sprṋ3.ᜃ(A_0.ᜀ().ᜄ());
sprṋ3.ᜂ(A_0.ᜀ().ᜃ());
sprṋ3.ᜁ(A_0.ᜀ().ᜂ());
A_0.ᜀ(sprṋ3);
}
size = this.spr⇻_0.ᜀ().ᜂ();
size2 = this.spr⇻_0.ᜀ().ᜀ();
}
PointF tf = new PointF(tf2.X - tf3.X, tf2.Y - tf3.Y);
float num2 = -tf.Y;
float num3 = num2 / ((float)Math.Sqrt((double)((tf.X * tf.X) + (tf.Y * tf.Y))));
float num4 = (float)spr⃘.ᜄ(Math.Acos((double)num3));
if (tf.X < 0f)
{
num4 = 360f - num4;
}
this.method_1(tf2, num4, size, size2);
}
public override void vmethod_1(sprᡉ A_0)
{
sprᡉ rᡉ = new sprᡉ(A_0.ᜀ().ᜀ(), A_0.ᜀ().ᜃ(), A_0.ᜀ().ᜄ(), A_0.ᜀ().ᜂ());
this.sprᧂ_0.ᜀ(0, rᡉ);
}