static c000187()
{
c000005.m000005(typeof(c000187));
bool flag = false;
Assembly executingAssembly = Assembly.GetExecutingAssembly();
StrongNameSignatureVerificationEx(executingAssembly.Location, true, ref flag);
if (!flag || !executingAssembly.FullName.EndsWith("3db2fda49ca9adff"))
{
throw new SecurityException("Assembly has been tampered");
}
f00005b = new List<c000188>();
f0001bc = new List<c000189>();
f000001 = new c000189("Root", Matrix.Identity, 0);
f00000b = 0;
f000006 = "";
}
internal c000188(string p0, c000189 p1, BoundingSphere p2, VertexBuffer p3, IndexBuffer p4, c0001a1[] p5, object p6)
{
this.f000006 = p0;
this.f000001 = p1;
this.f0001c0 = p2;
this.f000095 = p3;
this.f0001c1 = p4;
this.f00013c = new c00019f(p5);
this.f00000e = p6;
int length = p5.Length;
for (int i = 0; i < length; i++)
{
c0001a1 ca = p5[i];
ca.f00008a = this;
}
this.f00006a = new c00019d();
}
private static c000188 m00027f(string p0, c000189 p1)
{
int num;
string[] strArray2;
c00019c cc = new c00019c();
cc.m000080(m00027e(enum0196.f0001d8, p0));
c000189 item = new c000189(cc.m000092(), Matrix.Identity, f00000b++);
item.f0000e1.M33 *= -1f;
item.f000001 = p1;
f0001bc.Add(item);
if (p1.f000018 != null)
{
p1.f000018.m000051(item);
}
else
{
p1.f000018 = new c000191(new c000189[] { item });
}
string str = m00027b().ReadLine();
cc.m000004(int.Parse(str.Replace(';', '\0')));
cc.m00029c(new c000131[cc.m00000f()]);
string[] strArray = m000079(";;").Split(new char[] { ',' });
for (num = 0; num < strArray.Length; num++)
{
strArray[num] = strArray[num].Replace("\r\n", "");
strArray2 = strArray[num].Split(";".ToCharArray());
c000131 c2 = new c000131();
c2.m000025(float.Parse(strArray2[0]));
c2.m000029(float.Parse(strArray2[1]));
c2.m00002d(-float.Parse(strArray2[2]));
cc.m000096()[num] = c2;
}
str = m00027b().ReadLine();
cc.m00004b(int.Parse(str.Replace(';', '\0')));
cc.m00029c(new c000194[cc.m000010()]);
strArray = m000079(";;").Split(";".ToCharArray());
int index = 0;
for (num = 0; num < strArray.Length; num += 2)
{
if (strArray[num] == "")
{
break;
}
strArray[num] = strArray[num].Replace(",\r\n", "").Trim();
strArray2 = strArray[num + 1].Split(",".ToCharArray());
c000194 c3 = new c000194();
c3.m000004(int.Parse(strArray[num].Trim()));
c3.m000004(new int[c3.m00000f()]);
for (int i = 0; i < c3.m00000f(); i++)
{
c3.m00029e()[i] = int.Parse(strArray2[i].Trim());
}
cc.m0002a4()[index] = c3;
index++;
}
m000062().m000140(cc);
if (m000062().m000252().m000092() == "")
{
m000062().m000252().m000080(cc.m000092());
}
string str2 = "";
do
{
str2 = m00027b().ReadLine();
if ((str2 != "") && !str2.ToLower().Contains("//"))
{
if (str2.ToLower().Contains("meshnormals"))
{
m000047();
}
else if (str2.ToLower().Contains("meshmateriallist"))
{
m000031();
}
else if (str2.ToLower().Contains("meshtexturecoords"))
{
m0000ae();
}
}
}
while (!str2.Contains("}"));
return m000062().m000289(p1);
}
private static c000189 m000073(string p0)
{
c00019b cb = new c00019b();
cb.m000080(m00027e(enum0196.f0001d2, p0));
c000189 item = null;
List<c000189> list = new List<c000189>();
string str = "";
do
{
str = m00027b().ReadLine();
if (str != "")
{
if (str.ToLower().Contains("frametransformmatrix"))
{
item = new c000189(cb.m000092(), c00008d.m00011d(m000252()), f00000b++);
item.f0000e1.M33 *= -1f;
f0001bc.Add(item);
}
else if (str.ToLower().Contains("frame"))
{
list.Add(m000073(str));
foreach (c000189 c2 in list)
{
c2.f000001 = item;
c2.f0000e1.M33 *= -1f;
}
item.f000018 = new c000191(list.ToArray());
}
else if (str.ToLower().Contains("mesh"))
{
f00005b.Add(m00027f(str, item));
}
}
}
while (!str.Contains("}"));
return item;
}
public c000188 m000289(c000189 p0)
{
this.f00005b = this.m00028a();
this.f0001c2 = this.m00028b(this.f00005b);
List<c0001a1> list = new List<c0001a1>();
for (int i = this.f0001c2.Count - 1; i >= 0; i--)
{
if (this.f0001c2[i].m00008a().Count == 0)
{
this.f0001c2.Remove(this.f0001c2[i]);
}
}
int num2 = 0;
int elementCount = 0;
foreach (c00018b cb in this.f0001c2)
{
VertexBuffer buffer = new VertexBuffer(this.m0000d4(), cb.m00028c().Length * VertexPositionNormalTexture.SizeInBytes, BufferUsage.WriteOnly);
buffer.SetData<VertexPositionNormalTexture>(cb.m00028c());
num2 += cb.m00028c().Length;
IndexBuffer buffer2 = new IndexBuffer(this.m0000d4(), typeof(int), cb.m00000f().Length, BufferUsage.WriteOnly);
buffer2.SetData<int>(cb.m00000f());
elementCount += cb.m00000f().Length;
c0001a1 item = new c0001a1(0, 0, cb.m00008a().Count * 3, 0, cb.m00008a().Count, buffer, buffer2, new VertexDeclaration(this.m0000d4(), VertexPositionNormalTexture.VertexElements), null);
item.m000101(new BasicEffect(this.m0000d4(), null));
(item.m000108() as BasicEffect).DiffuseColor = cb.m00004f().m000068().ToVector3();
(item.m000108() as BasicEffect).EmissiveColor = cb.m00004f().m000295().ToVector3();
(item.m000108() as BasicEffect).SpecularColor = cb.m00004f().m000293().ToVector3();
(item.m000108() as BasicEffect).SpecularPower = cb.m00004f().m000024();
if (cb.m00004f().m000064() != null)
{
(item.m000108() as BasicEffect).Texture = cb.m00004f().m000064();
(item.m000108() as BasicEffect).TextureEnabled = true;
}
(item.m000108() as BasicEffect).EnableDefaultLighting();
list.Add(item);
}
VertexBuffer buffer3 = new VertexBuffer(this.m0000d4(), num2 * VertexPositionNormalTexture.SizeInBytes, BufferUsage.WriteOnly);
IndexBuffer buffer4 = new IndexBuffer(this.m0000d4(), typeof(int), elementCount, BufferUsage.WriteOnly);
c000188 c = new c000188(p0.m000084(), p0, new BoundingSphere(), buffer3, buffer4, list.ToArray(), null);
using (c00019f.struct01a0 structa = c.m000282().m00009d())
{
while (structa.MoveNext())
{
c0001a1 ca2 = structa.get_Current();
if (!c.f00006a.Contains(ca2.m000108()))
{
c.f00006a.m000101(ca2.m000108());
}
}
}
return c;
}
public void m000051(c000189 p0)
{
this.f000001 = p0;
}