public void m00029c(c000131[] p0) { this.f000027 = p0; }
private static void m000047() { int num; string[] strArray2; c000193 c = new c000193(); string str = m00027b().ReadLine(); c.m000004(int.Parse(str.Replace(';', '\0'))); c.m00029c(new c000131[c.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])); c.m000096()[num] = c2; } str = m00027b().ReadLine(); c.m00004b(int.Parse(str.Replace(';', '\0'))); c.m00029c(new c000194[c.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()); } c.m00029d()[index] = c3; index++; } while (!m00027b().ReadLine().Contains("}")) { } m000062().m000069(c); }
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); }
public static Vector3 m00021f(c000131 p0) { return new Vector3(p0.m000024(), p0.m000028(), p0.m00002c()); }