private static Class448 smethod_7(Class722 A_0, int A_1, PointF A_2) { if (A_1 >= (A_0.method_19() - 1)) { return(new Class448(A_2, A_0.method_20(0).method_2())); } return(new Class448(A_2, A_0.method_20(A_1 + 1).method_2())); }
private static int smethod_28(Class722 A_0, Class722 A_1) { for (int i = 0; i < A_0.method_19(); i++) { if (A_0.method_20(i).method_0() == VertexType.Intersection) { Class886 class2 = A_0.method_20(A_0.method_10(i + 1)); if ((class2.method_0() == VertexType.Intersection) || A_1.method_15(class2.method_2())) { return(i); } } } return(-1); }
private static bool smethod_4(Class722 A_0, Class722 A_1) { if ((A_0.method_19() < 3) || (A_1.method_19() < 3)) { return(false); } Class887 class2 = new Class887(A_0, A_1); for (int i = 0; i < A_0.method_19(); i++) { class2.method_3(A_0.method_20(i).method_2()); class2.method_11(i); class2.method_13(A_0.method_10(i + 1)); Class448 class3 = smethod_10(A_0, i); for (int j = 0; j < A_1.method_19(); j++) { class2.method_15(j); smethod_5(class2, class3); } } if (class2.method_8()) { smethod_12(class2, true); smethod_12(class2, false); } return(class2.method_8()); }
private static void smethod_20(Class722 A_0, Class722 A_1, Class444 A_2) { bool flag; int num = A_2.method_2(); int num2 = A_2.method_3(); int num3 = smethod_22(A_0, num, false); int num4 = smethod_22(A_0, num, true); int num5 = smethod_22(A_1, num2, false); int num6 = smethod_22(A_1, num2, true); Class448 class2 = smethod_23(A_0, num, num4); Class448 class3 = smethod_23(A_1, num2, num5); PointF tf = smethod_24(class2); PointF tf2 = smethod_24(class3); Class448 class4 = new Class448(A_0.method_20(num).method_2(), A_1.method_20(num2).method_2()); Class448 class5 = new Class448(tf, tf2); if (flag = Class448.smethod_8(class4, class5)) { class2 = smethod_23(A_0, num, num3); class3 = smethod_23(A_1, num2, num6); tf = smethod_24(class2); tf2 = smethod_24(class3); } if (tf != PointF.Empty) { A_0.method_6(flag ? num : num4, new Class886(tf)); } if (tf2 != PointF.Empty) { A_1.method_6(flag ? num6 : num2, new Class886(tf2)); } num4 = smethod_22(A_0, num, true); num6 = smethod_22(A_1, num2, true); A_0.method_3(num4, A_1.method_9(num6)); }
private static Class722 smethod_15(Class722 A_0, Class722 A_1, int A_2, bool A_3, bool A_4) { Class886 class3; Class722 class5 = A_3 ? A_0 : A_1; Class722 class2 = new Class722(); int num2 = A_2; int num = A_0.method_19() + A_1.method_19(); Class722 class4 = class5; Label_011D: class3 = class4.method_20(num2); if ((class2.method_19() == 0) || (!class2.method_20(class2.method_19() - 1).method_2().Equals(class3.method_2()) && !class2.method_20(0).method_2().Equals(class3.method_2()))) { class2.method_5(class3); } if (num2 == (class4.method_19() - 1)) { num2 = 0; } else { num2++; } if (A_4) { A_4 = false; } else { if (((num2 != A_2) || (class4 != class5)) && (class2.method_19() <= num)) { if (class3.method_0() == VertexType.Simple) { goto Label_011D; } class4 = (class4 == A_0) ? A_1 : A_0; num2 = class4.method_8(class3); if (((num2 != A_2) || (class4 != class5)) && (num2 != -1)) { if (num2 == (class4.method_19() - 1)) { num2 = 0; } else { num2++; } if ((num2 != A_2) || (class4 != class5)) { goto Label_011D; } } } class2.method_16(); return(class2); } goto Label_011D; }
private static Class622 smethod_11(Class722 A_0, Class722 A_1, bool A_2) { Class886 class3; if (!A_2) { return(smethod_12(A_0, A_1)); } int[] numArray = new int[1]; bool flag = smethod_10(A_0, A_1, numArray); int num2 = numArray[0]; Class722 class5 = flag ? A_0 : A_1; Class722 class4 = new Class722(); int num = num2; int num3 = A_0.method_19() + A_1.method_19(); Class722 class2 = class5; Label_00A3: class3 = class2.method_20(num); class4.method_5(class3); if (num != (class2.method_19() - 1)) { num++; } else { num = 0; } if (((num != num2) || (class2 != class5)) && (class4.method_19() <= num3)) { if (class3.method_0() == VertexType.Simple) { goto Label_00A3; } class2 = (class2 == A_0) ? A_1 : A_0; num = class2.method_8(class3); if (num != -1) { if (num == (class2.method_19() - 1)) { num = 0; } else { num++; } if ((num != num2) || (class2 != class5)) { goto Label_00A3; } } } class4.method_16(); return(new Class622(class4)); }
private static bool smethod_10(Class722 A_0, Class722 A_1, int[] A_2) { bool flag = false; int num = A_0.method_23(); int num2 = A_1.method_23(); PointF tf = A_0.method_20(num).method_2(); PointF tf2 = A_1.method_20(num2).method_2(); flag = (tf.X < tf2.X) || ((tf.X == tf2.X) && (tf.Y < tf2.Y)); A_2[0] = flag ? num : num2; return(flag); }
private static void smethod_6(Class722 A_0, PointF A_1) { int num = A_0.method_19(); if (num < 2) { A_0.method_4(A_1); } else { PointF tf = A_0.method_20(num - 2).method_2(); PointF tf2 = A_0.method_20(num - 1).method_2(); if ((tf.X == tf2.X) && (tf2.X == A_1.X)) { A_0.method_21(num - 1, new Class886(A_1)); } else { A_0.method_4(A_1); } } }
private static int smethod_17(Class722 A_0, Class722 A_1) { int num = 0; for (int i = 0; i < A_1.method_19(); i++) { if (A_0.method_15(A_1.method_20(i).method_2())) { num++; } } return(num); }
private void method_0(Class722 A_0, Class722 A_1) { for (int i = 0; i < A_0.method_19(); i++) { for (int j = 0; j < A_1.method_19(); j++) { float num3 = spr.ᜁ(A_0.method_20(i).method_2(), A_1.method_20(j).method_2()); if (num3 < this.float_0) { this.float_0 = num3; this.int_0 = i; this.int_1 = j; } } } }
private static bool smethod_13(Class722 A_0, Class722 A_1, int[] A_2) { bool flag; int num = A_0.method_23(); int num2 = A_1.method_23(); if (A_0.method_17(VertexType.Intersection)) { flag = false; } else if (A_1.method_17(VertexType.Intersection)) { flag = true; } else { PointF tf = A_0.method_20(num).method_2(); PointF tf2 = A_1.method_20(num2).method_2(); flag = (tf.X < tf2.X) || ((tf.X == tf2.X) && (tf.Y < tf2.Y)); } A_2[0] = flag ? num : num2; return(flag); }
private static Class448 smethod_10(Class722 A_0, int A_1) { return(new Class448(A_0.method_20(A_1).method_2(), A_0.method_20(A_0.method_10(A_1 + 1)).method_2())); }
private static Class448 smethod_23(Class722 A_0, int A_1, int A_2) { return(new Class448(A_0.method_20(A_1).method_2(), A_0.method_20(A_2).method_2())); }