internal void method_2() { int num = 0; if (((this.class891_1 != null) && (this.class891_1.Length != 0)) && ((this.class679_0 != null) && (this.class679_0.Length != 0))) { StringBuilder builder = new StringBuilder(); int index = 0; for (int i = 0; i < this.class679_0.Length; i++) { Class679 class3 = this.class679_0[i]; builder.Append(Class1085.smethod_74(class3.method_0())); int num3 = class3.method_2(); for (int j = 0; j < num3; j++) { if (index >= this.class891_1.Length) { throw new InvalidOperationException(BookmarkStart.b("栥䜧帩ఫ䬭帯崱䄳儵倷ᨹ䰻弽㈿⍁⥃⍅㱇⽉㹋㵍灏㭑㩓癕㽗㽙㍛㍝՟ᙡᙣὥ䡧ᩩ൫ᩭᡯ山", num)); } Class891 class2 = this.class891_1[index]; builder.Append(this.method_3(class2.method_0())); builder.Append(','); builder.Append(this.method_3(class2.method_1())); builder.Append(','); index++; } if (num3 > 0) { builder.Remove(builder.Length - 1, 1); } } this.class398_0.method_40(BookmarkStart.b("嘥䤧帩䐫", num), builder.ToString()); } }
internal static int smethod_4(Class679 A_0) { if (A_0.method_0() >= PathType.EscapeBase) { return(A_0.method_1() | (((int)A_0.method_0()) << 8)); } return(A_0.method_1() | (((int)A_0.method_0()) << 13)); }
private static int smethod_0(Class679 A_0, int A_1) { if (A_0.method_0() == PathType.Close) { return(1); } int num = A_0.method_4(); if (num <= 0) { return(0); } return(A_1 / num); }
private void method_2() { if (this.arrayList_0.Count > 0) { Class679 class2 = (Class679)this.arrayList_0[this.arrayList_0.Count - 1]; this.arrayList_0[this.arrayList_0.Count - 1] = new Class679(class2.method_0(), smethod_0(class2, this.int_0 / 2)); } string str = this.stringBuilder_0.ToString().ToLower(); this.stringBuilder_0.Length = 0; Class679 class3 = new Class679(smethod_2(str), 0); this.arrayList_0.Add(class3); this.bool_0 = smethod_3(str); this.int_0 = 0; }
internal Class679[] method_10() { if (this.int_3 == 0) { return(null); } using (MemoryStream stream = new MemoryStream(this.byte_0)) { BinaryReader reader = new BinaryReader(stream); Class679[] classArray = new Class679[this.int_3]; for (int i = 0; i < classArray.Length; i++) { int num2 = reader.ReadUInt16(); classArray[i] = Class781.smethod_3(num2); } return(classArray); } }
private void method_13(ShapeObject A_0) { int num = 9; Class679[] segmentInfo = A_0.SegmentInfo; Class891[] vertices = A_0.Vertices; if (vertices != null) { string str3 = ""; string str = ""; int num2 = 0; for (int i = 0; i < segmentInfo.Length; i++) { Class679 class2 = segmentInfo[i]; if (class2.method_0() != PathType.Unknown) { string str2 = Class922.smethod_6(class2.method_0()); if (Class567.smethod_16(str2)) { int num4 = class2.method_2(); if ((str != str2) && ((!(str2 == BookmarkStart.b("眮", num)) && !(str2 == BookmarkStart.b("瘮", num))) || (!(str == BookmarkStart.b("眮", num)) && !(str == BookmarkStart.b("瘮", num))))) { str3 = string.Format(BookmarkStart.b("吮İ串ᔴ䰶࠸䘺", num), str3, str2); } for (int j = num2; j < (num2 + num4); j++) { Class891 class3 = vertices[j]; bool flag = ((class2.method_0() == PathType.AngleEllipse) || (class2.method_0() == PathType.AngleEllipseTo)) ? ((((j - num2) + 1) % 3) == 0) : false; str3 = string.Format(BookmarkStart.b("吮İ串ᔴ䰶࠸䘺ᴼ䐾獀㹂", num), str3, this.method_14(class3.method_0(), flag), this.method_14(class3.method_1(), flag)); } num2 += num4; str = str2; } } } this.class400_0.method_40(BookmarkStart.b("䬮䌰刲䈴ശ尸唺唼帾⽀⁂⁄⍆摈㭊ⱌ㭎㥐", num), str3.Trim()); } }
internal static void smethod_0(Class43 A_0) { EscherShapePath linesClosed = EscherShapePath.LinesClosed; object obj2 = A_0.method_31(0x144); if (obj2 != null) { linesClosed = (EscherShapePath)obj2; A_0.Remove(0x144); } Class891[] classArray = (Class891[])A_0.method_31(0x145); if ((classArray == null) || (classArray.Length == 0)) { return; } Class679[] classArray2 = (Class679[])A_0.method_31(0x146); if ((classArray2 != null) && (classArray2.Length > 0)) { return; } ShapeType type = (ShapeType)A_0.method_31(0x103b); if (type == ShapeType.Arc) { classArray2 = smethod_1(); } else { switch (linesClosed) { case EscherShapePath.Lines: classArray2 = smethod_2(classArray); goto Label_0151; case EscherShapePath.LinesClosed: classArray2 = new Class679[] { new Class679(PathType.MoveTo, 0), new Class679(PathType.LineTo, classArray.Length - 1), new Class679(PathType.Close, 1), new Class679(PathType.End, 0) }; goto Label_0151; case EscherShapePath.Curves: { classArray2 = new Class679[3]; classArray2[0] = new Class679(PathType.MoveTo, 0); int num = (classArray.Length - 1) / 3; classArray2[1] = new Class679(PathType.CurveTo, num); classArray2[2] = new Class679(PathType.End, 0); goto Label_0151; } case EscherShapePath.CurvesClosed: { classArray2 = new Class679[4]; classArray2[0] = new Class679(PathType.MoveTo, 0); int num2 = (classArray.Length - 1) / 3; classArray2[1] = new Class679(PathType.CurveTo, num2); classArray2[2] = new Class679(PathType.Close, 1); classArray2[3] = new Class679(PathType.End, 0); goto Label_0151; } } classArray2 = smethod_2(classArray); } Label_0151: A_0.SetAttr(0x146, classArray2); }
private void method_5() { ArrayList list = new ArrayList(); ArrayList list2 = new ArrayList(); PathType unknown = PathType.Unknown; int num = 0; Class679 class2 = new Class679(); Class891 class3 = new Class891(); char ch = 'M'; Class891 class4 = new Class891(); Class891 class5 = new Class891(); while (num < this.arrayList_0.Count) { if (smethod_3(this.arrayList_0[num])) { ch = (char)this.arrayList_0[num]; unknown = Class922.smethod_5(ch); if (unknown != PathType.ArcTo) { class2 = new Class679(unknown, 1); if (class2.method_2() == 0) { list2.Add(class2); } } num++; } else { switch (unknown) { case PathType.Unknown: case PathType.ArcTo: goto Label_0242; } list2.Add(class2); int num5 = class2.method_2(); for (int k = 0; k < num5; k++) { Class891 class6 = new Class891(); char ch2 = char.ToUpper(ch); if ((ch2 == 'S') && (k == 0)) { class6 = smethod_1(class3, class4); } else if ((ch2 == 'T') && (k == 0)) { class6 = smethod_1(class3, class5); } else { if (ch2 == 'V') { class6 = new Class891(class3.method_0(), class6.method_1()); } else { class6 = new Class891(smethod_0((string)this.arrayList_0[num++]), class6.method_1()); if (char.IsLower(ch)) { class6 = new Class891(class6.method_0().method_1() + class3.method_0().method_1(), class6.method_1().method_1()); } } if (ch2 == 'H') { class6 = new Class891(class6.method_0(), class3.method_1()); } else { class6 = new Class891(class6.method_0(), smethod_0((string)this.arrayList_0[num++])); if (char.IsLower(ch)) { class6 = new Class891(class6.method_0().method_1(), class6.method_1().method_1() + class3.method_1().method_1()); } } } if (k == (num5 - 1)) { class3 = class6; } if (unknown == PathType.CurveTo) { if (k == 1) { class4 = class6; } } else { class4 = class3; } if (unknown == PathType.QuadraticBezier) { if (k == 0) { class5 = class6; } } else { class5 = class3; } list.Add(class6); } } continue; Label_0242: num++; } if (class2.method_0() != PathType.Close) { list2.Insert(0, new Class679(PathType.NoFill, 1)); } Class891[] classArray2 = new Class891[list.Count]; for (int i = 0; i < list.Count; i++) { classArray2[i] = (Class891)list[i]; } Class679[] classArray = new Class679[list2.Count]; for (int j = 0; j < list2.Count; j++) { classArray[j] = (Class679)list2[j]; } this.class43_0.SetAttr(0x145, classArray2); this.class43_0.SetAttr(0x146, classArray); }
public DxfAttributeDefinition GetAttributeDefinition(string tag) { return(Class679.GetAttributeDefinition(tag, (IEnumerable <DxfEntity>) this.Entities)); }