public void AddGlyph(WoutWareGlyph glyph)
{
if (glyph == null)
{
return;
}
this.idictionary_1.Add(glyph.Letter, glyph);
}
private void method_2(
WoutWareGlyph glyph,
IList <Pair <WoutWareGlyph, IList <Pair <Matrix3D, int> > > > pendingGlyphs)
{
IShape2D path = glyph.Path;
if (path.HasSegments)
{
List <Pair <Matrix3D, int> > pairList = new List <Pair <Matrix3D, int> >();
foreach (IShape2D shape2D in ShapeTool.SplitIntoUnbroken(path))
{
bool flag = false;
IList <int> intList = this.method_3(shape2D);
foreach (int second in (IEnumerable <int>)intList)
{
Matrix3D?transformation = ShapeTool.GetTransformation(this.ilist_0[second], shape2D, 0.01);
if (transformation.HasValue)
{
flag = true;
pairList.Add(new Pair <Matrix3D, int>(transformation.Value, second));
break;
}
}
if (!flag)
{
pairList.Add(new Pair <Matrix3D, int>(Matrix3D.Identity, this.ilist_0.Count));
intList.Add(this.ilist_0.Count);
this.ilist_0.Add(shape2D);
}
}
pendingGlyphs.Add(new Pair <WoutWareGlyph, IList <Pair <Matrix3D, int> > >(glyph, (IList <Pair <Matrix3D, int> >)pairList));
}
else
{
pendingGlyphs.Add(new Pair <WoutWareGlyph, IList <Pair <Matrix3D, int> > >(glyph, (IList <Pair <Matrix3D, int> >)null));
}
}
private static void smethod_13(
Stream stream,
WoutWareGlyph glyph,
IEnumerable <Pair <Matrix3D, int> > shapeRefs)
{
WoutWareFont.smethod_4(stream, glyph.Letter);
WoutWareFont.smethod_6(stream, glyph.Advance);
if (shapeRefs != null)
{
foreach (Pair <Matrix3D, int> shapeRef in shapeRefs)
{
Matrix3D first = shapeRef.First;
WoutWareFont.Enum12 enum12_1;
if (WoutWareFont.smethod_12(first.M01))
{
if (WoutWareFont.smethod_12(first.M10))
{
WoutWareFont.Enum12 enum12_2;
if (WoutWareFont.smethod_12(first.M02) && WoutWareFont.smethod_12(first.M12))
{
if (WoutWareFont.smethod_12(first.M00) && WoutWareFont.smethod_12(first.M11))
{
stream.WriteByte((byte)100);
enum12_1 = WoutWareFont.Enum12.const_0;
goto label_19;
}
else
{
stream.WriteByte((byte)115);
enum12_2 = WoutWareFont.Enum12.const_2;
}
}
else if (WoutWareFont.smethod_12(first.M00 - 1.0) && WoutWareFont.smethod_12(first.M11 - 1.0))
{
stream.WriteByte((byte)116);
enum12_2 = WoutWareFont.Enum12.const_1;
}
else
{
stream.WriteByte((byte)109);
enum12_2 = WoutWareFont.Enum12.const_3;
}
switch (enum12_2)
{
case WoutWareFont.Enum12.const_3:
WoutWareFont.smethod_2(stream, (float)first.M00);
WoutWareFont.smethod_2(stream, (float)first.M02);
WoutWareFont.smethod_2(stream, (float)first.M11);
WoutWareFont.smethod_2(stream, (float)first.M12);
goto label_19;
case WoutWareFont.Enum12.const_2:
WoutWareFont.smethod_2(stream, (float)first.M00);
WoutWareFont.smethod_2(stream, (float)first.M11);
goto label_19;
case WoutWareFont.Enum12.const_1:
WoutWareFont.smethod_2(stream, (float)first.M02);
WoutWareFont.smethod_2(stream, (float)first.M12);
goto label_19;
default:
goto label_19;
}
}
else
{
stream.WriteByte((byte)99);
enum12_1 = WoutWareFont.Enum12.const_4;
}
}
else
{
stream.WriteByte((byte)99);
enum12_1 = WoutWareFont.Enum12.const_4;
}
WoutWareFont.smethod_2(stream, (float)first.M00);
WoutWareFont.smethod_2(stream, (float)first.M01);
WoutWareFont.smethod_2(stream, (float)first.M02);
WoutWareFont.smethod_2(stream, (float)first.M10);
WoutWareFont.smethod_2(stream, (float)first.M11);
WoutWareFont.smethod_2(stream, (float)first.M12);
label_19:
WoutWareFont.smethod_0(stream, shapeRef.Second);
}
}
stream.WriteByte((byte)33);
}
