public static PdfFont AddFont(PdfBody body, string pdfFontID, WW.Pdf.Font.Font font)
{
PdfFont pdfFont;
if (font is Class14)
{
Class14 base14 = (Class14)font;
pdfFont = (PdfFont)PdfFontCreator.smethod_1(pdfFontID, base14);
}
else
{
IFontMetric fontMetric = PdfFontCreator.smethod_3(font);
if (fontMetric is Class14)
{
Class14 base14 = (Class14)fontMetric;
pdfFont = (PdfFont)PdfFontCreator.smethod_1(pdfFontID, base14);
}
else if (fontMetric is ns7.Class33)
{
ns7.Class33 ttf = (ns7.Class33)fontMetric;
pdfFont = (PdfFont)PdfFontCreator.smethod_2(body, pdfFontID, font, ttf);
}
else
{
ns0.Class30 cidFont = (ns0.Class30)fontMetric;
pdfFont = PdfFontCreator.smethod_0(body, pdfFontID, font, cidFont);
}
}
if (pdfFont == null)
{
throw new Exception("Unable to create Pdf font object for " + pdfFontID);
}
body.Fonts.Add(pdfFont);
return(pdfFont);
}
public FontState(FontInfo fontInfo, string fontFamily, string fontStyle,
string fontWeight, int fontSize, int fontVariant)
{
this.fontInfo = fontInfo;
this.fontFamily = fontFamily;
this.fontStyle = fontStyle;
this.fontWeight = fontWeight;
this.fontSize = fontSize;
this.fontName = fontInfo.FontLookup(fontFamily, fontStyle, fontWeight);
this.metric = fontInfo.GetMetricsFor(fontName);
this.fontVariant = fontVariant;
this.letterSpacing = 0;
}
public FontState(FontInfo fontInfo, string fontFamily, string fontStyle,
string fontWeight, int fontSize, int fontVariant)
{
this.fontInfo = fontInfo;
this.fontFamily = fontFamily;
this.fontStyle = fontStyle;
this.fontWeight = fontWeight;
this.fontSize = fontSize;
this.fontName = fontInfo.FontLookup(fontFamily, fontStyle, fontWeight);
this.metric = fontInfo.GetMetricsFor(fontName);
this.fontVariant = fontVariant;
this.letterSpacing = 0;
}
public FontState(
PdfFontInfo fontInfo,
string fontFamily,
string fontStyle,
string fontWeight,
int fontSize)
{
this.pdfFontInfo_0 = fontInfo;
this.string_1 = fontFamily;
this.string_2 = fontStyle;
this.string_3 = fontWeight;
this.int_0 = fontSize;
this.string_0 = fontInfo.FontLookup(fontFamily, fontStyle, fontWeight);
this.ifontMetric_0 = fontInfo.GetMetricsFor(this.string_0);
this.int_1 = 52;
this.int_2 = 0;
}
/// <summary>
/// Returns a subclass of the PdfFont class that may be one of
/// PdfType0Font, PdfType1Font or PdfTrueTypeFont. The type of
/// subclass returned is determined by the type of the <i>font</i>
/// parameter.
/// </summary>
/// <param name="pdfFontID">The PDF font identifier, e.g. F15</param>
/// <param name="font">Underlying font object.</param>
/// <returns></returns>
public PdfFont MakeFont(string pdfFontID, Font font)
{
PdfFont pdfFont = null;
if (font is Base14Font)
{
// One of the standard base 14 fonts
Base14Font base14 = (Base14Font)font;
pdfFont = CreateBase14Font(pdfFontID, base14);
}
else
{
// Will load underlying font if proxy
IFontMetric realMetrics = GetFontMetrics(font);
if (realMetrics is Base14Font)
{
// A non-embeddable font that has been defaulted to a base 14 font
Base14Font base14 = (Base14Font)realMetrics;
pdfFont = CreateBase14Font(pdfFontID, base14);
}
else if (realMetrics is TrueTypeFont)
{
// TrueTypeFont restricted to the WinAnsiEncoding scheme
// that is linked instead of embedded in the PDF.
TrueTypeFont ttf = (TrueTypeFont)realMetrics;
pdfFont = CreateTrueTypeFont(pdfFontID, font, ttf);
}
else
{
// A character indexed font that may be subsetted.
CIDFont cid = (CIDFont)realMetrics;
pdfFont = CreateCIDFont(pdfFontID, font, cid);
}
}
// This should never happen, but it's worth checking
if (pdfFont == null)
{
throw new Exception("Unable to create Pdf font object for " + pdfFontID);
}
creator.AddObject(pdfFont);
return(pdfFont);
}
private static Class40 smethod_4(string fontName, IFontMetric metrics)
{
IFontDescriptor descriptor = metrics.Descriptor;
Class40 class40 = new Class40(fontName);
class40.Ascent = metrics.Ascender;
class40.CapHeight = metrics.CapHeight;
class40.Descent = metrics.Descender;
class40.Flags = descriptor.Flags;
class40.ItalicAngle = descriptor.ItalicAngle;
class40.StemV = descriptor.StemV;
PdfArray pdfArray = new PdfArray();
pdfArray.AddRange((IEnumerable <int>)descriptor.FontBBox);
class40.FontBBox = pdfArray;
return(class40);
}
private PdfFontDescriptor MakeFontDescriptor(string fontName, IFontMetric metrics)
{
IFontDescriptor descriptor = metrics.Descriptor;
PdfFontDescriptor pdfDescriptor = new PdfFontDescriptor(
fontName, NextObjectId());
pdfDescriptor.Ascent = new PdfNumeric(metrics.Ascender);
pdfDescriptor.CapHeight = new PdfNumeric(metrics.CapHeight);
pdfDescriptor.Descent = new PdfNumeric(metrics.Descender);
pdfDescriptor.Flags = new PdfNumeric(descriptor.Flags);
pdfDescriptor.ItalicAngle = new PdfNumeric(descriptor.ItalicAngle);
pdfDescriptor.StemV = new PdfNumeric(descriptor.StemV);
PdfArray array = new PdfArray();
array.AddArray(descriptor.FontBBox);
pdfDescriptor.FontBBox = array;
return(pdfDescriptor);
}
public void AddMetrics(string name, IFontMetric metrics)
{
fonts.Add(name, metrics);
}
public void AddMetrics(string name, IFontMetric metrics)
{
this.idictionary_2.Add(name, metrics);
}
private PdfFontDescriptor MakeFontDescriptor(string fontName, IFontMetric metrics)
{
IFontDescriptor descriptor = metrics.Descriptor;
PdfFontDescriptor pdfDescriptor = new PdfFontDescriptor(
fontName, NextObjectId());
pdfDescriptor.Ascent = new PdfNumeric(metrics.Ascender);
pdfDescriptor.CapHeight = new PdfNumeric(metrics.CapHeight);
pdfDescriptor.Descent = new PdfNumeric(metrics.Descender);
pdfDescriptor.Flags = new PdfNumeric(descriptor.Flags);
pdfDescriptor.ItalicAngle = new PdfNumeric(descriptor.ItalicAngle);
pdfDescriptor.StemV = new PdfNumeric(descriptor.StemV);
PdfArray array = new PdfArray();
array.AddArray(descriptor.FontBBox);
pdfDescriptor.FontBBox = array;
return pdfDescriptor;
}
public void AddMetrics(string name, IFontMetric metrics)
{
fonts.Add(name, metrics);
}
