public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
var widths = new List <PdfObject>();
for (int i = FirstChar; i < LastChar + 1; i++)
{
if (!hashChar.Contains(i))
{
widths.Add(new IntegerObject(0));
}
else if (!dctCharCodeToGlyphID.ContainsKey(i))
{
widths.Add(new IntegerObject(this.Width));
}
else
{
widths.Add(new IntegerObject(Glypth[dctCharCodeToGlyphID[i]].width));
}
}
var entries = new Dictionary <string, PdfObject> {
{ "Encoding", new NameObject("WinAnsiEncoding") },
{ "Type", new NameObject("Font") },
{ "Subtype", new NameObject("TrueType") },
{ "BaseFont", new NameObject(Name) },
{ "FirstChar", new IntegerObject(FirstChar) },
{ "LastChar", new IntegerObject(LastChar) },
{ "Widths", new ArrayObject(widths) },
{ "FontDescriptor", descriptor.IndirectReferenceObject(pdfObjects) },
};
indirectObject.SetChild(new DictionaryObject(entries));
}
public override void OnSaveEvent(IndirectObject indirectObject, PDFObjects pdfObjects)
{
// a good guide: http://www.4real.gr/technical-documents-ttf-subset.html
SubsetTTFFont = Subset(TTFFont);
File.WriteAllBytes("file.ttf", SubsetTTFFont);
var widths = new List <PdfObject>();
widths.Add(new IntegerObject(this.Width));
foreach (int i in hashChar)
{
if (!dctCharCodeToGlyphID.ContainsKey(i))
{
widths.Add(new IntegerObject(this.Width));
}
else
{
widths.Add(new IntegerObject(Glypth[dctCharCodeToGlyphID[i]].width));
}
}
var descriptor = new DocumentTtfDescriptorFont(this);
var cmap = new DocumentCmapFont(this);
var entries = new Dictionary <string, PdfObject> {
{ "Type", new NameObject("Font") },
{ "Subtype", new NameObject("TrueType") },
{ "BaseFont", new NameObject(Name) },
{ "FirstChar", new IntegerObject(0) },
{ "LastChar", new IntegerObject(hashChar.Count) },
{ "Widths", new ArrayObject(widths) },
{ "FontDescriptor", descriptor.IndirectReferenceObject(pdfObjects) },
{ "ToUnicode", cmap.IndirectReferenceObject(pdfObjects) },
};
indirectObject.SetChild(new DictionaryObject(entries));
}