public DWriteFontFace CreateFontFace(DWriteFontFaceType fontFaceType, DWriteFontFile[] fontFiles, uint faceIndex, DWriteFontSimulations fontFaceSimulation)
{
if (fontFiles == null)
{
throw new ArgumentNullException("fontFiles");
}
IDWriteFontFace fontFace;
this.handle.CreateFontFace(fontFaceType, (uint)fontFiles.Length, Array.ConvertAll(fontFiles, t => (IDWriteFontFile)t.Handle), faceIndex, fontFaceSimulation, out fontFace);
return(new DWriteFontFace(fontFace));
}
public DWriteFontFace CreateFontFace(DWriteFontFaceType fontFaceType, DWriteFontFile[] fontFiles, uint faceIndex, DWriteFontSimulations fontFaceSimulation)
{
if (fontFiles == null)
{
throw new ArgumentNullException("fontFiles");
}
IDWriteFontFace fontFace;
this.handle.CreateFontFace(fontFaceType, (uint)fontFiles.Length, Array.ConvertAll(fontFiles, t => (IDWriteFontFile)t.Handle), faceIndex, fontFaceSimulation, out fontFace);
return new DWriteFontFace(fontFace);
}
public void Analyse(out bool isSupportedFontType, out DWriteFontFileType fontFileType, out DWriteFontFaceType fontFaceType, out uint numberOfFaces)
{
this.handle.Analyse(out isSupportedFontType, out fontFileType, out fontFaceType, out numberOfFaces);
}
public void Analyse(out bool isSupportedFontType, out DWriteFontFileType fontFileType, out DWriteFontFaceType fontFaceType, out uint numberOfFaces)
{
this.handle.Analyse(out isSupportedFontType, out fontFileType, out fontFaceType, out numberOfFaces);
}
