> I personally use something like this :
>
> [...]
> Pango.Layout layout = printContext.CreatePangoLayout();
>
> layout.FontDescription = Pango.FontDescription.FromString("Times New
> Roman 10");
I'm not using Gtk Printing.
See sample attached. In the resulting PDF the fontsize is not correct.
Elmar
class PrintTest {
public static void Main (string[] args) {
// Create A4 Output
Cairo.PdfSurface surface=new Cairo.PdfSurface("Test.pdf",mm(210),mm(297));
Cairo.Context cc=new Cairo.Context(surface);
Test(cc,20,20,"Arial",8);
Test(cc,20,30,"Arial",10);
Test(cc,20,40,"Arial",12);
Test(cc,20,50,"Times New Roman",8);
Test(cc,20,60,"Times New Roman",10);
Test(cc,20,70,"Times New Roman",12);
Test(cc,80,20,"Arial 8",-1);
Test(cc,80,30,"Arial 10",-1);
Test(cc,80,40,"Arial 12",-1);
Test(cc,80,50,"Times New Roman 8",-1);
Test(cc,80,60,"Times New Roman 10",-1);
Test(cc,80,70,"Times New Roman 12",-1);
surface.Finish();
}
static void Test(Cairo.Context cc,double xCor,double yCor,string FontName,double FontSize) {
Pango.Layout layout = Pango.CairoHelper.CreateLayout(cc);
layout.Alignment = Pango.Alignment.Left;
layout.Width=-1;
layout.FontDescription = Pango.FontDescription.FromString(FontName);
if (FontSize>0)
layout.FontDescription.Size=(int)(FontSize * Pango.Scale.PangoScale);
layout.SetText(FontName + " " + FontSize.ToString());
cc.MoveTo (mm(xCor),mm(yCor));
Pango.CairoHelper.ShowLayout(cc,layout);
}
static double mm(double mmWert) {
return mmWert*72.0/25.4;
}
}_______________________________________________
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