public override HitTestInfo GetHitTestInfo(IGraphics gr, int x, int y, Point pt)
{
ElementSelectionPoint esp = new ElementSelectionPoint(Node, TagType.EndTag);
Line l = (Line)Parent;
Rectangle rcCaret = Rectangle.Empty;
LineItemContext ili = new LineItemContext(l.Height, l.Baseline, this, new Point(x, y));
return(new HitTestInfo(esp, ili, false, rcCaret));
}
public override HitTestInfo GetHitTestInfo(IGraphics gr, int x, int y, Point pt)
{
// caller will have tested if point is within bounding rect
// taking into account additional ascent/descent on the line
Debug.Assert(style != null, "No class attached to TextFragment!!");
string text = ProcessText(Text);
gr.PushFont(gr.GetFontHandle(style.FontDesc));
try
{
BinaryChopper bc = new BinaryChopper(text);
int w = 0;
while (bc.CanMove)
{
// TODO: L: this could be optimised by calculating the shift
// left and right in pixels rather than measuring from zero
w = gr.MeasureText(bc.Text).Width;
if (pt.X < x + w)
{
bc.TooLong();
}
else
{
bc.TooShort();
}
}
int cw = gr.MeasureText(text[bc.Position].ToString()).Width;
bool after = (float)1.0 * x + w - cw / 2 < pt.X;
Debug.Assert(start + bc.Position < Node.Value.Length, "Invalid TextSelectionPoint!");
SelectionPoint sp = new TextSelectionPoint(Node, start + bc.Position);
Line l = (Line)Parent;
LineItemContext ili = new LineItemContext(l.Height, l.Baseline, this, new Point(x, y));
HitTestInfo ht = new HitTestInfo(sp, ili, after);
return(ht);
}
finally
{
gr.PopFont();
}
}
public override HitTestInfo GetHitTestInfo(IGraphics gr, int x, int y, Point pt)
{
// caller will have tested if point is within bounding rect
// taking into account additional ascent/descent on the line
Debug.Assert(style != null, "No class attached to TextFragment!!");
string text=ProcessText(Text);
gr.PushFont(gr.GetFontHandle(style.FontDesc));
try
{
BinaryChopper bc=new BinaryChopper(text);
int w=0;
while ( bc.CanMove )
{
// TODO: L: this could be optimised by calculating the shift
// left and right in pixels rather than measuring from zero
w=gr.MeasureText(bc.Text).Width;
if ( pt.X < x+w )
bc.TooLong();
else
bc.TooShort();
}
int cw=gr.MeasureText(text[bc.Position].ToString()).Width;
bool after=(float) 1.0 * x + w - cw / 2 < pt.X;
Debug.Assert(start+bc.Position < Node.Value.Length, "Invalid TextSelectionPoint!");
SelectionPoint sp=new TextSelectionPoint(Node, start+bc.Position);
Line l=(Line) Parent;
LineItemContext ili=new LineItemContext(l.Height, l.Baseline, this, new Point(x,y));
HitTestInfo ht=new HitTestInfo(sp, ili, after);
return ht;
}
finally
{
gr.PopFont();
}
}
public override HitTestInfo GetHitTestInfo(IGraphics gr, int x, int y, Point pt)
{
ElementSelectionPoint esp=new ElementSelectionPoint(Node, TagType.EndTag);
Line l=(Line) Parent;
Rectangle rcCaret=Rectangle.Empty;
LineItemContext ili=new LineItemContext(l.Height, l.Baseline, this, new Point(x,y));
return new HitTestInfo(esp, ili, false, rcCaret);
}