public override void Draw(DrawSpace ds)
{
// border
ds.Color = IsActive ? ActiveBorderColor : InactiveBorderColor;
// Characters: ┌ ┐ ┘ └ ─ │ ─ │ ┬ ┤ ┴ ├ ┼
ds.DrawBorder(new Rectangle(0,0,5,4), "┌┬┼├─│─│");
ds.DrawBorder(new Rectangle(8,0,5,4), "┬┐┤┼─│─│");
ds.DrawBorder(new Rectangle(8,6,5,4), "┼┤┘┴─│─│");
ds.DrawBorder(new Rectangle(0,6,5,4), "├┼┴└─│─│");
ds.DrawLine(new Point(4+1,0), new Point(8-1,0), '─');
ds.DrawLine(new Point(4+1,3), new Point(8-1,3), '─');
ds.DrawLine(new Point(4+1,6), new Point(8-1,6), '─');
ds.DrawLine(new Point(4+1,9), new Point(8-1,9), '─');
ds.DrawLine(new Point(0,3+1), new Point(0,6-1), '│');
ds.DrawLine(new Point(4,3+1), new Point(4,6-1), '│');
ds.DrawLine(new Point(8,3+1), new Point(8,6-1), '│');
ds.DrawLine(new Point(12,3+1), new Point(12,6-1), '│');
// noughts & crosses
for(int i = 0; i < 3; ++i)
for(int j = 0; j < 3; ++j)
{
var pos = new Point(1+4*i, 1+3*j);
switch (field[i,j])
{
case Cell.Empty:
ds.Color = IsActive ? ActiveEmptyColor : InactiveEmptyColor;
break;
case Cell.Cross:
ds.Color = IsActive ? ActiveCrossColor : InactiveCrossColor;
break;
case Cell.Nought:
ds.Color = IsActive ? ActiveNoughtColor : InactiveNoughtColor;
break;
default:
break;
}
var ch = (currentPoint == new Point(i,j)) ? '░' : ' ';
ds.DrawLine(pos + new Size(0,0), pos + new Size(2,0), ch);
ds.DrawLine(pos + new Size(0,1), pos + new Size(2,1), ch);
}
}
public abstract void Draw(DrawSpace ds);
