public void Draw()
{
surface.Children.Clear();
List <TextBlock> h_ticks;
List <TextBlock> v_ticks;
width = (int)surface.ActualWidth;
height = (int)surface.ActualHeight;
if (width <= 0 || height <= 0)
{
return;
}
h_ticks = new List <TextBlock>();
v_ticks = new List <TextBlock>();
int tick_width = 0;
int tick_height = 0;
for (int i = 0; i < Settings.GRID_W; i++)
{
TextBlock t = new TextBlock
{
Text = i.ToString(),
FontSize = textSize
};
t.Measure(new System.Windows.Size(Double.PositiveInfinity, Double.PositiveInfinity));
tick_width = Math.Max(tick_width, (int)t.DesiredSize.Width);
h_ticks.Add(t);
}
for (int i = 0; i < Settings.GRID_H; i++)
{
TextBlock t = new TextBlock
{
Text = i.ToString(),
FontSize = textSize
};
t.Measure(new System.Windows.Size(Double.PositiveInfinity, Double.PositiveInfinity));
tick_height = Math.Max(tick_height, (int)t.DesiredSize.Height);
v_ticks.Add(t);
}
cellW = (width - (borderWidth * 3) - tick_width) / Settings.GRID_W;
cellH = (height - (borderHeight * 3) - tick_height) / Settings.GRID_H;
cellW = cellH = Math.Min(cellW, cellH);
int x = (width - tick_width - (borderWidth * 3) - (cellW * Settings.GRID_W)) / 2;
int y = (height - tick_height - (borderHeight * 3) - (cellH * Settings.GRID_H)) / 2;
this.x = x;
this.y = y;
// Won't get a click event for any part of the canvas you haven't drawn on, so fill the background with window background color.
DrawUtil.Rectangle(surface, this.x, this.y, cellW * Settings.GRID_W, cellH * Settings.GRID_H, SystemColors.Window);
for (int i = 0; i <= Settings.GRID_H; ++i)
{
Line line = new Line
{
X1 = x,
X2 = x + (cellW * Settings.GRID_W),
Y1 = y + (cellH * i),
Y2 = y + (cellH * i),
Stroke = DrawUtil.CreateBrush(SystemColors.WindowText)
};
surface.Children.Add(line);
if (i < Settings.GRID_H)
{
// Move tick to x - tick_height - this.border_width, y + (Settings.GRID_H - i) * this.cellH) - (this.cellH / 2);
v_ticks[i].Foreground = DrawUtil.CreateBrush(SystemColors.WindowText);
Canvas.SetLeft(v_ticks[i], x - tick_width - (borderWidth * 2));
Canvas.SetTop(v_ticks[i], y + ((Settings.GRID_H - i) * cellH) - (cellH / 2) - borderWidth);
surface.Children.Add(v_ticks[i]);
}
}
for (int i = 0; i <= Settings.GRID_W; ++i)
{
Line line = new Line
{
X1 = x + (cellW * i),
X2 = x + (cellW * i),
Y1 = y,
Y2 = y + (cellH * Settings.GRID_H),
Stroke = DrawUtil.CreateBrush(SystemColors.WindowText)
};
surface.Children.Add(line);
if (i < Settings.GRID_W)
{
// Move tick to x + (this.cellW / 2) + (i * this.cellW) - (tick_width / 2), y + (Settings.GRID_H - i) * this.cellH) + (this.borderWidth);
h_ticks[i].Foreground = DrawUtil.CreateBrush(SystemColors.WindowText);
Canvas.SetLeft(h_ticks[i], x + (cellW / 2) + (i * cellW) - (tick_width / 2));
Canvas.SetTop(h_ticks[i], y + (Settings.GRID_H * cellH) + borderWidth);
surface.Children.Add(h_ticks[i]);
}
}
if (pos.X >= 0 && pos.X < Settings.GRID_W && pos.Y >= 0 && pos.Y < Settings.GRID_H)
{
DrawUtil.Rectangle(surface, x + (cellW * pos.X) + Settings.INSET_1, y + (cellH * pos.Y) + Settings.INSET_1, cellW - (2 * Settings.INSET_1), cellH - (2 * Settings.INSET_1), Settings.TEAL);
}
foreach (Point guess in guesses)
{
DrawUtil.Rectangle(surface, x + (cellW * guess.X) + Settings.INSET_2, y + (cellH * guess.Y) + Settings.INSET_2, cellW - (2 * Settings.INSET_2), cellH - (2 * Settings.INSET_2), Settings.RED);
}
foreach (Mugwump mugwump in mugwumps)
{
if (mugwump.Found)
{
mugwump.Draw(surface, x + (cellW * mugwump.X) + 1, y + (cellH * mugwump.Y) + 1, cellW - 2);
}
}
/*
* Mugwump test = new Mugwump(1, 1, true, Settings.VIOLET, Settings.WHITE, Settings.RED, Settings.BLACK);
* test.Draw(this.surface, 100, 100, 100);
*/
}
