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The code simply loops through each member of the LineCap enumeration and prints out the name of the item (e.g., ArrowAnchor). It then configures and draws a line with the current cap: private void MainForm_Paint(object sender, PaintEventArgs e) { Graphics g = e.Graphics; Pen thePen = new Pen(Color.Black, 10); int yOffSet = 10; // Get all members of the LineCap enum. Array obj = Enum.GetValues(typeof(LineCap)); // Draw a line with a LineCap member. for(int x = 0; x < obj.Length; x++) { // Get next cap and configure pen. LineCap temp = (LineCap)obj.GetValue(x); thePen.StartCap = temp; thePen.EndCap = temp; // Print name of LineCap enum. g.DrawString(temp.ToString(), new Font("Times New Roman", 10), new SolidBrush(Color.Black), 0, yOffSet); // Draw a line with the correct cap. g.DrawLine(thePen, 100, yOffSet, Width - 50, yOffSet); yOffSet += 40; } }

SystemDrawingBrush-derived types are used to fill a region with a given color, pattern, or image The Brush class itself is an abstract type and cannot be directly created However, Brush serves as a base class to the other related brush types (eg, SolidBrush, HatchBrush, LinearGradientBrush, and so forth) In addition to specific Brush-derived types, the SystemDrawing namespace also defines two helper classes that return a configured brush using a number of static properties: Brushes and SystemBrushes In any case, once you obtain a brush, you are able to call any number of the FillXXX() methods of the Graphics type Interestingly enough, you are also able to build a custom Pen type based on a given brush In this way, you are able to build some brush of interest (eg, a brush that paints a bitmap image) and render geometric patterns with configured Pen.

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1. Create a folder called customUI. 2. Open a new file in the text editor of your choice, and save it as customUI.xml in the customUI folder. 3. Add the following code to the customUI.xml file:

To illustrate, here is a small sample program that makes use of various Brushes: private void MainForm_Paint(object sender, PaintEventArgs e) { Graphics g = eGraphics; // Make a blue SolidBrush SolidBrush blueBrush = new SolidBrush(ColorBlue); // Get a stock brush from the Brushes type SolidBrush pen2 = (SolidBrush)BrushesFirebrick; // Render some shapes with the brushes gFillEllipse(blueBrush, 10, 10, 100, 100); gFillPie(BrushesBlack, 150, 10, 120, 150, 90, 80); // Draw a purple polygon as well.. SolidBrush brush3= new SolidBrush(ColorPurple); gFillPolygon(brush3, new Point[]{ new Point(30, 140), new Point(265, 200), new Point(100, 225), new Point(190, 190), new Point(50, 330), new Point(20, 180)} ); // And a rectangle with some text.. Rectangle r = new Rectangle(150, 10, 130, 60); gFillRectangle(BrushesBlue, r); gDrawString("Hello out there..How are ya ", new Font("Arial", 12), Brushes.

White, r); } If you can t tell, this application is little more than the CustomPenApp program, this time making use of the FillXXX() methods and SolidBrush types, rather than pens and the related DrawXXX() methods Figure 20-14 shows the output..

CSS lengths are indicated as a decimal number followed by an absolute or relative unit. All CSS length values must include a unit, unless that value is 0. Also, note that the line-height property can accept a number without a unit, but this is actually a scaling factor, not a length.

The System.Drawing.Drawing2D namespace defines a Brush-derived type named HatchBrush. This type allows you to fill a region using a (very large) number of predefined patterns, represented by the HatchStyle enumeration. Here is a partial list of names: public enum HatchStyle { Horizontal, Vertical, ForwardDiagonal, BackwardDiagonal, Cross, DiagonalCross, LightUpwardDiagonal, DarkDownwardDiagonal, DarkUpwardDiagonal, LightVertical, NarrowHorizontal, DashedDownwardDiagonal, SmallConfetti, LargeConfetti, ZigZag, Wave, DiagonalBrick, Divot, DottedGrid, Sphere, OutlinedDiamond, SolidDiamond, ... } When constructing a HatchBrush, you need to specify the foreground and background colors to use during the fill operation. To illustrate, let s rework the logic seen previously in the PenCapApp example: private void MainForm_Paint(object sender, PaintEventArgs e) { Graphics g = e.Graphics; int yOffSet = 10;

// Get all members of the HatchStyle enum. Array obj = Enum.GetValues(typeof(HatchStyle)); // Draw an oval with first 5 HatchStyle values. for (int x = 0; x < 5; x++) { // Configure Brush. HatchStyle temp = (HatchStyle)obj.GetValue(x); HatchBrush theBrush = new HatchBrush(temp, Color.White, Color.Black); // Print name of HatchStyle enum. g.DrawString(temp.ToString(), new Font("Times New Roman", 10), Brushes.Black, 0, yOffSet); // Fill a rectangle with the correct brush. g.FillEllipse(theBrush, 150, yOffSet, 200, 25); yOffSet += 40; } } The output renders a filled oval for the first five hatch values (see Figure 20-15).

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