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Listing 2 27. The Logical Tree of a Typical View <Window x:Class="LogicalAndVisualTreeExample.MainWindow" xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" Title="MainWindow" Height="350" Width="525"> <StackPanel Orientation="Horizontal" Height="30" VerticalAlignment="Top"> <!-- implied: <StackPanel.Children> --> <Label Content="My Label" /> <ComboBox SelectedIndex="0"> <ComboBox.Items> <!-- implied: <ListBox.Items> --> <ComboBoxItem Content="Item 1" /> <ComboBoxItem Content="Item 2" /> <ComboBoxItem Content="Item 3" /> <!-- implied: </ListBox.Items> --> </ComboBox.Items> </ComboBox> <Button Content="My Button" /> <!-- implied: </StackPanel.Children> --> </StackPanel> </Window> As Listing 2 27 shows, we can omit some elements and the parser will proceed happily with creating an object graph that is synonymous with this layout. While this markup is reasonably brief, there are many, many other objects that are required to render this view to the screen. Each of these objects belongs to the visual tree, which describes the visual representation of objects that derive from the System.Windows.Media.Visual, such as System.Windows.UIElement. This, in turn, is the base class for System.Windows.FrameworkElement: the parent of nigh on all WPF controls. The ComboBox in Listing 2 27 has its own default control template that dictates its visual representation. Were you so inclined, you could replace the default styling of all controls so that they are not just colored slightly differently, but composed in an entirely new fashion.

One of the shortcomings of linear animation is that it often feels mechanical and unnatural. By comparison, sophisticated user interfaces have animated effects that model real-world systems. For example, they may use tactile push-buttons that jump back quickly when clicked but slow down as they come to rest, creating the illusion of true movement. Or, they may use maximize and minimize effects like the Windows operating system, where the speed at which the window grows or shrinks accelerates as the window nears its final size. These details are subtle, and you re not likely to notice them when they re implemented well. However, you ll almost certainly notice the clumsy feeling of less refined animations that lack these finer points. The secret to improving your animations and creating more natural animations is to vary the rate of change. Instead of creating animations that change properties at a fixed, unchanging rate, you need to design animations that speed up or slow down along the way. WPF gives you several options. In the next chapter, you ll learn about frame-based animation and key frame animation, two techniques that give you more nuanced control over your animations (and require significantly more work). But the simplest way to make a more natural animation is to use a prebuilt easing function. When using an easing function, you still define your animation normally by specifying the starting and ending property values. But in addition to these details, you add a ready-made mathematical function that alters the progression of your animation, causing it to accelerate or decelerate at different points. This is the technique you ll study in the following sections.

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As you ve already seen, the attributes of an element set the properties of the corresponding object For example, the text boxes in the eight ball example configure the alignment, margin, and font: <TextBox Name="txtQuestion" VerticalAlignment="Stretch" HorizontalAlignment="Stretch" FontFamily="Verdana" FontSize="24" Foreground="Green" .. > For this to work, the SystemWindowsControlsTextBox class must provide the following properties: VerticalAlignment, HorizontalAlignment, FontFamily, FontSize, and Foreground You ll learn the specific meaning for each of these properties in the following chapters To make this system work, the XAML parser needs to perform a bit more work than you might initially realize The value in an XML attribute is always a plain-text string However, object properties can be any NET type In the previous example, there are two properties that use enumerations (VerticalAlignment and HorizontalAlignment), one string (FontFamily), one integer (FontSize), and one Brush object (Foreground).

return ((XmlElement) (base.GetValue( SaveInformationCardToFile.SignedInformationCardProperty))); } set { base.SetValue( SaveInformationCardToFile.SignedInformationCardProperty, value); } } public static DependencyProperty InformationCardPathProperty = System.Workflow.ComponentModel.DependencyProperty. Register("InformationCardPath", typeof(string), typeof(SaveInformationCardToFile)); [Description( "This is the path where Information Cards should be stored.")] [Category("Miscellaneous")] [Browsable(true)] [DesignerSerializationVisibility( DesignerSerializationVisibility.Visible)] public string InformationCardPath { get { return ((string) (base.GetValue( SaveInformationCardToFile.InformationCardPathProperty))); } set { base.SetValue(SaveInformationCardToFile. InformationCardPathProperty, value); } } public static DependencyProperty InformationCardFileNameProperty = System.Workflow.ComponentModel.DependencyProperty. Register("InformationCardFileName", typeof(string), typeof(SaveInformationCardToFile)); [Description("This is the name to be used for the CRD file.")] [Category("Miscellaneous")]

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