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All activities have a common ancestor, the Activity class (found in the System.Workflow.ComponentModel namespace). This class provides the base contract and functionality that permits an activity to be hosted by WF. Beyond the base Activity class lies a rich set of derived classes, each one providing additional capabilities. Figure 3-1 shows the relationship between some of the most important toplevel classes. This is not an exhaustive model of the entire activity class library. As shown in Figure 3-1, CompositeActivity is derived directly from the Activity class. This is the base class with support for child activities, and it serves as the base for all of the other standard activity classes shown in Figure 3-1. If you need to implement a custom composite activity, you can derive directly from CompositeActivity or from one of its descendents. You can also implement a simple custom activity that derives directly from the Activity class. The resulting class would not support child activities. Moving down to the next layer in the class hierarchy, you see two major branches in the tree. StateActivity represents a state in a state machine workflow. Derived directly from StateActivity is StateMachineWorkflowActivity, which is the base class for a state machine workflow.

You can easily use transforms in combination. In fact, it s easy you simply need to use the TransformGroup to set the LayoutTransform or RenderTransform property. You can nest as many transforms as you need inside the TransformGroup. Figure 21-9 shows an interesting effect that was created using two transforms. A document window begins as a small thumbnail in the top-left corner of the window. When the window appears, this content rotates, expands, and fades into view rapidly. This is conceptually similar to the effect that Windows uses when you maximize a window. In WPF, you can use this trick with any element using transforms.

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It is interesting to note that StateMachineWorkflowActivity derives from StateActivity, even though a state machine workflow (represented by StateMachineWorkflowActivity) contains instances of StateActivity (the parent class). The class hierarchy was arranged this way because a state machine workflow itself exhibits the behavior of an individual state. For instance, you can add an EventDrivenActivity to the state machine workflow that provides for global event handling that is applicable to all child states.

To create this effect, two transforms are defined in a TransformGroup and used to set the RenderTransform property of a Border object that contains all the content. <Border.RenderTransform> <TransformGroup> <ScaleTransform></ScaleTransform> <RotateTransform></RotateTransform> </TransformGroup> </Border.RenderTransform> Your animation can interact with both of these transform objects by specifying a numeric offset (0 for the ScaleTransform that appears first and 1 for the RotateTransform that s next). For example, here s the animation that enlarges the content: <DoubleAnimation Storyboard.TargetName="element" Storyboard.TargetProperty="RenderTransform.Children[0].ScaleX" From="0" To="1" Duration="0:0:2" AccelerationRatio="1"> </DoubleAnimation> <DoubleAnimation Storyboard.TargetName="element" Storyboard.TargetProperty="RenderTransform.Children[0].ScaleY" From="0" To="1" Duration="0:0:2" AccelerationRatio="1"> </DoubleAnimation> and here s the animation in the same storyboard that rotates it: <DoubleAnimation Storyboard.TargetName="element" Storyboard.TargetProperty="RenderTransform.Children[1].Angle" From="70" To="0" Duration="0:0:2" > </DoubleAnimation> The animation is slightly more involved than shown here. For example, there s an animation that increases the Opacity property at the same time, and when the Border reaches full size, it briefly bounces back, creating a more natural feel. Creating the timeline for this animation and tweaking the various animation object properties takes time ideally, you ll perform tasks like this using a design tool such as Expression Blend rather than code them by hand. An even better scenario would be if a third-party developer grouped this logic into a single custom animation that you could then reuse and apply to your objects as needed. (As it currently stands, you could reuse this animation by storing the Storyboard as an applicationlevel resource.) This effect is surprisingly practical. For example, you could use it to draw attention to new content such as a file that the user has just opened. The possible variations are endless. For example, a retail company could create a product catalog that slides a panel with product details or rolls a product image into view when you hover over the corresponding product name.

Animating brushes is another common technique in WPF animations, and it s just as easy as animating transforms. Once again, the technique is to dig into the particular subproperty you want to change, using the appropriate animation type.

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