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To get started, we need to create s Storyboard object instance. You could create this in code, but it is probably easier to use XAML for this. Storyboard objects are not controls, however, so we cannot place them directly inside the content of a Silverlight PhoneApplicationPage. Instead we access the PhoneApplicationPage s Resources property, a dictionary that allows arbitrary objects to be added to a page and put the Storyboard object in here. Because this is a dictionary, it is essential that objects contained within it have a name. Listing 13 19 shows the declaration of the Storyboard so far. Listing 13 19. Beginning the declaration of the Storyboard object <phone:PhoneApplicationPage.Resources> <!-- The storyboard that we will use for our example --> <Storyboard x:Name="TestStoryboard"> </Storyboard> </phone:PhoneApplicationPage.Resources> This code creates an empty storyboard, but it doesn t yet have any information about what it is supposed to be doing. We address this by adding one of a number of different animation classes to the storyboard. Different classes exist depending on the type of property that is to be updated. These classes include DoubleAnimation (for updating properties of type double), ColorAnimation, PointAnimation, and RectAnimation. The one that is generally the most useful is DoubleAnimation because a huge number of Silverlight object properties (including all those used for transformations) are implemented as double parameters. All the animation classes expect a set of parameters to be provided to tell them how the animation should operate. These properties include the following:

Other methods of managing the records in a data file are designed specifically for index data, where search algorithms are used to quickly locate one or more groups of data records As we delve deeper into index theory, you will see some more examples of this internal battle going on inside the database server The strategy that MySQL s storage engines take to combat these competing needs takes shape in the layout, or format, in which the storage engine chooses to store record and index data Pages of record or index data managed by MySQL s storage engines typically contain what is called a header, which is a small portion of the data page functioning as a sort of directory for the storage engine.

Storyboard.TargetName: Identifies the name of the object whose properties are to be updated. Storyboard.TargetProperty: Specifies the actual property to update. Duration: Specifies how long the storyboard should take to complete. This is specified in XAML as hours:minutes:seconds.fractions-of-a-second, so to specify that a storyboard should last for 7.5 seconds, use the value 0:0:7.5. From: Specifies the value to apply to the property at the beginning of the storyboard To: Specifies the value to apply at the end of the storyboard. The storyboard will interpolate between the From and To values.

The following is the calcTextureLength() method that uses this equation: private int calcTextureLength(String texFnm, int freq) { if (freq < 1) // if 0 or negative freq = 1; else if (freq > FLOOR_LEN) // if bigger than the floor length freq = FLOOR_LEN; return (FLOOR_LEN / freq); } Due to calcTextureLength() s use of integer division, the freq value should be a factor of the floor length. Since FLOOR_LEN is 20, freq should be 1, 2, 4, 5, 10, or 20. Figures 6-11 and 6-12 show the rendering of an r.gif texture containing a single letter R. Figure 6-11 shows r.gif rendered with a frequency of 20, while Figure 6-12 uses a frequency of 4. // integer division

The header has meta information about the data page, such as an identifier for the file that contains the page, an identifier for the actual page, the number of data records or index entries on the page, the amount of free space left on the page, and so on Data records are laid out on the page in logical slots Each record slot is marked with a record identifier, or RID The exact size and format of this record identifier varies by storage engine We ll take a closer look at those internals in 5..

Listing 13 20 shows the Storyboard object with a DoubleAnimation added inside. The animation is set to update the TextblockRotation object s Angle property from an initial value of 0 through to a final value of 360. Listing 13 20. A complete Storyboard definition <phone:PhoneApplicationPage.Resources> <!-- The storyboard that we will use for our example --> <Storyboard x:Name="TestStoryboard"> <DoubleAnimation Storyboard.TargetName="TextblockRotation" Storyboard.TargetProperty="Angle" Duration="0:0:5" From="0" To="360"/> </Storyboard> </phone:PhoneApplicationPage.Resources> <Grid x:Name="ContentPanel" Grid.Row="1" Margin="12,0,12,0"> <TextBlock Height="57" HorizontalAlignment="Left" Margin="156,237,0,0" Text="storyboards" VerticalAlignment="Top" Width="209" FontSize="36"> <TextBlock.RenderTransform> <RotateTransform x:Name="TextblockRotation" Angle="0" /> </TextBlock.RenderTransform> </TextBlock> </Grid>

Figure 6-11. R (freq = 20)