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data pages occur In 4, we ll examine the source code of the key cache and query cache, and we will examine the record and index data formats for the MyISAM and InnoDB storage engines in 5 While data blocks pertain to the physical storage medium, we refer to pages as a logical representation of data Pages typically represent a fixed-size logical group of related data By related, we mean that separate data pages contain record, index data, or metadata about a single table When we speak about a page of data, keep in mind that this page is a logical representation of a group of data; the page itself may actually be represented on a physical storage medium as any number of contiguous blocks The database server is always fighting an internal battle of sorts.

Figure 6-9. The floor s heights map MultiFloor treats heights[z][x] as a height for an (x, z) coordinate. It s then an easy step to convert the heights array into the coordinates mesh shown in Figure 6-10. The height in the heights[z][x] cell becomes the coordinate (x - FLOOR_LEN/2, height, z - FLOOR_LEN/2).

Adding and using a storyboard within a Silverlight page or user control is very straightforward. Let s take a look at how this is achieved. The code described in this section can be found in the Storyboards example project.

On the one hand, it needs to efficiently store table data so that retrieval of that information is quick However, this goal is in contention with the fact that data is not static Insertions and deletions will happen over time, sometimes frequently, and the database server must proactively plan for them to occur If the database server only needed to fetch data, it could pack as many records into a data page as possible, so that fewer seeks would be necessary to retrieve all the data However, because the database server also needs to write data to a page, several issues arise What if it must insert the new record in a particular place (for instance, when the data is ordered) Then the database server would need to find the page where the record naturally fit, and move the last record into the next data page.

Figure 6-10. The coordinates mesh The coordinates mesh is used to build a QuadArray geometry of sides FLOOR_LEN, centered at (0, 0) on the XZ plane. The requirement that the mesh is centered means that FLOOR_LEN must be even. The vertices are spaced out at 1 unit intervals along the x- and z- axes. The Geometry node shown in Figure 6-8 contains three sets of texture coordinates, one each for the grass, stone, and light map textures. The separate coordinates allow the textures to be repeated over the mesh at different frequencies. The textures are stored in the shape s Appearance node, inside a three-element Java 3D TextureUnitState array. The following is the constructor for MultiFloor: // globals private final static int FLOOR_LEN = 20; private float[][] heights; // heights map for the floor

Note While you might well want to implement your own storyboards, we will simplify the task for many uses within our Sprite user control by building storyboard support directly into the control itself. As a result, there is often no need to manually create storyboards when working with the Sprite control. This integration is detailed in the next section.

This would trigger a reaction down the line, forcing the database server to load every data page, moving one record from each page to the page after, until reaching the last page Similarly, what would happen if a record were removed Should the server leave the missing record alone, or should it try to backfill the records from the latter data pages in order to defragment the hole Maybe it wouldn t do this for just one record, but what if a hundred were removed These competing needs of the database server have prompted various strategies for alleviating this contention Sometimes, these methods work well for highly dynamic sets of data Sometimes, the methods are designed for more stable data sets.

public MultiFloor(String texFnm1, int freq1, String texFnm2, int freq2) { System.out.println("floor len: " + FLOOR_LEN); int texLen1 = calcTextureLength(texFnm1, freq1); int texLen2 = calcTextureLength(texFnm2, freq2); heights = makeHills(); createGeometry(texLen1, texLen2); createAppearance(texFnm1, texFnm2); } The texture repetition frequencies are passed to the calcTextureLength() calls. calcTextureLength() works out the required length of the texture so it will repeat that number of times across the floor. Texture length is defined by the following equation: texture length * frequency == FLOOR_LEN