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public Grabbers(Vector3d posnVec, float grabOffset, TransformGroup targetTG, Obstacles obs, GamePadController gp) { this.targetTG = targetTG; this.obs = obs; gamePad = gp;

What happens if we increase the number of planets significantly, perhaps to 1000 This is easily tested by modifying the PlanetCount constant at the top of the BenchmarkGame.cs source file. Give it a try and see what happens. The result is a dramatic drop in the frames per second, as shown in Figure 3 9. It now displays a mere 5.9 frames drawn per second.

Note MVCC is deployed by both PostgreSQL and Oracle, as well as InnoDB. This differs from other database vendors, such as Microsoft SQL Server, which use standard row-level locking and a type of lock escalation system.

Texture2D tex = loadTexture(TEX_FNM); // position the grabbers t3d.set(posnVec); grabbersTG = new TransformGroup(t3d);

NOTE This benchmark shows up an important feature of the XNA engine: although the frame rate has dropped all the way down to 5.9 frames per second, the updates per second still stay exactly as they were with just 10 planets. This is because XNA is detecting that the game is running slowly due to the amount of time the sprites are taking to draw, and as a result is calling the game s Draw method less frequently. It prioritizes calls to Update so that the game logic runs at full speed even though the rendering does not. This ensures that the game runs at the same speed across all devices and regardless of processor power being drained by other applications on the phone.

MVCC improves the throughput of concurrency by allowing reads of a resource, even while locking the resource for a write request. It does so by keeping a snapshot of the record data available to read requests. The data records are tied to a version, which identifies when the data record was created, called a create version ID, and when it was deleted, if at all, called a delete version ID.7 These identifiers are internally counted version numbers that InnoDB tracks, but they can be seen as a timestamp for our purposes here. The system version ID is an increasing value that corresponds to a serialized execution timeline, which the database server increments as transactions are executed against it.8

So this large frame rate drop is disappointing, but perhaps that is all the device has the power to draw There are a large number of sprites after all In fact, the sprite count is not the actual cause of the frame rate dropping The cause is the order in which the sprites are being drawn Each time XNA draws a sprite, it must pass the texture for the sprite to the graphics hardware ready for it to draw Most of the information needed to draw a sprite will fit into just a few bytes of data (its position, rotation, scaling, and so on don t need very much memory to describe), but compared with the sprite location, the texture is comparatively huge It is therefore in our interest to minimize the amount of texture information that is passed to the graphics hardware.

7. To get technical, the deletion of a record is actually called the expiration in MVCC lingo. 8. Actually, this version number is tied to the log sequence number, but essentially, this is the same thing.

// add the left grabber leftGrabber = new Grabber("left", tex, -grabOffset); grabbersTG.addChild( leftGrabber.getBaseTG() ); // add the right grabber rightGrabber = new Grabber("right", tex, grabOffset); grabbersTG.addChild( rightGrabber.getBaseTG() ); } // end of Grabbers()

Once a texture has been loaded into the hardware it can be used over and over again without needing to be reloaded, but when another texture is loaded, the original texture is discarded If you recall, the way we set up the moons and planets in the game was by first adding a planet object and then adding the corresponding moon object This means that planets and moons are alternating in the GameObjects collection Every single sprite we draw needs a new texture to be loaded: first the planet texture, then the moon, then the planet again, right through to the end of the sprite batch In total we end up loading 2000 textures in this configuration No wonder the game slowed down There are various ways to address this problem The first is to sort the objects in the GameObjects list so that they are ordered by texture.