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Look closely at the paint() method in Listing 164 The SpriteManager class is drawing sprite images, even if they are located beyond the bounds of the current screen This will slow down the game, because a huge number of unnecessary actions are invoked Your game might have hundreds of sprites in memory, but only one or two drawn on the screen at any given time Instead, painting should be done as in Listing 165 Listing 165 Improved Painting

try { result = remoteInterfaceinvoke(arguments); } catch (RemoteException ex) { // handle a remote exception }

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import javautil*; import javaxmicroeditionlcdui*; public class SpriteManager { private Vector list; private int width; private int height; public SpriteManager(int width, int height) { thiswidth = width; thisheight = height; list = new Vector(); } public void paint(Graphics g) { for (int i = 0; i < listsize(); i++) { Sprite sprite = (Sprite)listelementAt(i); if ((spritegetX() + spritegetWidth() > 0) && (spritegetX() < width) && (spritegetY() + spritegetHeight() > 0) && (spritegetY() < height)) spritepaint(g); } } }

The sprite manager stores the values of the screen's width and height Both values are very important, because they represent boundaries The paint() method walks through the manager's sprite list and checks whether each sprite lies inside the screen

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however, use of the MPMD pattern will increase Use of this pattern will also grow as grid technology becomes more robust and more widely deployed 5113 Client-Server Computing Client server architectures are related to MPMD Traditionally, these systems have comprised two or three tiers where the front end is a graphical user interface executed on a client's computer and a mainframe back end (often with multiple processors) provides access to a database The middle tier, if present, dispatches requests from the clients to (possibly multiple) back ends Web servers are a familiar example of a client server system More generally, a server might offer a variety of services to clients, an essential aspect of the system being that services have well defined interfaces Parallelism can appear at the server (which can service many clients concurrently or can use parallel processing to obtain results more quickly for single requests) and at the client (which can initiate requests at more than one server simultaneously) Techniques used in client server systems are especially important in heterogeneous systems Middleware such as CORBA [COR] provides a standard for service interface specifications, enabling new programs to be put together by composing existing services, even if those services are offered on vastly different hardware platforms and implemented in different programming languages CORBA also provides facilities to allow services to be located The Java J2EE (Java 2 Platform, Enterprise Edition) [Javb] also provides significant support for client server applications In both of these cases, interoperability was a major design force Client server architectures have traditionally been used in enterprise rather than scientific applications Grid technology, which is heavily used in scientific computing, borrows from client server technology, extending it by blurring the distinction between clients and servers All resources in a grid, whether they are computers, instruments, file systems, or anything else connected to the network, are peers and can serve as clients and servers The middleware provides standards based interfaces to tie the resources together into a single system that spans multiple administrative domains 5114 Concurrent Programming with Declarative Languages The overwhelming majority of programming is done with imperative languages such as C++, Java, or Fortran This is particularly the case for traditional applications in science and engineering The artificial intelligence community and a small subset of academic computer scientists, however, have developed and shown great success with a different class of languages, the declarative languages In these languages, the programmer describes a problem, a problem domain, and the conditions solutions must satisfy The runtime system associated with the language then uses these to find valid solutions Declarative semantics impose a different style of programming that overlaps with the approaches discussed in this pattern language, but has some significant differences There are two important classes of declarative languages: functional languages and logic programming languages Logic programming languages are based on formal rules of logical inference The most common logic programming language by far is Prolog [SS94], a programming language based on first order predicate calculus When Prolog is extended to support expression of concurrency, the result is a concurrent logic programming language Concurrency is exploited in one of three ways with these.

The semantics of local (normal) method invocation are as follows:

To apply the sprite manager to our Micro Racer game, you can create one SpriteManager group for all the enemy cars You can then figure out whether your player sprite has collided with an enemy by creating collision detection within the SpriteManager class, as illustrated in Listing 166 Listing 166 Adding Collision Detection

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public boolean collide(Sprite sprite) { for (int i = 0; i < listsize(); i++) { Sprite comparableSprite = (Sprite)listelementAt(i); if (spritecollide(comparableSprite)) return true;

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