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OpenMP is an API created to support multithreaded programming These threads share a single process There is no capability within OpenMP to create or destroy processes The extension of OpenMP to distributed memory computers and hence to a multiprocess model is an active area of research [SLGZ99, BB99, Omn] These systems usually adopt the technique used by MPI and leave process creation and destruction to the runtime environment

public void paint(Graphics gr) { "" // All the other paint functions happen here // // Then we paint the enemy list enemyListpaint(g); // And then the player playerpaint(g); // And then drop it all onto the real screen grdrawImage(scene, 0, 0, GraphicsTOP | GraphicsLEFT); }

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The movement magic happens in the moveSprites() method This method does the following:

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Synchronization is used to enforce a constraint on the order of events occurring in different UEs There is a vast body of literature on synchronization [And00], and it can be complicated Most programmers, however, use only a few synchronization methods on a regular basis 631 Memory Synchronization and Fences In a simple, classical model of a shared memory multiprocessor, each UE executes a sequence of instructions that can read or write atomically from the shared memory We can think of the computation as a sequence of atomic events, with the events from different UEs interleaved Thus, if UE A writes a memory location and then UE B reads it, UE B will see the value written by UE A

Move the hero sprite The race car moves either to the left if the player is holding down the left arrow key, or to the right if the player is holding down the right arrow key Movement occurs by adding or subtracting 2 pixels (as a floating-point number) from the vehicle's current x position If the race car hits either side of the track, movement stops Move opponent sprites Opponent movement, for now, is pretty simple Each enemy car is moved a set number of pixels down the screen The enemy's current y position is increased by the enemy's current y velocity An enemy can be slowed down or sped up by changing the y velocity value

Suppose, for example, that UE A does some work and then sets a variable done to true Meanwhile, UE B executes a loop:

This section discusses the steps needed to allow RMI to download classes from the codebase RMI clients can be allowed to do this if an RMI server returns an object whose actual type is not known at the client RMI servers can be allowed to do this if a client sends a object in a remote method call whose actual type is not known at the server In the above, "returns an object" and "sends an object" includes both the actual object sent as a parameter or returned as a result and any object reachable from that object in the serialization process "Returns an object" also includes exceptions thrown by remote method invocations 961 Codebase property An RMI server or client which wishes its classes to be available to the other party must have an appropriate value set in the system property javarmiservercodebase This causes all classes marshalled by RMI to be annotated with the codebase property It does not cause that server or client itself to load the classes from the codebase: the class is acquired from the CLASSPATH and then annotated with the codebase This is a possible source of error The JVM which does the annotating still runs if the codebase property is missing or incorrect, but its clients will get ClassNotFoundExceptions In other words, the fact that an RMI server starts is, by itself, no indication that the codebase has been correctly specified and is working As an alternative to setting the codebase property, from JDK 13 the server or client can acquire a required class via the RMIClassLoaderloadClass method, specifying a URL as the class location This has the same effect it causes the loaded class to be annotated with its codebase location but it has the advantage that multiple codebases can be used at each end This technique is therefore more flexible, but it is a little more inconvenient to access classes in this way, and it requires that the classes so accessed be unavailable via the CLASSPATH; otherwise no annotation will occur.

We now have all sorts of sprites moving around the game screen All that remains now is to handle sprites when they interact, and to determine how the game ends

while (!done) {/*do something but don't change done*/}

Whenever your car touches an enemy car, it loses some energy That means collision detection is essential Because our Sprite class already has collision detection routines, it's just a matter of detecting and handling collisions A method could be created as follows:

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