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The game layer is where the action happens. This layer contains the walls of our space with a recessed area in the back, which will serve as the hole. We ll also add the ball, club, and some obstacles to make things interesting. After the call to runScene (shown in Listing 5-4), our Layer subclass s init method is called (see Listing 5-5). This is where we create all our sprites, set them on the stage, and assign masses and frames to them so they ll act like real objects. We also set up all of the collision callbacks (C function pointers that will fire when objects collide), so we can respond to collision events between different types of objects. The collision types are defined in the enum at the top of GameLayer.m.

1CO1 = PrototypeType/Prototype.original 1CF = .clone 2CF = FactoryType/Factory.newObject 1CO2 = .clone Visitor: To organize functionality across a family by the functions +: I1 = 1CO(Ii); I2 = 2CO(Ii) ^ x = 1COF(I2)+2COF(1OI0)

@implementation GameLayer - (id) init { [super init]; srand([[NSDate date] timeIntervalSince1970]); isTouchEnabled = YES; mainLayer = self; // set up the space for Chipmunk staticBody = cpBodyNew(INFINITY, INFINITY); space = cpSpaceNew(); space->elasticIterations = space->iterations; cpSpaceResizeStaticHash(space, 20.0, 999); space->gravity = cpvzero; [self [self [self [self [self [self [self [self addBackground]; createBoundingBox]; addGameShapes]; setupCollisionHandlers]; setupPhysicalProperties]; setupMouseHandler]; schedule: @selector(step:)]; schedule: @selector(ballOutOfRangeCheck:) interval:1];

1CF = ElementType/Element.acceptVisitor 2CF = VisitorType/Visitor.function Facade: To centralize and simplify access to a subsystem +: x = 1O(Ii)+lO(1Ii) 1S = Facade ^ x = 1OFf (I f)+lOFf (1OI f)

return self; }

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Function set network interaction algebra serves as a thorough notation for function set interaction mechanisms, to concisely communicate and clarify function relationships and to help to identify, complete, and describe any new mechanism types. Interactions are at the level of interfaces; in this pure abstraction, the f(x) notation is appropriate for parameters. Interaction algebra evidences that interaction mechanisms are, most clearly, techniques for manipulating, and thus maintaining, design variables. Ultimately, function orientation gets its frequently mentioned elegance from its algebraic properties; very simply, techniques for manipulating variables are elegant.

We start by seeding the random number generator and initializing Chipmunk (shown in Listing 5-5) and then create a space and enable bounce. We set the gravity to zero, since the field is flat and objects shouldn t be drawn in any direction by default.

Database representation has a much simpler syntax than function set network representation, but it has the same format structure. As Two explained, as the designing of an actual system unfolds, just as classes can be seen to simply define complex (compound) data types and how they are processed, class designing can be seen to simply be the databasing of functions. There are many similarities between class designing and standard database designing; there s a common feel, especially for relational databases, because they dynamically link tables, with one having the parameters for another. (This view is reinforced by the capability of embedded SQL, with which tables also store the code for common functions.) Basically, in both types of designing, the combinations of similarities and differences define how entities can be shared. But, again, function orientation has added complexity; function databasing can be seen as an inheritance of standard databasing, with more factors to balance. Sharing needs determine whether all of the items of a set should go into one table or a group (a team) of tables item subsets. And, as in any type of designing, there are always balances of consideration of space versus time; an extension of this, for function orientation, is the consideration of static versus dynamic entities. And at interaction algebra s level of structure, more similarities between class designing and standard database designing become evident, and more understanding of each arises.

- (void)addBackground { Sprite *bg = [Sprite spriteFromFile:@"grass.png"]; [bg setPosition:cpv(160,240)]; [self add: bg z:0]; }