This document provides guidance on building a mole-punching game for iOS devices. It discusses designing game elements like sprites, scenes, and layers. It recommends tools like Cocos2D for the game engine and Chipmunk or Box2D for physics. It addresses technical considerations like supporting different device screen sizes. It also covers game concepts like planning art assets, placing moles on the screen, defining animations, adding game logic for scoring and detecting taps, and designing levels and sound effects. The document provides a step-by-step process for constructing the basic elements to create a simple mole-punching game.

1. Game zone

2. Building a Game is like Taking a Dream into actionWe are the Bridge between the human imagination and the implementationGame build by you is like your WorldWe drag user to our world

3. The Game VisionNo one is dependent on game but everyone find time to playSimple user interfacesimplicity = beauty (how things look) + elegance (how things work)

4. Challenges of Designing a gameScreen area is 320 * 480 MemoryMovementsUser acceptence

5. New Era of GamesResponsiveSocialGamingMultiplayergamesNetwork GamesMobile Games

6. Games vs Application

7. Download Cocos2dDownload from http://www.cocos2d-iphone.org/downloadUnzip Downloaded Zip/Developer/Platforms/iPhoneOS.platform/Developer/Library/Xcode/Project Templates/Application/

8. IN GAMES THINGS ALWAYS MOVE

9. Lets Start Building!!NO

10. Think!! Think!! Think!!

11. Geometry of GameWhat is difference in world co-ordinates and geometric co-ordinates ?Translation -is moving every point a constant distance in a specified direction Rotation – Rotate things around angle Scaling – shrinking and expanding objects

12. You Look good in Geometry But we are building games?

13. Sprites

14. Game EngineRigid Bodies-A rigid body holds the physical properties of an object Collision Shapes-By attaching shapes to bodies, you can define the a body’s shape. Constraints/Joints-Constraints and joints describe how bodies are attached to each other Spaces-Spaces are the basic simulation unit

15. TechnologyCocoas2d with ChipmunkCocoas2d with Box2d

16. Some ConceptsScenes - A scene (implemented with the CCScene object) is more or less an independent piece of the app workflow Director - The CCDirector is the component which takes care of going back and forth between scenes

17. Some ConceptsLayers - A CCLayer has a size of the whole drawable area, and knows how to draw itself SpritesActions - Actions are like orders given to any CCNode object. These actions usually modify some of the object's attributes like position, rotation, scale, etc.

18. Lets Start Building!!What?Where?How?

19. What? Punch a Mole

21. Where?Iphone ,Ipod ,Ipad320 × 480 (iPhone/iPod touch)640 × 960 (iPhone 4 and iPod with Retina display)768 × 1024 / 1024 × 768 (iPad)

22. Where?Retina Display - Add double-sized sprites to your app, but instead of using the “@2x” extension, you use an “-hd” extension for Cocos2D. When loading your sprites, use normal name (without the “-hd” extension) – Cocos2D will automatically load the hd images on the Retina display

23. How?Planning the Art

24. Planning the Art

25. Setting the BackgroundDetermine names of sprite sheets (go to code)Load background and foreground (go to code)Add background (go to code)Add foreground (go to code)

26. Where we reached so far?

27. Placing the moleNSMutableArray *moles;Loadmolesprites (gotocode)ConvertpointforIpad (gotocode)Popping the Moles (gotocode)

28. Where we reached so far?

29. Defining AnimationsAdding animation sprite of laugh like -[animFramesaddObject:[[CCSpriteFrameCachesharedSpriteFrameCache]spriteFrameByName:@"myImage.png"]];Laughing Animation1, Laughing Animation2, Laughing Animation3 (go to code)

30. Laugh AnimationWe need to add All Images for laugh animation?NO

31. Laugh AnimationWe will use Pliststo load using animationFromPlist

32. Laugh AnimationAdding laugh animation to main Init method (go to code)When mole is going to laugh?Are we done?

33. Game logicAdd Below variables to .h file CCLabelTTF*label; intscore; inttotalSpawns; BOOLgameOver;

34. Game LogicDefine scoreboard for Application(go to code)Convert font-size according to deviceWhen to kick a mole?How to tap?Adding sound effects

35. Where we reached so far?Just Run the Code

36. We Did it !!Hip Hip Hooray!!

37. The Game Design DocumentGame SummaryGame settingGame play: controls and user interfaceLevelmap and SoundEffectsGame System/Engine