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• Tween 2D animations
  
• Work with bone animations with Skeletons
  
• Create Graphical User Interfaces
  
• Understand the benefits of Memblocks
  
• Create Beautiful Fractal Images
  
• Learn about 2D Physics
  
• Grasp the basics of 3D Graphics
  
• Control Cameras and Lights in a 3D Scene
  
• See the logic behind a 3D Solitaire game
  
• Learn about game networking
  
• Access Servers
  
• Study a multiplayer game
  
• Investigate game AI

1. Tweening

• Tweening Concepts
  
• Sprite Tweening
  
• Text and Character Tweening
  
• Custom Tweening
  
• Chaining Tweens

2. Skeletons

• Skeleton Animation Structure
  
• Controlling an Animation
  
• Manipulating Bones

3 Date & Time

• Current Date and Time Commands
  
• Unix Date and Time Commands
  
• Creating New Date Functions

4 GUI Controls

• Creating a Button Control
  
• Creating a Modal Dialog Box
  
• Creating a Checkbox Control
  
• Creating a Radio Button Control
  
• Creating a Frame Control
  
• Creating a Pop-Up Menu
  
• Creating a Numeric Keypad

5 Memblocks

• What is a Memblock?
  
• Accessing a Memblock
  
• Using Memblocks to Create Data Structures
  
• Memblocks and Files
  
• Image Memblocks
  
• Manipulating an Image in a Memblock
  
• Creating a New Image within a Memblock
  
• The Mandelbrot Set Project

6 Mandelbrot Images

• What is a Mandelbrot Image
  
• Imaginary Numbers
  
• Zooming in on the Mandelbrot Image
  
• Real Number Limitations

7 2D Physics

• Using AGK’s 2D Physics Engine
  
• Giving a Sprite Velocity
  
• Setting a Sprite’s Bounce Factor
  
• Adding Spin
  
• Adjusting Friction
  
• Setting Mass
  
• Detecting Collisions
  
• Bounding Boxes for Physics
  
• Physics and Ray Casting
  
• Physics Debugging

8 2D Physics - Joints

• Joint Concepts
  
• Weld Joint
  
• Distance Joint
  
• Mouse Joint
  
• Revolute Joint
  
• Joint Motors
  
• Prismatic Joint
  
• Gear Joint
  
• Pulley Joint

9 3D Graphics: The Basics

• Defining 3D Space
  
• Axes, Planes and Coordinates
  
• Elements of a 3D Model
  
• Model Resolution
  
• 3D Primitives
  
• Texturing Models
  
• Local Axes
  
• Introduction to Lighting
  
• Basic Camera Control
  

10 3D Graphics: Objects

• Creating 3D Primitives
  
• Colouring and Texturing
  
• Object Transparency
  
• Backface Culling
  
• Moving, Rotating and Scaling Objects
  
• Resetting Local Axes and Angles
  
• Tweening Objects

11 3D - Cameras and Lights

• Camera-Related Statements
  
• 3D to Screen Mapping
  
• Light-Related Statements
  
• First Person Perspective
  
• Billboarding
  
• Camera Tweening

12 Solitaire - The Board Game

• Structuring Data
  
• Logic for Replayable Games
  
• Device Dependent Interfaces

13 3D Advanced Models

• Multiple Mesh Models
  
• Meshes and Memblocks
  
• Parent Child Models
  
• Animated Bone Models

14 3D - Extras

• Fog
  
• Sky Boxes
  
• Terrain
  
• 3D Vector Mathematics
  
• Ray Tracing
  
• Shadows
  
• Particles
  
• Shaders

15 Basic 3D Physics

• Setting up 3D Physics in an App
  
• 3D Bounding Volume Options
  
• Applying Forces
  
• Friction and Damping
  
• Collision Handling
  
• 3D Ray and Sphere Casts

16 3D Physics: Joints, Rag Doll, and Character Controllers

• Creating 3D Joints
  
• Using Rag Doll Commands
  
• Character Contollers

17 Using a Lan

• Networking Basics
  
• Setting Up and Managing a Network
  
• Creating a Network Function Library
  
• Sending Messages
  
• Local Variables
  
• Broadcasting
  
• Network Timing
  
• Sockets

18 Accessing a Server

• Accessing the Internet
  
• Transmitting and Receiving Files

19 A Multi-Player Game

• Creating a 2-Player Networked Game

20 Game Artificial Intelligence

• An Overview of AI
  
• The Game of Gomoku
  
• Making a Game Intelligent