3D Game Programming All in One 1st Edition by Kenneth Finney ISBN 159200136X 9781592001361

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Product details:
ISBN 10: 159200136X
ISBN 13: 9781592001361
Author: Kenneth Finney

3D Game Programming All in One 1st Edition Table of contents:

Chapter 1: Introduction to Game Programming

• The Basics of Game Development
• Understanding Game Loops and Game Engines
• Overview of the Game Development Process
• Setting Up Your Development Environment
• Introduction to 3D Math: Vectors and Matrices
• Basic Concepts of 3D Graphics

Chapter 2: The Basics of 3D Math

• 3D Coordinate Systems and Transformations
• Vectors: Operations and Applications in 3D Space
• Matrices and Their Role in 3D Transformations
• Dot Product, Cross Product, and Their Uses in Graphics
• Rotation, Translation, and Scaling in 3D
• Quaternions and Their Advantages in 3D Graphics
• Example: Basic 3D Movement and Transformation Code

Chapter 3: Understanding 3D Rendering

• What is 3D Rendering?
• The Rendering Pipeline: From Model to Screen
• How 3D Models are Represented and Stored
• The Role of Shaders in Rendering
• Working with Vertices, Textures, and Materials
• How Lights and Shadows Affect the Scene
• Basic Lighting Models in 3D Graphics
• Example: Rendering a Simple 3D Object

Chapter 4: Working with 3D Models

• Creating and Importing 3D Models for Games
• File Formats for 3D Models: .OBJ, .FBX, and .3DS
• Using Tools for 3D Modeling (Blender, Maya, etc.)
• Skeletal Animation and Rigging
• Texture Mapping: Applying Textures to 3D Models
• Creating Normal and Bump Maps for Realism
• Example: Importing and Displaying a 3D Model in a Game Engine

Chapter 5: Camera and View Control

• The Camera in 3D Space: Understanding Views and Projections
• Types of Cameras: First-Person, Third-Person, and Free-Flying
• Camera Transformations and Movement
• Implementing a Basic First-Person Shooter Camera
• Using Viewports and Clipping Planes
• Field of View, Near and Far Clipping Distances
• Example: Setting Up and Controlling a Camera

Chapter 6: 3D Animation Techniques

• Introduction to Keyframe Animation
• Working with Bones and Skeletons: Rigging Techniques
• Using Blend Shapes for Complex Character Animation
• Inverse Kinematics (IK) and Forward Kinematics (FK)
• Implementing Animation Controllers in a Game Engine
• Handling Character Animation and Interpolation
• Example: Animating a Character in a Game

Chapter 7: Collision Detection and Physics

• The Importance of Collision Detection in Games
• AABB, OBB, and Sphere-Based Collision Detection
• Handling Collisions Between Static and Dynamic Objects
• Introduction to Physics Engines: Gravity, Forces, and Rigid Bodies
• Implementing Physics in 3D Game Engines
• Realistic Movement and Collision Response
• Example: Implementing Simple Physics and Collision Detection

Chapter 8: Game AI and Pathfinding

• Basics of AI in 3D Games
• Decision-Making in Non-Player Characters (NPCs)
• Pathfinding Algorithms: A* and Navigation Meshes
• Steering Behaviors for NPC Movement
• Implementing Flocking and Group Behaviors
• Using AI to Enhance Player Interactions in 3D Worlds
• Example: Creating an AI Character that Navigates a 3D World

Chapter 9: Shaders and Visual Effects

• Introduction to Shaders: Vertex and Fragment Shaders
• Writing Your First Shader in GLSL or HLSL
• Understanding the Role of Shaders in the Rendering Pipeline
• Implementing Basic Lighting Shaders
• Post-Processing Effects: Bloom, Motion Blur, and Depth of Field
• Advanced Effects: Particle Systems, Reflection, and Refraction
• Example: Creating a Shader for a Water Surface

Chapter 10: Creating 3D Game Worlds

• World Building: Design and Conceptualization
• Terrain Generation and Texturing
• Procedural Generation of Landscapes and Objects
• Creating Realistic Environments: Trees, Water, and Rocks
• Handling Large Worlds and Level Streaming
• Adding Interactive Elements to Your World
• Example: Creating a 3D Open-World Terrain

Chapter 11: Multiplayer and Networking in 3D Games

• Basics of Multiplayer Game Development
• Networking Concepts: Latency, Bandwidth, and Client-Server Models
• Synchronizing 3D Objects in a Networked Environment
• Handling Networked Player Movement and Actions
• Dealing with Lag and Predictive Techniques
• Using Networking Libraries and Tools
• Example: Implementing a Simple Multiplayer Game in 3D

Chapter 12: Optimizing 3D Games for Performance

• Identifying Performance Bottlenecks in 3D Games
• Techniques for Optimizing Rendering Performance: Culling, Level of Detail (LOD)
• Managing Memory and Texture Usage
• Using Occlusion Culling and Frustum Culling for Efficiency
• Optimizing Physics Calculations and AI Processes
• Multithreading and Parallel Processing for 3D Games
• Example: Optimizing a Complex 3D Scene for Real-Time Rendering

Chapter 13: Sound and Music in 3D Games

• The Role of Sound in Enhancing Game Worlds
• 3D Sound Localization: Creating Realistic Soundscapes
• Implementing Spatial Audio and Environmental Sounds
• Using Background Music and Sound Effects
• Sound Libraries and APIs for Game Developers
• Example: Adding Sound Effects and Music to a 3D Game

Chapter 14: Bringing It All Together

• Integrating All Components: Models, Animation, AI, and Physics
• Debugging and Testing Your 3D Game
• Building and Publishing a 3D Game
• Packaging and Distributing Your Game
• Monetizing and Marketing Your Game
• Example: Completing a Simple 3D Game

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