Discover how to create a simple game environment in Blender 3D, from modeling and texturing game assets, to placing them in a scene. You'll export and import game assets as well as look at open-source game engines that will work with your game assets. Creating Game Environments in Blender 3D introduces the power of Blender 3D when creating a low poly game environment. The book starts by discussing the basics of game terminology, such as knowing the difference between low poly and high poly assets and the types of game you're likely to work on. You'll also take a brief look at Blender's background and installation. The following chapters talk about the process for creating a simple game environment. This is discussed in detail along with a sample project. These chapters discuss the common tools for starting a game environment and the methods for enhancing your game environment, such as color fundamentals. The final chapter shows how you can export the game assets you created in Blender, how you can import game assets in Blender, and how to evaluate the different game engines available. This book shows you the exciting side of creating a game environment while showing the power of Blender. After reading it, you will feel confident about creating a game environment. What You Will Learn Use Blender to create low poly game environments Work with the common Blender tools for game environment design and development Discover how to use Blender features in depth Compare the Eevee and Cycles game engines Who This Book Is For Game environment artists who want to use Blender 3D to create a game environment. Some previous exposure to game design and development would be helpful, but not required.

Gain an in-depth knowledge in immersive web development to create augmented reality (AR) and virtual reality (VR) applications inside web browsers using WebXR API, WebGL, Three.js, and A-Frame. This project-based book will provide the practice and portfolio content to make the most of what the futures of spatial computing and immersive technology have to offer. Beginning with technical analysis of how web browsers function, the book covers programming languages such as WebGL, JavaScript, and HTML, with an eye on a complete understanding of the WebXR lifecycle. You'll then explore how contemporary web browsers work at the code level and see how to set up a local development server and use it with the Visual Studio Code IDE to create 3D animation in the WebGL programming language. With a familiarity of the web-rendering pipeline in place, you'll venture on to WebGL abstractions such as the Three.js JavaScript library and Mozilla's A-Frame XR Framework, which use WebXR to create high-end visual effects. In the final projects of the book, you'll create an augmented reality web session for an Android phone device, and create a VR scene in A-Frame (built on Three.js) to demo essential components of the WebXR API pertaining to user positioning and interaction. Game engines have become common-place for the creation of mixed reality content. However, developers not interested in learning entirely new workflows may be better suited to work within a medium almost universally open to all-the web; AR and VR Using the WebXR API will show you the way. What You'll Learn Master the creation of virtual reality and augmented reality features for web page Prepare to work as an immersive web developer with a portfolio of projects in sought-after technologies Review the fundamentals of writing shaders in WebGL Experience the unity between client, server, and cloud architecture as it applies to location-based AR Who This Book Is For Aspiring immersive web developers and developers already familiar with the fundamentals of web development who want to further explore topics such as spatial computing, computer vision, spatial anchors, and cloud-computing for multi-user social experiences.

Gain an in-depth overview of reinforcement learning for autonomous agents in game development with Unity. This book starts with an introduction to state-based reinforcement learning algorithms involving Markov models, Bellman equations, and writing custom C# code with the aim of contrasting value and policy-based functions in reinforcement learning. Then, you will move on to path finding and navigation meshes in Unity, setting up the ML Agents Toolkit (including how to install and set up ML agents from the GitHub repository), and installing fundamental machine learning libraries and frameworks (such as Tensorflow). You will learn about: deep learning and work through an introduction to Tensorflow for writing neural networks (including perceptron, convolution, and LSTM networks), Q learning with Unity ML agents, and porting trained neural network models in Unity through the Python-C# API. You will also explore the OpenAI Gym Environment used throughout the book. Deep Reinforcement Learning in Unity provides a walk-through of the core fundamentals of deep reinforcement learning algorithms, especially variants of the value estimation, advantage, and policy gradient algorithms (including the differences between on and off policy algorithms in reinforcement learning). These core algorithms include actor critic, proximal policy, and deep deterministic policy gradients and its variants. And you will be able to write custom neural networks using the Tensorflow and Keras frameworks. Deep learning in games makes the agents learn how they can perform better and collect their rewards in adverse environments without user interference. The book provides a thorough overview of integrating ML Agents with Unity for deep reinforcement learning. What You Will Learn Understand how deep reinforcement learning works in games Grasp the fundamentals of deep reinforcement learning Integrate these fundamentals with the Unity ML Toolkit SDK Gain insights into practical neural networks for training Agent Brain in the context of Unity ML Agents Create different models and perform hyper-parameter tuning Understand the Brain-Academy architecture in Unity ML Agents Understand the Python-C# API interface during real-time training of neural networks Grasp the fundamentals of generic neural networks and their variants using Tensorflow Create simulations and visualize agents playing games in Unity Who This Book Is For Readers with preliminary programming and game development experience in Unity, and those with experience in Python and a general idea of machine learning

Discover how Unreal Engine 4 allows you to create exciting games using C++ and Blueprints. This book starts with installing, launching, and examining the details of Unreal Engine. Next, you will learn about Blueprints and C++ and how to leverage them. The following chapters talk in detail about gameplay, basic physics, and ray-casting for game development in Unreal Engine. Furthermore, you'll create material, meshes, and textures. The last chapter brings all the concepts together by building a demo game. By the end of the book, you'll be equipped with the know-how and techniques needed to develop and deploy your very own game in Unreal Engine. What You Will Learn Discover Blueprints and how to apply them in Unreal Engine 4 Get started with C++ programming in Unreal Engine 4 Apply the concepts of physics and ray-casting Work with the Gameplay Framework Who This Book Is For Beginners interested in learning Blueprints visual scripting and C++ for programming games in Unreal Engine 4 would find this book useful.

Game developers will use this book to gain a basic knowledge of programming artificial intelligence using Unity and C#. You will not be bored learning the theory underpinning AI. Instead, you will learn by experience and practice, and complete an engaging project in each chapter. AI is the one of the most popular subjects in gaming today, ranging from controlling the behavior of non-player characters to procedural generated levels. This book starts with an introduction to AI and its use in games. Basic moving behaviors and pathfinding are covered, and then you move through more complex concepts of pathfinding and decision making. What You Will Learn Understand the fundamentals of AI Create gameplay-based AI to address navigation and decision-making problems Put into practice graph theory and behavior models Address pathfinding problems Use the A* algorithm, the deus ex machina of pathfinding algorithms Create a mini stealth game Who This Book Is For Developers and programming enthusiasts with a basic knowledge of Unity and C# who want to understand and master the foundations of artificial intelligence in games

A wholly immersive in-world take on the blockbuster Call of Duty (R) series. Acclaimed for its immersive gameplay and thrilling storylines, Call of Duty (R) has captivated millions of players worldwide since the release of its first game in 2003. Call of Duty (R): Field Manual is an engrossing collector's item for fans of the series. Presented as an official combat-issued handbook that has been misplaced by its owner, the book pairs stunning original illustrations with an engaging narrative that showcases the statistics and history of the essential units, vehicles, weapons, and battlegrounds.

Starting with the basics of game creation and the artistic skills necessary to get started, this book provides the inside track on how to forge a career in the world of video game art. Included are detailed breakdowns of the training and portfolio samples you'll need to make these jobs your own. It features interviews with video game art professionals who've worked for top gaming companies. In How to Become a Video Game Artist, veteran video game designer Sam R. Kennedy provides the inside track on everything you need to forge a career in the world of video game art. Starting with the basics of game creation and a look at the artistic skills necessary to get started, Kennedy spotlights specific, key roles for creators - from concept artists to character animators to marketing artists and beyond. Each chapter features screenshots from popular video games like Tom Clancy's Ghost Recon and World of Warcraft; interviews with video game art professionals who've worked for top gaming companies like BioWare, Blizzard, and Ubisoft; step-by-step examples of actual game art; and detailed breakdowns of the training and portfolio samples you'll need to make these jobs your own.

iPhone games are hot Just look at the numbers. Games make up over 25 percent of total apps and over 70 percent of the most popular apps. Surprised? Of course not Most of us have filled our iPhone or iPod touch with games, and many of us hope to develop the next best-selling, most talked-about game.

You've probably already read and mastered Beginning iPhone 3 Development; Exploring the iPhone SDK, the best-selling second edition of Apress's highly acclaimed introduction to the iPhone and iPod touch by developers Dave Mark and Jeff LaMarche . This book is the game-specific equivalent, providing you with the same easy-to-follow, step-by-step approach, more deep technical insights, and that familiar friendly style.

While games are all about fun, at the same time, they're serious business. With this Beginning iPhone Games Development book, you're going to roll up your sleeves and get your hands dirty with some hardcore coding. While you may have written games before, this book will take you further, immersing you in the following topics: Game graphics and animation with UIKit, Quartz, Core Animation, and OpenGL ES Game audio with OpenAL, MediaPlayer Framework, AV Foundation, and AudioSession Game networking with GameKit, Bonjour, and Internet sharing

For those looking for iPad game development coverage and/or iOS 5 SDK specific game coverage, check out the published Beginning iOS 5 Games Development by Lucas Jordan from Apress. What you'll learn Efficient methods for drawing in 2D and 3D to the iPhone screen Game-specific animation techniques with Core Animation To use OpenGL ES for more complex and realistic gaming backgrounds and action Numerous ways to add music to enhance the gaming experience How to give your users access to their iPhone libraries from within games The tools and techniques of 3D audio for creating even more realistic gaming experiences How to do networking right, including two-player games over Bluetooth and multiplayer games over Wi-Fi Who this book is for

All game developers who desire to create iPhone and/or iPod touch games. Table of Contents A Revolutionary Gaming Platform Games for Everyone, Anytime, Anywhere Developing iPhone Games Peeking Inside the iPhone Toolbox Moving Images on a Small ScreenUIKit Controls She Shoots, She Hits, She Scores Flipping Out and Sweeping Away with Core Animation OpenGL Basics: Wrapping Your Head Around the OpenGL AP Putting It Together: Making a Game in OpenGL The Next Steps: Atlases, Sprites, and ParticlesOh My Introduction to Core Audio Making Noise with OpenAL 3D AudioTurning Noise into Game Sound Streaming: Thumping, Pulse-Quickening Game Excitement Networking for iPhone Games: Introductio Going Head to Head Party Time Connecting with the Outside World Putting It All Together: Now Comes the Fun Part

This book addresses emerging issues in usability, interface design, human-computer interaction, user experience and assistive technology. It highlights research aimed at understanding human interactions with products, services and systems and focuses on finding effective approaches for improving the user experience. It also discusses key issues in designing and providing assistive devices and services for individuals with disabilities or impairment, offering them support with mobility, communication, positioning, environmental control and daily living. The book covers modeling as well as innovative design concepts, with a special emphasis on user-centered design, and design for specific populations, particularly the elderly. Further topics include virtual reality, digital environments, gaming, heuristic evaluation and forms of device interface feedback (e.g. visual and haptic). Based on the AHFE 2020 Virtual Conference on Usability and User Experience, the AHFE 2020 Virtual Conference on Human Factors and Assistive Technology, the AHFE Virtual Conference on Human Factors and Wearable Technologies, and the AHFE 2020 Virtual Conference on Virtual Environments and Game Design, held on July 16-20, 2020, it provides academics and professionals with an extensive source of information and a timely guide to tools, applications and future challenges in these fields.

Go on an adventure and build a roguelike from scratch using JavaScript. With the help of the battle-tested Phaser library, you'll go through all the steps to build a small, fun, playable web roguelite game. The author will guide you on how to add further features to the game such as populating the game with enemies, adding treasures, and so on. You will acquire technical knowledge about procedural generation and tile-based mapping as well as learn game design skills such as what makes dungeons fun and how to evoke an emotion in your game. Roguelikes are very popular with indie developers because of their focus on gameplay over graphics. You'll see why they appeal to game designers on a budget and discover that they serve as a good platform to experiment with novel ideas and designs. Along the way, you'll cover the increasingly popular roguelite genre that provides a hyper casual form of the genre that is approachable and often mobile. After reading this book, you'll be ready to create your own roguelikes, to dive deep into procedural generation, and also to bring some of the techniques shown here into other genres and game projects. What You Will Learn Make use of procedural generation for dungeons, mazes, monsters, and treasure Pick up skills to use Phaser to build games Implement turn-based mechanics Use tile-based graphics Who This Book Is For Game developers who want to build something fun and who have at least some prior JavaScript programming experience.

The Essential Guide to Flash Games is a unique tool for Flash game developers. Rather than focusing on a bunch of low-level how-to material, this book dives straight into building games. The book is divided into specific game genre projects, covering everything from old classics such as a Missile Command-style game, to hot new genres such as retro evolved. The chapters build in complexity through the book, and new tools are introduced along the way that can be reused for other games.The game projects covered start simple and increase in complexity as more and more tools are added to your tool chest. Ten full game projects are discussed in detail. Each solves a very different game development problem and builds on the knowledge gained from the previous project. Many advanced game development techniques are covered, including particle systems, advanced controls, artificial intelligence, blitting, scrolling, and more. What you'll learn Flash/Flex ActionScript 3 game development How to apply object-oriented game development techniques How to solve a wide variety specific Flash game programming problems How to develop a game engine and set of tools that can be reused How to implement ten different games (in styles ranging from retro to modern Flash games) How to optimize various games Who this book is for

This book is for intermediate Flash developers, Flash game developers, game developers looking to move to the Flash platform, and experienced web developers who want to learn how to make games. Table of Contents The Second Game Theory Creating an AS3 Game Framework Creating Super Click Laying the Groundwork for Flak Cannon Building the Flak Cannon Game Loop Laying the Groundwork for No Tanks Creating the Full No Tanks Game Creating the Color Drop Casual Puzzle Game Creating the Dice Battle Puzzle Game Blit Scrolling in a Tile-Based World Creating an Optimized Post-Retro Game Creating a Viral Game: Tunnel Panic

Are you a Unity developer looking to switch to the Godot engine quickly? If so, this no-nonsense book is your guide to mastering the most popular open-source game engine. Godot is a completely free game engine for creating high-quality 2D and 3D games that can be launched on multiple platforms. You'll see how to transition seamlessly from Unity to Godot, getting up and running quickly and effectively, using practical case studies. In addition to building functional worlds from meshes and physical interactions, you'll work with reusable assets, such as textures. The book then moves on to lighting and rendering 2D and 3D scenes with baked and real-time lighting. You'll also work with navigation and path-finding for NPCs, and see how to create save-game states with JSON. With Moving from Unity to Godot you'll be ready to create amazing 2D and 3D games that will supercharge your business. What You Will Learn Explore the similarities and differences between Unity and Godot Maximize the benefits from Unity and Godot Create believable game world and characters with Godot Master the unique aspects of C# coding in Godot Who This Book is For Developers familiar with Unity who want to master another game engine, such as Godot.

Do you have an awesome idea for the next break-through mobile gaming title? This updated edition will help you kick-start your project as it guides you through the process of creating several example game apps using APIs available in Android. You will learn the basics needed to join the ranks of successful Android game app developers. the book starts with game design fundamentals using Canvas and Android SDK 10 or earlier programming basics. You then will progress toward creating your own basic game engine and playable game apps that work on Android 10 or earlier smartphones and tablets. You take your game through the chapters and topics in the book to learn different tools such as OpenGL ES. And you will learn about publishing and marketing your games to monetize your creation. What You Will Learn Gain knowledge on the fundamentals of game programming in the context of Android Use Android's APIs for graphics, audio, and user input to reflect those fundamentals Develop two 2D games from scratch, based on Canvas API and OpenGL ES Create a full-featured 3D game Publish your games, get crash reports, and support your users Complete your own playable 2D OpenGL games Who This Book Is For Those with basic knowledge of Java who want to write games on the Android platform, and experienced game developers who want to know about the pitfalls and peculiarities of the platform

This book explores the ways in which the broad range of technologies that make up the smart city infrastructure can be harnessed to incorporate more playfulness into the day-to-day activities that take place within smart cities, making them not only more efficient but also more enjoyable for the people who live and work within their confines. The book addresses various topics that will be of interest to playable cities stakeholders, including the human-computer interaction and game designer communities, computer scientists researching sensor and actuator technology in public spaces, urban designers, and (hopefully) urban policymakers. This is a follow-up to another book on Playable Cities edited by Anton Nijholt and published in 2017 in the same book series, Gaming Media and Social Effects.

Create assets for history-based games. This book covers the fundamental principles required to understand and create architectural visualizations of historical locations using digital tools. You will explore aspects of 3D design visualization and VR integration using industry-preferred software. Some of the most popular video games in recent years have historical settings (Age of Empires, Call of Duty, etc.). Creating these games requires creating historically accurate game assets. You will use Blender to create VR-ready assets by modeling and unwrapping them. And you will use Substance Painter to texture the assets that you create. You will also learn how to use the Quixel Megascans library to acquire and implement physically accurate materials in the scenes. Finally, you will import the assets into Unreal Engine 4 and recreate a VR integrated heritage that can be explored in real time. Using VR technology and game engines, you can digitally recreate historical settings for games. What You Will Learn Create high-quality, optimized models suitable for any 3D game engine Master the techniques of texturing assets using Substance Painter and Quixel Megascans Keep assets historically accurate Integrate assets with the game engine Create visualizations with Unreal Engine 4 Who Is This Book For Game developers with some experience who are eager to get into VR-based games

Video games take players on a trip through ancient battlefields, to mythic worlds, and across galaxies. They provide players with a way to try on new identities and acquire vast superpowers. Video games also give people the chance to hit reset - to play again and again until they achieve a desired outcome. Their popularity has enabled them to grow far beyond their humble origins and to permeate other forms of popular culture, from comic books and graphic novels to films and television programs. Video games are universal. In 100 Greatest Video Game Franchises, editors Robert Mejia, Jaime Banks, and Aubrie Adams have assembled essays that identify, assess, and reveal the most important video games of all-time. Each entry makes a case for the game's cultural significance and why it deserves to be on the list, from its influence on other games to its impact on an international scale. In addition to providing information about the game developer and when the franchise was established, these entries explore the connections between the different video games, examining them across genre, theme, and content. This accessible collection of essays gives readers an opportunity to gauge their favorite video game franchises against the best of all time and argue how they each fit among the 100 greatest ever created. Whether casually looking up information on these games or eager to learn how franchises evolved over the years, readers will enjoy this entertaining and informative volume. Comprehensive and engaging, 100 Greatest Video Game Franchises will appeal to fans and scholars alike.

XNA 3.0 brings you the ability to create games that will run not just on the PC and Xbox 360, but also on the Zune mobile device. While creating games for Zune is, in many ways, similar to working on the other platforms, it also presents its own unique set of challenges and opportunities. Smaller screens, limited storage, and less processing power all affect the way you need to think about designing and implementing your games.

Zune Game Development Using XNA 3.0 is a comprehensive book that will guide you through the many aspects of XNA game development and their specific implementations on the Zune platform. The book addresses Zune game development concepts in detail and shows you how to apply them in practical, stepbystep examples, building complete, working XNA 3.0 examples along the way that you can download and play. What you'll learn Design practical games for the Zune. Discover the ways in which you can develop content for the Zune. Understand what makes the development of Zune games different from the development of PC and console games. Create Zune games, from the simple to the complex, with complete working examples for you to play and learn from. Use the XNA 3.0 Framework to play music from Zune's library and your own custom sounds to enrich your games. Understand how to take advantage of Zune's wireless system to create multi-player games. Who this book is for

This book is aimed at gaming enthusiasts with a good understanding of basic C# (the language underlying XNA) who want to create games for the Zune media player. Some knowledge of common game elements such as sprites, game loops, and animation would be helpful but is not required. (Readers looking for such a foundation can consultBeginning XNA 3.0 Game Programming for a comprehensive primer.)

Delve into the concepts of physically based rendering (PBR) using Allegorithmic's Substance Painter. This book covers the integration of PBR textures with various 3D modeling and rendering packages as well as with the Unreal Engine 4 game engine. Beginning PBR Texturing covers all aspects of the software and guides you in implementing its incredible possibilities, including using materials, masks, and baking. Integration with both internal and popular external rendering engines is covered. This book teaches you the skills you need to use the texturing tool that is recognized by studios worldwide. You will know tips and tricks to implement the pipeline and speed up your workflow. What You Will Learn Know the fundamentals of PBR-based texturing from the ground up Create production-ready textured models from scratch Integrate PBR textures with standard 3D modeling and rendering applications Create portfolio-ready renders using offline renderers Who This Book Is For Beginners in the fields of 3D animation, computer graphics, and game technology

Argues for the queer potential of video games While popular discussions about queerness in video games often focus on big-name, mainstream games that feature LGBTQ characters, like Mass Effect or Dragon Age, Bonnie Ruberg pushes the concept of queerness in games beyond a matter of representation, exploring how video games can be played, interpreted, and designed queerly, whether or not they include overtly LGBTQ content. Video Games Have Always Been Queer argues that the medium of video games itself can-and should-be read queerly. In the first book dedicated to bridging game studies and queer theory, Ruberg resists the common, reductive narrative that games are only now becoming more diverse. Revealing what reading D. A. Miller can bring to the popular 2007 video game Portal, or what Eve Sedgwick offers Pong, Ruberg models the ways game worlds offer players the opportunity to explore queer experience, affect, and desire. As players attempt to 'pass' in Octodad or explore the pleasure of failure in Burnout: Revenge, Ruberg asserts that, even within a dominant gaming culture that has proved to be openly hostile to those perceived as different, queer people have always belonged in video games-because video games have, in fact, always been queer.

Virtual reality is quickly becoming the next medium to communicate your ideas. Once siloed in make-believe world of science fiction, virtual reality can now touch any aspect of your life. This book shows you how to create original virtual reality content using the Unity game engine and the Virtual Reality Tool Kit. By the end of the book you'll be creating your own virtual reality experience using the fundamental building blocks within. You'll start by reviewing spatial computing, an emerging field that encompasses self-driving cars to space exploration. You'll also create your own virtual reality environments for use on headsets such as those from Oculus and HTC. Using the Unity3D game engine and the Virtual Reality Toolkit on a computer or laptop, you will walk through the fundamentals of virtual reality with as little code as possible. That is the beauty of Unity and the Virtual Reality Toolkit. You will discover how to use buttons in a virtual space, gaze-tracking for user input, and physics for enabling interaction between a human and a virtual space. From game design to education to healthcare to human resources, virtual reality offers new and creative ways to engage users, students, patients, customers, and more. Not a coding book, Virtual Reality with VRTK4 shows that you don't need to be a computer or graphics whiz to begin creating your own virtual reality experiences. What You'll Learn Grasp Virtual Reality Toolkit and its interaction with Unity3D Explore the fundamental science of virtual reality Review the inner workings of Unity3D and its integration with VRTK Understand the big picture of C# coding in Unity3D Incorporate head and hand movement into virtual experiences Who This Book Is For Creative professionals or students who are familiar with computer design programs and want to begin prototyping their own original virtual reality work as quickly as possible.