《Cocos2D游戏开发》是一本专注于Cocos2D框架的游戏开发教程，适用于初学者和有一定编程基础的开发者。Cocos2D是一款强大的、开源的2D游戏引擎，广泛应用于移动平台，如iOS、Android以及Windows Phone等。它提供了丰富的功能，包括图形渲染、动画系统、物理引擎、音频处理、用户输入管理等，使得开发者能够快速地构建高质量的2D游戏。 在《Cocos2D游戏开发》中，读者将深入学习Cocos2D的核心概念和技术。以下是可能涵盖的知识点： 1. **Cocos2D基础知识**：介绍Cocos2D的基本架构，包括Scene、Layer、Sprite等核心组件，以及它们之间的关系和交互方式。 2. **图形与渲染**：讲解如何使用Cocos2D绘制2D图形，包括精灵（Sprite）、纹理（Texture）、批次渲染（Batch Node）等，以及如何进行图形变换、混合模式和透明度控制。 3. **动画系统**：探讨Cocos2D的动画实现，如动作（Action）、序列（Sequence）、延迟（Delay Time）等，以及如何创建复杂的动画效果。 4. **事件处理**：阐述如何处理用户输入，如触摸事件、键盘事件，以及如何使用触摸委托（Delegate）进行事件分发。 5. **物理引擎**：介绍Cocos2D集成的Box2D或Chipmunk物理引擎，讲解如何创建物理世界、定义物体属性、设置碰撞检测和响应。 6. **音频管理**：讲解如何播放背景音乐和音效，包括音乐类（Music）和声音类（Sound），以及如何控制音量和同步音频。 7. **场景管理器**：解析Director类的作用，如何切换场景，以及使用转场（Transition）效果。 8. **脚本语言支持**：如果Cocos2D版本支持，会介绍JavaScript或Lua等脚本语言在Cocos2D中的应用，以及它们的优点和使用方式。 9. **性能优化**：讨论Cocos2D中的性能问题，如减少draw call、优化纹理 Atlas、内存管理等，以提升游戏运行效率。 10. **发布与打包**：指导如何将游戏打包成可发布的应用程序，包括配置项目、编译设置、资源压缩等。 11. **调试与测试**：讲解如何使用Cocos2D提供的调试工具，以及如何进行性能分析和测试。 12. **扩展与插件**：介绍Cocos2D的扩展库，如广告插件、社交网络分享、In-app购买等，以及如何集成第三方服务。 13. **案例研究**：通过实际游戏项目的开发过程，让读者更直观地理解Cocos2D的运用。 《Cocos2D游戏开发》这本书将帮助读者全面掌握Cocos2D游戏引擎的使用，从基础到进阶，逐步成为一名熟练的Cocos2D游戏开发者。通过深入学习和实践，读者可以创建出自己的2D游戏作品，探索无限的创意空间。

【SDL游戏开发源码解析——基于SDL2.0】 在游戏开发领域，SDL（Simple DirectMedia Layer）是一个广泛使用的开源库，特别适用于2D游戏的开发。SDL2.0是其最新版本，提供了许多增强的功能和性能优化。本篇文章将深入探讨基于SDL2.0的源码开发，帮助你理解如何利用这个强大的库来创建自己的游戏。 1. **SDL基础知识**：SDL的核心功能包括窗口管理、图像渲染、音频处理、事件处理和定时器。它提供了跨平台的API，使得开发者可以编写一次代码，在Windows、Linux、Mac OS X及Android等平台上运行。 2. **窗口管理**：在SDL2.0中，通过`SDL_CreateWindow`函数创建窗口，`SDL_DestroyWindow`来销毁。你可以设置窗口的位置、大小以及是否全屏。 3. **渲染上下文**：`SDL_Renderer`用于图像渲染，创建渲染器用`SDL_CreateRenderer`，并可选择不同的渲染器类型（如硬件加速的GPU渲染）。`SDL_RenderClear`和`SDL_RenderPresent`用于清空和显示帧缓冲区。 4. **图像加载与渲染**：SDL2.0支持多种图像格式，如PNG、JPEG。使用`SDL_LoadBMP`或`SDL_LoadImage`加载图像，然后用`SDL_CreateTextureFromSurface`转化为纹理，再通过`SDL_RenderCopy`渲染到屏幕上。 5. **音频处理**：SDL的`SDL_AudioSpec`结构体定义了音频流的参数，`SDL_OpenAudioDevice`打开音频设备，`SDL_PauseAudioDevice`控制播放状态。音频数据可以通过回调函数处理并推送到设备。 6. **事件处理**：SDL提供了一个事件驱动的模型。`SDL_Event`结构体包含各种可能的用户输入事件，如键盘、鼠标、窗口事件。`SDL_PollEvent`或`SDL_PeepEvents`用于获取事件队列中的事件。 7. **游戏循环**：游戏通常由主循环构成，该循环包含更新、渲染和处理输入三个主要部分。循环的结构有助于保持游戏的实时性和响应性。 8. **性能优化**：SDL2.0支持VSync（垂直同步），确保屏幕刷新率与图像绘制速率同步，防止撕裂现象。另外，利用硬件加速可以提升渲染速度。 9. **资源管理**：源码中会涉及到资源的加载、释放，如纹理、音频文件。合理的资源管理可以避免内存泄漏和性能瓶颈。 10. **多线程编程**：在复杂的游戏项目中，多线程可能用于实现并发任务，如加载新关卡时在后台进行，不影响游戏的正常运行。 11. **扩展库**：除了核心的SDL库，还有许多扩展库如SDL_ttf用于渲染文本，SDL_image支持更多图片格式，SDL_mixer处理音频混合，SDL_net处理网络通信。 通过分析和学习`SDLGameDevelopment`这个源码项目，你可以了解如何结合这些基本组件来构建一个完整的游戏，包括游戏对象的创建、碰撞检测、动画系统、游戏逻辑以及用户界面等。在实际开发中，不断实践和调试代码，将使你对SDL2.0的掌握更加熟练，为你的游戏开发之旅打下坚实的基础。

本书《SFML游戏开发实战：从入门到精通》旨在帮助读者掌握使用SFML库开发2D游戏的技能。全书共分为14章，从最基本的环境搭建到复杂的游戏逻辑实现，逐步引导读者完成多个实际项目。书中不仅详细讲解了SFML的核心功能，如窗口管理、事件处理、图形渲染等，还深入探讨了游戏设计的常见模式和技巧，如状态机、实体组件系统等。此外，本书特别注重实践，提供了大量代码示例和项目练习，帮助读者在动手操作中巩固理论知识。适合有一定C++基础的游戏开发爱好者，无论是初学者还是有一定经验的开发者都能从中受益。

《UE4-逃生：利用虚幻引擎4构建3D益智游戏详解》 虚幻引擎4（Unreal Engine 4，简称UE4）是Epic Games公司开发的一款强大的游戏开发平台，广泛应用于制作高质量的3D游戏。"UE4-逃生"是一款基于此引擎打造的3D益智游戏，它以其独特的游戏机制和引人入胜的环境设计，挑战玩家的逻辑思维和解谜能力。玩家在游戏中需要通过解决一系列复杂谜题来寻找逃生之路，从而体验到一场沉浸式的游戏冒险。 游戏设计的关键在于谜题的设定。在"UE4-逃生"中，开发者可能运用了各种元素，如机关、密码锁、隐藏路径等，来设计出富有层次感的关卡。玩家需要观察环境，找出线索，甚至利用物理原理进行互动，以逐步解开谜题。这种设计不仅考验了玩家的智商，也增强了游戏的可玩性和趣味性。 虚幻引擎4的强大在于其图形渲染能力和实时编辑功能。通过UE4，开发者可以创建逼真的光照、阴影效果以及细腻的材质表现，营造出丰富而真实的3D环境。同时，UE4提供的蓝图系统使得非程序员也能通过可视化界面设计游戏逻辑，大大降低了游戏开发的门槛。 "UE4-逃生"还特别强调了音效在游戏氛围营造中的作用。开门和关门的声音，正如描述中提到的，可能是通过音效轨道精心制作的，它们不仅增强了游戏的沉浸感，还能为玩家提供关键的提示信息，帮助他们理解游戏状态，甚至在关键时刻制造紧张感。 在标签中，我们可以看到"game-dev"和"UnrealEngineC++"，这表明"UE4-逃生"可能采用了C++进行底层开发，这种编程语言可以提供更高的性能和更灵活的控制。同时，"gamedev"标签则涵盖了整个游戏开发流程，包括策划、设计、编程、美术、测试等环节。 在"ue4-escape-master"这个压缩包文件中，可能包含了项目的所有源代码、资源文件、蓝图设置等内容，对于学习UE4游戏开发的人来说，这是一个宝贵的参考资料。通过研究这些内容，开发者可以了解到如何将UE4的功能与3D益智游戏的设计理念相结合，实现一个完整且引人入胜的游戏体验。 "UE4-逃生"是虚幻引擎4在3D益智游戏领域的一次精彩应用，它融合了丰富的视觉表现、精心设计的谜题和恰到好处的音效，展现了UE4在游戏开发领域的强大潜力。对于希望深入学习游戏开发或提升自己UE4技能的爱好者来说，这款作品无疑是一个值得研究的范例。

Book Description Embrace the next generation of game development and reach millions of gamers online with the Three.js 3D graphics library Overview Develop immersive 3D games that anyone can play on the Internet Learn Three.js from a gaming perspective, including everything you need to build beautiful and high-performance worlds A step-by-step guide filled with game-focused examples and tips In Detail The advent of WebGL and its inclusion in many browsers enabled JavaScript programs running in a web browser to access the GPU without a plugin or extension. Three.js is a next generation high-level library that makes it possible to author complex 3D computer animations that display in the browser using nothing more than a simple text editor. The development of these new tools has opened up the world of real-time 3D computer animations to a far broader spectrum of developers. Starting with how to build 3D games on the web using the Three.js graphics library, you will learn how to build 3D worlds with meshes, lighting, user interaction, physics, and more. Along the way, you'll learn how to build great online games through fun examples. Use this book as a guide to embrace the next generation of game development! Moving on from the basics, you will learn how to use Three.js to build game worlds using its core components, including renderers, geometries, materials, lighting, cameras, and scenes. Following on from this, you will learn how to work with mouse and keyboard interactions, incorporate game physics, and import custom models and animations. You will also learn how to include effects like particles, sounds, and post-processing. You will start by building a 3D world, and then create a first person shooter game using it. You will then be shown how to imbue this FPS game with a "capture the flag" gameplay objective. With Game Development with Three.js, you will be able to build 3D games on the Web using the Three.js graphics library. What you will learn from this book Set up a Three.js scene representing a game world Understand the types of Three.js components, including geometries, materials, lighting, cameras, and renderers Interact with your games using the mouse and keyboard Structure your worlds with various approaches to physical collision Construct complex levels using several different methods Extend the Three.js framework with custom game-specific classes Gain insight into development processes and important design and performance considerations for web games Achieve a basic understanding of multiplayer game networking Approach A step-by-step, example-based guide to building immersive 3D games on the Web using the Three.js graphics library. Who this book is written for This book is for people interested in programming 3D games for the Web. Readers are expected to have basic knowledge of JavaScript syntax and a basic understanding of HTML and CSS. This book will be useful regardless of prior experience with game programming, whether you intend to build casual side projects or large-scale professional titles. Product Details Paperback: 118 pages Publisher: Packt Publishing (October 24, 2013) Language: English ISBN-10: 1782168532 ISBN-13: 978-1782168539 Product Dimensions: 9.2 x 7.5 x 0.2 inches 《使用Three.js进行游戏开发》是一本专注于Three.js 3D图形库的游戏开发指南，由Isaac Sukin撰写。这本书详细介绍了如何利用Three.js库在网页上制作可沉浸式的3D游戏。Three.js是一个基于WebGL的高级库，它使得开发者能够仅使用简单的文本编辑器就能编写复杂的3D计算机动画，并在浏览器中显示。 本书从Three.js基础开始，逐步引导读者了解如何构建3D游戏世界，包括使用网格、光照、用户交互、物理引擎等。作者提供了丰富的示例，帮助读者从零开始创建3D世界和第一人称射击游戏，并最终加入“夺旗”模式。读者可以借助这些知识，使用Three.js图形库在Web上构建3D游戏。 本书的核心知识点包括： 1. Three.js基础知识：介绍Three.js的核心概念，例如场景（scene）、渲染器（renderer）、几何体（geometry）、材质（material）、光照（lighting）、摄像机（camera）和光源（light sources）等。 2. 3D游戏构建：学习如何使用Three.js构建3D世界，这包括创建基础的游戏场景，添加和操作3D对象。 3. 用户交互：掌握如何使用鼠标和键盘与游戏进行交互，这涉及到事件监听和响应机制。 4. 物理引擎：了解如何在Three.js游戏中加入物理引擎，增强游戏的真实性和互动性。 5. 模型和动画：学习如何导入自定义模型和动画，以便在游戏世界中使用。 6. 特殊效果：介绍如何在Three.js游戏中实现粒子效果、声音效果和后期处理效果。 7. 游戏设计和性能优化：了解3D游戏设计的关键点，包括性能考量和设计原则。 8. 网络多人游戏：掌握基本的多人游戏网络编程知识，为制作可在线多人互动的游戏打下基础。 本书适合那些对Web游戏开发感兴趣的读者，要求有基础的JavaScript语法知识、HTML和CSS的基本理解。无论读者之前是否具有游戏编程经验，这本书都将帮助他们完成从简单的休闲游戏到大型专业游戏的开发。 《使用Three.js进行游戏开发》由Packt Publishing出版社在2013年10月出版，提供了118页的实用知识，全书以示例为基础的教学方式，通过逐步引导读者完成3D游戏的开发过程。作者Isaac Sukin从八岁开始就对游戏开发抱有浓厚兴趣，并在此后的岁月里不断提升自己在互动JavaScript开发方面的技能。

:globe_showing_Americas: 世界日游戏2019 :party_popper: :page_facing_up: 介绍 :busts_in_silhouette: 我们是国际社会的一部分 :globe_with_meridians: ！ 该网络项目介绍了五个主要的世界日，并提供了有关该日的各种媒体信息。 之所以将其制作为游戏，是因为仅通过提供信息就很难吸引所有年龄段的注意力。 完成：2019年11月 制作时间：2个月 使用组件：HTML，Css，JavaScript 目的：为了引起人们对世界日的兴趣并将其用于教育目的，创建了一个以此主题为主题的简单迷宫游戏。 通过视觉材料和图片，孩子们也很容易享受。 :joystick: 游戏规则 :computer_mouse: 请准备鼠标。 使用鼠标指针避开迷宫方块，并获取地图中的所有物品，然后到达终点方块。 单独的端块具有不同的颜色。 :red_exclamation_mark: 游戏何时结束？ 您的鼠标指针触及该块。 您的鼠标指针离开了带有白色背景的迷宫区域。 未能获得舞台上的所有物品。 系统错误。

Create a fully featured application that’s both sophisticated and engaging. This book provides a detailed guide in developing augmented reality games that can take advantage of the advanced capabilities of new iOS devices and code while also offering compatibility with still supported legacy devices. No programming experience is necessary as this book begins on the ground floor with basic programming concepts in Unity and builds to incorporating input from the real world to create interactive realities. You’ll learn to program with the Unity 2017 development platform using C#. Recent announcements of increased AR capabilities on the latest iPhones and iPads show a clear dedication on Apple’s part to this emerging market of immersive games and apps. Unity 2017 is the latest version of this industry leading development platform and C# is a ubiquitous programming language perfect for any programmer to begin with. Using the latest development technologies, Beginning iOS AR Game Development will show you how to program games that interact directly with the real world environment around the user for creative fantastic augmented reality experiences.

Key Features Get into the Augmented Reality (AR) bandwagon by creating a Pokemon Go like game from scratch Use the latest Unity 5.X VR SDK and create pro-level AR games Innovate and explore the latest and most promising trend of AR gaming in the mobile gaming industry Book Description Have you been bitten by the Pokemon Go bug yet? If yes, then this is the right book for you. Location-based AR games have been around for a few years. They have struggled to gain popularity until just recently with the monumental release of Pokemon Go. Now, with the explosive popularity of the genre, novice and experienced developers alike will be rushing to publish an app that will be the next trend in mobile games. If you are keen on developing a VR game with the latest Unity 5.X toolkit, then this is the right book for you. The genre of location-based AR games introduces a new platform and technical challenges. This book will simplify those challenges and broaden the appeal of the genre to even casual novice game developers. In this book, you will go on a journey through building a fictional location-based AR game that addresses the core technical concepts such as: GIS fundamentals, mobile device GPS, mapping, map textures in Unity, mobile device camera, camera textures in Unity, accessing location-based services and several other general useful Unity tips. Rounding out, the technical material will open a discussion of further development that will present a multiplayer version of the game. At the end, you will be presented with troubleshooting techniques in case you get into trouble and need a little help. What you will learn Build a location-based AR game called Foodie Go Animate a players avatar around a map Use the mobile device's camera as a game background Implement database persistence with SQLLite4Unity3D to persist inventory items across game sessions Create basic UI elements for the game, inventory, menu, and settings Perform location and content searches against the Google Places API Enhance the game's mood by adding visual shader effects Extend the game by adding multiplayer networking and other general enhancements to the game Table of Contents Chapter 1. Getting Started Chapter 2. Mapping the Player's Location Chapter 3. Making the Avatar Chapter 4. Spawning the Catch Chapter 5. Catching the Prey in AR Chapter 6. Storing the Catch Chapter 7. Creating the AR World Chapter 8. Interacting with an AR World Chapter 9. Finishing the Game Chapter 10. Troubleshooting

Beginning iOS AR Game Development：Developing Augmented Reality Apps with Unity and C# by Allan Fowler-November 24, 2018 Beginning iOS AR Game Development: Developing Augmented Reality Apps with Unity and C# by Allan Fowler Apress English 2018-11-19 244 pages Details Title: Beginning iOS AR Game Development: Developing Augmented Reality Apps with Unity and C# Author: Allan Fowler Length: 244 pages Edition: 1st ed. Language: English Publisher: Apress Publication Date: 2018-11-19 ISBN-10: 1484236173 ISBN-13: 9781484236178 Description Create a fully featured application that’s both sophisticated and engaging. This book provides a detailed guide in developing augmented reality games that can take advantage of the advanced capabilities of new iOS devices and code while also offering compatibility with still supported legacy devices. No programming experience is necessary as this book begins on the ground floor with basic programming concepts in Unity and builds to incorporating input from the real world to create interactive realities. You’ll learn to program with the Unity 2017 development platform using C#. Recent announcements of increased AR capabilities on the latest iPhones and iPads show a clear dedication on Apple’s part to this emerging market of immersive games and apps. Unity 2017 is the latest version of this industry leading development platform and C# is a ubiquitous programming language perfect for any programmer to begin with. Using the latest development technologies, Beginning iOS AR Game Development will show you how to program games that interact directly with the real world environment around the user for creative fantastic augmented reality experiences. What You'll Learn Download assets from the Unity store Create a scene in Unity 2017 Use physics and controls on mobile devices Who This Book Is For Beginner programmers and/or people new to developing games using Unity. It also serves as a great introduction to developing AR games and educators teaching the subject at high school or higher levels. Table of Contents Chapter 1: Introduction Chapter 2: Getting Started Chapter 3: The Unity ARKit Chapter 4: Hit Testing and Lighting Chapter 5: Making AR Games Chapter 6: Introducing Touch Chapter 7: Adding Plane Detection and Point Clouds Chapter 8: Final Steps

3D Math Primer for Graphics and Game Development, 2nd Edition