手册
Version:
2018.4
- Unity 用户手册 (2018.4)
- 在 Unity 中操作
- Getting Started
- Asset Workflow
- The Main Windows
- Creating Gameplay
- Editor Features
- Advanced Development
- Advanced Editor Topics
- Licenses and Activation
- 升级指南
- 导入
- 2D
- Graphics
- Graphics Overview
- Lighting
- 摄像机
- Materials, Shaders & Textures
- Textures
- 创建和使用材质
- Standard Shader
- 标准粒子着色器
- 基于物理的渲染材质验证器
- Accessing and Modifying Material parameters via script
- Writing Shaders
- Legacy Shaders
- Usage and Performance of Built-in Shaders
- Normal Shader Family
- 透明着色器系列
- 透明镂空着色器系列
- 自发光着色器系列
- 反光着色器系列
- 反射顶点光照 (Reflective Vertex-Lit)
- 反光漫射 (Reflective Diffuse)
- 反光镜面反射 (Reflective Specular)
- 反光凹凸漫射 (Reflective Bumped Diffuse)
- 反光凹凸镜面反射 (Reflective Bumped Specular)
- 反光视差漫射 (Reflective Parallax Diffuse)
- 反光视差镜面反射 (Reflective Parallax Specular)
- 反光法线贴图无光照 (Reflective Normal Mapped Unlit)
- 反光法线贴图顶点光照 (Reflective Normal mapped Vertex-lit)
- Video overview
- 地形引擎
- Tree Editor
- Particle Systems
- 后期处理概述
- Advanced Rendering Features
- Procedural Mesh Geometry
- 优化图形性能
- 层
- Graphics Reference
- Cameras Reference
- 着色器参考
- Writing Surface Shaders
- 编写顶点和片元着色器
- ShaderLab Syntax
- Shader assets
- Advanced ShaderLab topics
- Unity's Rendering Pipeline
- Performance tips when writing shaders
- Rendering with Replaced Shaders
- Custom Shader GUI
- Using Depth Textures
- Camera's Depth Texture
- Platform-specific rendering differences
- Shader Level of Detail
- Texture arrays
- 使用 Visual Studio 来调试 DirectX 11/12 着色器
- 使用 PIX 来调试 DirectX 12 着色器
- Implementing Fixed Function TexGen in Shaders
- Particle Systems reference
- 粒子系统 (Particle System)
- Particle System modules
- 粒子系统 (Particle System) 主模块
- Emission 模块
- Shape 模块
- Velocity over Lifetime module
- Noise 模块
- Limit Velocity Over Lifetime module
- Inherit Velocity module
- Force Over Lifetime module
- Color Over Lifetime module
- Color By Speed module
- Size over Lifetime module
- Size by Speed module
- Rotation Over Lifetime module
- Rotation By Speed module
- External Forces 模块
- Collision module
- Triggers module
- Sub Emitters 模块
- Texture Sheet Animation 模块
- Lights module
- Trails 模块
- Custom Data module
- Renderer 模块
- 粒子系统力场 (Particle System Force Field)
- Particle Systems (Legacy, prior to release 3.5)
- Visual Effects Reference
- Mesh Components
- Texture Components
- Rendering Components
- Rendering Pipeline Details
- Graphics HOWTOs
- Graphics Tutorials
- 可编程渲染管线
- Graphics Overview
- Physics
- Scripting
- Scripting Overview
- Scripting Tools
- Event System
- C# 作业系统
- 多玩家和联网
- 多人游戏概述
- 设置多人游戏项目
- 使用 Network Manager
- 使用 Network Manager HUD
- LAN 模式下的 Network Manager HUD
- Matchmaker 模式下的 Network Manager HUD
- 将单人游戏转换为 Unity Multiplayer 多人游戏
- 调试信息
- 多玩家高级 API
- Multiplayer 组件参考
- Multiplayer 类参考
- UnityWebRequest
- Audio
- Audio Overview
- Audio files
- Tracker Modules
- Audio Mixer
- 原生音频插件 SDK
- Audio Profiler
- 立体混响声音频
- Audio Reference
- Audio Clip
- 音频监听器
- 音频源
- Audio Mixer
- Audio Filters
- Audio Effects
- Audio Low Pass Effect
- Audio High Pass Effect
- Audio Echo Effect
- Audio Flange Effect
- Audio Distortion Effect
- Audio Normalize Effect
- Audio Parametric Equalizer Effect
- Audio Pitch Shifter Effect
- Audio Chorus Effect
- Audio Compressor Effect
- Audio SFX Reverb Effect
- Audio Low Pass Simple Effect
- Audio High Pass Simple Effect
- Reverb Zones
- Microphone
- Audio Settings
- Animation
- Timeline
- UI
- Navigation and Pathfinding
- Navigation Overview
- Navigation System in Unity
- Inner Workings of the Navigation System
- 构建导航网格
- 导航网格构建组件
- 高级导航网格烘焙设置
- 创建导航网格代理
- 创建导航网格障碍物
- 创建网格外链接
- Building Off-Mesh Links Automatically
- Building Height Mesh for Accurate Character Placement
- Navigation Areas and Costs
- Loading Multiple NavMeshes using Additive Loading
- Using NavMesh Agent with Other Components
- Navigation Reference
- Navigation How-Tos
- Navigation Overview
- Unity Services
- 设置项目启用 Unity 服务
- Unity Organizations
- Unity Ads
- Unity Analytics
- Unity Analytics Overview
- Setting Up Analytics
- Analytics Dashboard
- Analytics events
- 漏斗图
- Remote Settings
- Unity Analytics A/B 测试
- Monetization
- User Attributes
- Unity Analytics 原始数据导出 (Raw Data Export)
- Data reset
- Upgrading Unity Analytics
- COPPA Compliance
- Unity Analytics 和欧盟一般数据保护条例 (GDPR)
- Analytics Metrics, Segments, and Terminology
- Unity Cloud Build
- Automated Build Generation
- Supported platforms
- Supported versions of Unity
- Version control systems
- 使用 Unity 开发者控制面板 (Developer Dashboard) 对 Unity Cloud Build 进行 Git 配置
- 使用 Unity Editor 对 Unity Cloud Build 进行 Git 配置
- 使用 Unity 开发者控制面板 (Developer Dashboard) 对 Unity Cloud Build 进行 Mercurial 配置
- 使用 Unity Editor 对 Unity Cloud Build 进行 Mercurial 配置
- Using Apache Subversion (SVN) with Unity Cloud Build
- 使用 Unity 开发者控制面板 (Developer Dashboard) 对 Unity Cloud Build 进行 Perforce 配置
- 使用 Unity Editor 对 Unity Cloud Build 进行 Perforce 配置
- 发布到 iOS
- Advanced options
- Build manifest
- Cloud Build REST API
- Unity IAP
- Setting up Unity IAP
- Cross Platform Guide
- Store Guides
- Implementing a Store
- 内购推荐 (IAP Promo)
- Unity Collaborate
- Unity Cloud Diagnostics
- Unity Integrations
- Multiplayer Services
- Unity 分发平台
- XR
- Open-source repositories
- Asset Store Publishing
- Platform-specific
- Standalone
- macOS
- Apple TV
- WebGL
- iOS
- Android
- Android 开发入门
- Android 平台的 Player 设置
- Android 2D 纹理覆盖
- Gradle for Android
- Android 清单
- Windows
- Windows General
- Universal Windows Platform
- 准备开始
- Universal Windows Platform: Deployment
- 通用 Windows 平台：性能分析器
- Universal Windows Platform: Command line arguments
- 通用 Windows 平台：关联启动
- AppCallbacks class
- 通用 Windows 平台：C# 脚本中的 WinRT API
- 通用 Windows 平台的 Player 设置
- 脚本后端
- 常见问题解答
- Universal Windows Platform: Examples
- Universal Windows Platform: Code snippets
- 已知问题
- Web Player
- Mobile Developer Checklist
- Experimental
- Legacy Topics
- 最佳实践指南
- 专家指南
- Unity 2018.3 中的新功能
- 包文档
- 术语表
- Unity 用户手册 (2018.4)
- Platform-specific
- Facebook 开发入门
Facebook 开发入门
Facebook 构建目标是什么？
Facebook 构建目标可让开发者轻松地将 Unity 游戏发布到 Facebook 并在游戏中使用 Facebook 功能。通过使用 Facebook 构建目标，可将内容构建为 WebGL 播放器，然后可将其发布到 facebook.com，或者构建为自定义本机 Windows 独立平台播放器，然后可将其发布到 Facebook Gameroom 客户端。
选择 Facebook 构建目标后，可自动访问脚本中的 Facebook SDK，这样便可与 Facebook 进行交互并访问其社交功能。
将游戏发布到 Facebook
配置
要将游戏发布到 Facebook，首先需要在 Facebook 开发者页面上创建新的应用程序。完成后便会提供一个 AppID，应将其粘贴到 Facebook Player 设置中。现在，可从 Facebook 的应用程序配置页面的 Web Hosting 选项卡下获取上传访问令牌 (Upload access token)。同样，将其粘贴到 Facebook Player 设置中。这样一来，就可以直接将游戏从 Unity Editor 上传到 Facebook。
构建
可通过 Build Settings 对话框（菜单：__File__ > Build Settings…__）访问 Facebook 构建设置。在该对话框中，从 Platform__ 列表中选择 Facebook。
在此处，可选择将内容构建为 WebGL 或适用于 Gameroom 的 Windows 独立平台。如果计划上传游戏，请选择 __Package build for uploading__，此选项将生成可上传到 Facebook 的压缩包。
进行构建后，__Upload last build to Facebook__ 按钮将变为可用状态。如果已正确配置 AppID 和上传访问令牌，可单击此按钮将构建上传到 Facebook。Enter Comment for upload 字段可用于指定可选的备注信息以描述该构建。
将构建上传到 Facebook 后，它将显示在 Facebook 的应用程序配置页面的 Web Hosting 选项卡下。在此处，可选择将构建推送到生产阶段，或分阶段部分推广到较小比例的用户。
使用 Facebook SDK
当 Facebook 构建目标处于激活状态时，您可以在脚本中使用 Facebook SDK。如此便可在 Facebook 上共享内容、跟踪分析事件、使用 Facebook 付款 (Facebook Payments) 等。有关如何使用该 SDK 的更多信息，请参阅 Facebook 的文档。
在 Unity Editor 的 Facebook Player 设置中选择要使用的 SDK 版本（单击 Build Settings 窗口中的 Player Settings 按钮，或选择菜单：__Edit > Project Settings__，然后选择 Player 类别）。这些设置会显示 Facebook 为您的 Unity 版本提供的所有 SDK 版本。
使用自定义的 Facebook SDK
如果要使用其他版本的 Facebook SDK 而非 Unity 默认包含的 Facebook SDK，这是允许的，只要版本不低于 7.9.1（因此支持 Facebook 构建目标）即可。只需从 Facebook 下载一个 SDK 版本，并将其拖入 Assets 文件夹。Unity 将检测到这一版本，并禁用内置的 SDK。这样就可以使用 Facebook 构建目标之外的 Facebook SDK，让您能够在 Facebook 支持的其他平台上使用 Facebook 功能。
- 2017–05–16 页面已发布但未经编辑审查
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