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)
- XR
- Unity XR 输入
- Daydream 控制器
Daydream 控制器
Unity 本身支持 Daydream 控制器，并使用 UnityEngine.Input 从控制器读取轴值和按钮值。通过 XRNode 系统公开 Daydream 控制器的跟踪数据。
命名约定和检测
正确配置并连接到 Android 设备后，Daydream 控制器将出现在 UnityEngine.Input.GetJoystickNames 返回的列表中。该控制器显示为 Daydream Controller - Right 或 __Daydream Controller - Left__，具体取决于 Daydream 控制器的用手习惯设置（位于 Daydream 应用程序设置中）。
Unity 输入系统映射
| 硬件功能 | Unity 按钮 ID | Unity 轴 ID | 按下时的 Unity 轴值 |
|---|---|---|---|
| 1 - 触控板垂直 | 无 | 左 - 轴 1 右 - 轴 4 |
–1 表示向上，1 表示向下 |
| 1 - 触控板水平 | 无 | 左 - 轴 2 右 - 轴 5 |
–1 表示向左，1 表示向右 |
| 1 - 触控板触摸 | 左 - 按钮 18 右 - 按钮 19 |
无 | |
| 1 - 触控板单击 | 左 - 按钮 16 右 - 按钮 17 |
无 | |
| 2 - 应用程序按钮 | 左 - 按钮 2 右 - 按钮 0 |
无 | |
| 3 - 菜单（保留） | 无 | 无 | |
| 5 - 音量（保留） | 无 | 无 |
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