团结引擎 手册
- 团结引擎 1.4
- New in Unity 2022 LTS
- Packages and feature sets
- Released packages
- 2D Animation
- 2D Pixel Perfect
- 2D PSD Importer
- 2D SpriteShape
- 2D Tilemap Extras
- Adaptive Performance
- Addressables
- Ads Mediation
- Advertisement Legacy
- AI Navigation
- Alembic
- Analytics
- Android Logcat
- Animation Rigging
- Apple ARKit XR Plugin
- AR Foundation
- Authentication
- Burst
- CCD Management
- Cinemachine
- Build Automation
- Cloud Code
- Cloud Diagnostics
- Cloud Save
- Code Coverage
- Collections
- Deployment
- Device Simulator Devices
- Economy
- Editor Coroutines
- Entities
- Entities Graphics
- FBX Exporter
- Google ARCore XR Plugin
- Havok Physics for Unity
- Input System
- iOS 14 广告支持
- JetBrains Rider 编辑器
- Live Capture
- Lobby
- Localization
- Magic Leap XR Plugin
- Matchmaker
- Mathematics
- 内存性能分析器 (Memory Profiler)
- ML Agents
- Mobile Notifications
- Multiplay
- Multiplayer Tools
- Netcode for Entities
- Netcode for GameObjects
- Oculus XR Plugin
- OpenXR 插件
- Polybrush
- Post Processing
- ProBuilder
- Profile Analyzer
- Python Scripting
- Recorder
- Relay
- Remote Config
- Scriptable Build Pipeline
- Sequences
- Serialization
- Sysroot Base
- Sysroot Linux x64
- System Metrics Mali
- Terrain Tools
- Test Framework
- TextMeshPro
- 时间轴
- Toolchain Linux x64
- Toolchain MacOS Linux x64
- Toolchain Win Linux x64
- Tutorial Authoring Tools
- Tutorial Framework
- Unity Distribution Portal
- Unity Logging
- Unity Physics
- Unity Profiling Core API
- Unity Transport
- User Generated Content
- User Reporting
- 版本控制
- Visual Scripting
- Visual Studio Code 编辑器
- Visual Studio 编辑器
- WebGL Publisher
- XR Hands
- XR Interaction Toolkit
- XR Plugin Management
- Release Candidates
- Pre-release packages
- 核心包
- 内置包
- AI
- Android JNI
- 动画
- Asset Bundle
- Audio
- 布料
- Director
- Image Conversion
- IMGUI
- JSONSerialize
- NVIDIA
- Particle System
- 物理 (Physics)
- Physics 2D
- Screen Capture
- Terrain
- Terrain Physics
- Tilemap
- UI
- UIElements
- Umbra
- Unity Analytics
- Unity Web Request
- Unity Web Request Asset Bundle
- Unity Web Request Audio
- Unity Web Request Texture
- Unity Web Request WWW
- Vehicles
- Video
- VR
- Wind
- XR
- Experimental packages
- 按关键字排列的包
- Unity 的 Package Manager
- How Unity works with packages
- 概念
- 配置
- Package Manager 窗口
- Access the Package Manager window
- 列表视图
- 详细信息视图
- Features (detail) view
- Finding packages and feature sets
- Adding and removing
- Install a feature set from the Unity registry
- Install a package from a registry
- Install a package from a local folder
- Install a package from a local tarball file
- Install a package from a Git URL
- Install a package from a registry by name
- Removing an installed package from a project
- 禁用内置包
- 切换到另一个包版本
- 导入 Asset Store 资源包
- 更新 Asset Store 资源包
- Remove imported assets from a project
- Delete a package from the Asset Store cache
- Perform an action on multiple packages
- 查找包文档
- 检查包
- 包的脚本 API
- Scoped registries
- 解析和冲突
- 项目清单
- 故障排除
- 创建自定义包
- Feature sets
- Released packages
- 在 Tuanjie 中操作
- 安装 Tuanjie
- 升级 Unity
- API updater
- Upgrading to Unity 2022 LTS
- Upgrading to Unity 2021 LTS
- Upgrading to Unity 2020 LTS
- Upgrading to Unity 2019 LTS
- Legacy Upgrade Guides
- 团结引擎的界面
- Quickstart guides
- Advanced best practice guides
- Create Gameplay
- 编辑器功能
- 分析
- Memory in Tuanjie
- 性能分析器概述
- 应用程序性能分析
- 常见性能分析器标记
- Profiler 窗口
- Asset Loading Profiler module
- Audio Profiler 模块
- CPU Usage Profiler 模块
- File Access Profiler module
- Global Illumination Profiler 模块
- GPU Usage Profiler 模块
- Memory Profiler 模块
- Physics Profiler 模块
- Physics 2D Profiler module
- Rendering Profiler 模块
- UI 和 UI Details Profiler
- Video Profiler 模块
- Virtual Texturing Profiler 模块
- Customizing the Profiler
- 低级原生插件 Profiler API
- Profiling tools
- Log files
- 了解 Unity 中的优化
- 资源加载指标
- 资源工作流程
- 输入
- 2D game development
- Introduction to 2D
- 2D game development quickstart guide
- 2D 排序
- Work with sprites
- Create Tilemaps
- Physics 2D Reference
- 图形
- 渲染管线
- 虚拟几何体
- 摄像机
- 光照
- 光照简介
- 光源
- 虚拟阴影贴图
- 阴影
- Lighting 窗口
- 光照设置资源
- Light Explorer 窗口
- 光照贴图
- Realtime Global Illumination using Enlighten
- 光照探针
- 反射探针
- 预计算的光照数据
- Scene 视图光照绘制模式
- 模型
- 网格
- 纹理
- 导入纹理
- Texture Import Settings
- Default Import Settings reference
- Normal map Import Settings reference
- Editor GUI and Legacy GUI Import Settings reference
- Sprite (2D and UI) Import Settings reference
- Cursor Import Settings reference
- Cookie Import Settings reference
- Lightmap Import Settings reference
- Directional Lightmap Import Settings reference
- Shadowmask Import Settings reference
- Single Channel Import Settings reference
- Texture Import Settings
- Texture formats
- Mipmaps
- 渲染纹理
- 自定义渲染纹理
- 电影纹理 (Movie Textures)
- 3D 纹理
- 纹理数组
- 立方体贴图
- 立方体贴图数组
- Streaming Virtual Texturing
- 稀疏纹理
- 加载纹理和网格数据
- 导入纹理
- 着色器
- 着色器核心概念
- 内置着色器
- 标准着色器
- 标准粒子着色器
- Autodesk Interactive 着色器
- 旧版着色器
- 内置着色器的用途和性能
- 普通着色器系列
- 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)
- 使用 Shader Graph
- 编写着色器
- 编写着色器概述
- ShaderLab
- ShaderLab：定义 Shader 对象
- ShaderLab：定义子着色器
- ShaderLab：定义一个通道
- ShaderLab：添加着色器程序
- ShaderLab: specifying package requirements
- ShaderLab：命令
- ShaderLab：使用 Category 代码块对命令进行分组
- ShaderLab 命令：AlphaToMask
- ShaderLab 命令：Blend
- ShaderLab 命令：BlendOp
- ShaderLab 命令：ColorMask
- ShaderLab 命令：Conservative
- ShaderLab 命令：Cull
- ShaderLab 命令：Offset
- ShaderLab 命令：模板
- ShaderLab 命令：UsePass
- ShaderLab 命令：GrabPass
- ShaderLab 命令：ZClip
- ShaderLab 命令：ZTest
- ShaderLab 命令：ZWrite
- ShaderLab 旧版功能
- Unity 中的 HLSL
- Unity 中的 GLSL
- 着色器示例
- 编写表面着色器
- 为不同的图形 API 编写着色器
- Understanding shader performance
- 材质
- Visual effects
- Post-processing and full-screen effects
- 粒子系统
- 选择粒子系统解决方案
- 内置粒子系统
- 使用内置粒子系统
- 粒子系统顶点流和标准着色器支持
- 粒子系统 GPU 实例化
- 粒子系统 C# 作业系统集成
- 组件和模块
- 粒子系统 (Particle System)
- 粒子系统模块
- Main module
- Emission 模块
- Shape module
- Velocity over Lifetime 模块
- Noise 模块
- Limit Velocity over Lifetime module
- Inherit Velocity 模块
- Lifetime by Emitter Speed module
- Force over Lifetime module
- Color over Lifetime module
- Color by Speed module
- Size over Lifetime 模块
- Size by Speed 模块
- Rotation over Lifetime module
- Rotation by Speed module
- External Forces 模块
- Collision 模块
- Triggers 模块
- Sub Emitters 模块
- Texture Sheet Animation 模块
- Lights 模块
- Trails 模块
- Custom Data 模块
- Renderer 模块
- 粒子系统力场 (Particle System Force Field)
- Visual Effect Graph
- Decals and projectors
- Lens flares and halos
- Lines, trails, and billboards
- 天空
- 颜色
- 图形 API 支持
- Graphics performance and profiling
- Tuanjie Variable Rate Shading (VRS)
- World building
- 物理系统
- Built-in 3D Physics
- Character control
- Rigidbody physics
- Collision
- Introduction to collision
- 连续碰撞检测 (CCD)
- Create a vehicle with Wheel Colliders
- Physics Debug window reference
- Box Collider component reference
- Capsule Collider component reference
- Terrain Collider component reference
- Wheel Collider component reference
- Mesh Collider component reference
- Sphere Collider component reference
- Physic Material component reference
- Joints
- Articulations
- Ragdoll physics
- 布料
- 多场景物理
- Built-in 3D Physics
- 脚本
- 多玩家和联网
- Audio
- 视频概述
- 动画
- Create user interfaces (UI)
- Unity 中 UI 系统的对比
- UI 工具包
- Get started with UI Toolkit
- UI Builder
- Structure UI
- The visual tree
- Structure UI with UXML
- Structure UI with C# scripts
- Custom controls
- Best practices for managing elements
- Encapsulate UXML documents with logic
- UXML 元素参考
- UXML element BindableElement
- UXML element VisualElement
- UXML element BoundsField
- UXML element BoundsIntField
- UXML element Box
- UXML element Button
- UXML element ColorField
- UXML element CurveField
- UXML element DoubleField
- UXML element DropdownField
- UXML element EnumField
- UXML element EnumFlagsField
- UXML element FloatField
- UXML element Foldout
- UXML element GradientField
- UXML element GroupBox
- UXML element Hash128Field
- UXML element HelpBox
- UXML element IMGUIContainer
- UXML element Image
- UXML element InspectorElement
- UXML element IntegerField
- UXML element Label
- UXML element LayerField
- UXML element LayerMaskField
- UXML element LongField
- UXML element ListView
- UXML element MaskField
- UXML element MinMaxSlider
- UXML element MultiColumnListView
- UXML element MultiColumnTreeView
- UXML element ObjectField
- UXML element PopupWindow
- UXML element ProgressBar
- UXML element PropertyField
- UXML element RadioButton
- UXML element RadioButtonGroup
- UXML element RectField
- UXML element RectIntField
- UXML element RepeatButton
- UXML element ScrollView
- UXML element Scroller
- UXML element Slider
- UXML element SliderInt
- UXML element TagField
- UXML element TextElement
- UXML element TextField
- UXML element Toggle
- UXML element Toolbar
- UXML element ToolbarBreadcrumbs
- UXML element ToolbarButton
- UXML element ToolbarMenu
- UXML element ToolbarPopupSearchField
- UXML element ToolbarSearchField
- UXML element ToolbarSpacer
- UXML element ToolbarToggle
- UXML element TreeView
- UXML element TwoPaneSplitView
- UXML element UnsignedIntegerField
- UXML element UnsignedLongField
- UXML element Vector2Field
- UXML element Vector2IntField
- UXML element Vector3Field
- UXML element Vector3IntField
- UXML element Vector4Field
- Structure UI examples
- Create list and tree views
- Create a complex list view
- Create a list view runtime UI
- Wrap content inside a scroll view
- Create a tabbed menu for runtime
- Create a pop-up window
- Use Toggle to create a conditional UI
- Create a custom control with two attributes
- Create a slide toggle custom control
- Create a bindable custom control
- Create a custom style for a custom control
- Style UI
- Introduction to USS
- USS 选择器
- USS properties
- USS 自定义属性（变量）
- Apply styles in C# scripts
- Best practices for USS
- Theme Style Sheet (TSS)
- UI Toolkit Debugger
- Control behavior with events
- UI Renderer
- Support for Editor UI
- Create a custom Editor window
- Create a Custom Inspector
- SerializedObject data binding
- Bindable elements reference
- Bindable data types and fields
- Binding system implementation details
- Binding examples
- Bind with binding path in C# script
- Bind without the binding path
- Bind with UXML and C# script
- Create a binding with the Inspector
- Bind to nested properties
- Bind to a UXML template
- Receive callbacks when a bound property changes
- Receive callbacks when any bound properties change
- Bind to a list with ListView
- Bind to a list without ListView
- Bind a custom control
- Bind a custom control to custom data type
- View data persistence
- Support for runtime UI
- Work with text
- Examples
- Migration guides
- Unity UI
- 即时模式 GUI (IMGUI)
- Unity 服务
- 设置项目启用 Unity 服务
- Unity Organizations
- Unity Ads
- Legacy Analytics
- Legacy Analytics: Overview
- Setting Up Legacy Analytics
- Legacy Analytics Dashboard
- Legacy Analytics Events
- Legacy Analytics: Funnels
- Legacy Analytics: Remote Settings
- Unity Analytics A/B 测试
- 变现
- 用户属性
- Legacy Analytics: Raw Data Export
- Legacy Analytics: Data reset
- Legacy Analytics: COPPA Compliance
- Unity Analytics 和欧盟一般数据保护条例 (GDPR)
- Legacy Analytics: Unity Analytics and PIPL
- Analytics 指标、细分段和术语
- Google Play data safety section for Legacy Analytics
- Unity Cloud Content Delivery
- Unity IAP
- 设置 Unity IAP
- 跨平台指南
- 应用商店指南
- 实现应用商店
- Unity Cloud Diagnostics
- Unity Integrations
- Multiplayer 服务
- Unity 分发平台
- Unity Accelerator
- XR
- Unity Asset Store
- 平台开发
- 将“Unity 用作库”用于其他应用程序
- Deep linking
- Xcode frame debugger Unity integration
- 小游戏
- OpenHarmony
- Introducing OpenHarmony
- Getting started with OpenHarmony
- Developing for OpenHarmony
- OpenHarmony mobile scripting
- Input for OpenHarmony devices
- Graphics for OpenHarmony
- Testing and debugging
- Create and use plug-ins in OpenHarmony
- Device features and permissions
- Integrating Tuanjie into OpenHarmony applications
- Specify OpenHarmony Player command-line arguments
- Building and delivering for OpenHarmony
- OpenHarmony Related Package
- Android
- Introducing Android
- Getting started with Android
- Developing for Android
- Android 移动端脚本
- Input for Android devices
- Android application size restrictions
- Graphics for Android
- Testing and debugging
- Create and use plug-ins in Android
- 将 Unity 集成到 Android 应用程序中
- Deep linking on Android
- Android thread configuration
- Device features and permissions
- Building and delivering for Android
- ChromeOS
- HMI Android
- QNX
- EmbeddedLinux
- Dedicated Server
- iOS
- Introducing iOS
- Getting started with iOS
- Developing for iOS
- Building and delivering for iOS
- 在 iOS 设备上进行故障排除
- 报告 iOS 上的崩溃错误
- Linux
- ArmLinux
- ArmLinux Dedicated Server
- macOS
- tvOS
- WebGL
- WebGL Introduction
- Getting started with WebGL development
- WebGL Development
- WebGL native plug-ins for Emscripten
- Memory in Unity WebGL
- Cache behavior in WebGL
- Interaction with browser scripting
- Input in WebGL
- Debug and troubleshoot WebGL builds
- WebGL performance considerations
- WebGL Networking
- Cursor locking and full-screen mode in WebGL
- WebGL browser access to device features
- Build and distribute a WebGL application
- Windows
- Universal Windows Platform
- Introduction to Universal Windows Platform
- Get started with Universal Windows Platform
- Develop for Universal Windows Platform
- Build and deliver for Universal Windows Platform
- 团结AI
- Unity Search
- Legacy navigation and pathfinding
- 术语表
小游戏
团结引擎现已提供多平台的一站式小游戏解决方案。
| 页面 | 描述 |
|---|---|
| 平台简介 | 了解团结引擎小游戏平台的核心理念和优势。 |
| 功能介绍 | 探索小游戏平台提供的丰富功能和一站式优化工具。 |
| 快速入门 | 详细讲解将您的游戏打包并发布到目标平台的操作流程。 |
| 小游戏开发 | 深入掌握在小游戏平台上进行开发的最佳实践和技巧。 |
| 小游戏构建配置 | 小游戏平台的构建设置与配置介绍。 |
| 平台支持 | 了解当前支持的发布平台。 |
| UOS云服务 | 提供基于云端的解决方案，助力游戏开发和部署。 |
Copyright © 2022 Unity Technologies 2025 Unity Technologies. Publication Date: 2025-03-03.