Unity 手册
- Unity 6 User Manual
- What's new in Unity
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- Get started with Unity
- The Unity Editor
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- Unity Accelerator
- Working with GameObjects
- Introduction to GameObjects
- GameObject fundamentals
- Primitive and placeholder objects
- Components
- Models
- Meshes
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- Constraints
- Working with scenes
- Cameras
- Introduction to cameras
- The camera view
- Using multiple cameras
- Changing resolution scale with Dynamic Resolution
- Excluding hidden objects with occlusion culling
- Simulating real-world cameras with Physical Cameras
- Camera output
- Cameras in URP
- Introduction to cameras in URP
- Camera render types in URP
- Multiple cameras in URP
- Camera render order in URP
- Motion vectors in URP
- Upscaling resolution in URP with Spatial-Temporal Post-Processing
- Access camera data with the Universal Additional Camera Data component in URP
- Camera Inspector windows reference for URP
- Cameras in the Built-In Render Pipeline
- Troubleshooting cameras
- Input
- User interface (UI)
- Comparison of UI systems in Unity
- UI Toolkit
- 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
- Visual elements reference
- 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 RenderingLayerMaskField
- UXML element ScrollView
- UXML element Scroller
- UXML element Slider
- UXML element SliderInt
- UXML element Tab
- UXML element TabView
- UXML element TagField
- UXML element TextElement
- UXML element TextField
- UXML element TemplateContainer
- UXML element Toggle
- UXML element ToggleButtonGroup
- 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 UnsignedLongField
- UXML element UnsignedIntegerField
- 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
- 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
- Create a drag-and-drop list and tree views between windows
- Create an aspect ratio custom control
- Style UI
- UI Toolkit Debugger
- Control behavior with events
- UI Renderer
- Data binding
- Comparison of the binding systems
- Runtime data binding
- SerializedObject data binding
- Introduction to 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
- Support for Editor UI
- Support for runtime UI
- Work with text
- Examples
- Migration guides
- Unity UI
- Immediate Mode GUI (IMGUI)
- UI and UI Details Profiler
- 2D in Unity
- Introduction to 2D
- 2D game development
- 2D renderer sorting
- Sprites
- Image import as sprites
- Sprites sorting order
- Sprite Renderer
- Placeholder sprites
- Sprite editor
- Sorting groups
- Various image sizes without multiple assets
- Sprite masks
- Sprite atlas
- Sprite shape renderer
- Tilemaps in Unity
- Tilemaps
- Work with tilemaps
- Create a tilemap
- Hexagonal Tilemaps
- Isometric tilemaps in Unity
- Tilemap Collider 2D
- Tilemap component reference
- Tilemap Renderer component reference
- Tilemap Collider 2D component reference
- Troubleshoot mismatched Cell Layouts
- Tiles for tilemaps
- Tile palettes
- Create a Tile Palette
- Tile palette brushes
- Tile palette editor tools
- New tile palette properties reference
- Tile palette preferences reference
- Tile palette editor reference
- Grid component reference
- 2D Physics
- Rigidbody 2D
- Collider 2D
- Effectors 2D
- 2D joints
- Physics 2D Profiler
- Constant Force 2D reference
- Physics Material 2D reference
- 2D game development in URP
- 2D lighting in URP
- Types of 2D lights
- Set up the 2D Renderer asset in URP
- Prepare and upgrade sprites for 2D lighting in URP
- Enable 2D lighting with the Tilemap Renderer in URP
- Blend Modes in 2D lighting
- Create shadows with Shadow Caster 2D in URP
- Create a 2D sprite lit Shader Graph in URP
- Light a VFX Graph asset with 2D lights in URP
- Optimizing 2D lights
- 2D Renderer asset component reference for URP
- Light Blend Styles component reference for URP
- Precise pixel scaling and rotation via the Pixel Perfect Camera in URP
- 2D lighting in URP
- Troubleshooting
- Assets and media
- World building
- Sky
- Terrain
- Creating and editing Terrains
- Create Neighbor Terrains
- Terrain tools
- Terrain Layers
- Brushes
- Trees
- Grass and other details
- Working with Heightmaps
- Terrain Settings reference
- Using Terrain at runtime
- Terrain Tools
- Multiplayer
- Animation
- Physics
- Built-in 3D Physics
- Character control
- Rigidbody physics
- Collision
- Joints
- Articulations
- Ragdoll physics
- Cloth
- Multi-scene physics
- Physics Debug window reference
- Physics Profiler module
- Built-in 3D Physics
- Lighting
- Get started with lighting
- Light sources
- Direct and indirect lighting
- Lighting data
- Precalculating surface lighting with lightmaps
- Baking lightmaps before runtime
- Creating lightmaps at runtime with Enlighten Realtime Global Illumination
- Configuring lightmapping
- Lightmap UVs
- Precalculating indirect light with Light Probes
- Save and load lighting settings with Lightmap Parameters Assets
- Shadows
- Reflections
- Lighting in URP
- Introduction to lighting in the Universal Render Pipeline
- View and control a light from its perspective in URP
- Shadows in URP
- Reflections in URP
- Adaptive Probe Volumes (APV) in URP
- Introduction to Adaptive Probe Volumes
- Use Adaptive Probe Volumes
- Display Adaptive Probe Volumes
- Configure the size and density of Adaptive Probe Volumes
- Bake multiple scenes together with Baking Sets
- Changing lighting at runtime
- Optimize loading Adaptive Probe Volume data
- Troubleshooting Adaptive Probe Volumes
- Adaptive Probe Volume Inspector reference
- Adaptive Probe Volumes panel reference
- Probe Volumes Options Override reference
- Probe Adjustment Volume component reference
- Rendering Layers in URP
- Universal Additional Light Data component in URP
- Light component Inspector window reference for URP
- Lighting in the Built-In Render Pipeline
- Emit light from a GameObject in the Built-In Render Pipeline
- Create cookies in the Built-In Render Pipeline
- Customize how shaders contribute lightmap data in the Built-In Render Pipeline
- Configure shadow resolution in the Built-In Render Pipeline
- Configure a GameObject to sample more Light Probes in the Built-In Render Pipeline
- Introduction to Light Probe Proxy Volumes in the Built-In Render Pipeline
- Set a GameObject to use a Light Probe Proxy Volume in the Built-In Render Pipeline
- Configure a Light Probe Proxy Volume in the Built-In Render Pipeline
- Light Probe Proxy Volume component reference for the Built-In Render Pipeline
- Add Light Probe Proxy Volume support to a custom shader in the Built-In Render Pipeline
- Blend Reflection Probes in the Built-In Render Pipeline
- Light component Inspector window reference for the Built-In-Render-Pipeline
- Lighting reference
- Materials and shaders
- Textures
- Get started with textures
- Import a texture
- 2D texture arrays
- Cubemaps
- 3D textures
- Rendering to a texture
- Playing video in Movie Textures
- Texture optimization
- Loading textures in the background
- Optimizing GPU texture memory with mipmap streaming
- Sparse Textures
- Streaming Virtual Texturing
- Streaming Virtual Texturing requirements and compatibility
- How Streaming Virtual Texturing works
- Enabling Streaming Virtual Texturing in your project
- Using Streaming Virtual Texturing in Shader Graph
- Cache Management for Virtual Texturing
- Marking textures as "Virtual Texturing Only"
- Virtual Texturing error material
- Virtual Texturing Profiler module
- Textures reference
- Texture Import Settings window reference
- Default texture Import Settings window reference
- Normal Map texture Import Settings window reference
- Editor GUI and Legacy GUI texture Import Settings window reference
- Sprite (2D and UI) texture Import Settings window reference
- Cubemap texture Import Settings window reference
- 3D texture preview reference
- Cursor texture Import Settings window reference
- Cookie texture Import Settings window reference
- Lightmap texture Import Settings window reference
- Lightmap texture Import Settings window reference
- Shadowmask texture Import Settings window reference
- Single Channel texture Import Settings window reference
- Movie Texture Inspector window reference
- Render Texture Inspector window reference
- Custom Render Texture Inspector window reference
- Shaders
- Introduction to shaders
- Prebuilt shaders
- Prebuilt shaders render pipeline compatibility reference
- Configuring material properties in prebuilt shaders
- Legacy prebuilt shaders
- Writing custom shaders
- Creating shaders with Shader Graph
- Writing shaders in code
- Introduction to writing shaders in code
- Shader object fundamentals
- Writing a custom shader in ShaderLab and HLSL
- Create a shader file
- Add a subshader in a custom shader
- Add a shader pass in a custom shader
- Include a shader pass with the UsePass command
- Writing HLSL shader programs
- Setting the render state on the GPU
- Enable conservative rasterization in a shader
- Set the culling mode in a shader
- Set the depth bias in a shader
- Set the depth clip mode in a shader
- Set the depth testing mode in a shader
- Disable writing to the depth buffer in a shader
- Check or write to the stencil buffer in a shader
- Set the blending mode in a shader
- Set the color channels the GPU renders to
- Reduce aliasing with AlphaToMask mode
- Group commands with the Category block
- Adding material properties to shaders
- Changing how shaders work via branching and keywords
- Branching in shaders
- Shader keywords
- Configure when and if Unity uses a shader
- Introduction to shader tags
- Add a shader tag to a SubShader or Pass
- Set a shader to require URP or HDRP
- Set a shader to require a graphics API or platform
- Set a shader to require a shader model or GPU feature
- Set a shader to require a package
- Set the render queue of a shader
- Set when Unity runs a shader pass via a LightMode tag
- Prioritize lower quality shaders with the LOD command
- Disable dynamic batching of a shader
- Get tag values in a script
- Troubleshooting package requirement definitions
- Compute shaders
- Optimize shaders
- Shaders in URP
- Shading models in URP
- Choose a prebuilt shader in URP
- Assign a shader to a material in URP
- Reduce shader variants in URP
- Writing custom shaders in URP
- Shader Material Inspector window reference for URP
- Blending Modes in URP
- Lit Shader Material Inspector window reference for URP
- Simple Lit Shader Material Inspector window reference for URP
- Complex Lit Shader Material Inspector window reference for URP
- Baked Lit Shader Material Inspector window reference for URP
- Unlit Shader Material Inspector window reference for URP
- Terrain Lit Shader Material Inspector window reference for URP
- Particles Lit Shader Material Inspector window reference for URP
- Particles Simple Lit Shader Material Inspector window reference for URP
- Particles Unlit Shader Material Inspector window reference for URP
- Canvas Shader Graph
- Shaders in the Built-In Render Pipeline
- Prebuilt shaders in the Built-In Render Pipeline
- Standard Shader in the Built-In Render Pipeline
- Introduction to the Standard Shader in the Built-In Render Pipeline
- Choose a metallic or specular shader in the Built-In Render Pipeline
- Configuring material properties in the Standard Shader in the Built-In Render Pipeline
- Make a material transparent
- Set the color of a material in the Standard Shader
- Configure reflections with the Standard Shader
- Configure edge reflections (Fresnel effect)
- Configure specular reflections in the Standard Shader
- Configure smoothness with the Standard Shader
- Set the Rendering Mode in the Standard Shader using a script
- Standard Shader realistic settings in the Built-In Render Pipeline reference
- Customize the Standard shader source code in the Built-In Render Pipeline
- Standard Shader Material Inspector window reference for the Built-In Render Pipeline
- Particle shaders in the Built-In Render Pipeline
- Autodesk Interactive shader in the Built-In Render Pipeline
- Standard Shader in the Built-In Render Pipeline
- Replace shaders at runtime in the Built-In Render Pipeline
- Writing custom shaders in the Built-In Render Pipeline
- Writing Surface Shaders
- Introduction to surface shaders in the Built-In Render Pipeline
- Surface Shader output structures in the Built-In Render Pipeline
- Surface Shaders and rendering paths in the Built-In Render Pipeline
- Create a surface shader in the Built-In Render Pipeline
- Set the lighting model in a Surface Shader in the Built-In Render Pipeline
- Optimize Surface Shaders
- Surface Shader examples in the Built-In Render Pipeline
- Normal mapping Surface Shader example in the Built-In Render Pipeline
- Reflection Surface Shader examples in the Built-In Render Pipeline
- Vertex modifier Surface Shader example in the Built-In Render Pipeline
- Custom data Surface Shader example in the Built-In Render Pipeline
- Final color modifier Surface Shader example in the Built-In Render Pipeline
- Decals Surface Shader example in the Built-In Render Pipeline
- Wrapped diffuse Surface Shader example in the Built-In Render Pipeline
- Toon shading Surface Shader example in the Built-In Render Pipeline
- Global illumination Surface Shader example in the Built-In Render Pipeline
- Tessellation Surface Shader examples in the Built-In Render Pipeline
- Surface Shader language reference for the Built-In Render Pipeline
- Shader methods in the Built-In Render Pipeline
- Get the current framebuffer with the GrabPass command
- HLSL shader examples in the Built-in Render Pipeline
- Single color shader example in the Built-In Render Pipeline
- Checkerboard pattern shader example in the Built-In Render Pipeline
- Simple unlit shader example in the Built-In Render Pipeline
- Mesh normals shader example in the Built-In Render Pipeline
- Reflections shader example in the Built-In Render Pipeline
- Normal map texturing shader example in the Built-In Render Pipeline
- Tri-planar texturing shader example in the Built-In Render Pipeline
- Simple diffuse lighting shader example in the Built-In Render Pipeline
- Ambient light shader example in the Built-In Render Pipeline
- Shadow casting shader example in the Built-In Render Pipeline
- Receiving shadows shader example in the Built-In Render Pipeline
- Fog shader example in the Built-In Render Pipeline
- Visualizing vertex data shader examples in the Built-In Render Pipeline
- Writing Surface Shaders
- Prebuilt shaders in the Built-In Render Pipeline
- Troubleshooting shaders
- Shader languages reference
- ShaderLab language reference
- Shader in ShaderLab reference
- SubShader in ShaderLab reference
- Pass in ShaderLab reference
- GPU render state commands in ShaderLab reference
- AlphaToMask command in ShaderLab reference
- Blend command in ShaderLab reference
- BlendOp command in ShaderLab reference
- ColorMask command in ShaderLab reference
- Conservative command in ShaderLab reference
- Cull command in ShaderLab reference
- Offset command in ShaderLab reference
- Stencil command in ShaderLab reference
- ZClip command in ShaderLab reference
- ZTest command in ShaderLab reference
- ZWrite command in ShaderLab reference
- PackageRequirements block in ShaderLab reference
- ShaderLab legacy functionality reference
- HLSL pragma directives reference
- HLSL pragma target command reference
- HLSL pragma require command reference
- Built-in shader variables reference
- ShaderLab language reference
- Materials
- Textures
- Visual effects
- Particle systems
- Choosing your particle system solution
- Create and view a Particle System
- Vary Particle System properties over time
- Configuring particles
- Access the Particle System from the Animation system
- Custom data streams in Particle Systems
- Particle System optimization
- Particle System component reference
- Particle System module component reference
- Activate and access Particle System modules
- Main module reference
- Emission module reference
- Shape module reference
- Velocity over Lifetime module reference
- Noise module reference
- Limit Velocity over Lifetime module reference
- Inherit Velocity module reference
- Lifetime by Emitter Speed module reference
- Force over Lifetime module reference
- Color over Lifetime module reference
- Color by Speed module reference
- Size over Lifetime module reference
- Size by Speed module reference
- Rotation over Lifetime module reference
- Rotation by Speed module reference
- External Forces module reference
- Collision module reference
- Triggers module reference
- Sub Emitters module reference
- Texture Sheet Animation module reference
- Lights module reference
- Trails module reference
- Custom Data module reference
- Renderer module reference
- Particle System Force Field component reference
- Decals and projectors
- Lens flares
- Light halos
- Lines, trails, and billboards
- Visual Effect Graph
- Particle systems
- Rendering
- Render pipelines
- Introduction to render pipelines
- Scriptable Render Pipeline fundamentals
- Choosing a render pipeline
- Using the Universal Render Pipeline
- Introduction to the Universal Render Pipeline
- Requirements and compatibility for URP
- What's new in URP 17 (Unity 6)
- Get started with URP
- Universal Render Pipeline fundamentals
- Rendering in the Universal Render Pipeline
- Rendering paths in URP
- Introduction to rendering paths in URP
- Set the rendering path in URP
- Deferred rendering path in URP
- Render passes in the Deferred rendering path in URP
- G-buffer layout in the Deferred rendering path in URP
- Limitations of the Deferred rendering path in URP
- Make a shader compatible with the Deferred rendering path in URP
- Enable accurate G-buffer normals in the Deferred rendering path in URP
- Deferred rendering path code files reference for URP
- Forward+ rendering path in URP
- Installing and upgrading URP
- Creating a URP project
- Upgrading from the Built-In Render Pipeline to URP
- Upgrade URP
- Upgrade to URP 17 (Unity 6)
- Upgrade to URP 16 (Unity 2023.2)
- Upgrade to URP 15 (Unity 2023.1)
- Upgrade to URP 14 (Unity 2022.2)
- Upgrade to URP 13 (Unity 2022.1)
- Upgrade to URP 12 (Unity 2021.2)
- Upgrade to version 11.0.x of the Universal Render Pipeline
- Upgrade to version 10.1.x of the Universal Render Pipeline
- Upgrade to version 10.0.x of the Universal Render Pipeline
- Upgrade to version 9.0.x of the Universal Render Pipeline
- Upgrade to version 8.2.x of the Universal Render Pipeline
- Upgrade to version 8.1.x of the Universal Render Pipeline
- Upgrade to version 8.0.0 of the Universal Render Pipeline
- Upgrade to version 7.4.0 of the Universal Render Pipeline
- Upgrade to version 7.3.0 of the Universal Render Pipeline
- Upgrade to version 7.2.0 of the Universal Render Pipeline
- Upgrade from the Lightweight Render Pipeline to the Universal Render Pipeline
- Known issues in URP
- Configure for better performance in URP
- Universal Render Pipeline fundamentals
- Graphics quality settings in URP
- Add anti-aliasing in the Universal Render Pipeline
- Custom rendering and post-processing in URP
- Introduction to Scriptable Render Passes in URP
- Adding pre-built effects via Renderer Features in URP
- Custom render pass workflow in URP
- Render graph system in URP
- Introduction to the render graph system in URP
- Write a render pass using the render graph system in URP
- Textures in the Render Graph system in URP
- Frame data in the render graph system in URP
- Draw objects in the render graph system in URP
- Compute shaders in the render graph system in URP
- Analyze a render graph in URP
- Use Compatibility Mode APIs in render graph render passes
- Render Graph Viewer window reference for URP
- Adding a Scriptable Render Pass to the frame rendering loop in URP
- Compatibility Mode in URP
- Universal Render Pipeline reference
- Using the High Definition Render Pipeline
- Using the Built-In Render Pipeline
- Post-processing and full-screen effects
- Introduction to post-processing
- Post-processing effect availability reference
- Post-processing and full-screen effects in URP
- Post-processing in URP
- Introduction to post-processing in URP
- Add post-processing in URP
- Volumes in URP
- Post-processing Volume Overrides reference for URP
- Bloom Volume Override reference for URP
- Channel Mixer Volume Override reference for URP
- Chromatic Aberration Volume Override reference for URP
- Color Adjustments Volume Override reference for URP
- Color Curves Volume Override reference for URP
- Depth of Field in URP
- Film Grain Volume Override reference for URP
- Lens Distortion Volume Override reference for URP
- Lift Gamma Gain Volume Override reference for URP
- Motion Blur Volume Override reference for URP
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Linux IL2CPP 交叉编译器
Linux IL2CPPUnity 开发的一种脚本后端，可在构建某些平台的项目时用作 Mono 的替代方案。 更多信息
参见 术语表 交叉编译器是一套 sysroot 和工具链包，允许您在任何独立平台上构建 Linux IL2CPP 播放器，而无需使用 Linux Unity 编辑器或依赖于 Mono。
如果您满足先决条件，Unity 会在您选择 Linux 构建目标时自动为您安装这些包。如果您想选择退出此过程并使用您自己的 sysroot 和工具链包，请转到 编辑 > 项目设置 > 工具链管理 并禁用 自动安装工具链包 复选框。如果您已安装这些包，则还需要从包管理器中删除它们。
警告： 设置额外的 IL2CPP 参数可能会影响您的项目编译。有关更多信息，请参阅 处理 IL2CPP 附加参数。
先决条件
Unity 需要以下内容来安装 IL2CPP 交叉编译器包
- Unity 2019.4 或更高版本。
- 为您的选择的 Linux 工具链包提供足够的可用磁盘空间。有关更多信息，请参阅 Linux 工具链包所需的磁盘空间。
- 将脚本后端设置为 IL2CPP。要将脚本后端设置为 IL2CPP：转到 编辑 > 项目 设置 > 播放器 设置 > PC、Mac 和 Linux 独立平台的设置 > 其他设置 > 配置。将 脚本后端 设置为 IL2CPP。
- IL2CPP 模块。有关如何安装 IL2CPP 模块的信息，请按照 添加模块 文档中介绍的步骤操作。
Linux sysroot 包
Linux sysroot 包是一个目录，其中包含构建 Linux 所需的所有头文件和库。
每个操作系统 (OS) 都有自己的构建系统，这些系统彼此之间有所不同。如果您使用特定操作系统的头文件和库进行构建，则构建的播放器可能无法在其他操作系统上运行。为了解决这个问题，Unity 提供了一个 sysroot 来构建，该 sysroot 在所有支持的 Linux 平台上都能正常工作。
Linux 工具链包
Unity 为 macOS、Windows 和 Linux 提供工具链包。这些平台中的每一个都以独特的方式构建用于 Linux。
Linux 工具链包是一组工具（包括编译器和链接器），Unity 需要从这些操作系统中的每一个构建用于 Linux 的工具。
Linux 工具链包所需的磁盘空间
确保您有足够的磁盘空间来容纳包下载、解压缩和使用。
在极少数情况下，如果您不确定是否有足够的磁盘空间，请定义一个 UNITY_SYSROOT_CACHE 环境变量并使用它来存储解压缩的 sysroot 和工具链包。环境变量是您在 Unity 之外设置的变量，Unity 可以引用它。在这种情况下，您设置了一个缓存，Unity 在解压缩 sysroot 和工具链包时可以引用它。环境变量特定于您的操作系统，因此您需要按照系统指南进行设置。
下表显示了每个工具链包所需的总磁盘空间。
| 工具链包 | 所需的磁盘空间 |
|---|---|
| com.unity.toolchain.linux-x86_64 | 462MB |
| com.unity.toolchain.macos-x86_64-linux-x86_64 | 2GB |
| com.unity.toolchain.win-x86_64-linux-x86_64 | 2GB |
使用 Linux IL2CPP 交叉编译器
如果您满足本页面的所有先决条件，则可以构建您的项目作为 Linux 播放器。Unity 会在构建时自动使用 Linux IL2CPP 交叉编译器。
要构建 Linux 播放器，请按照以下步骤操作
- 打开 构建设置（菜单：文件 > 构建设置）。
- 选择 Windows、Mac、Linux 选项。
- 将 构建目标 选项设置为 Linux。
- 单击 切换平台 按钮。
- 构建您的播放器。从 Unity 的主菜单中，转到 文件 并选择 构建 或 构建并运行。
其他资源
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