什么是 Unity 插件技能？

Unity 插件技能是 AI 编码智能体与 Unity 引擎之间的强大桥梁，为专业游戏开发提供约 100 种内置工具。通过利用 Openclaw Skills，开发者可以赋能其 AI 智能体执行复杂的编辑器任务、管理项目资产并以编程方式控制运行模式。该集成支持两种主要的连接模式：用于 Discord 或 Telegram 等频道的远程网关，以及用于与 Claude Code 和 Cursor 等 IDE 集成的本地 MCP 桥接器。它旨在通过自动化层级导航、组件调整和重复测试周期等手动繁琐工作，最大限度地提高开发者生产力。

下载入口:https://github.com/openclaw/skills/tree/main/skills/tomleelive/openclaw-unity-skill

安装与下载

1. ClawHub CLI

从源直接安装技能的最快方式。

2. 手动安装

将技能文件夹复制到以下位置之一

优先级：工作区 > 本地 > 内置

3. 提示词安装

将此提示词复制到 OpenClaw 即可自动安装。

Unity 插件技能 应用场景

• 自动化场景检查和层级数据检索。
• 通过自然语言修改 GameObject 的变换、组件和材质。
• 模拟用户输入并截取屏幕快照以进行自动化 UI 测试。
• 无需手动导航即可管理项目资产、预制件和包。
• 使用 Openclaw Skills 批量处理复杂的编辑器操作以加速开发周期。

1. 使用远程网关扩展或本地 MCP 桥接器将 Unity 编辑器连接到 OpenClaw 环境。
2. AI 智能体调用 unity_execute 工具或访问 MCP 资源 URI 向编辑器发送指令。
3. Unity 插件接收命令并与 Unity API 交互以操作 GameObject、资产或编辑器状态。
4. 实时反馈、日志或视觉数据（如截图）将返回给 AI 智能体，以确认操作成功。
5. 开发者可以通过 Unity 编辑器内的 OpenClaw 插件设置窗口监控交互过程。

Unity 插件技能 配置指南

要为 Openclaw Skills 安装网关扩展，请在技能目录下运行以下命令：

./scripts/install-extension.sh
openclaw gateway restart

对于与 Claude Code 等工具的本地 MCP 集成，请在 Unity 中启动 MCP 桥接器（Window -> OpenClaw Plugin -> MCP Bridge -> Start）并注册服务器：

claude mcp add unity -- node /MCP~/index.js

Unity 插件技能 数据架构与分类体系

该技能将数据组织为几个逻辑类别，为 Openclaw Skills 智能体提供清晰的接口：

name: unity-plugin
version: 1.6.1
description: Control Unity Editor via OpenClaw Unity Plugin. Use for Unity game development tasks including scene management, GameObject/Component manipulation, debugging, input simulation, and Play mode control. Triggers on Unity-related requests like inspecting scenes, creating objects, taking screenshots, testing gameplay, or controlling the Editor.
homepage: https://github.com/TomLeeLive/openclaw-unity-skill
author: Tom Jaejoon Lee
disableModelInvocation: true

Unity Plugin Skill

Control Unity Editor through ~100 built-in tools. Works in both Editor and Play mode.

Connection Modes

1. OpenClaw Gateway (Remote)

For Telegram, Discord, and other OpenClaw channels:

• Auto-connects when Unity opens
• Configure in: Window → OpenClaw Plugin → Settings

2. MCP Bridge (Local)

For Claude Code, Cursor, and local AI tools:

• Start: Window → OpenClaw Plugin → MCP Bridge → Start
• Default port: 27182
• Add to Claude Code: claude mcp add unity -- node /MCP~/index.js

First-Time Setup

If unity_execute tool is not available, install the gateway extension:

# From skill directory
./scripts/install-extension.sh

# Restart gateway
openclaw gateway restart

The extension files are in extension/ directory.

What install-extension.sh Does

# 1. Copies extension files from skill to gateway
#    Source: /extension/
#    Destination: ~/.openclaw/extensions/unity/

# 2. Files installed:
#    - index.ts     # Extension entry point (HTTP handlers, tools)
#    - package.json # Extension metadata

# After installation, restart gateway to load the extension.

?? Security

? ??? disableModelInvocation: true? ???? ????.

• AI? ???? ??? ???? ??
• ???? ????? ??? ??? ??

?? ?? ??? README.md? ?????.

Quick Reference

Core Tools

Common Workflows

1. Scene Inspection

unity_execute: debug.hierarchy {depth: 2}
unity_execute: scene.getActive

2. Find & Modify Objects

unity_execute: gameobject.find {name: "Player"}
unity_execute: component.get {name: "Player", componentType: "Transform"}
unity_execute: transform.setPosition {name: "Player", x: 0, y: 5, z: 0}

3. UI Testing

unity_execute: input.clickUI {name: "PlayButton"}
unity_execute: input.type {text: "TestUser", elementName: "UsernameInput"}
unity_execute: debug.screenshot

4. Play Mode Control

unity_execute: editor.play              # Enter Play mode
unity_execute: editor.stop              # Exit Play mode
unity_execute: editor.getState          # Check current state
unity_execute: editor.pause             # Pause
unity_execute: editor.unpause           # Resume

5. Material Creation

unity_execute: material.create {name: "RedMetal", color: "#FF0000", metallic: 0.8}
unity_execute: material.assign {gameObjectName: "Player", materialPath: "Assets/Materials/RedMetal.mat"}
unity_execute: material.modify {path: "Assets/Materials/RedMetal.mat", metallic: 1.0, emission: "#FF4444"}

6. Prefab Workflow

unity_execute: prefab.create {gameObjectName: "Player", path: "Assets/Prefabs/Player.prefab"}
unity_execute: prefab.instantiate {prefabPath: "Assets/Prefabs/Player.prefab", x: 0, y: 1, z: 0}
unity_execute: prefab.open {path: "Assets/Prefabs/Player.prefab"}
unity_execute: prefab.save
unity_execute: prefab.close

7. Asset Management

unity_execute: asset.find {query: "Player", type: "Prefab"}
unity_execute: asset.copy {sourcePath: "Assets/Prefabs/Player.prefab", destPath: "Assets/Backup/Player.prefab"}
unity_execute: asset.move {sourcePath: "Assets/Old/Item.prefab", destPath: "Assets/New/Item.prefab"}

8. Package Management

unity_execute: package.list
unity_execute: package.search {query: "TextMeshPro"}
unity_execute: package.add {packageName: "com.unity.textmeshpro"}
unity_execute: package.add {gitUrl: "https://github.com/example/package.git"}

9. Test Running

unity_execute: test.list {testMode: "EditMode"}
unity_execute: test.run {testMode: "EditMode", filter: "PlayerTests"}
unity_execute: test.getResults

10. Script Execution (Enhanced)

# Debug logging
unity_execute: script.execute {code: "Debug.Log('Hello')"}

# Time manipulation
unity_execute: script.execute {code: "Time.timeScale = 0.5"}

# PlayerPrefs
unity_execute: script.execute {code: "PlayerPrefs.SetInt('score', 100)"}

# Reflection-based method calls
unity_execute: script.execute {code: "MyClass.MyMethod()"}
unity_execute: script.execute {code: "MyClass.MyStaticMethod('param1', 123)"}

Tool Categories (~100 tools)

Console (3 tools)

• console.getLogs - Get logs with optional type filter (Log/Warning/Error)
• console.getErrors - Get error/exception logs (with optional warnings)
• console.clear - Clear captured logs

Scene (7 tools)

• scene.list - List scenes in build settings
• scene.getActive - Get active scene info
• scene.getData - Get full hierarchy data
• scene.load - Load scene by name (Play mode)
• scene.open - Open scene in Editor mode
• scene.save - Save active scene (Editor mode)
• scene.saveAll - Save all open scenes (Editor mode)

GameObject (8 tools)

• gameobject.find - Find by name, tag, or component
• gameobject.getAll - Get all GameObjects with filtering
• gameobject.create - Create object or primitive (Cube, Sphere, etc.)
• gameobject.destroy - Destroy object
• gameobject.delete - Delete object (alias for destroy)
• gameobject.getData - Get detailed data
• gameobject.setActive - Enable/disable
• gameobject.setParent - Change hierarchy

Transform (6 tools)

• transform.getPosition - Get world position {x, y, z}
• transform.getRotation - Get Euler rotation {x, y, z}
• transform.getScale - Get local scale {x, y, z}
• transform.setPosition - Set world position {x, y, z}
• transform.setRotation - Set Euler rotation
• transform.setScale - Set local scale

Component (5 tools)

• component.add - Add component by type name
• component.remove - Remove component
• component.get - Get component data/properties
• component.set - Set field/property value
• component.list - List available component types

Script (3 tools)

• script.execute - Execute code: Debug.Log, Time, PlayerPrefs, reflection calls
• script.read - Read script file
• script.list - List project scripts

Application (4 tools)

• app.getState - Get play mode, FPS, time
• app.play - Enter/exit Play mode
• app.pause - Toggle pause
• app.stop - Stop Play mode

Debug (3 tools)

• debug.log - Write to console
• debug.screenshot - Capture screenshot
• debug.hierarchy - Text hierarchy view

Editor (9 tools)

• editor.refresh - Refresh AssetDatabase (triggers recompile)
• editor.recompile - Request script recompilation
• editor.domainReload - Force domain reload
• editor.focusWindow - Focus window (game/scene/console/hierarchy/project/inspector)
• editor.listWindows - List open windows
• editor.getState - Get editor state
• editor.play - Enter Play mode
• editor.stop - Exit Play mode
• editor.pause / editor.unpause - Pause control

Input Simulation (10 tools)

• input.keyPress - Press and release key
• input.keyDown / input.keyUp - Hold/release key
• input.type - Type text into field
• input.mouseMove - Move cursor
• input.mouseClick - Click at position
• input.mouseDrag - Drag operation
• input.mouseScroll - Scroll wheel
• input.getMousePosition - Get cursor position
• input.clickUI - Click UI element by name

Material (5 tools) - NEW in v1.5.0

• material.create - Create material with shader, color, metallic, smoothness
• material.assign - Assign material to GameObject
• material.modify - Modify material properties (color, metallic, emission)
• material.getInfo - Get detailed material info with all shader properties
• material.list - List materials in project with filtering

Prefab (5 tools) - NEW in v1.5.0

• prefab.create - Create prefab from scene GameObject
• prefab.instantiate - Instantiate prefab in scene with position
• prefab.open - Open prefab for editing
• prefab.close - Close prefab editing mode
• prefab.save - Save currently edited prefab

Asset (7 tools) - NEW in v1.5.0

• asset.find - Search assets by query, type, folder
• asset.copy - Copy asset to new path
• asset.move - Move/rename asset
• asset.delete - Delete asset (with trash option)
• asset.refresh - Refresh AssetDatabase
• asset.import - Import/reimport specific asset
• asset.getPath - Get asset path by name

Package Manager (4 tools) - NEW in v1.5.0

• package.add - Install package by name or git URL
• package.remove - Remove installed package
• package.list - List installed packages
• package.search - Search Unity package registry

Test Runner (3 tools) - NEW in v1.5.0

• test.run - Run EditMode/PlayMode tests with filtering
• test.list - List available tests
• test.getResults - Get last test run results

Batch Execution (1 tool) - NEW in v1.6.0

• batch.execute - Execute multiple tools in one call (10-100x performance)
  • commands: Array of {tool, params} objects
  • stopOnError: Stop on first error (default: false)

Session (1 tool) - NEW in v1.6.0

• session.getInfo - Get session info (project, processId, machineName, sessionId)

ScriptableObject (6 tools) - NEW in v1.6.0

• scriptableobject.create - Create new ScriptableObject asset
• scriptableobject.load - Load and inspect ScriptableObject fields
• scriptableobject.save - Save ScriptableObject changes
• scriptableobject.getField - Get specific field value
• scriptableobject.setField - Set field value with auto-save
• scriptableobject.list - List ScriptableObjects in project

Shader (3 tools) - NEW in v1.6.0

• shader.list - List shaders in project
• shader.getInfo - Get shader properties and info
• shader.getKeywords - Get shader keywords

Texture (5 tools) - NEW in v1.6.0

• texture.create - Create new texture with color fill
• texture.getInfo - Get texture info (size, format, import settings)
• texture.setPixels - Fill region with color
• texture.resize - Resize texture via import settings
• texture.list - List textures in project

Custom Tools API - v1.6.0

Register project-specific tools:

OpenClawCustomTools.Register(
    "mygame.getScore",
    "Get current score",
    (args) => new { success = true, score = GameManager.Score }
);

MCP Resources - v1.6.0

Access Unity data via MCP resource URIs:

Tips

Screenshot Modes

• Play mode: ScreenCapture - includes all UI overlays
• Editor mode: Camera.main.Render() - no overlay UI
• Use {method: "camera"} for camera-only capture

Finding Objects

gameobject.find {name: "Player"}           # By exact name
gameobject.find {tag: "Enemy"}             # By tag
gameobject.find {componentType: "Camera"}  # By component
gameobject.getAll {activeOnly: true}       # All active objects

Script Recompilation

Unity may not auto-recompile after code changes. Use:

editor.refresh    # Full asset refresh + recompile

Play Mode Transitions

• Plugin survives Play mode transitions via SessionState
• If connection lost, wait for auto-reconnect or use Window → OpenClaw Plugin → Settings → Connect

MCP Bridge Usage

For Claude Code / Cursor integration:

1. Start: Window → OpenClaw Plugin → MCP Bridge → Start
2. Register: claude mcp add unity -- node /path/to/MCP~/index.js
3. Verify: curl http://127.0.0.1:27182/status

Input Simulation Limitation

Keyboard/mouse simulation works for UI interactions but NOT for Input.GetKey(). For gameplay testing:

• Use transform.setPosition to move objects directly
• Or migrate to Unity's new Input System

Troubleshooting

Links

• Skill Repository: https://github.com/TomLeeLive/openclaw-unity-skill
• Plugin Repository: https://github.com/TomLeeLive/openclaw-unity-plugin
• OpenClaw Docs: https://docs.openclaw.ai
• MCP Setup Guide: See Plugin Repository → Documentation~/SETUP_GUIDE.md

License

MIT License - See LICENSE file