AI 幻灯片技能 (AI Slides Skill)

概述 (Overview)

此技能支持 AI 驱动的演示文稿生成。提供一个主题或大纲，即可获得一份完整的、结构清晰、内容专业的演示文稿。

使用方法 (How to Use)

1. 提供主题、大纲或粗略笔记 (Provide a topic, outline, or rough notes)
2. 指定受众和演示文稿时长 (Specify audience and presentation length)
3. 我将生成一份完整的演示文稿 (I’ll generate a complete presentation)

示例提示 (Example prompts):

• “创建一个关于机器学习的 10 页幻灯片”
• “为一家 SaaS 初创公司生成一份融资演示文稿”
• “制作关于网络安全基础的培训幻灯片”
• “根据这些数据制作一份季度回顾演示文稿”

领域知识 (Domain Knowledge)

演示文稿结构 (Presentation Structure)

# 有效的演示文稿结构 (Effective presentation structure)
structure:
  - title_slide:
      title: "清晰、引人入胜的标题 (Clear, compelling title)"
      subtitle: "背景或标语 (Context or tagline)"
      author: "演讲者姓名 (Presenter name)"
  
  - agenda:
      items: 3-5 个主要主题 (3-5 main topics)
  
  - introduction:
      hook: "吸引人的开场 (Attention-grabbing opening)"
      context: "为何重要 (Why this matters)"
  
  - main_content:
      sections: 3-5 个关键点 (3-5 key points)
      each_section:
        - 标题 (heading)
        - 3-5 个要点或视觉元素 (3-5 bullets or visual)
        - 支持数据 (supporting data)
  
  - conclusion:
      summary: "关键要点 (Key takeaways)"
      call_to_action: "下一步行动 (What to do next)"
  
  - closing:
      thank_you: true
      contact_info: true
      qa_prompt: true

内容生成模式 (Content Generation Pattern)

def generate_presentation(topic, audience, slide_count=10):
    """AI 驱动的演示文稿生成 (AI-powered presentation generation)."""
    
    # 1. 生成大纲 (Generate outline)
    outline = generate_outline(topic, slide_count)
    
    # 2. 扩展每个部分 (Expand each section)
    slides = []
    for section in outline:
        slide_content = expand_section(section, audience)
        slides.append(slide_content)
    
    # 3. 添加视觉建议 (Add visuals suggestions)
    for slide in slides:
        slide['visuals'] = suggest_visuals(slide['content'])
    
    # 4. 格式化为 Marp Markdown (Format as Marp markdown)
    presentation = format_as_marp(slides)
    
    return presentation

def generate_outline(topic, count):
    """生成演示文稿大纲 (Generate presentation outline)."""
    # 典型结构 (Typical structure)
    outline = [
        {'type': 'title', 'title': topic},
        {'type': 'agenda'},
        # 主要内容（60% 的幻灯片）(Main content - 60% of slides)
        # ... 内容幻灯片 (content slides)
        {'type': 'summary'},
        {'type': 'closing'}
    ]
    return outline

Marp 输出 (Marp Output)

def format_as_marp(slides):
    """将幻灯片转换为 Marp Markdown (Convert slides to Marp markdown)."""
    
    marp = """---
marp: true
theme: gaia
paginate: true
---

"""
    
    for slide in slides:
        if slide['type'] == 'title':
            marp += f"""<!-- _class: lead -->

# {slide['title']}

{slide.get('subtitle', '')}

---

"""
        elif slide['type'] == 'content':
            marp += f"""# {slide['heading']}

"""
            for point in slide['points']:
                marp += f"- {point}\n"
            marp += "\n---\n\n"
    
    return marp

示例：生成技术演讲 (Example: Generate Tech Talk)

topic = "Docker 简介 (Introduction to Docker)"
audience = "容器技术新手开发者 (Developers new to containers)"
slides = 10

# 生成的演示文稿 (Generated presentation)
presentation = """---
marp: true
theme: gaia
paginate: true
---

<!-- _class: lead -->

# Docker 简介 (Introduction to Docker)

容器化变得简单 (Containerization Made Simple)

---

# 议程 (Agenda)

1. 什么是 Docker？ (What is Docker?)
2. 核心概念 (Core Concepts)
3. 入门指南 (Getting Started)
4. 最佳实践 (Best Practices)
5. 演示 (Demo)

---

# 什么是 Docker？ (What is Docker?)

- 用于打包应用程序的容器平台 (Container platform for packaging applications)
- 虚拟机的轻量级替代方案 (Lightweight alternative to VMs)
- “一次构建，随处运行” ("Build once, run anywhere")
- 1500万+ 开发者，700万+ 应用 (15M+ developers, 7M+ applications)

---

# 为什么需要容器？ (Why Containers?)

| 虚拟机 (VMs) | 容器 (Containers) |
|-----|------------|
| GB 级大小 (GB size) | MB 级大小 (MB size) |
| 启动需要数分钟 (Minutes to start) | 启动需要数秒 (Seconds to start) |
| 完整操作系统 (Full OS) | 共享内核 (Shared kernel) |

---

# 核心概念 (Core Concepts)

- **镜像 (Image)**：蓝图/模板 (Blueprint/template)
- **容器 (Container)**：运行实例 (Running instance)
- **Dockerfile**：构建指令 (Build instructions)
- **仓库 (Registry)**：镜像存储（Docker Hub）(Image storage - Docker Hub)

---

# 入门指南 (Getting Started)

```bash
# 拉取镜像 (Pull an image)
docker pull nginx

# 运行容器 (Run a container)
docker run -p 8080:80 nginx

# 列出容器 (List containers)
docker ps

你的第一个 Dockerfile (Your First Dockerfile)

FROM node:18
WORKDIR /app
COPY package*.json ./
RUN npm install
COPY . .
EXPOSE 3000
CMD ["npm", "start"]

最佳实践 (Best Practices)

• 使用官方基础镜像 (Use official base images)
• 最小化层数 (Minimize layers)
• 不要以 root 身份运行 (Don’t run as root)
• 使用 .dockerignore
• 多阶段构建 (Multi-stage builds)

总结 (Summary)

✅ Docker 简化了部署 (simplifies deployment)
✅ 容器轻量且快速 (lightweight & fast)
✅ 易于上手 (Easy to get started)
✅ 行业标准 (Industry standard)

问题？(Questions?)

资源：docs.docker.com
“””

## 最佳实践 (Best Practices)

1. **了解你的受众 (Know Your Audience)**：根据受众调整复杂度和示例 (Tailor complexity and examples)
2. **一页一概念 (One Idea Per Slide)**：保持聚焦 (Keep focused)
3. **6x6 规则 (6x6 Rule)**：最多 6 个项目符号，每个 6 个词 (Max 6 bullets, 6 words each)
4. **视觉优先 (Visual First)**：建议图像/图表 (Suggest images/diagrams)
5. **强有力的开场和结尾 (Strong Opening/Closing)**：吸引注意力和行动号召 (Hook and call-to-action)

## 资源 (Resources)

- [Marp](https://marp.app/) - Markdown 演示文稿 (Markdown presentations)
- [Slidev](https://sli.dev/) - Vue 驱动的幻灯片 (Vue-powered slides)
- [reveal.js](https://revealjs.com/) - HTML 演示文稿 (HTML presentations)