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multi-lens-thinking

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多角度思考框架 - A multi-lens thinking framework with 25 professional perspectives for complex problem solving

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# Multi-Lens Thinking | 多角度思考框架

> "You can't really know anything if you just remember isolated facts. You must have a latticework of models in your head."
> — Charlie Munger
>
> "如果你只是记住孤立的事实，你并不真正知道任何东西。你必须在头脑中有一个模型的格栅。"
> — 查理·芒格

---

## What is This? | 这是什么？

**English:**
A dynamic thinking framework that helps you solve complex problems by viewing them through multiple professional perspectives. Instead of relying on your habitual thinking patterns, this framework guides you to systematically adopt different mental models — the way a doctor diagnoses, an economist analyzes incentives, or a game designer creates engagement loops.

**中文：**
这是一个动态思维框架，通过多种职业视角帮助你解决复杂问题。与其依赖你习惯的思维模式，这个框架引导你系统性地采用不同的心智模型——像医生那样诊断、像经济学家那样分析激励、像游戏设计师那样创造参与循环。

---

## Why This Matters | 为什么重要

**English:**
Most people think being smart means knowing more facts. But true wisdom is having more **thinking tools** — the ability to approach problems from different angles.

Charlie Munger calls this the "Latticework of Mental Models." If you only have one or two models, you'll "torture reality" to fit them. The more models you have, the more problems you can solve.

**Core insight**: Every profession defines not just "what to do", but "**how to think**". A surgeon thinks differently than a venture capitalist. A journalist verifies differently than a scientist. These thinking patterns are abstract enough to apply across domains.

**中文：**
大多数人认为聪明意味着知道更多事实。但真正的智慧是拥有更多**思维工具**——从不同角度解决问题的能力。

查理·芒格称之为"心智模型格栅"。如果你只有一两个模型，你会"扭曲现实"来适应它们。你拥有的模型越多，能解决的问题就越多。

**核心洞察**：每个职业不仅定义了"做什么"，更定义了"**如何思考**"。外科医生的思维方式与风险投资人不同。记者的验证方式与科学家不同。这些思维模式足够抽象，可以跨领域应用。

---

## Theoretical Foundation | 理论基础

**English:**
This framework stands on the shoulders of giants:

| Framework | Key Idea | Our Integration |
|-----------|----------|-----------------|
| **Munger's Latticework** | Build a network of mental models from multiple disciplines | We treat professions as living embodiments of mental models |
| **de Bono's Six Thinking Hats** | Separate different modes of thinking to avoid confusion | We expand from 6 hats to unlimited "professional lenses" |
| **First Principles Thinking** | Break problems down to fundamental truths | Each lens asks "What would [profession] consider fundamental?" |
| **Design Thinking (IDEO)** | Empathy-first, user-centered approach | We apply empathy to adopt any professional perspective |

**中文：**
这个框架站在巨人的肩膀上：

| 框架 | 核心思想 | 我们的整合 |
|------|----------|-----------|
| **芒格的格栅理论** | 从多学科构建心智模型网络 | 我们把职业视为心智模型的活体化身 |
| **德博诺的六顶思考帽** | 分离不同思维模式以避免混乱 | 我们从6顶帽子扩展到无限的"职业镜头" |
| **第一性原理思维** | 将问题分解到基本真理 | 每个镜头都问"[职业]会认为什么是根本？" |
| **设计思维 (IDEO)** | 同理心优先、以用户为中心 | 我们用同理心来采纳任何职业视角 |

---

## The Framework | 核心框架

```
┌──────────────────────────────────────────────────────────────────┐
│                    MULTI-LENS THINKING                            │
│                    多角度思考流程                                  │
├──────────────────────────────────────────────────────────────────┤
│                                                                   │
│  ┌─────────────┐    ┌─────────────┐    ┌─────────────┐          │
│  │ 1. DEFINE   │───►│ 2. GENERATE │───►│ 3. EMBODY   │          │
│  │    定义问题  │    │    生成镜头  │    │    深入扮演  │          │
│  └─────────────┘    └─────────────┘    └─────────────┘          │
│         │                 │                   │                  │
│         ▼                 ▼                   ▼                  │
│    One sentence      Dynamic, not       Values, metrics,        │
│    No solutions      fixed list         constraints             │
│    一句话描述        动态生成            价值观、指标、约束        │
│                      而非固定列表                                 │
│                           │                   │                  │
│                           ▼                   ▼                  │
│                    ┌─────────────┐    ┌─────────────┐           │
│                    │ 4. SYNTHESIZE│◄───│ New angle?  │           │
│                    │    综合洞察  │    │   新角度？   │           │
│                    └─────────────┘    └─────────────┘           │
│                           │                                      │
│                           ▼                                      │
│                    ┌─────────────┐                               │
│                    │ 5. ACTION   │                               │
│                    │    行动方案  │                               │
│                    └─────────────┘                               │
│                                                                   │
└──────────────────────────────────────────────────────────────────┘
```

---

## Key Innovation: Deep Embodiment | 关键创新：深度扮演

**English:**
The difference between superficial and powerful perspective-taking:

| Superficial | Deep Embodiment |
|-------------|-----------------|
| Ask "What would a doctor say?" | Understand what doctors optimize for (diagnostic accuracy), fear (missed diagnoses), and how they think (differential diagnosis) |
| List generic questions | Adopt their values, success metrics, and common failure modes |
| Surface-level analogy | Actually reason AS that professional would |

**For each lens, understand:**
1. **Values**: What do they consider most important?
2. **Metrics**: How do they measure success?
3. **Constraints**: What limits their solutions?
4. **Fears**: What failures do they work hardest to avoid?
5. **Worldview**: What fundamental beliefs shape their thinking?

**中文：**
表面视角转换与深度扮演的区别：

| 表面方式 | 深度扮演 |
|---------|---------|
| 问"医生会怎么说？" | 理解医生优化什么（诊断准确性）、害怕什么（漏诊）、如何思考（鉴别诊断） |
| 列出通用问题 | 采纳他们的价值观、成功指标和常见失败模式 |
| 表层类比 | 真正像那个职业一样推理 |

**对每个镜头，理解：**
1. **价值观**：他们认为什么最重要？
2. **指标**：他们如何衡量成功？
3. **约束**：什么限制了他们的解决方案？
4. **恐惧**：他们最努力避免什么失败？
5. **世界观**：什么根本信念塑造了他们的思维？

---

## Dynamic Lens Generation | 动态生成镜头

**English:**
Don't memorize a fixed list. Generate lenses based on your specific problem:

**Ask yourself:**
- Who deals with this type of problem daily? → Direct expert
- Who would see this completely differently? → Break habitual thinking
- Who has the highest cost of failure? → Rigorous perspective
- Who finds hidden opportunities others miss? → Discovery perspective

**中文：**
不要死记固定列表。根据你的具体问题生成镜头：

**问自己：**
- 谁每天都在处理这类问题？→ 直接专家
- 谁会从完全不同的角度看？→ 打破思维惯性
- 谁的失败代价最高？→ 严谨视角
- 谁能发现别人错过的隐藏机会？→ 发现视角

---

## Example: Low User Retention | 示例：用户留存率低

**English:**

| Lens | Why Chosen | Core Question | Deep Insight |
|------|-----------|---------------|--------------|
| **Game Designer** | Retention is their core KPI | What makes players want "one more round"? | Variable rewards, progress visibility, social proof, loss aversion |
| **Behavioral Economist** | Studies habit formation | What's the user's default behavior? | Reduce friction to action, increase friction to exit |
| **Hotel Manager** | Service industry retention expert | What are first and last impressions? | Peak-end rule: people judge by peak moment + ending |
| **Fitness Coach** | Helps people stick to hard things | How to make progress visible? | Streak systems, milestones, identity reinforcement |

**中文：**

| 镜头 | 为什么选择 | 核心问题 | 深层洞察 |
|------|-----------|----------|---------|
| **游戏设计师** | 留存是他们的核心KPI | 什么让玩家想"再来一局"？ | 可变奖励、进度可见性、社交证明、损失厌恶 |
| **行为经济学家** | 研究习惯形成 | 用户的默认行为是什么？ | 减少行动摩擦，增加退出摩擦 |
| **酒店经理** | 服务业留存专家 | 第一印象和最后印象是什么？ | 峰终定律：人们根据峰值时刻+结尾来判断 |
| **健身教练** | 帮助人坚持困难的事 | 如何让进步可见？ | 连续系统、里程碑、身份强化 |

---

## Synthesis: Finding Patterns | 综合：发现模式

**English:**
After applying lenses, look for:

1. **Convergence** — Multiple lenses point the same direction → Strong signal
2. **Tension** — Lenses contradict each other → Innovation opportunity
3. **Gaps** — What no lens addresses → Might need another lens
4. **Surprises** — Unexpected insights → Often the most valuable

**中文：**
应用镜头后，寻找：

1. **收敛** — 多个镜头指向相同方向 → 强信号
2. **张力** — 镜头之间矛盾 → 创新机会
3. **空白** — 没有镜头涉及的 → 可能需要另一个镜头
4. **惊喜** — 意外的洞察 → 往往最有价值

---

## When NOT to Use | 何时不用

**English:**
- **Pure technical problems** with standard solutions (e.g., "How do I sort an array?")
- **Simple decisions** that don't warrant deep analysis
- **Time-critical situations** where you need to act, not analyze
- **When you're avoiding action** — don't use thinking as procrastination

**中文：**
- **纯技术问题**，有标准答案（如"如何排序数组？"）
- **简单决策**，不值得深度分析
- **时间紧迫的情况**，需要行动而非分析
- **当你在逃避行动时** — 不要把思考当作拖延

---

## Installation | 安装

**English:**
This is a Claude Code skill. Clone to your skills directory:

```bash
git clone https://github.com/joeseesun/multi-lens-thinking.git ~/.claude/skills/multi-lens-thinking
```

**中文：**
这是一个 Claude Code 技能。克隆到你的技能目录：

```bash
git clone https://github.com/joeseesun/multi-lens-thinking.git ~/.claude/skills/multi-lens-thinking
```

---

## References | 参考资源

**English:**
- [Charlie Munger's Latticework of Mental Models](https://fs.blog/charlie-munger-mental-models/)
- [Edward de Bono's Six Thinking Hats](https://www.debonogroup.com/services/core-programs/six-thinking-hats/)
- [First Principles Thinking](https://jamesclear.com/first-principles)
- [IDEO Design Thinking](https://designthinking.ideo.com/)
- [Perspective Taking as Problem Solving (PMC)](https://pmc.ncbi.nlm.nih.gov/articles/PMC8476683/)

**中文：**
- [查理·芒格的心智模型格栅](https://fs.blog/charlie-munger-mental-models/)
- [爱德华·德博诺的六顶思考帽](https://www.debonogroup.com/services/core-programs/six-thinking-hats/)
- [第一性原理思维](https://jamesclear.com/first-principles)
- [IDEO设计思维](https://designthinking.ideo.com/)
- [视角转换作为问题解决 (PMC)](https://pmc.ncbi.nlm.nih.gov/articles/PMC8476683/)

---

## Contributing | 贡献

**English:**
Contributions welcome! Share your lens generation examples, improve documentation, or translate to other languages.

**中文：**
欢迎贡献！分享你的镜头生成示例、改进文档或翻译成其他语言。

---

## License | 许可证

MIT License — Free to use, modify, and share.

MIT 许可证 — 自由使用、修改和分享。

---

> **"The problem is people usually have trouble identifying skills and abstracting them from the place that produced them. But if you can state what the pattern is, you can start to see how to apply it elsewhere."**
>
> **"问题是人们通常很难识别技能并把它从产生它的地方抽象出来。但如果你能陈述模式是什么，你就能开始看到如何在其他地方应用它。"**

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