deep-think

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Original

English
🇨🇳

Translation

Chinese

Deep Think (ReAct-Plan Framework)

Deep Think (ReAct-Plan Framework)

When This Skill Activates

When This Skill Activates

Trigger when user requests deeper analysis beyond surface-level responses:
  • "帮我深入思考", "请仔细分析", "帮我详细拆解", "请梳理一下思路"
  • "深入理解", "仔细考虑", "详细分析"
Trigger when user requests deeper analysis beyond surface-level responses:
  • "Help me think deeply", "Please analyze carefully", "Help me break it down in detail", "Please organize my thoughts"
  • "Gain in-depth understanding", "Think carefully", "Analyze in detail"

Core Philosophy

Core Philosophy

Think Globally, Act Locally, Reflect Continuously
  • Explicit Planning: Create structured plan before execution
  • Dynamic Re-planning: Update plan after new insights emerge
  • Prediction: Anticipate outcomes before diving in
  • Reflection: Assess progress and update belief state
Think Globally, Act Locally, Reflect Continuously
  • Explicit Planning: Create structured plan before execution
  • Dynamic Re-planning: Update plan after new insights emerge
  • Prediction: Anticipate outcomes before diving in
  • Reflection: Assess progress and update belief state

Output Structure

Output Structure

1. Initial Planning (P0)

1. Initial Planning (P0)

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初始规划

Initial Planning

核心问题: [简述]
目标: [成功标准]
已知: [关键事实 1-3 条]
关键未知: [需要弄清 1-3 条]
计划 P0:
  1. [阶段 1: 步骤 1-2]
  2. [阶段 2: 步骤 1-2]
  3. [阶段 3: 步骤 1-2]
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Core Problem: [Brief description]
Objective: [Success criteria]
Known Information: [1-3 key facts]
Key Unknowns: [1-3 points to clarify]
Plan P0:
  1. [Phase 1: Steps 1-2]
  2. [Phase 2: Steps 1-2]
  3. [Phase 3: Steps 1-2]
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2. Iterative Deep Dives (2-4 次)

2. Iterative Deep Dives (2-4 iterations)

Keep it concise! 每个迭代聚焦一个核心维度:
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Keep it concise! Each iteration focuses on one core dimension:
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思考:[主题]

Reflection: [Topic]

问题: [当前步骤的不足或新发现的问题]
分析: [1-2 句关键分析]
新发现: [简列 1-2 条]
计划更新:
    • [子要点]

**重要原则**:
- 只显示变化的部分,不要重复整个计划
- 每个迭代 10-15 行以内
- 聚焦关键发现,避免细节堆砌
Problem: [Shortcomings of current steps or newly discovered issues]
Analysis: [1-2 key sentences of analysis]
New Findings: [List 1-2 key points concisely]
Plan Update:
  • [Phase X]: [Added/Revised Content]
    • [Sub-point]

**Key Principles**:
- Only show changed parts, do not repeat the entire plan
- Keep each iteration within 10-15 lines
- Focus on key findings, avoid overloading with details
- Limit to 2-4 iterations
- Do not repeat previous content in the final plan

3. Final Synthesis

3. Final Synthesis

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最终综合

Final Synthesis

核心发现 (3-5 条核心洞察):
  1. [发现 1]
  2. [发现 2]
最终计划:
  • 阶段 1: [步骤 1, 2] ([关键细节])
  • 阶段 2: [步骤 1, 2, 3] ([关键细节])
  • 阶段 3: [步骤 1, 2] ([关键细节])
关键成功因素 (3 条):
  • [因素 1]
  • [因素 2]
主要风险:
  • [风险 1] → [应对]
  • [风险 2] → [应对]
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Core Findings (3-5 core insights):
  1. [Finding 1]
  2. [Finding 2]
Final Plan:
  • Phase 1: [Steps 1, 2] ([Key Details])
  • Phase 2: [Steps 1, 2, 3] ([Key Details])
  • Phase 3: [Steps 1, 2] ([Key Details])
Key Success Factors (3 items):
  • [Factor 1]
  • [Factor 2]
Main Risks:
  • [Risk 1] → [Response]
  • [Risk 2] → [Response]
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Conciseness Guidelines

Conciseness Guidelines

避免这样做建议这样做
完整重复之前的计划只显示变化部分
长篇分析解释1-2 句直击要点
细节过多堆砌提炼关键信息
迭代次数过多2-4 次迭代即可
最终计划重复前文精炼总结,聚焦变化
AvoidRecommend
Repeating the entire previous planOnly show changed parts
Long-winded analysis and explanationsUse 1-2 sentences to hit the key points
Overloading with detailsExtract key information
Excessive iterationsLimit to 2-4 iterations
Repeating previous content in the final planSummarize concisely, focus on changes

Example

Example

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初始规划

Initial Planning

核心问题: 如何到达火星
目标: 安全送达火星并返回
计划 P0:
  1. 发射火箭
  2. 飞往火星
  3. 着陆火星
Core Problem: How to reach Mars
Objective: Safely deliver to Mars and return
Plan P0:
  1. Launch rocket
  2. Fly to Mars
  3. Land on Mars

思考:运载能力

Reflection: Payload Capacity

问题: "发射火箭"太笼统,未考虑载荷和燃料
分析: 地火转移需 50-100 吨载荷,单次发射无法满足
新发现: 需要轨道加油,多次发射补给燃料
计划更新:
  • 阶段 1: 增加轨道加油能力
Problem: "Launch rocket" is too vague, does not consider payload and fuel
Analysis: Earth-Mars transfer requires 50-100 tons of payload, which cannot be achieved with a single launch
New Finding: In-orbit refueling is needed, with multiple launches to supply fuel
Plan Update:
  • Phase 1: Add in-orbit refueling capability

思考:时间窗口

Reflection: Time Window

问题: 未考虑返程窗口
分析: 需在火星停留 500 天等返程窗口
新发现: 任务总时长约 3 年
计划更新:
  • 新增 阶段 4: 火星停留 (~500 天)
  • 新增 阶段 5: 返程
Problem: Return window was not considered
Analysis: Need to stay on Mars for 500 days waiting for the return window
New Finding: Total mission duration is approximately 3 years
Plan Update:
  • Add Phase 4: Mars Stay (~500 days)
  • Add Phase 5: Return Trip

思考:生存与 ISRU

Reflection: Survival and ISRU

问题: 返程燃料从哪来?
分析: 无法从地球携带,必须就地生产
新发现: 利用火星 CO₂ 生产甲烷+氧气
计划更新:
  • 阶段 2: 增加 货运先行,运送 ISRU 设备
  • 阶段 4: 增加 ISRU 生产返程燃料
Problem: Where does return fuel come from?
Analysis: Cannot carry it from Earth, must produce it locally
New Finding: Use Mars' CO₂ to produce methane + oxygen
Plan Update:
  • Phase 2: Add cargo pre-deployment to deliver ISRU equipment
  • Phase 4: Add ISRU production of return fuel

最终综合

Final Synthesis

核心发现:
  1. 轨道加油和货运先行是必需策略
  2. ISRU 就地生产燃料是返程关键
  3. 任务总时长约 3 年
最终计划:
  • 阶段 1: 技术开发 (运载+着陆+ISRU)
  • 阶段 2: 货运先行 (4 艘船预置基础设施)
  • 阶段 3: 载人发射 (轨道加油 → 地火转移 200 天)
  • 阶段 4: 火星停留 (500-800 天,生产燃料+探索)
  • 阶段 5: 返程 (200 天返回地球)
关键成功因素:
  • Starship 达到设计载荷
  • ISRU 无故障运行
  • 生命保障维持 3 年
主要风险:
  • 着陆失败 → 货运先行验证
  • ISRU 产能不足 → 增加设备,延长停留期
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Core Findings:
  1. In-orbit refueling and cargo pre-deployment are essential strategies
  2. ISRU local fuel production is key for the return trip
  3. Total mission duration is approximately 3 years
Final Plan:
  • Phase 1: Technology Development (Launch + Landing + ISRU)
  • Phase 2: Cargo Pre-deployment (4 ships to pre-position infrastructure)
  • Phase 3: Manned Launch (In-orbit refueling → 200-day Earth-Mars transfer)
  • Phase 4: Mars Stay (500-800 days, fuel production + exploration)
  • Phase 5: Return Trip (200-day return to Earth)
Key Success Factors:
  • Starship reaches designed payload
  • ISRU operates without failures
  • Life support sustains for 3 years
Main Risks:
  • Landing failure → Verify with cargo pre-deployment
  • Insufficient ISRU capacity → Add equipment and extend stay duration
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