thought-patterns

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Thought Patterns Orchestration Skill

思维模式编排技能

This skill provides access to a comprehensive library of human cognitive thinking patterns. It includes an intelligent orchestration system that selects and chains appropriate patterns based on task requirements.

本技能可访问全面的人类认知思维模式库，包含一个智能编排系统，能根据任务需求选择并串联合适的模式。

Quick Reference: When to Load Which Resource

快速参考：何时加载对应资源

Task Type	Load Resource
Debugging, troubleshooting, system analysis	`resources/foundational-patterns.md`
Logic problems, hypothesis generation, learning new concepts	`resources/reasoning-patterns.md`
Brainstorming, innovation, creative ideation	`resources/creative-patterns.md`
Learning from experience, improving processes, self-regulation	`resources/metacognitive-patterns.md`
User-centered design, constrained optimization, iteration	`resources/specialized-patterns.md`
Leveraging ADHD/autism/dyslexia cognitive strengths	`resources/neurodivergent-strengths.md`
Complex multi-pattern examples, pattern chaining	`resources/pattern-combinations.md`

任务类型	加载资源
调试、故障排除、系统分析	`resources/foundational-patterns.md`
逻辑问题、假设生成、学习新概念	`resources/reasoning-patterns.md`
头脑风暴、创新、创造性构思	`resources/creative-patterns.md`
从经验中学习、优化流程、自我调节	`resources/metacognitive-patterns.md`
以用户为中心的设计、约束优化、迭代	`resources/specialized-patterns.md`
利用ADHD/autism/dyslexia的认知优势	`resources/neurodivergent-strengths.md`
复杂多模式示例、模式串联	`resources/pattern-combinations.md`

Orchestration Protocol

编排协议

Phase 1: Task Analysis

第一阶段：任务分析

Before selecting a pattern, analyze the task:

Task Type Classification:

Analytical: Breaking down complex information, logical reasoning → Load foundational
Creative: Novel ideas, innovative solutions → Load creative
Exploratory: Investigating possibilities, understanding relationships → Load reasoning
Strategic: Planning, decision-making, optimization → Load foundational + metacognitive
Reflective: Learning from experience, examining assumptions → Load metacognitive
Explanatory: Root causes, generating hypotheses → Load reasoning
Integrative: Combining perspectives, synthesis → Load multiple resources

Complexity Indicators:

Single vs. multiple objectives
Well-defined vs. ambiguous constraints
Known vs. unknown solution space
Independent vs. interdependent components

在选择模式前，先分析任务：

任务类型分类：

分析型：拆解复杂信息、逻辑推理 → 加载基础模式
创造型：新颖想法、创新解决方案 → 加载创造型模式
探索型：调查可能性、理解关联 → 加载推理模式
战略型：规划、决策、优化 → 加载基础+元认知模式
反思型：从经验中学习、检验假设 → 加载元认知模式
解释型：根本原因、生成假设 → 加载推理模式
整合型：整合视角、综合分析 → 加载多种资源

复杂度指标：

单一目标 vs 多目标
明确约束 vs 模糊约束
已知解决方案空间 vs 未知解决方案空间
独立组件 vs 相互依赖组件

Phase 2: Pattern Selection

第二阶段：模式选择

Based on task analysis, load the appropriate resource file(s) and select patterns:

Single Pattern: When task clearly maps to one approach
Sequential Chain: When one pattern feeds into another (e.g., divergent → convergent)
Parallel Patterns: When multiple simultaneous perspectives add value
Iterative Loop: When refinement through repeated application is needed

基于任务分析结果，加载对应的资源文件并选择模式：

单一模式：当任务明确匹配某一种方法时
顺序串联：当一种模式的输出作为另一种模式的输入时（例如：发散→收敛）
并行模式：当同时从多个视角切入能提升价值时
迭代循环：当需要通过重复应用来优化结果时

Phase 3: Execution & Validation

第三阶段：执行与验证

During Execution:

Explicitly apply the selected pattern(s)
Show your work when beneficial to user understanding
Monitor whether the pattern is yielding progress
Switch patterns if current approach is ineffective

Before Responding:

Validate completeness: Did you address all aspects of the task?
Check coherence: Does the output logically follow from the thinking process?
Assess quality: Does this meet the standard the user expects?

执行过程中：

明确应用所选模式
若有助于用户理解，可展示思考过程
监控模式是否推动任务进展
若当前方法无效，切换模式

响应前：

验证完整性：是否覆盖了任务的所有方面？
检查连贯性：输出是否符合思考过程的逻辑？
评估质量：是否达到用户预期的标准？

Pattern Selection Heuristics

模式选择启发式规则

By Problem Type

按问题类型划分

Well-Defined Problems → Load

foundational-patterns.md

Sequential, Analytical, Deductive, Convergent patterns

Ill-Defined Problems → Load

creative-patterns.md

reasoning-patterns.md

Divergent, Lateral, Abductive, Design Thinking patterns

Complex Systems → Load

foundational-patterns.md

Systems Thinking, Holistic/Gestalt, Parallel Processing patterns

Creative Tasks → Load

creative-patterns.md

Divergent, Lateral, Associative, Analogical patterns

Learning/Improvement → Load

metacognitive-patterns.md

Reflective, Metacognitive, Double-Loop Learning patterns

Strategic Decisions → Load

foundational-patterns.md

reasoning-patterns.md

Big-Picture, Systems, Counterfactual, First Principles patterns

Detailed Analysis → Load

foundational-patterns.md

neurodivergent-strengths.md

Analytical, Detail-Oriented Pattern Recognition, Critical Thinking

Quick Responses → No resource load needed

System 1, Pattern Recognition, Associative

Important/Novel Decisions → Load

metacognitive-patterns.md

reasoning-patterns.md

System 2, Critical, Analytical, First Principles patterns

定义明确的问题 → 加载

foundational-patterns.md

顺序、分析、演绎、收敛模式

定义模糊的问题 → 加载

creative-patterns.md

reasoning-patterns.md

发散、横向、溯因、设计思维模式

复杂系统 → 加载

foundational-patterns.md

系统思维、整体/格式塔、并行处理模式

创造性任务 → 加载

creative-patterns.md

发散、横向、联想、类比模式

学习/提升 → 加载

metacognitive-patterns.md

反思、元认知、双环学习模式

战略决策 → 加载

foundational-patterns.md

reasoning-patterns.md

全局视角、系统思维、反事实、第一性原理模式

详细分析 → 加载

foundational-patterns.md

neurodivergent-strengths.md

分析、细节导向的模式识别、批判性思维

快速响应 → 无需加载资源

系统1思维、模式识别、联想

重要/新颖决策 → 加载

metacognitive-patterns.md

reasoning-patterns.md

系统2思维、批判性、分析、第一性原理模式

Neurodivergent Pattern Integration

Neurodivergent模式整合

Always consider whether neurodivergent patterns might enhance the solution:

ADHD patterns (Hyperfocus, Big-Picture): For engaging problems requiring sustained effort or strategic overview
Autism patterns (Detail-Oriented): For precision, consistency, pattern finding
Dyslexia patterns (Spatial/Visual): For spatial problems, visual creativity, 3D reasoning
Non-Linear Associative: For creative breakthroughs, cross-domain insights

→ Load

resources/neurodivergent-strengths.md

when these would add value

始终考虑neurodivergent模式是否能优化解决方案：

ADHD模式（超专注、全局视角）：适用于需要持续投入或战略概览的复杂问题
Autism模式（细节导向）：适用于需要精准、一致、模式识别的任务
Dyslexia模式（空间/视觉）：适用于空间问题、视觉创意、3D推理
非线性联想：适用于创造性突破、跨领域洞察

→ 当上述模式能提升价值时，加载

resources/neurodivergent-strengths.md

Common Pattern Chains

常见模式串联组合

For complex tasks requiring multiple patterns, see

resources/pattern-combinations.md

for detailed examples:

Creative Problem-Solving: Divergent → Convergent
Root Cause Analysis: Analytical → Abductive → Systems
Innovation: First Principles → Lateral → Design Thinking
Learning: Reflective → Double-Loop → Metacognitive
Comprehensive Understanding: Analytical → Gestalt → Systems
Strategic Decision: Big-Picture → Analytical → Counterfactual

对于需要多种模式的复杂任务，可查看

resources/pattern-combinations.md

获取详细示例：

创造性问题解决：发散→收敛
根本原因分析：分析→溯因→系统思维
创新：第一性原理→横向思维→设计思维
学习：反思→双环学习→元认知
全面理解：分析→格式塔→系统思维
战略决策：全局视角→分析→反事实

Resource Files Summary

资源文件汇总

resources/foundational-patterns.md

resources/foundational-patterns.md

Sequential/Linear Thinking
Analytical Thinking
Critical Thinking
Systems Thinking
Gestalt/Holistic Perception

顺序/线性思维
分析思维
批判性思维
系统思维
格式塔/整体感知

resources/reasoning-patterns.md

resources/reasoning-patterns.md

Deductive Reasoning
Inductive Reasoning
Abductive Reasoning
Analogical Reasoning
Counterfactual Reasoning
First Principles Thinking

演绎推理
归纳推理
溯因推理
类比推理
反事实推理
第一性原理思维

resources/creative-patterns.md

resources/creative-patterns.md

Divergent Thinking
Convergent Thinking
Lateral Thinking
Associative Thinking

发散思维
收敛思维
横向思维
联想思维

resources/metacognitive-patterns.md

resources/metacognitive-patterns.md

Metacognitive Thinking
Reflective Thinking
Double-Loop Learning
Triple-Loop Learning
System 1 Thinking (Fast, Intuitive)
System 2 Thinking (Slow, Analytical)

元认知思维
反思思维
双环学习
三环学习
系统1思维（快速、直觉）
系统2思维（缓慢、分析）

resources/specialized-patterns.md

resources/specialized-patterns.md

Design Thinking
Constraint-Based Thinking
Parallel Processing
Iterative Refinement

设计思维
基于约束的思维
并行处理
迭代优化

resources/neurodivergent-strengths.md

resources/neurodivergent-strengths.md

ADHD-Associated Patterns (Hyperfocus, Big-Picture)
Autism-Associated Patterns (Detail-Oriented Pattern Recognition)
Dyslexia-Associated Patterns (Spatial/Visual Thinking)
Non-Linear Associative Thinking

ADHD相关模式（超专注、全局视角）
Autism相关模式（细节导向的模式识别）
Dyslexia相关模式（空间/视觉思维）
非线性联想思维

resources/pattern-combinations.md

resources/pattern-combinations.md

Detailed examples of pattern chaining
Multi-pattern execution walkthroughs
Pattern selection decision tree

Remember: This is a tool for enhancing thinking, not a rigid prescription. Stay flexible, monitor effectiveness, and adapt as needed. Load only the resources you need for the current task.

模式串联的详细示例
多模式执行流程
模式选择决策树

注意：这是一个增强思维的工具，而非刚性规则。保持灵活性，监控效果，并根据需要调整。仅加载当前任务所需的资源。