learning-education

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🇺🇸

Original

English

🇨🇳

Translation

Chinese

Learning Education

学习教育

Create effective learning experiences and study materials.

打造高效的学习体验与学习资料。

Pattern Selection

模式选择

Intent	Pattern	When to Use
Concept explanation	`explain_terms`	Define and clarify terminology
Math explanation	`explain_math`	Step-by-step math concepts
Code explanation	`explain_code`	Code walkthroughs
Doc simplification	`explain_docs`	Make docs accessible
Narrative learning	`create_story_explanation`	Concept → engaging story
Coding basics	`coding_master`	Programming for beginners
Quiz creation	`create_quiz`	Practice questions by level
Flashcards	`create_flash_cards`	Q&A study cards
Reading plan	`create_reading_plan`	Structured learning path
DIY tutorial	`create_diy`	Step-by-step how-to
Evaluate learning	`analyze_answers`	Student response feedback
Lecture summary	`summarize_lecture`	Lecture key takeaways
Socratic method	`dialog_with_socrates`	Learn through questioning
Interview prep	`answer_interview_question`	Technical interview help

意图	模式	适用场景
概念讲解	`explain_terms`	定义并明确术语
数学讲解	`explain_math`	分步讲解数学概念
代码讲解	`explain_code`	代码逐步解析
文档简化	`explain_docs`	让文档更易懂
叙事式学习	`create_story_explanation`	将概念转化为引人入胜的故事
编程基础	`coding_master`	面向初学者的编程教学
测验创建	`create_quiz`	按难度生成练习题
抽认卡制作	`create_flash_cards`	问答式学习卡片
阅读计划制定	`create_reading_plan`	结构化学习路径
DIY教程制作	`create_diy`	分步操作指南
学习效果评估	`analyze_answers`	学生反馈点评
讲座总结	`summarize_lecture`	提取讲座核心要点
苏格拉底式教学	`dialog_with_socrates`	通过提问式学习
面试准备	`answer_interview_question`	技术面试辅助

Decision Flow

决策流程

User request
    │
    ├─ "explain/what is" ─┬─ code? ──→ explain_code
    │                     ├─ math? ──→ explain_math
    │                     ├─ terms/definitions? ──→ explain_terms
    │                     └─ general concept? ──→ create_story_explanation
    │
    ├─ "create study materials" ─┬─ quiz/test? ──→ create_quiz
    │                            ├─ flashcards? ──→ create_flash_cards
    │                            └─ reading plan? ──→ create_reading_plan
    │
    ├─ "tutorial/how-to" ──→ create_diy
    │
    └─ "help me understand" ──→ dialog_with_socrates

User request
    │
    ├─ "explain/what is" ─┬─ code? ──→ explain_code
    │                     ├─ math? ──→ explain_math
    │                     ├─ terms/definitions? ──→ explain_terms
    │                     └─ general concept? ──→ create_story_explanation
    │
    ├─ "create study materials" ─┬─ quiz/test? ──→ create_quiz
    │                            ├─ flashcards? ──→ create_flash_cards
    │                            └─ reading plan? ──→ create_reading_plan
    │
    ├─ "tutorial/how-to" ──→ create_diy
    │
    └─ "help me understand" ──→ dialog_with_socrates

Pattern References

模式参考

See

references/

for full patterns:

explain_terms.md
explain_math.md
create_story_explanation.md
create_quiz.md
create_flash_cards.md
create_reading_plan.md
dialog_with_socrates.md

完整模式请查看

references/

explain_terms.md
explain_math.md
create_story_explanation.md
create_quiz.md
create_flash_cards.md
create_reading_plan.md
dialog_with_socrates.md

Output Guidelines

输出指南

Match complexity to learner level (ask if unsure)
Use concrete examples before abstract principles
Build on prior knowledge
Include practice opportunities
Provide immediate feedback on exercises
Use analogies from familiar domains

根据学习者水平匹配内容复杂度（不确定时可询问）
先使用具体示例再讲解抽象原理
基于已有知识逐步拓展
包含练习机会
对练习提供即时反馈
使用熟悉领域的类比

Chaining Suggestions

链式建议

After
```
explain_terms
```
→ offer
```
create_quiz
```
to test understanding
After
```
create_reading_plan
```
→ offer to explain first topic
After
```
create_quiz
```
→ offer
```
analyze_answers
```
for submitted responses

在
```
explain_terms
```
之后 → 提供
```
create_quiz
```
以测试理解程度
在
```
create_reading_plan
```
之后 → 提供对首个主题的讲解
在
```
create_quiz
```
之后 → 提供
```
analyze_answers
```
以点评提交的答案