executing-plans
executing-plans
Use when executing an implementation plan in the current session as the implementer yourself — your human partner chose inline execution, or no subagent tool is available
derive-theoretical-resultDerive a theoretical result step-by-step from first principles or established theorems, with every step explicitly justified and special cases checked. Use when deriving a formula or theorem from first principles, proving a mathematical statement by logical deduction, re-deriving a textbook result for verification or adaptation, extending a known result to …
Independent GitHub snapshot · Automated classification · Original documentation governs
由公設、第一原理或既立之定理逐步嚴推理論結果。諸代數與邏輯步皆明釋,極限情況皆驗,終附符表。
於算前明書推導之契:
## Derivation Contract
- **Starting from**: [axioms, postulates, or established results]
- **Target**: [precise mathematical statement]
- **Domain of validity**: [restrictions and assumptions]
- **Notation**:
- [symbol]: [meaning and units]
- ...
得: 全、無歧之陳,明由何推至何,諸符先定。
敗則: 若目標結果歧,或始假不全,先明之而後行。隱假之推導不可信。
察所需工具並驗其可用:
## Mathematical Toolkit
- **Algebra**: [techniques and prerequisites]
- **Analysis**: [calculus tools and regularity conditions]
- **Symmetry**: [group theory tools]
- **Identities to invoke**: [list with precise statements]
得: 工具之單,附該問題之可用條件皆驗。
敗則: 若所需工具之先決未驗(如級數未知勻斂而逐項微),標之為缺。或證先決,或陳之為增假。
行推導,諸步皆標而釋:
[by assumption] —— 援已陳公設或假[by definition] —— 用前宣定義[by {identity name}] —— 施名恒等(如「by Jacobi identity」)[by Step N] —— 引本推導之前步[by {theorem name}] —— 援外部定理(已於第二步陳)## Derivation
**Step 1.** [Starting expression]
*Justification*: [by assumption / definition]
**Step 2.** [Result of operation on Step 1]
*Justification*: [specific reason]
...
**Checkpoint (after Step N).** Verify:
- Dimensions: [check]
- Symmetry: [check]
...
**Step M.** [Final expression = Target result]
*Justification*: [final operation] QED
得: 由始至目標之線步,邏輯無缺。各步皆獨可驗。
敗則: 若一步不由前出,推導有缺。或插缺之中間步,或識所需增假。勿以「可證之」略步,除非所略為第二步已列之熟恒等。
以已知之物理或數學驗所推之結:
極限情況:識至少三極限情況,於此結宜歸熟知者:
特值:代已知之特定參數值(如氫原子 n=1、三維結果 d=3)。
對稱察:驗結於對稱群正變換。若宜為標量,察之不變。若宜為矢量,察其變換律。
與關結一致:察所推與同理論中他知結一致(如 Ward 恒等、和律、互易關係)。
## Limiting Case Verification
| Case | Condition | Expected Result | Derived Result | Match |
|------|-----------|----------------|----------------|-------|
| [name] | [parameter limit] | [known result] | [substitution] | [Yes/No] |
| ... | ... | ... | ... | ... |
得: 諸極限與特值皆生期結。推導內部一致。
敗則: 敗之極限示推導有誤。查敗由何步首生不過極限之表而溯。常因:錯號、缺 2 或 pi 之因、錯組合係、極限序有關之步。
集終磨之推導:
## Final Result
> **Theorem/Result**: [precise statement with equation number]
## Notation Glossary
| Symbol | Meaning | Units | First appears |
|--------|---------|-------|---------------|
| [sym] | [meaning] | [units or dimensionless] | [Step N] |
| ... | ... | ... | ... |
## Assumptions
1. [Fundamental postulate 1]
2. [Technical assumption 1]
3. ...
得: 自含之文,讀者由始至終可循而不需外引,除明援之恒等與定理。
敗則: 若推導過長單文(超 ~50 步),分為引理。各引理獨推,引引理而集主結。
formulate-quantum-problem -- 由量子力學框架推結前先構之survey-theoretical-literature -- 尋同或關結之前推以為比