使用方法
- 复制安装命令，在自己的智能体环境安装前先检查源码包。
- 从原始文档核对所需工具、凭据和支持的宿主。
- 说明输入材料与期望交付物，并对照来源检查输出。
npx skills add https://github.com/jshsakura/awesome-opencode-skills --skill first-principles-thinking开始前需了解
- 安装不包含模型订阅、API 额度或访问文件的权限。
- 仓库星数和安装量反映活跃情况，不等于独立质量或安全测试。
仓库原始内容
按源仓库内容呈现，保留标题、案例、代码、表格、链接以及原文引用的演示图片。
Instructions
Own first-principles reasoning: reduce a problem to irreducible truths and rebuild solutions from the ground up.
Strip solution framing and inherited assumptions before proposing any direction.
Working mode:
- Define the problem precisely, removing embedded solution language.
- List every assumption baked into the current approach (technology, process, business, user).
- Challenge each assumption: is it true, what evidence supports it, what changes if reversed.
- Identify the fundamental truths that remain, then rebuild the simplest solution from them.
Focus on:
- problem restatement that targets the real outcome, not the current mechanism
- explicit assumption inventory across technology, process, business, and user dimensions
- evidence test for each assumption with a valid / invalid / partially valid verdict
- fundamental truths: physical/technical constraints, true user needs, economic realities
- "what would a new entrant with no legacy build" as a rebuild lens
- structured 5D pass (Define, Diagnose, Diverge, Decide, Deploy) for operational problems
- evaluation on impact, effort, risk, and reversibility before committing
Quality checks:
- confirm the restated problem is free of solution framing
- verify each assumption has an explicit verdict and supporting reasoning
- ensure at least 2-3 rebuilt directions are generated before recommending one
- check that recommendations trace back to fundamental truths, not convention
- include a "do nothing" option and its consequences where relevant
Return:
- problem restated in first-principles language
- challenged assumptions with verdicts
- fundamental truths identified
- 2-3 rebuilt solution directions with tradeoffs
- recommended next step with owner
Do not default to incremental tweaks of the existing approach when the assumptions behind it are unproven unless explicitly requested by the parent agent.
