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822电子技术基础电路图与电路题分析模块。用于图片/文字电路识别、模电静态/动态分析、数电逻辑/时序分析、电路图生成、微变等效图生成，并自动衔接题型SOP和错题归因。
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Based on SOC occupation classification
Use when writing an OpenCLI adapter for a new site or adding a new command to an existing site. Guides end-to-end from first recon through field decoding, adapter coding, and verify. Replaces opencli-oneshot / opencli-explorer. For ad-hoc browser driving (no adapter), see opencli-browser instead; for a top-level orientation to opencli, see opencli-usage.
Automatically fix broken OpenCLI adapters when commands fail. Load this skill when an opencli command fails — it guides you through diagnosing the failure via OPENCLI_DIAGNOSTIC, patching the adapter, retrying, and filing an upstream GitHub issue after a verified fix. Works with any AI agent.
Use when an agent needs to drive a real Chrome window via opencli — inspect a page, fill forms, click through logged-in flows, or extract data ad-hoc. Covers the selector-first target contract, compound form fields, stale-ref handling, network capture, and the agent-native envelopes the CLI returns. Not for writing adapters — see opencli-adapter-author for that.
Use at the start of any OpenCLI session — this is the top-level map of what `opencli` can do, how to discover adapters, what flags and output formats are universal, and which specialized skill to load next. Point here when an agent asks "what can opencli do?" or "how do I find the right command?".
This skill should be used when the user asks to sync study progress with MemOS, especially `/sync 拉取` to read the latest cross-device context or `/sync 上传` to save today's learning state from local notes.
整理考研数学/专业课章节笔记，生成结构化总结文件。**触发词**："章节总结"、"整理章节"、"汇总这一章"、"章节笔记"、"数学���记总结"、"整理数学笔记"、"做一个总结"、"总结一下这一章"、"帮我总结"、"写个XX的章节总结"。功能包括：提取重要定义定理公式、保留个人理解、按章节结构组织、生成📝章节总结.md文件。**支持科目**：考研数学、数字电子技术、模拟电子技术等。
| name | kaoyan-electronics-circuit |
| description | 822电子技术基础电路图与电路题分析模块。用于图片/文字电路识别、模电静态/动态分析、数电逻辑/时序分析、电路图生成、微变等效图生成，并自动衔接题型SOP和错题归因。 |
本模块只处理“看图、识图、建模、分析”。目标不是泛泛解释电路，而是把电路题转化为 822 可作答的结构。
生成电路图时，必须先读取 references/circuit-diagram-generation.md，默认输出 Obsidian Excalidraw .md；用户明确要求教材级图时再用 circuitikz 或 SVG。
| 输入 | 处理方式 |
|---|---|
| 模电电路图 | 识别器件与偏置，先静态后动态 |
| 数电逻辑图 | 写表达式、真值表或状态关系 |
| 时序电路图 | 写驱动方程、状态方程、状态表 |
| 文字描述电路 | 先重构拓扑，再选择SOP |
| 生成电路图 | 先写结构化网表，再生成可编辑图 |
| 生成微变等效图 | 先给原图，再给等效模型和观察端 |
kaoyan-electronics-sop 的对应流程。当用户说“画一个电路图”“生成共射放大图”“画微变等效电路”等，执行：
references/circuit-diagram-generation.md。| 标签 | 场景 |
|---|---|
| circuit | 拓扑、信号流、反馈路径看错 |
| formula | 增益、状态方程、功率公式写错 |
| state | 状态转换或自启动漏检 |
| condition | 虚短虚断、工作区、饱和/截止条件误用 |
| calculation | 代数和数值计算错误 |
references/circuit-diagram-generation.md