brainstorming
Explore user intent, requirements, and design options through collaborative dialogue before implementation. Use before building new features, components, or…
Multi-agent research orchestration: split a research goal into parallel sub-goals, run each via headless `claude -p` subprocesses, aggregate results into a polished report file. Use for systematic web/document research, competitive or industry analysis, batch link/dataset
$ npx -y skills add feiskyer/claude-code-settings --skill deep-research --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
/deep-researchContext preview
The summary Claude sees to decide when to auto-load this skill.
Multi-agent research orchestration: split a research goal into parallel sub-goals, run each via headless `claude -p` subprocesses, aggregate results into a polished report file. Use for systematic web/document research, competitive or industry analysis, batch link/dataset
name: deep-research description: 'Multi-agent research orchestration: split a research goal into parallel sub-goals, run each via headless `claude -p` subprocesses, aggregate results into a polished report file. Use for systematic web/document research, competitive or industry analysis, batch link/dataset processing, and long-form evidence synthesis. Triggers: "深度调研", "deep research", "wide research", "多 Agent 调研", "系统调研".' allowed-tools: Read, Write, Edit, Bash, Glob, Grep, WebFetch, WebSearch, TodoWrite, mcp__firecrawl__firecrawl_scrape, mcp__firecrawl__firecrawl_search, mcp__firecrawl__firecrawl_map, mcp__firecrawl__firecrawl_crawl, mcp__firecrawl__firecrawl_extract, mcp__firecrawl__firecrawl_agent, mcp__exa__web_search_exa, mcp__exa__web_fetch_exa
把"深度调研"当作一个可复用、可并行的生产流程来执行:主控负责澄清目标、拆解子目标、调度子进程、聚合与精修;子进程负责采集/抽取/局部分析并输出结构化 Markdown 素材;最终交付物必须是独立成品文件而不是聊天贴文。
**关键约束(必须遵守)**
1. 从用户的高层目标推导出可并行的子目标集合(如链接清单、数据分片、模块列表、时间切片等)。 2. 为每个子目标启动独立的 `claude -p` 子进程,并为其分配合适权限(通过 `--allowedTools` 参数)。 3. 并行执行并产出子报告(自然语言 Markdown,可含小节/表格/列表);失败时输出带原因的错误说明与后续建议。 4. 用脚本按顺序聚合子输出,生成统一的基础稿。 5. 对基础稿做理智检查与**最小化修复**,然后给出最终 artefact 路径与关键发现摘要。
1) 检查是否真的是"分章节、多轮整合"产出;若只是一次性生成,退回按章节重写。 2) 评估是否足够细致;若偏单薄,先判断是"子任务素材不足"还是"统稿时压缩过度":前者驱动补充/追加调研,后者在既有素材上继续扩展润色,直至达到详细标准。
根据子目标数量选择执行路径:
| 规模 | 子目标数 | 执行方式 | 目录要求 | |------|----------|----------|----------| | **微型** | 1-2 | 主进程直接执行 | 仍需 `raw/`、`logs/`、`final_report.md` | | **小型** | 3-5 | 启动子进程,串行或少量并行 | 完整目录结构 | | **中型** | 6-15 | 并行子进程(默认 8 并发) | 完整目录结构 + 调度脚本 | | **大型** | >15 | GNU Parallel + 分批调度 | 完整目录结构 + 多阶段调度 |
**注意**:即使是微型任务,也必须: 1. 将原始搜索结果保存到 `raw/` 目录 2. 记录执行日志到 `logs/dispatcher.log` 3. 等待用户确认后再执行(除非用户明确说"直接执行")
0. **预执行规划与摸底(必做;主控亲自完成)**
1. **初始化与总体规划**
2. **子目标识别**
3. **生成调度脚本**
timeout 600 claude -p "$(cat "$prompt_file")" \
--allowedTools "Read,Write,Edit,Bash,Glob,Grep,WebFetch,WebSearch,mcp__firecrawl__firecrawl_scrape,mcp__firecrawl__firecrawl_search" \
--output-format json \
> "$output_file" 2>&14. **设计子进程 Prompt**
5. **并行执行与监控**
6. **程序化聚合(生成基础稿)**
7. **解读聚合结果并设计结构**
8. **分章精修与出稿**
给 Claude Code 加上深度调研、图片生成、GitHub 自动化等能力,配好多模型切换,开箱即用。 OpenAI Codex 的配置和自定义 prompt 请参考 feiskyer/codex-settings。
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