nano-banana-pro-prompts-recommend-skill
AI skill for OpenClaw & Claude Code — recommend from 10000+ Nano Banana Pro (Gemini) image prompts. Smart search by use case, content remix, sample images.
Convert PDFs and documents to markdown, index them locally for RAG retrieval, and analyze them token-efficiently. Use when asked to: read/analyze/summarize a PDF, process a document, boof a file, extract information from papers/decks/NOFOs, or when you need to work with large documents without filling the context window. Supports batch processing and cross-document queries.
请根据来源仓库和你的 AI 工具说明安装此技能。先阅读技能文件和依赖要求,再添加到工作流。
SkillHub CLI
skillhub install chiefsegundo/boof打开来源仓库,查看说明和兼容环境后,按来源提供的命令或步骤安装。
将来源链接提供给你的 Agent,让它先读取说明、核对依赖,并向你说明将执行的安装步骤。
Local-first document processing: PDF → markdown → RAG index → token-efficient analysis.
Documents stay local. Only relevant chunks go to the LLM. Maximum knowledge absorption, minimum token burn.
bash {SKILL_DIR}/scripts/boof.sh /path/to/document.pdf
bash {SKILL_DIR}/scripts/boof.sh /path/to/document.pdf --collection my-project
qmd query "your question" -c collection-name
Boof it: Run boof.sh on a PDF. This converts it to markdown via Marker (local ML, no API) and indexes it into QMD for semantic search.
Query it: Use qmd query to retrieve only the relevant chunks. Send those chunks to the LLM — not the entire document.
Analyze it: The LLM sees focused, relevant excerpts. No wasted tokens, no lost-in-the-middle problems.
"Analyze this specific aspect of the paper" → Boof + query (cheapest, most focused)
"Summarize this entire document" → Boof, then read the markdown section by section. Summarize each section individually, then merge summaries. See advanced-usage.md.
"Compare findings across multiple papers" → Boof all papers into one collection, then query across them.
"Find where the paper discusses X" → qmd search "X" -c collection for exact match, qmd query "X" -c collection for semantic match.
Converted markdown files are saved to knowledge/boofed/ by default (override with --output-dir).
If boof.sh reports missing dependencies, see setup-guide.md for installation instructions (Marker + QMD).
MARKER_ENV — Path to marker-pdf Python venv (default: ~/.openclaw/tools/marker-env)QMD_BIN — Path to qmd binary (default: ~/.bun/bin/qmd)BOOF_OUTPUT_DIR — Default output director...这些信息来自收录时的来源分析,可能滞后;使用前请核对最新来源文件。
# Boof 🍑
Local-first document processing: PDF → markdown → RAG index → token-efficient analysis.
Documents stay local. Only relevant chunks go to the LLM. Maximum knowledge absorption, minimum token burn.
## Quick Reference
### Convert + index a document
```bash
bash {SKILL_DIR}/scripts/boof.sh /path/to/document.pdf
```
### Convert with custom collection name
```bash
bash {SKILL_DIR}/scripts/boof.sh /path/to/document.pdf --collection my-project
```
### Query indexed content
```bash
qmd query "your question" -c collection-name
```
## Core Workflow
1. **Boof it:** Run `boof.sh` on a PDF. This converts it to markdown via Marker (local ML, no API) and indexes it into QMD for semantic search.
2. **Query it:** Use `qmd query` to retrieve only the relevant chunks. Send those chunks to the LLM — not the entire document.
3. **Analyze it:** The LLM sees focused, relevant excerpts. No wasted tokens, no lost-in-the-middle problems.
## When to Use Each Approach
**"Analyze this specific aspect of the paper"** → Boof + query (cheapest, most focused)
**"Summarize this entire document"** → Boof, then read the markdown section by section. Summarize each section individually, then merge summaries. See [advanced-usage.md](references/advanced-usage.md).
**"Compare findings across multiple papers"** → Boof all papers into one collection, then query across them.
**"Find where the paper discusses X"** → `qmd search "X" -c collection` for exact match, `qmd query "X" -c collection` for semantic match.
## Output Location
Converted markdown files are saved to `knowledge/boofed/` by default (override with `--output-dir`).
## Setup
If `boof.sh` reports missing dependencies, see [setup-guide.md](references/setup-guide.md) for installation instructions (Marker + QMD).
## Environment
- `MARKER_ENV` — Path to marker-pdf Python venv (default: `~/.openclaw/tools/marker-env`)
- `QMD_BIN` — Path to qmd binary (default: `~/.bun/bin/qmd`)
- `BOOF_OUTPUT_DIR` — Default output director...AI skill for OpenClaw & Claude Code — recommend from 10000+ Nano Banana Pro (Gemini) image prompts. Smart search by use case, content remix, sample images.
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