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Phy Content Compound

核心功能:扫描本地Markdown/TXT内容目录,提取数据、观点、轶事等6类可复用「内容原子」,打标签构建知识库;输入新主题可检索相关原子并生成创作大纲。典型场景:创作者写新内容时避免空白页,提升效率;支持按原子类型、数量筛选,输出可选JSON。基于Zettelkasten理论,纯Python无依赖,缓解创作倦怠。

phy041
phy041
热度 46.41
最近更新 2026-06-23 13:16:24
分类:创作依赖:代码执行 / 读写文件应用场景:社交媒体 / 文案创作 / 自动化脚本 / 笔记整理 ...

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add phy-content-compound
Metadata
name
Content Compound
description
Content atom library builder for social media creators. Scans a directory of your past content (markdown, text files) and extracts reusable "content atoms" — claims, data points, anecdotes, frameworks, contrarian takes, and questions. Tags each with topic keywords and source attribution. When given a new topic, retrieves the most relevant atoms from your personal library and generates a post outline. Like Zettelkasten but automated — every post you write makes the next one easier. Solves the 77% creator burnout problem by eliminating "blank page" starts. Research-backed (Zettelkasten serendipity effect, Justin Welsh 730-day content library, content atomization hub-and-spoke model). Zero external dependencies.
license
Apache-2.0
homepage
https://canlah.ai
metadata
{"author":"Canlah AI","version":"1.0.3"}
tags
["social-media","content","writing","productivity","knowledge-base","zettelkasten","content-creation","anti-burnout"]

phy-content-compound — Content Atom Library Builder

77% of social media creators report burnout. The #1 cause: starting from a blank page every time. You've already written the best version of your ideas — in past posts, comments, threads. The problem is you can't find and recombine them.

This tool scans your past content, extracts reusable "content atoms," and retrieves the most relevant ones when you need to write about a new topic. Every post you write makes the next one easier.

Quick Start

# Build atom library from your content directory
python3 ~/.claude/skills/phy-content-compound/scripts/content_compound.py ~/Desktop/content-ideas/

# Build library + query for a topic
python3 ~/.claude/skills/phy-content-compound/scripts/content_compound.py ~/posts/ --topic "developer tools"

# Query specific atom type
python3 ~/.claude/skills/phy-content-compound/scripts/content_compound.py ~/posts/ --topic "AI" --type data_point

# Get top 10 results
python3 ~/.claude/skills/phy-content-compound/scripts/content_compound.py ~/posts/ --topic "security" --top 10

# JSON output
python3 ~/.claude/skills/phy-content-compound/scripts/content_compound.py ~/posts/ --topic "growth" --format json

The 6 Atom Types

Type Icon What It Captures Detection Pattern
data_point 📊 Specific numbers, percentages, metrics Sentences with digits + units (%, $, K, M, x)
claim 💡 Strong assertions, thesis statements "The key insight is...", "Turns out...", "The reality is..."
anecdote 📖 Personal stories and experiences "I built...", "We shipped...", "Last month I..."
framework 🔧 Structured lists, step-by-step models 3+ consecutive bullet points or numbered items
contrarian 🔥 Challenges to conventional wisdom "Stop...", "Don't...", "Everyone is wrong about..."
question ❓ Thought-provoking discussion drivers Sentences ending with "?" (>25 chars)

How It Works

Your content files (.md, .txt)
    ↓
[Extract atoms] — regex-based sentence classification
    ↓
[Tag keywords] — context-window keyword extraction
    ↓
[Build library] — 6 atom types, source attribution, line numbers
    ↓
[Query topic] — keyword overlap scoring + text presence matching
    ↓
[Generate outline] — Hook (contrarian/data) → Body (claims+data+proof) → CTA (question)

Example Output

==================================================================
  phy-content-compound — Content Atom Library
==================================================================
  Files scanned  : 14
  Total atoms    : 591
==================================================================

📊  Atoms by Type:

  📊 data_point      485 atoms
  🔧 framework        90 atoms
  ❓ question           7 atoms
  📖 anecdote           4 atoms
  💡 claim              3 atoms
  🔥 contrarian         2 atoms

🔍  Top atoms for: "developer tools security"

  1. 📊 [data_point] (relevance: 5.0)
     "55 automated audit checks, maps to OWASP Agentic Top 10"
     — Source: skills-marketplace-guide.md:112

  2. 📖 [anecdote] (relevance: 3.5)
     "I spent a week mapping every platform, scanning for security"
     — Source: skills-marketplace-guide.md:7

📝  Suggested Outline for: "developer tools security"

  1. HOOK: Lead with data (55 automated audit checks...)
  2. BODY: Core argument + supporting data + personal proof
  3. CTA: Close with a genuine question

The Compounding Effect

Library Size Serendipity Writing Speed
0-50 atoms Low — still building Same as blank page
50-100 atoms Emerging — old atoms surface relevant connections 15-20% faster
100-500 atoms Strong — most new topics have 3-5 relevant atoms 30-50% faster
500+ atoms Compound — new posts are mostly recombination 50-70% faster

Based on Zettelkasten research: the "serendipity effect" kicks in at 50-100 well-connected notes.

Content Pipeline Integration

This tool is the final piece of the social media flywheel:

COMPOUND (find your best past atoms)
    → Write draft
    → HUMANIZER (remove AI signals)
    → RULES ENGINE (pre-flight platform check)
    → Post
    → FORENSICS (analyze what worked)
    → feedback into COMPOUND (grows your atom library)

Each cycle makes the next one better. The library grows, retrieval improves, writing gets faster.

Research Basis

Source Key Insight How We Use It
Zettelkasten method Atomic notes + serendipity at 50-100 notes 6 atom types, keyword linking
Justin Welsh 730-day library 5 styles × 5 topics = 75+ ideas; performance grading Engagement hint tagging
Content atomization (MarTech) Hub-and-spoke: 1 idea → dozens of derivatives Atom extraction + recombination
NLP text segmentation Regex-based sentence classification + entity extraction Atom type detection patterns

Technical Notes

  • Zero external dependencies — pure Python 3.7+ stdlib
  • Supported file types: .md, .txt (recursive scan)
  • Skips: .git/, node_modules/, __pycache__/, venv/
  • Keyword extraction: Context-window TF approach (no external NLP library)
  • Scoring: Keyword overlap × 2 + text presence × 1.5 + engagement bonus
  • Engagement hints: Inferred from filename patterns (e.g., "viral", "top", "hit")

Companion Skills

Skill Relationship
phy-content-humanizer-audit Check AI signature before publishing atom-based posts
phy-post-forensics Analyze which atom combinations drove engagement → feed back into library
phy-platform-rules-engine Pre-flight check before posting on any platform

Author

Canlah AI — Run performance marketing without breaking your brand.