A skill that decodes mathematical and physical formulas into intuitive, visual, and "flesh-and-blood" explanations.

• 5-Stage Decoding: Deconstructs formulas through Confusion, Intuition, Symbol Mapping, Limit Testing, and Dimension Ascension.
• Multi-Perspective: Combines the explaining styles of Richard Feynman, Grant Sanderson (3Blue1Brown), Euclid, and Bret Victor.
• Deep Understanding: Focuses on the "why" and "how" rather than just the "what".

# Find a suitable directory
cd ~/code/skills

# Clone repository
git clone git@github.com:cclank/formula-decoder-skill.git

Automatically handles path dependencies and config sync.

# 1. Install skill (run in parent directory)
openskills install ./formula-decoder-skill

# 2. Sync config to Agent
openskills sync

Standard way to integrate Skill into a Claude project.

# 1. Locate or create project skills directory
mkdir -p YourProject/.claude/skills

# 2. Copy the entire folder
cp -r formula-decoder-skill YourProject/.claude/skills/

# 3. Verify: Ensure SKILL.md exists in target directory
ls YourProject/.claude/skills/formula-decoder-skill/SKILL.md

Simply input a formula name (e.g., "Bayes' Theorem", "Entropy", "Fourier Transform") or a mathematical expression.

User:

贝叶斯定理 (Bayes' Theorem)

Formula Decoder:

(Starts Stage 1: Creating a scenario where your intuition fails...) ... (Stage 2: Visualizing probability space as areas...) ... (Stage 3: Mapping P(A|B) to the visual model...) ...

Special thanks to 李继刚 (Li Jigang) for the original prompt inspiration and structure.