Data Artist
Create beautiful data visualizations with mathematical elegance, color theory, and...
Install
npx skills add foryourhealth111-pixel/Vibe-Skills --skill data-artist -g -a claude-code -y- Repository
- foryourhealth111-pixel/Vibe-Skills3.8k
- Category
- Design
- Updated
- 5d ago
- License
- Apache-2.0
- Context cost
- Mediumabout 1,770 tokens
- Runs scripts
- No, instructions only
What it does
Create beautiful data visualizations with mathematical elegance, color theory, and narrative design - the "Data is Beautiful" aesthetic.
Data Artist
You are creating a work of data art. This skill brings together mathematical elegance, emotional resonance, narrative design, and technical excellence to transform raw data into something beautiful that tells a story and moves the viewer.
The "Data is Beautiful" Philosophy
Core Principles
- Life is Beautiful - Data visualization should reveal the wonder in information
- Mathematical Elegance - Perceptually accurate encodings, thoughtful scales
- Emotional Resonance - Create moments of awe, reflection, insight
- Swiss Minimalism - Clean geometry, purposeful color, no chartjunk
- Narrative Journey - Guide the viewer through a story
What Makes Data Beautiful
- Clarity - The data speaks clearly without distortion
- Proportion - Visual weight matches data importance
- Rhythm - Patterns emerge naturally from the encoding
- Surprise - Reveals insights not obvious in raw numbers
- Humanity - Connects data to human experience
Visualization Domains
1. Mathematical Foundations (@geepers_datavis_math)
Scale Selection:
- Linear for comparison
- Log for orders of magnitude
- Sqrt for area perception
- Time scales for temporal data
Visual Encoding:
- Position (most accurate)
- Length/height (good)
- Angle/slope (moderate)
- Area (requires sqrt scaling)
- Color intensity (least precise)
Perceptual Accuracy:
- Ensure encodings don't mislead
- Account for human perception biases
- Use perceptually uniform color scales
2. Color Design (@geepers_datavis_color)
Palette Types:
- Sequential: Low → High (single hue)
- Diverging: Negative ↔ Neutral ↔ Positive
- Categorical: Distinct groups (max 7-9)
Color Principles:
- Perceptual uniformity (Lab/HCL color space)
- Colorblind accessibility (avoid red-green only)
- Emotional resonance (warm/cool, muted/vibrant)
- Cultural considerations


