exploring-data
Scannednpx machina-cli add skill oaustegard/claude-skills/exploring-data --openclawExploring Data
Workflow
1. Check if installed (instant)
bash /mnt/skills/user/exploring-data/scripts/check_install.sh
Returns: installed or not_installed
2. Install if needed (one-time, ~19s)
if [ "$(bash check_install.sh)" = "not_installed" ]; then
bash /mnt/skills/user/exploring-data/scripts/install_ydata.sh
fi
3. Run analysis (always generates JSON + HTML by default)
bash /mnt/skills/user/exploring-data/scripts/analyze.sh <filepath> [minimal|full] [html|json]
Defaults: minimal + html (also generates JSON)
Output:
eda_report.html- Interactive report for usereda_report.json- Machine-readable for Claude analysis
4. If Claude needs to analyze (user asks "what do you think?" etc.)
python /mnt/skills/user/exploring-data/scripts/summarize_insights.py /mnt/user-data/outputs/eda_report.json
Reads: eda_report.json (comprehensive ydata output)
Writes: eda_insights_summary.md (condensed for Claude)
Outputs to stdout: Formatted markdown summary
Claude should read the stdout markdown summary, NOT the full JSON report.
Invocation Examples
# Standard workflow (user views HTML)
bash analyze.sh /mnt/user-data/uploads/data.csv
# Produces: eda_report.html + eda_report.json
# Link user to: computer:///mnt/user-data/outputs/eda_report.html
# User asks Claude to analyze
bash analyze.sh /mnt/user-data/uploads/data.csv
python summarize_insights.py /mnt/user-data/outputs/eda_report.json
# Claude reads the stdout markdown summary
# Claude can then provide analysis based on patterns/insights
# Full mode for comprehensive analysis
bash analyze.sh /mnt/user-data/uploads/data.csv full
# JSON-only output (skip HTML generation)
bash analyze.sh /mnt/user-data/uploads/data.csv minimal json
Modes
Minimal (default, 5-10s): Dataset overview, variable analysis, correlations, missing values, alerts
Full (10-20s): Everything in minimal + scatter matrices, sample data, character analysis, more visualizations
User Triggers for Full Mode
"comprehensive analysis", "detailed EDA", "full profiling", "deep analysis"
Otherwise use minimal.
Source
git clone https://github.com/oaustegard/claude-skills/blob/main/exploring-data/SKILL.mdView on GitHub Overview
Performs exploratory data analysis using ydata-profiling. It supports uploading common data formats (.csv, .xlsx, .json, .parquet) or responding to requests like 'explore data', 'analyze dataset', 'EDA', or 'profile data'. Produces an interactive HTML report and a machine-readable JSON report with statistics, visualizations, correlations, and data quality alerts.
How This Skill Works
Workflow: check installation (instant), install if needed with the provided script, then run analysis with analyze.sh <filepath> [minimal|full] [html|json]. By default it runs minimal + html and outputs eda_report.html and eda_report.json. When Claude needs a summary, run summarize_insights.py on eda_report.json to produce eda_insights_summary.md for stdout.
When to Use It
- User uploads a dataset (.csv/.xlsx/.json/.parquet) and needs a quick profile (stats, missing values, correlations).
- A user asks for 'explore data', 'analyze dataset', 'EDA', or 'profile data' to trigger a profiling session.
- You need both an interactive HTML report and a machine-readable JSON report for downstream automation.
- Data quality issues are suspected; you want automated alerts on missing values, duplicates, or outliers.
- Claude analysis is required; summarize_insights.py can condense the JSON report into a Claude-friendly markdown summary.
Quick Start
- Step 1: Ensure the skill is installed and install if needed: bash /mnt/skills/user/exploring-data/scripts/check_install.sh; if not installed, bash /mnt/skills/user/exploring-data/scripts/install_ydata.sh.
- Step 2: Run analysis with your file: bash /mnt/skills/user/exploring-data/scripts/analyze.sh <filepath> [minimal|full] [html|json].
- Step 3: Open eda_report.html (interactive) or read eda_report.json (machine-readable). Optional: run summarize_insights.py to produce a Claude-friendly summary.
Best Practices
- Start with Minimal mode to get dataset overview fast.
- Switch to Full mode when you need scatter matrices, sample data, and deeper visuals.
- Review the generated alerts to identify data quality or integrity issues.
- Ensure the file path is correct and accessible by the skill environment.
- Use the JSON output for automation or for Claude-based analyses (summarize_insights).
Example Use Cases
- Upload data.csv and run analyze.sh data.csv; review eda_report.html and eda_report.json for profiling.
- Run with full mode on a parquet dataset to get visualizations and character analyses.
- Ask Claude to summarize insights by running summarize_insights.py on eda_report.json.
- Integrate into a data pipeline by consuming eda_report.json in downstream tooling.
- Use alerts from the report to drive a data cleaning plan for missing values and outliers.