What problem does it solve? Choosing the right statistical plot and configuring it correctly in Python requires deep knowledge of matplotlib internals and seaborn's large API surface, slowing down exploratory data analysis and publication figure production. ## Core Features & Use Cases - Full plotting taxonomy: Covers relational, distribution, categorical, regression, and matrix plots (scatterplot, histplot, boxplot, violinplot, heatmap, pairplot, and more) with guidance on when to use each. - Two interfaces documented: Both the traditional function interface and the modern declarative seaborn.objects API, including marks, stats, moves, and scales. - Reference materials: Detailed function signatures, parameter explanations, and ready-to-adapt examples for EDA, publication figures, time series, and large datasets. - Use Case: Given a DataFrame of experimental results, generate a faceted violin plot comparing treatment groups with proper color palettes, error bars, and publication-ready styling exported at 300 DPI. ## Quick Start Use the seaborn skill to create a violin plot comparing response values across treatment groups from my experiment DataFrame.