Seaborn is a high-level Python library for creating statistical graphics, building on Matplotlib and integrating closely with Pandas data structures. It provides a dataset-oriented API to draw attractive and informative statistical plots with ease. The library is actively maintained with regular minor and major releases, currently at version 0.13.2, ensuring compatibility with evolving data science ecosystems.
pip install seabornVerified import paths — ran on the pinned version, not inferred.
This quickstart demonstrates loading a built-in dataset, applying a theme, and creating a relational scatter plot using Seaborn's high-level API. It also includes basic Matplotlib calls for customization and displaying the plot.
Consult the official `seaborn.objects` documentation for specific usage and known limitations. For simpler plots or existing code, continue using the traditional axes-level and figure-level functions.
Review code using categorical plots. To reproduce previous color behavior, explicitly assign a redundant `hue` variable (e.g., `boxplot(data, x='x', y='y', hue='x')`). If mixing categorical and numerical data on an axis, consider `native_scale=True`.
Upgrade to Python 3.8 or newer to ensure compatibility and receive future updates.
Always pass arguments like `x`, `y`, `data` using explicit keywords (e.g., `sns.scatterplot(data=df, x='col1', y='col2')` instead of `sns.scatterplot(df, 'col1', 'col2')`).
Update to Seaborn v0.13.1 or later. Ensure that data passed to Seaborn plotting functions are of appropriate (usually numerical) NumPy types, converting Pandas nullable dtypes explicitly if necessary (e.g., `.astype(float)`).
For Seaborn v0.13.0+, use `native_scale=True` in categorical plots if the categorical axis truly represents numeric or datetime data. For older versions or string categories, carefully manage axis limits and tick labels using Matplotlib to ensure alignment.
It is generally recommended to run `pip` in a virtual environment to avoid permission issues and system conflicts. To update `pip`, run `pip install --upgrade pip`. If running as root is intentional and understood, use `pip --root-user-action=ignore` to suppress the warning.
Call `sns.distplot()` directly, passing the `ax` parameter if you want to draw on a specific axes, or use the recommended `sns.histplot` or `sns.kdeplot` which support the `ax` parameter directly.
Handle `NaN` values by either filling them (e.g., `df.fillna(0)`) or using a float format string (e.g., `fmt='.1f'` or `fmt='g'`) with `annot=True`, or set `annot=False` if annotations are not strictly needed.
Replace `shade=True` with `fill=True` when calling `sns.kdeplot`.
Use the `g.fig.suptitle()` method for an overall figure title, or `g.set_titles()` to set titles for individual subplots within the `FacetGrid`.