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Pandas Cookbook

Pandas Cookbook - Third Edition

By : William Ayd, Matthew Harrison
4.9 (10)
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Pandas Cookbook

Pandas Cookbook

4.9 (10)
By: William Ayd, Matthew Harrison

Overview of this book

Unlock the full power of pandas 2.x with this hands-on cookbook, designed for Python developers, data analysts, and data scientists who need fast, efficient solutions for real-world data challenges. This book provides practical, ready-to-use recipes to streamline your workflow. With step-by-step guidance, you'll master data wrangling, visualization, performance optimization, and scalable data analysis using pandas’ most powerful features. From importing and merging large datasets to advanced time series analysis and SQL-like operations, this cookbook equips you with the tools to analyze, manipulate, and visualize data like a pro. Learn how to boost efficiency, optimize memory usage, and seamlessly integrate pandas with NumPy, PyArrow, and databases. This book will help you transform raw data into actionable insights with ease.
Table of Contents (14 chapters)
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12
Other Books You May Enjoy
13
Index

Plotting distributions of non-aggregated data

Visualizations can be of immense help in recognizing patterns and trends in your data. Is your data normally distributed? Does it skew left? Does it skew right? Is it multimodal? While you may be able to work out the answers to these questions, a visualization can very easily highlight these patterns for you, yielding deeper insight into your data.

In this recipe, we are going to see how easy pandas makes it to visualize the distribution of your data. Histograms are a very popular choice for plotting distributions, so we will start with them before showcasing the even more powerful Kernel Density Estimate (KDE) plot.

How to do it

Let’s create a pd.Series using 10,000 random records that are known to follow a normal distribution. NumPy can be used to easily generate this data:

np.random.seed(42)
ser = pd.Series(
    np.random.default_rng().normal(size=10_000),
    dtype=pd.Float64Dtype(),
)
ser
0       0.049174...
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