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jakevdp/pythondatasciencehandbook

48,150Jupyter NotebookAudience · developerComplexity · 2/5StaleLicenseSetup · easy

TLDR

A free, interactive textbook teaching data science with Python using NumPy, Pandas, Matplotlib, and Scikit-Learn through runnable Jupyter Notebooks.

Mindmap

mindmap
  root((repo))
    What it does
      Interactive textbook
      Jupyter Notebooks
      Runnable examples
    Core libraries
      NumPy arrays
      Pandas DataFrames
      Matplotlib charts
      Scikit-Learn models
    How to use
      Read online
      Clone locally
      Google Colab
      Binder instant
    Learning path
      Data loading
      Cleaning data
      Visualization
      Machine learning
    Audience
      Python beginners
      Data learners
      Practitioners

Things people build with this

USE CASE 1

Learn data science fundamentals with Python from scratch using interactive, runnable examples.

USE CASE 2

Build data pipelines: load CSV files, clean messy data, and transform it with Pandas.

USE CASE 3

Create publication-quality charts and visualizations to explore and present datasets.

USE CASE 4

Train machine learning models to classify, cluster, or predict outcomes using Scikit-Learn.

Tech stack

PythonJupyter NotebookNumPyPandasMatplotlibScikit-Learn

Getting it running

Difficulty · easy Time to first run · 5min
Code samples are freely reusable under MIT; text is under Creative Commons with non-commercial restrictions.

In plain English

The Python Data Science Handbook is a comprehensive, freely available textbook that teaches the essential tools for doing data science with Python. It covers the entire workflow from loading and cleaning data to visualizing results and building machine learning models, all using the most widely adopted Python libraries in the field. The book is organized around five core libraries. IPython and Jupyter Notebooks provide an interactive environment for experimenting with code and presenting results alongside prose and charts. NumPy introduces efficient numerical computation, particularly working with large arrays of numbers far faster than plain Python lists allow. Pandas adds a higher-level table structure called a DataFrame for loading, filtering, grouping, and transforming datasets. Matplotlib handles data visualization, from simple line charts to complex multi-panel figures. Scikit-Learn covers machine learning: building models that classify, cluster, predict, or reduce the dimensionality of data. The repository contains the full text of the book as Jupyter Notebooks, interactive documents that mix runnable code, output, explanations, and charts. You can read it on a website, run it locally by cloning the repository, or open it instantly in Google Colab or Binder without installing anything. You would use this resource when learning data science with Python for the first time, refreshing your knowledge of a particular library, or following along with practical examples that run directly in your browser. It assumes you already know basic Python; if you don't, the same author provides a separate free tutorial as a companion resource. The code samples are licensed under MIT (meaning you can freely reuse them), while the text is under Creative Commons with non-commercial restrictions. The primary language is Jupyter Notebook, and the libraries covered are all Python-based.

Copy-paste prompts

Prompt 1
Show me how to load a CSV file and explore it with Pandas using the Python Data Science Handbook examples.
Prompt 2
I want to create a scatter plot with Matplotlib to visualize relationships in my dataset, walk me through the Handbook's approach.
Prompt 3
Explain how to build a simple classification model with Scikit-Learn using the Python Data Science Handbook's workflow.
Prompt 4
How do I filter and group data by categories in Pandas? Show me the Handbook's recommended patterns.
Prompt 5
Walk me through the NumPy array operations covered in the Python Data Science Handbook for numerical computing.
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