Examples and Tutorials
This section contains Jupyter notebook examples that demonstrate the key features of pytidycensus. These notebooks are Python ports of the original tidycensus R vignettes, adapted for the Python ecosystem.
Getting Started
All examples require a free Census API key. Get one at: https://api.census.gov/data/key_signup.html
To run these notebooks locally:
pip install pytidycensus matplotlib seaborn jupyter
jupyter notebook examples/
Basic Usage
Learn the fundamentals of accessing Census data with pytidycensus:
Setting up your Census API key
Using
get_decennial()
andget_acs()
functionsUnderstanding data formats (tidy vs wide)
Working with different geographic levels
Searching for variables
Spatial Data and Mapping
Explore mapping and spatial analysis capabilities:
Retrieving Census data with geometry
Creating choropleth maps with matplotlib and geopandas
Faceted mapping for multiple variables
Working with coordinate reference systems
Spatial data visualization best practices
Margins of Error
Understanding uncertainty in American Community Survey data:
Working with estimates and margins of error
Visualizing uncertainty in data
Aggregating estimates and calculating derived margins of error
Using margin of error functions for proper statistical analysis
Other Census Datasets
Accessing additional Census datasets:
Population Estimates Program data with
get_estimates()
Migration flows analysis
Components of population change
Housing estimates and characteristics
Census Microdata
Advanced analysis with Public Use Microdata Sample (PUMS):
Understanding microdata vs. aggregated data
Working with Public Use Microdata Areas (PUMAs)
Using survey weights for proper statistical inference
Creating custom estimates from individual-level data
Additional Resources
Running Examples Online
All examples include “Open in Colab” badges for easy execution in Google Colab without local installation.
Contributing Examples
Have an interesting use case or analysis? We welcome contributions of additional examples:
Create a new Jupyter notebook following the existing format
Add descriptive markdown cells explaining the analysis
Include proper citations and data sources
Submit a pull request to the repository
For questions or suggestions about the examples, please open an issue on GitHub.
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