Skip to main content
100%

Census Tracts - 2010 Column Descriptions

✓ Published0🌍 Public
Aandrewxhill
Last edited May 8, 2015
Created on May 8, 2015

This example displays the column descriptions for the 2010 Census Tracts demographic profile, listing fields such as sex and age, race, and Hispanic origin with their corresponding codes. It uses D3.js to render the text-based data in a structured, scrollable layout, pulling the descriptions from a GitHub-hosted text file. The visualization shows how each census data code maps to its human-readable label, making the raw dataset accessible for further analysis.

AI-generated description

Similar vizzes

Loading thumbnail…

Census Tract Quadtree Contours

This visualization uses a quadtree-based indexing technique to render U.S. Census Tract demographic data as an interactive, zoomable map. It precomputes a uniform grid of sampled values from tract polygons indexed in an R-tree, aggregates those values into a quadtree, and then renders the visible quadtree nodes as colored rectangles using Canvas. The map displays racial composition data (e.g., white, black, Asian populations) from the 2023 ACS, with countries and graticule lines from the VisionsCarto world atlas. Built with D3.js, React, and Turf, it demonstrates a performant alternative to traditional choropleth rendering for large polygon datasets.

CCurran Kelleher
67% match
Loading thumbnail…

Broken New York Census Tracts Demographics

This example shows New York State census tracts colored by their white population count using a green sequential color scale. The visualization maps demographic data from the 2018 American Community Survey API onto census tract polygons, which are rendered using `d3.geoPath` with a null projection. The code combines `d3.json` and `d3.tsv` for data loading, TopoJSON for feature extraction, and `d3.scaleSequential` with `interpolateGreens` for color encoding. However, the visualization is incomplete, as the code logs console output for hovered tracts but does not display tooltips or a legend, and the color mapping may fail due to mismatched tract IDs between the TopoJSON and ACS data sources.

CCurran Kelleher
67% match
Loading thumbnail…

Census Model

An interactive map visualizes US census demographic data by age and gender, with a console-style panel and GUI controls. The map layers population totals from census tracts, switching between data tables like populated places, alt-fuel stations, and Bigfoot reports. It uses CartoDB’s JavaScript library for map rendering, while dat.gui provides sliders for adjusting visualization parameters. A terminal-like overlay displays dynamic status messages and errors, updating as users explore different demographic breakdowns. The code references specific census column keys for population attributes, supporting interactive selection of age groups and gender categories.

Aandrewxhill
66% match
Loading thumbnail…

Census Tracts Contours with City Labels

This interactive visualization displays demographic data across New York City census tracts using colored contour layers, with orange representing the Black population and green representing the white population, overlaid with city labels. The code builds a spatial index with RBush, samples data points through turf.booleanPointInPolygon, and uses d3.contours with blur2 smoothing to generate the density regions. Orthographic projection, panning, and zooming are implemented via d3.geoPath, drag, and zoom behaviors. Census tract boundaries and demographic data come from processed government shapefiles and ACS datasets.

CCurran Kelleher
66% match
Loading thumbnail…

Census Tracts Contours with Two Variables and City Labels

This example visualizes demographic patterns across New York City census tracts as smooth, colored contour layers, with orange representing the Black population and green representing the White population. The contours are computed from a grid of sampled values using spatial indexing with RBush and point-in-polygon tests via Turf. City labels appear for municipalities above a population threshold, and the orthographic projection supports pan and zoom interactions. The visualization relies on D3’s `geoPath`, `contours`, `geoTransform`, and `scaleSequential` APIs, with data sourced from the 2023 Census Tracts and ACS demographics.

CCurran Kelleher
65% match
Loading thumbnail…

2010 Demographic Profile of US Counties

This visualization displays a detailed demographic profile of US counties from the 2010 Census. It uses a choropleth map rendered with the `d3.geoPath` and `d3.geoProjection` functions, with color encoding for population metrics. Interactive hover states reveal precise data values using `d3.select` and tooltip bindings from the `d3.brush` library. The dataset, sourced from the Census Bureau’s TIGER/Line files, includes age, gender, race, and Hispanic-origin breakdowns for each county.

NNPashaP
65% match
Loading thumbnail…

New York Census Tracts Demographics: Black, Log scale

This example visualizes the racial demographics of New York census tracts, focusing on the Black population using a sequential log color scale that maps darker oranges to higher counts. It renders an SVG map of tracts using d3.geoPath and topojson, with geographic data from a local GeoJSON file and demographic data fetched live from the American Community Survey API. The map supports zooming and panning through d3.zoom, and tract details are printed to the console on mouse hover.

CCurran Kelleher
64% match
Loading thumbnail…

Fork of WIP New York Census Tracts Demographics

This visualization displays demographic data for New York Census Tracts, coloring each tract by its white population count using a sequential green color scale. The map is rendered as an SVG using d3.geoPath, with the geographic boundaries provided by TopoJSON. Population data comes from the American Community Survey API, which is fetched asynchronously and merged with the tract geometries. Users can pan and zoom the map via d3.zoom, and hovering over a tract logs its properties to the console.

PPekka Pulli
64% match