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D3 Example

✓ Published0🌍 Public
CCurran Kelleher
Last edited Nov 20, 2015
Created on Nov 20, 2015

This example visualizes population totals for the world’s five largest countries using area-encoded circles. It shows a bubble chart where each circle’s radius scales with population, with countries positioned along an ordinal x-axis. The visualization uses D3.js version 3.5.5 to load a CSV file via `d3.csv`, apply a square-root scale for radii, and render SVG circles with an axis. The code employs `d3.scale.ordinal` and `d3.scale.sqrt` to map data, and custom tick formatting replaces "G" with "B" for billions.

AI-generated description

This visualization uses area to encode population for the largest 5 countries of the world. This is example 21 from the screencast Splitting Charts.

MIT License

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D3 Example

This stacked area chart visualizes world population changes from 1950 onward using D3.js, with data from United Nations Population Estimates. The chart maps time on the x-axis and population on the y-axis, with each country represented by a colored area layer stacked atop one another. The visualization uses an SVG rendering with a time scale for the x-axis, a linear scale for population, and a categorical color scale for countries. A legend identifies the color-coded countries, and axes include formatted labels with a custom tick formatter that converts Giga to "B" for billions. The chart is interactive in that it responds to the loaded CSV dataset, dynamically stacking areas by country and rendering population values over time. This example is part of Curran's "Splitting Charts" screencast series and is forked from prior blocks, demonstrating iterative development of data visualizations using D3.js.This example demonstrates an interactive stacked area chart visualizing world population changes over time. Built with D3.js, it renders directly to SVG, creating a clean, scalable graphic. The chart maps time (year) to the x-axis and population to the y-axis, with each country's population represented as a distinct colored layer, stacked to show the total population distribution. The visualization uses a color legend for country identification, custom axis formatting (e.g., "B" for billion), and a smooth layering approach to display population trends across multiple countries from 1950 onward. The data comes from the United Nations Population Estimates.

CCurran Kelleher
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