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Fork of Label Filtering Algorithm Prototype

✓ Published0🌍 Public
GGuo Ci
Last edited Jul 30, 2024
Created on Jul 11, 2024

This visualization demonstrates a label placement algorithm for maps and scatter plots, showing city names positioned without overlapping. It projects world cities using a Natural Earth projection and renders population density as colored contours. The code uses D3 methods like `geoNaturalEarth1`, `contourDensity`, and `scaleSequential` for the map, while collision detection relies on the RBush spatial index. Labels are filtered by population threshold and hidden when their bounding boxes intersect, with data from the visionscarto-world-atlas and worldcitiesReduced datasets.

AI-generated description

A proof of concept for a label placement algorithm that can be used to add labels to maps and scatter plots.

MIT Licensed

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