Jason Davies’ page demonstrates a spherical Voronoi diagram, where seed points divide the surface of a globe into nearest-neighbor regions. It relates the visualization to circumcircles and Delaunay triangulation. The implementation notes say it uses a randomized incremental algorithm to compute the 3D convex hull of spherical points, equivalent to their spherical Delaunay triangulation, and that the project remains a work in progress.
The post title describes a maker project from someone living under SFO’s takeoff path. They built a ceiling projection-mapping setup to show planes flying over their house. No article body is available, so details such as data source, hardware, real-time tracking, software stack, or any AI involvement cannot be confirmed.
Simon Willison, the founder of the well-known open-source data analysis tool Datasette, has recently released the latest alpha version of…
Simon Willison has released the 0.1a1 early alpha version of datasette-agent-charts for his Datasette ecosystem. This plugin is designed to make it easier for…
In machine learning and AI application development, Gradio has long been the go-to tool for developers looking to quickly build web interfaces. However…
Cloud hosting and frontend platform giant Vercel announced on January 22, 2025, the acquisition of the open-source React component library Tremor. Tremor is a…
Hugging Face has announced official support for the Panel framework on its Spaces hosting platform. Previously, Spaces already supported popular tools such as…
This article is a classic case study shared on the official Vercel blog, telling the story of how developer Benjamin Tran Dinh built the viral train route…
Vercel released an update that introduces a visual upgrade to its analytics tool, Vercel Analytics, by officially incorporating "Curve Fitting" technology. In…