Map of Nuclear Explosions with Data

world_map

This interactive world map visualizes the locations of nuclear explosions overlaid on a wireframe globe, rendered as an animated SVG. It uses a React wrapper around D3 v3’s `geoMercator` projection, `geoPath`, and `geoGraticule` to draw land, interiors, and graticules from TopoJSON country data. Nuclear event points, sourced from a CSV file, are positioned via the projection and appear as circles with tooltips. A sphere outline and data-driven layer highlight the geographic scatterplot design.

Ttgrex6

90% match

Map of World Happiness Data

A world map rendered in SVG displays nuclear explosion locations as small points on a Mercator projection. The visualization uses the World Atlas TopoJSON for land interiors and graticules, with the `geoPath` API to draw the map. Each data point is positioned via the `geoMercator` projection and includes a hover tooltip showing its latitude and longitude. The data comes from a CSV of nuclear explosions, loaded with the D3 `csv` function, and the entire chart is built with React and D3 v5.

Mmkt-ds

Map of Nuclear Explosions with a Color Legend and Interactions

This map visualization plots nuclear explosions by latitude and longitude using a Natural Earth projection from d3.geoNaturalEarth1 and d3.geoPath. Point size encodes yield magnitude via d3.scaleSqrt, while color represents the responsible country. Hovering any point reveals its name and coordinates in a tooltip. The color legend supports interactive filtering—hovering a legend entry dims and displays only that country’s explosions using React state and d3.scaleOrdinal. Data comes from a nuclear explosions CSV and the World Atlas TopoJSON.

Map of Nuclear Explosions with Dropdown Menus

This map shows the locations of nuclear explosions worldwide, with point size encoding explosion magnitude and color encoding the responsible country. Hovering a legend entry dims other points, and clicking a point displays details in the corner. Two dropdown menus filter explosions by purpose and deployment type. The visualization uses React with d3-geo’s `geoNaturalEarth1` and `geoPath` for map rendering, d3-scale for sizing and color, and loads data from CSV and TopoJSON sources.

Map of Nuclear Explosions with a Menu

A map of nuclear test explosions plots each detonation as a point on a Natural Earth world map, colored by category. The accompanying menu filters the displayed points by deployment purpose, such as combat or weapons development. Hovering a point reveals the device name and its coordinates. The visualization uses D3 projections with `geoNaturalEarth1`, `geoPath` for map features, and `topojson` for land and graticule geometries, while the React interface manages the dropdown state and SVG rendering.

Final Project: Map of Nuclear Explosions

This interactive world map visualizes over 2,000 nuclear explosions from the Nuclear Explosions dataset, plotting each event by latitude and longitude using d3.geoPath with a Natural Earth TopoJSON basemap. Point size encodes yield magnitude via d3.scaleSqrt, while color represents the responsible country using d3.scaleOrdinal. Users can filter deployments by purpose and type through dropdown menus, hover over the color legend to isolate countries, and click points to view details. A d3.brushX-enabled histogram below displays yearly event counts, allowing time-range selection that filters the map.

JJoker-tr

88% match

Final Project: Map of Nuclear Explosions

JJoker-tr

88% match

Map of Nuclear Explosions with Clickable Points

This map shows every nuclear explosion ever recorded, positioned by latitude and longitude on a Natural Earth world map. Each point’s size reflects the explosion’s yield, while its color indicates the responsible country. Hovering a point reveals its name, coordinates, and other details; clicking a point displays a summary in the bottom-left corner. The visualization uses React with D3 v5 utilities like `geoNaturalEarth1`, `geoPath`, `geoGraticule`, and `scaleSqrt`, and renders to SVG.