D3 map

D3 map

A world map in a natural Earth projection shows the locations of jewelry objects from Africa and Oceania, sourced from a SPARQL query against the Network Digital Heritage API. Each location appears as a circle, drawn with SVG, that animates in with a bounce effect. The code uses D3 v5’s `geoNaturalEarth1`, `geoPath`, and `transition` to render the map, while TopoJSON loads country boundaries. Data points are projected and positioned based on latitude and longitude values fetched from the endpoint.

90% match

D3 map

A D3 map visualization plots museum objects from the Netherlands Digital Heritage Network’s SPARQL endpoint onto a natural Earth projection. Animated circular images, each representing an artifact, appear at their geographic coordinates with a bouncing transition. The map uses `d3.geoNaturalEarth1`, `d3.geoPath`, and TopoJSON world-atlas data for country outlines. Data cleaning functions parse date formats and filter entries to four-digit years, while SVG transitions with `d3.easeBounce` animate the markers.

88% match

D3 map

D3 map visualizes museum object locations on a natural Earth projection, plotting over 1,500 coordinates from a SPARQL query against the Network Digital Heritage dataset. The map renders countries as goldenrod paths using `d3.geoPath` and `topojson.feature`, then animates white circles bouncing onto each location with staggered `transition.attr` delays. Built with d3.v5 and SVG, it uses `geoNaturalEarth1` for projection and fetches live JSON data from the dataset endpoint.

LLaurens

86% match

D3 map

An animated world map visualizes the geographic distribution of jewelry objects from the National Museum of World Cultures (NMVW) collection, with overlaid circles marking item locations. The example uses D3 v5 with `geoNaturalEarth1` and `geoPath` for map rendering, TopoJSON for country outlines, and fetches SPARQL query results from an external endpoint to plot coordinates. Circles animate in with a staggered delay and bounce easing, while the map itself uses SVG paths and CSS styling.

86% match

D3 map

A world map uses D3’s geoNaturalEarth1 projection and geoPath to render country boundaries as SVG paths. Data points from a SPARQL endpoint—querying museum objects and their associated locations—are plotted as animated circles that bounce into place with a staggered transition delay. The map uses TopoJSON for geographical features and d3.json for loading. Each circle’s position is computed via the projection from longitude and latitude values, with a simple bounce easing to animate the radius.

D3 map

This interactive map displays the geographical distribution of jewelry artifacts from an ethnographic collection, with animated data points that pulse onto the map via SVG transitions. Clicking a point enlarges it to reveal a thumbnail image and title, while a tooltip provides additional details. The visualization uses a SPARQL query to fetch data from a Dutch digital heritage API, which is plotted using d3.geoPath with a geoNaturalEarth1 projection and the world-atlas TopoJSON dataset. d3-tip enhances the hover interactions.

D3 map

A world map visualizes the geographic distribution of museum objects by plotting animated, bouncing dots at their recorded locations. The visualization uses a Natural Earth projection via `d3.geoNaturalEarth1` and renders country boundaries with `d3.geoPath`. Data is fetched from a SPARQL endpoint and displayed as SVG circles, with each circle transitioning from zero radius to its final size using a staggered delay and `d3.easeBounce`. The map itself comes from the TopoJSON world atlas, processed with the `topojson` library.

RRoyCsuka

D3 map

This example visualizes a world map using D3 v5 and TopoJSON, plotting museum object locations from a SPARQL query against the Netherlands Digital Heritage Network’s NMVW dataset. A natural Earth projection renders country boundaries and a black sphere, while white circles animate onto coordinates using `d3.geoPath` and `d3.easeBounce`. Each circle’s position is computed from latitude and longitude via the projection, with staggered transitions revealing the data points sequentially.

Kkimgarrard