Randomly distributed regions

Gist dbbbf5036a38b2eb912d97805615c7f5

This visualization displays a single choropleth-style map of the Netherlands, showing generalized administrative regions for 2019. It uses a Mercator projection to render geographic boundaries as SVG paths. The code relies on D3.js v3, specifically `d3.geo.mercator` for projection and `d3.geo.path` to draw the shapes, while fetching GeoJSON data from the Dutch national geodata WFS service. The map is rendered on a 1200×500 pixel canvas with no additional styling or interaction.

79% match

Arrondissementsgebieden

This example visualizes Dutch judicial districts as interactive map shapes, highlighting each region on hover. It shows administrative boundaries sourced from a national geodata WFS service, with tooltips displaying district names. The code uses D3 v4’s `d3.geoPath` and `d3.geoMercator` projection, alongside Turf.js to rewind GeoJSON polygons for correct rendering. SVG paths change fill color on mouseover, while a custom HTML tooltip follows the cursor, all within an animated, zoomable viewport.

77% match

D3 Map Nederland

This interactive map of the Netherlands highlights individual municipalities, rendered as SVG paths and colored dark with light strokes. The visualization uses `d3.geoPath` with a Mercator projection, and `d3.zoom` enables panning and zooming. Clicking a municipality triggers a smooth transition that fills the selected region in red and zooms in on its bounds. The geographic data comes from a TopoJSON file fetched from Cartomap, and the map animates using D3 transitions.

CChubby Racoon

77% match

Gist 7a936b232f3444758c3bfc5775324231

This example shows a static map of Dutch arrondissements (districts) for 2019, rendered as a single SVG path using a Mercator projection. The code loads GeoJSON data from a national georegister Web Feature Service (WFS) endpoint via `d3.json`. It uses `d3.geo.mercator` and `d3.geo.path` to project and draw the geographic features. The visualization is minimal, displaying only the district boundaries without additional styling or interactivity.

D3 Map Nederland

This example displays an interactive map of Dutch municipalities, coloring each region in light blue with black outlines and highlighting areas in solid blue on hover. The visualization loads geographic data from a TopoJSON file and renders it as SVG paths using D3 v5 with a Mercator projection. It employs d3.json to fetch the data, d3.geoPath with geoMercator for drawing shapes, and includes d3-zoom.v2 for potential panning and scaling capabilities. The hover effect is implemented through CSS, and each municipality includes a tooltip showing its name and ID.

Mmbergevoet

Gist 3d7c0da4efc292e95700cda51537747d

This map visualizes the twelve municipalities of the Dutch province of Groningen, showing their boundaries as empty polygons with no fill. It uses a D3 v4 geoMercator projection centered on the province, with each municipality rendered as an SVG path element. The geographic data comes from the PDOK WFS service, requested as GeoJSON via d3.json. The map applies a gray stroke to outline each municipality, while intentionally leaving the polygons unfilled to emphasize the administrative borders over any thematic data.

ZONDER TURFFFFF

This example displays a static map of Dutch arrondissementsgebieden (judicial districts) for 2019, rendered as SVG paths using D3 v4. It shows the geographic boundaries of these administrative regions, projected with a Mercator projection and fitted to a 700×400 viewport. The code fetches GeoJSON data from a Dutch national geodata WFS service, then uses `d3.geoPath` and `d3.geoMercator` to draw the features. The visualization emphasizes the shape and relative location of the districts without interactive or animated elements.

stackoverflow suggestie

This visualization displays a static map of the Netherlands using geographic boundaries from the CBS national georegistry, rendered as SVG paths. It uses D3.js v3 with a Mercator projection via `d3.geo.mercator` and `d3.geo.path` to draw the region polygons. The map is loaded as GeoJSON from a WFS endpoint, and the entire graphic is generated client-side without interaction or animation.