Skip to main content
SimilarExport ZIP
100%

test met arrondissementen

✓ Published0🌍 Public
FFrieseWoudloper
Last edited Sep 14, 2019
Created on Sep 14, 2019

This example visualizes Dutch administrative districts ("arrondissementen") as vector polygons on an SVG map. The map renders GeoJSON geometry from an external dataset (arrondissementen.json), with each district drawn as a filled path using D3 v3. The visualization focuses on the spatial layout of the arrondissementen, with district boundaries clearly delineated. The rendering highlights the geographic distribution and relative positions of these administrative areas, though it does not encode additional quantitative variables in the static view.

AI-generated description

Similar vizzes

Loading thumbnail…

arrondissementen in d3.js v3

This example visualizes Dutch administrative arrondissementen using a web Mercator projection. It shows a single combined path of the geographic boundaries, retrieved from a national georegister WFS service as GeoJSON, and renders it as an SVG path. The code uses d3.v3's `d3.geo.mercator()` for projection and `d3.geo.path()` to convert the GeoJSON features into a scalable vector graphic. A hardcoded scale parameter triggers an alert before the map is drawn, highlighting the projection’s default scale setting. The visualization focuses solely on the raw boundary shapes without additional styling or interaction.

FFrieseWoudloper
86% match
Loading thumbnail…

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.

FFrieseWoudloper
83% match
Loading thumbnail…

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.

FFrieseWoudloper
83% match
Loading thumbnail…

test met scale 150

This example displays a static map of Dutch arrondissement areas, projected using a Mercator projection at a scale of 150. It uses D3 v3 to fetch GeoJSON data from a national georegister WFS service and renders it as an SVG path. The visualization shows the geometry of CBS administrative regions for 2019, without additional styling or interaction. The code relies on `d3.geo.mercator` and `d3.geo.path` to project and draw the geographic features, while the data is loaded via `d3.json`.

FFrieseWoudloper
82% match
Loading thumbnail…

Gist d214dcd214bbefa0eeb55b6f7d209c33

This visualization shows a TopoJSON map of Dutch administrative regions, rendered as vector shapes defined by coordinate arcs. The data file, named "arrondissementsgebieden.json" (Dutch for "districts areas"), contains geospatial boundary data that is displayed as a static map. The arcs encode the outlines of the regions, and the visualization likely uses D3.js or similar to project and render these coordinates as an interactive or static choropleth-style map, though no styling or color encoding is present in the raw data. The example demonstrates how raw topological data can be parsed and displayed as a map of regional boundaries.

FFrieseWoudloper
81% match
Loading thumbnail…

arrondissementen zonder turf

This example shows a choropleth-style map of Dutch police districts (arrondissementen) from 2019, highlighting each region on hover with an orange fill and a text tooltip that reveals the district’s name. The visualization relies on the D3 v4 library, using `d3.geoMercator` for projection and `d3.geoPath` to render the GeoJSON features fetched from the Dutch national georegister WFS service. The tooltip appears near the cursor via D3’s event handling, while the SVG paths are drawn with a light gray fill and white strokes, with hover interactions triggering the color change and tooltip display.

FFrieseWoudloper
81% match
Loading thumbnail…

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.

FFrieseWoudloper
81% match
Loading thumbnail…

scale 200

This example shows a single unprojected map of Dutch arrondissement areas, rendered as a static SVG path. The visualization uses a Mercator projection with a fixed scale of 500, centering the geographic data on a 960×500 canvas. The code loads GeoJSON from a national georegistry Web Feature Service (WFS) endpoint, specifically the generalized 2019 CBS arrondissement boundaries. D3 v3’s `d3.geo.mercator()` and `d3.geo.path()` handle the projection and path generation, while the `d3.json` method fetches the remote data and appends the resulting path to the SVG container.

FFrieseWoudloper
77% match