My bike route to UofT.

100%

My bike route to UofT.

✓ Published0🌍 Public

Last edited Nov 27, 2016

Created on Jan 18, 2015

This visualization animates a bike route to the University of Toronto on a Leaflet map with a dark CartoDB basemap. A moving marker travels along the path, which is drawn from a series of GeoJSON points containing timestamps. The code uses d3.json to load the GeoJSON and d3.geo.path with a custom Leaflet projection to convert coordinates into SVG paths, while d3.svg.line connects the points into a single route. A transition animates the marker along the line, with the path and waypoints also rendered in SVG.

AI-generated description

Inspired by Chris Whong’s Day in the Life of a NYC Taxi (http://nyctaxi.herokuapp.com/) and zev@zevross.com's Great Coffee to Great Beer (http://zevross.com/blog/2014/09/30/use-the-amazing-d3-library-to-animate-a-path-on-a-leaflet-map/).

Similar vizzes

Loading thumbnail…

Toronto Map

This example displays a vector map of Toronto using topojson data from a GitHub repository. The map is rendered as SVG paths via `d3.geoPath` and the `geoNaturalEarth1` projection, with React managing the component structure. City boundaries appear as teal strokes without fill or labels, while the `useData` hook loads and converts the TopoJSON to GeoJSON using `feature` from topojson. The visualization uses d3.v5 and React 16.9, with the mark component generating one path per feature.

SSophy Sun

69% match

Loading thumbnail…

GPS

This example visualizes GPS route data on an interactive map, showing a path of timestamped waypoints overlaid on OpenStreetMap tiles. The map centers on the route’s starting location and renders the track as a red line connecting green waypoints. Built with D3.js v5 and Leaflet, the code uses `d3.geoPath` with a custom `d3.geoTransform` to project GeoJSON coordinates into Leaflet’s layer points, while SVG elements are appended to the map’s overlay pane for animation and styling.

XXiaoyu Su

67% match

Loading thumbnail…

Many many many Points with D3 and leaflet

This visualization combines D3.js v4 and Leaflet to display a large set of points representing bike stations in Lyon. The map uses Leaflet's tile layer for the background and D3's `geoPath` and `geoTransform` to project GeoJSON station data onto the map as SVG points. Hovering over a station triggers its hover style, and the opacity of the points is determined by a station grouping property. The code loads station and trip data from JSON and CSV files, and re-renders the points on map movement.

CChmits

66% match

Loading thumbnail…

Gist eb7cd9a65aadb68945adc87e0e8c343d

This example visualizes the tram and metro network of an unnamed city using a TopoJSON topology. It shows routes as geographic paths overlaid on a map, with the data sourced from a gist by JulesBlm. The visualization uses D3.js to load and parse the TopoJSON file, then renders the network through its projection and path generation APIs, displaying the transit lines as connected arcs.

JJulesBlm

65% match

Loading thumbnail…

D3 test

This example visualizes a historical route from a GeoJSON file, displaying daily segments as dashed black polylines over a light blue graticule-filled map. The code uses D3 v5 with an SVG rendering approach and a Mercator projection configured via `d3.geoMercator()`. It loads coastline and route data with `d3.json()`, then binds the features to SVG paths using `d3.geoPath()`. The graticule is generated with `d3.geoGraticule()`. The visualization clearly shows the path’s progression across the mapped region, with each day’s travel distinguished by styling properties like stroke dasharray.

MMarin Govorcin

65% match

Loading thumbnail…

Untitled

This example displays a map of Canada loaded from a GeoJSON file and rendered as SVG paths using D3 v7. When the mouse moves over a province, the code positions an HTML tooltip div through its style attributes. The tooltip reveals the province name, sourced from the GeoJSON properties. The D3 geoPath and geoAlbers APIs handle the map projection and path generation, while province colors change via CSS :hover rules.

LLokeshBachu5

64% match

Loading thumbnail…

on me way

This line chart visualizes bicycle sales over time, with a black path connecting data points to show the trend. The plot uses D3 scales (`scaleTime`, `scaleLinear`) for axes and a React-based rendering pipeline with SVG output. Data is loaded as CSV from a gist and parsed with `d3.csv`. Axes are generated via custom React components, while the line path is drawn using the `d3.line` generator. Styling applies Poppins font and muted teal accents.

UUlbert Alain Odle

64% match

Loading thumbnail…

Bikes

Two time series lines compare daily bike counts on Montreal’s Berri and Parc streets throughout 2013, revealing seasonal patterns and distinct traffic volumes. The visualization loads two CSV files and merges their data to determine shared scale domains. Using D3 v3’s `d3.svg.line`, `d3.time.scale`, and `d3.svg.axis`, it renders steelblue and red SVG paths with hover highlighting. Data originates from Montréal’s open data portal.

AAudree

64% match