Google

Gist 3742278

This example demonstrates a minimal web-based test harness for the Google Visualization API. It defines a data table with three axes, each containing an identifier, display text, title, and type, and renders a simple form with a submit button. When the button is clicked, the `test()` function calls `init()`, then displays the table’s JSON representation in a `div` element via `innerHTML`. The code relies on `google.load("visualization", "1")` and the `google.visualization.DataTable` class to structure the data, though no actual chart or graphical output is generated.

RRCura

YouTube

This example recreates a snapshot of the 2017 YouTube homepage, showing its dense grid of video thumbnails, sidebar navigation, and header controls. Built as a React application, it renders the interface using a mix of SVG and canvas elements, with the page layout and many interactive components driven by Polymer, as seen in the included HTML file. The visualization also incorporates the YouTube player API and search box logic, animating elements and loading data from the live site to faithfully capture the experience of browsing the platform at that time.

NN0taN3rd

Ha!

This visualization shows a blank page with a short HTML paragraph and heading, serving as a minimal test of GitHub’s gist embedding feature. The code uses no data or interactive elements, instead displaying static text rendered by the browser’s default HTML parser. It demonstrates that a gist can contain raw markup, with the heading and paragraph appearing as styled content. No JavaScript libraries or APIs are involved, and the rendering relies solely on standard HTML structure. The example confirms that gists support basic formatting without requiring external assets or scripts.

Aadamnieman

Google Hurdles

This example animates a Google Doodle as a hurdles-style race, where the logo repeatedly leaps and lands in a rhythmic loop. The visualization is driven entirely by synthetic keyboard events, which the code dispatches to the document’s `hplogo` element via the standard DOM `Event` API. A `setInterval` triggers left- and right-arrow keydown, keypress, and keyup events every 10 milliseconds, simulating a rapid jogging motion. The rendering is purely DOM-based, relying on the browser’s built-in event handling to animate the logo, with no external visualization library such as D3 or Canvas.

Mmbostock

Gist 320917

This example demonstrates how to extract search result titles from Google using a simple Ruby script. It shows the top web page titles returned for the query “tenderlove,” printing each one to the console. The code uses Nokogiri to parse the HTML fetched via open-uri, selecting anchor elements with the class “l” inside heading tags. The script relies on Nokogiri’s `xpath` method and the `content` accessor to retrieve the visible text of each link, with no additional visualization or styling applied.

Aabernier

Gist 121d4ca177a743cfedfd

This example uses Google's Visualization API to render an area chart tracking the number of Google search results for the term "data" from 2002 to 2012. The code loads the `corechart` package, creates a `DataTable` with year and result-count columns, and draws the chart inside a `<div>` with a smooth `curveType: "function"`. It sets custom styling for title, axes, and colors, and handles window resizing via `$(window).smartresize()` to redraw the chart responsively. The data is hardcoded in the script, with values rising from 7.39 million to 470 million results.

DDStruths

Gist 669840e74e5d863f3867c2946eb31ece

This example uses a headless Chrome setup, orchestrated through a Dockerfile, to render a dynamic web visualization. It shows an animated, interactive scene that likely involves geographic or force-directed elements, as the environment installs Chrome and chromedriver for automated screenshotting or streaming. The Python-based driver, running via `main.py`, relies on Selenium to control the browser and capture frames, while the underlying page would use D3.js’s `d3.forceSimulation` for physics-based layout and `d3.geoPath` for map projections if applicable. The setup explicitly avoids displaying a static image; instead, it captures live rendering from the Canvas or SVG, though the exact output is not visible in the code.

CConorAspell

Gist c86708ff5e888a2614ba904d56ada9d5

This example displays a minimal HTML page with a single heading that reads “Hello, world.” It uses plain HTML to render the text in a browser, with no external libraries or data sources. The visualization consists solely of static, unformatted content, demonstrating the simplest possible web page structure. The code does not include any interactive or dynamic elements, serving purely as a barebones starter template.

PPeleke