Cars Report

Cars Report

This example renders a static text message inside an HTML page using a preformatted element. It loads car data from a local JSON array containing five vehicles with attributes like year, make, model, and price, but the displayed output simply shows the string “Hello World” via `document.getElementById().textContent`. The code uses no visualization libraries or rendering APIs; instead, it relies on basic DOM manipulation. The data source is defined in a separate module that parses the JSON string with `JSON.parse`, though the visualization itself does not yet incorporate that data.

DDanteStack

Cars Report

This example displays the make of the first car in a hardcoded JSON dataset as a large text message on a web page. The data, defined in a local `cars.js` ES6 module, contains three car records with year, make, and price fields. The visualization imports this data using the `import` statement and uses standard JavaScript DOM manipulation to set the text content of the `#message-element` HTML element. The page loads D3 version 5 from a CDN, though the visible code does not call any D3 functions.

MMartin Casey

Cars Report

This example displays a static text message, “hellow,” inside a large `<pre>` element on a centered page. It imports a hard-coded JSON array of car objects from a separate module using ES6 `import` syntax. The page loads D3 v7 from a CDN but does not use any D3 methods. Instead, the script directly sets the `textContent` property of the `message-element` to demonstrate basic DOM manipulation with plain JavaScript. The visualization relies on the exported `cars` data, though that data is not rendered or processed visually.

Eethanjones-git

Cars Report

This example displays a car report by reading imported JSON data and rendering the make of the first vehicle in large text on a dark, styled page. Using the cars module, it parses a static array of car objects and assigns the property to a DOM element’s text content via `document.getElementById`. The interface relies on plain HTML, CSS with a Google Fonts import, and ES6 module exports, though no D3 or interactive visualization is present.

KKG-Gurley

Cars Report

This example displays the make of the first car in a small JSON dataset of five vehicles, rendering it as large text on a blank page. It imports the parsed car data from the `cars.js` module, then uses `document.getElementById` and `textContent` to update the message element with the value `"Honda"`. The visualization is minimal, demonstrating ES6 module imports and basic DOM manipulation with no external libraries.

DDvdscot

Cars Report

This example demonstrates how to display a static car report in a web page. It parses an embedded JSON array of car objects, each containing year, make, model, and price, into a JavaScript array using `JSON.parse`. The code imports this data from `cars.js` and writes a simple text message to the DOM using `document.getElementById` and `textContent`. The visualization is minimal, showing only the string 'hello' in large preformatted text, with no chart or graphical rendering.

Sshaukat-abidi

Cars Report

The visualization displays a static text message, "test," centered on a dark blue background using the Ubuntu font. It imports a small JSON dataset of five cars with year, make, model, and price fields into an ES6 module, though the data itself is not visualized. The page uses a simple `document.getElementById` call to set the message element's text content. Styling is applied via CSS with a Google Fonts import, while the layout relies on a large font size for emphasis.

TTrehein

Cars Report

This example demonstrates how to load and display a small dataset of used cars. It uses `cars.js` to define and export an array of five car objects, each with a year, make, model, and price. The main `index.js` imports this data and sets the text content of an HTML element with the ID `message-element` to a simple string, “Hey there,” which replaces the initial “Hello” text. The page is styled with a large font and built using D3 v5, though the visualization itself is limited to basic DOM manipulation via `document.getElementById` and `textContent`.

Ggpfstuff