Fork of Javascript Function

Fork of Fork of Javascript-ArrayOfOjects-2

This example demonstrates functional JavaScript programming concepts through a simple HTML page. It shows how standard functions and arrow functions can compute mathematical operations, logging results to the browser console. The page uses vanilla JavaScript with basic CSS styling, featuring a `double()` function that multiplies inputs by 10 and a `tripple()` arrow function that calculates cubes. The code highlights syntax differences between traditional function declarations and modern arrow function expressions, with console output demonstrating their execution. No external libraries are used; it relies on native browser APIs for logging and DOM manipulation.

80% match

Function

This example demonstrates a set of JavaScript functions for basic arithmetic and variable assignment, with results logged to the browser console. It shows how arrow functions like `add` and `sub` compute sums and differences, while the `copy` and `dup` functions illustrate function aliasing. The code uses plain JavaScript without any external libraries or frameworks, embedded directly in an HTML page with a large 13em body text style. The rendering approach is entirely console-based, with no visual data output.

80% match

Fork of Arrow Function & Multiple Sentences

This example demonstrates how to define and execute a JavaScript arrow function that calculates the cube of a number. The page displays static text reading “Hello Javascript!” using CSS for styling, while the Dart-averse JavaScript code logs the result of calling the arrow function with the input 3 to the console. It relies on the native JavaScript `console.log` API and arrow function syntax, with no external libraries or data sources.

79% match

Arrow Function & Multiple Sentences

This example demonstrates a minimal web page that uses JavaScript arrow functions to compute the triple of a given number. The page consists of a single HTML file with embedded CSS styling and a script block. The arrow function `tripple` takes an input, calculates its square, then multiplies that result by the original number to return the cube. The result is logged to the browser console using `console.log()`. The page displays a static "Hello Javascript!" message using standard HTML and CSS, with no external libraries or frameworks involved.

Fork of HTML Starter

This example demonstrates a minimal HTML page that executes a JavaScript loop in the browser, printing numbers zero through four to the console. It uses plain JavaScript functions and a `for` loop to iterate, with styling applied via CSS in the document head. The page renders no visual output, but rather showcases basic scripting and file structure. The code includes an HTML script tag that references an external JavaScript file.

HHarBat

Fork of JavaScript Basics

A minimal HTML page demonstrates JavaScript syntax basics through commented-out examples and a single active function call. The page uses an SVG element and inline script, with all code commented except for a `person` function that creates and logs an object with `first` and `last` properties. The visualization shows the console output of `person('Jane', 'Doe')` using standard JavaScript object literal syntax. The file includes references to CSS and JavaScript, though the actual rendering relies solely on the SVG structure and console logging.

HHayden-V

Javascript basics

This example demonstrates JavaScript language fundamentals, including variable assignment, increments, loops, and function declarations, with output logged to the browser console. The page uses a minimal HTML structure with inline CSS to remove body margins and prevent scrolling, while a static SVG element serves as a placeholder on a blank canvas. The code explores modern syntax features such as `let`, arrow functions, and template-free function expressions, though no visualization is rendered. It relies solely on native browser APIs—`console.log` for debugging and a hardcoded `<svg>` tag—without external libraries or data sources.

Nnreinig3@gatech.edu

Javascript Variables

This example demonstrates how JavaScript variables work by calculating the sum of two numbers and logging the result to the browser console. The page presents a blank canvas with a large font size, emphasizing the code’s output rather than visual content. It uses plain JavaScript with `const` declarations, the arithmetic operator `+`, and `console.log` to display the total. The HTML and CSS structure is minimal, with no external libraries or frameworks involved.