Search Results for "javascript grid"

This repository provides a set of hands-on CSS exercises that accompany the HTML and CSS modules in The Odin Project curriculum. The tasks are designed to be completed at specific points in the course, reinforcing each concept right after it is introduced. Learners are encouraged to use documentation and external resources freely, reflecting real-world workflows rather than rote memorization. Each exercise focuses on practical styling problems, from selectors and specificity to layout...

CSS Reference is a human-friendly, example-driven reference for CSS that focuses on how properties behave in practice rather than only listing their syntax. Each entry explains what a property does, shows concise examples, and illustrates the visual result so you can internalize concepts quickly. The reference highlights common pitfalls and “gotchas,” helping you avoid surprises when mixing layout modes like Flexbox and Grid or when dealing with overflow and positioning. It favors clarity...

CodeJo is a web app that allows users to write Python code to control a web canvas element (a pixel grid) or another graphical display element. At this time there are four display canvases available: grid (web canvas) fabric (a library that also uses a web canvas) web (also web canvas) and doc (html). New modules can be added by creating a translation layer.

PapersWP is a PHP/MySQL application for integrating Papers to Wordpres for management of assinchronic online events. Based on Papers, a Brazilian Events Manegement System used until 2006 on the FISL (international forum of free software), it allows: a) to publish in Wordpress direct from Papers, b) to present in the schedule grid links for each presentation on Wordpress, c) subscription on Papers and WP simultaneously, d) features for educational proposal, as revision of mini curriculum and...

VisualIntFactor will be an interactive educational and scientific tool demonstrating multiply, factor, conversion between unary counting and binary integers, all in the same grid of hexagons. This grid is based on pascals triangle, which is a 1d cellular automata that calculates (X choose Y) factorials by each cell being the sum of the 2 cells upleft and upright. Draw a binary integer from a cell going upright, then explore the allowed transforms which may lead you to a factored state in 2...