CLUSTER ALGORITHMS-INTERACTIVE-WEB · 38 ENTRIES · EARLIEST ENTRY 2025-04-09
Algorithm visualization educational tools
Interactive web apps that visualize algorithms, data structures, and sorting processes for computer science education, often featuring step-by-step animations and coding exercises. The cluster's dated history runs from March 2025 to June 2026 with a sporadic entry pattern—most months have a single entry, with three in April 2025 and two in June 2026—so no definitive growth shape is visible. DSA-Original leads traction with three stars on its repository, while the next most active members (CodeRecall, cyber-algo-viz) have none.
Entry timeline
ENTRY TIMELINE
Each bar is the month a member carries, which is a creation date where the source published one and a crawl date otherwise. Nothing in the index was found before 11 August 2026, and coverage broadened sharply on 14–15 August, so a bar from then on reports how much we found that month, not how much was built; an earlier bar reports how far back a member's own source dated it — not how long we have been watching.
Members by activity
Activity signals, not revenue.
Build origin · 2 ai-built · 1 hand-coded · 15 unlabelled
Operator · 5 hobby · 13 unlabelled
Two labels per entry, never collapsed into one: how it was built, and who stands behind it. Counted over the 18 listed below. Unlabelled means nothing has decided yet — not that the answer is small.
- 213D-Sorting-Algorithm-Visualizer0★8 mostaleliveai-builthobbyInteractive 3D web app that visualizes sorting algorithms step-by-step to help users understand them.
- 22CourseNode0★9 mostalelivehobbyInteractive web app that visualizes university computer science course prerequisites as a graph to help students plan their academic path.
- 23sort-spark-visual0★1 yrabandoned—ai-builthobbyInteractive sorting algorithm visualizer that animates the sorting process for educational purposes.
- 24Data Structure Visualizer0★unknownliveInteractive learning tool that visualizes algorithms and data structures to help students understand computer science concepts.
- 25AlgoVibe0★unknownliveWeb app that visualizes algorithms with interactive animations to help students learn computer science.
- 26Every ranking weight in X's algorithm, animated0★unknownlivehobbyInteractive web app that visualizes every weight in X's ranking algorithm, presented as an animated game with source line references.
- 27Algorithm visualizer0★unknownliveInteractive web app that visualizes basic algorithms in 2D to help learners understand how they work.
- 28Algorithm Visualizer0★unknownlivehand-codedWeb app that visualizes algorithms for learning purposes.
- 29Algo - Visualizer (Sorting)0★unknownliveVisualizer that animates sorting algorithms to help users understand how they work.
- 30Algorithm Visualizer0★unknownliveInteractive web application that visualizes sorting, pathfinding, and convex hull algorithms to demonstrate how they work.
- 31Recursion Tree Visualizer0★unknownliveWeb app that visualizes the recursion tree of any recursive function written in JavaScript, Python, or Go.
- 32Sorting Visualizer | hinsxd0★unknownlivehobbyWeb app that visualizes sorting algorithms to demonstrate how they work.
- 33AlGOKIDS - Interactive Algorithm Learning for Kids0★unknownliveInteractive web app that teaches kids algorithms through visualizations of sorting, pathfinding, and computational geometry with step-by-step explanations.
- 34Sorting Algorithm Visualization: Control Speed and Sorting Size0★unknownliveInteractive visualization tool for sorting and searching algorithms to aid understanding.
- 35React App0★unknownliveWeb app that visualizes sorting algorithms step by step to help users understand how they work.
- 36Sort Visualizer0★unknownliveWeb app that visualizes sorting algorithms with animated step-by-step comparisons and swaps for learners.
- 37Vivid Algorithm0★unknownliveWeb app that visualizes algorithms step by step to help people understand how they work.
- 38Cards-BubleSort-Alls0★unknownliveWeb app that visualizes bubble sort with interactive cards to teach how the sorting algorithm works.
Ranked by traction, highest first, and paged 20 at a time — this is a window on the cluster, never the whole of it. Ties are broken by a stable id so a product cannot appear on two pages or fall between them. Browse every cluster.