Algorithm visualizer made with React, Material UI and P5JS.
The algorithms visualizer is an impressive tool designed for both learning and demonstrating classic algorithms through engaging animations. With a variety of algorithms and methods, it provides an interactive platform that enhances understanding of complex concepts in computer science. It caters to learners and educators alike, offering visualizations of algorithms like Dijkstra’s shortest path and Kruskal’s minimum spanning tree, along with various sorting techniques.
This application goes beyond mere static displays; it allows users to manipulate graphics in real-time, making the learning process both fun and effective. This blend of education and interactivity emerges as a compelling way for users to visualize and engage with algorithmic processes.
Interactive Graphs: Easily add or remove vertices in the graph, allowing for hands-on exploration of graph structures while preventing overcrowding for a better experience.
Edge Management: Select initial vertices to create or delete edges between them, with a simple tap to adjust edge values—perfect for practical demonstrations.
Comprehensive Algorithm Support: Visualizations include both simple and advanced algorithms like bubble sort, quick sort, and Dijkstra’s algorithm, making it suitable for various learning levels.
Real-Time Manipulation: Users can modify input arrays on-the-fly, resetting to the initial state at any time, ensuring a flexible learning environment.
Step-by-Step Linear Algebra Solutions: Interactively explore linear algebra methods, with inputs tailored to specific calculations, offering detailed explanations of how results are obtained.
Varied Algorithm Animations: Effortlessly initiate and observe animations for different algorithms—understanding complex sorting and searching processes has never been this engaging.
User-Friendly Design: The interface is designed to be intuitive, allowing users of all backgrounds to easily navigate and utilize the functionality without feeling overwhelmed.
Exploration of Concepts: The application encourages users to delve into algorithmic concepts with visual aids, fostering a deeper understanding of foundational computer science principles.
