Sorting Algorithm Visualizer

Developed an interactive algorithm visualizer that provides an immersive learning experience through real-time animated sorting algorithms. The application allows users to visually observe how different sorting algorithms process and rearrange data, making abstract computer science concepts tangible and intuitive.

Sorting algorithms are a foundational concept in computer science, yet understanding how they work purely through code or pseudocode can be abstract and difficult to grasp. Students and developers often struggle to differentiate between the behavior and efficiency of algorithms like Merge Sort, Quick Sort, and Bubble Sort without a visual frame of reference.

Built a fully interactive web application using React.js that renders sorting algorithms as animated bar charts in real time. Users can select different algorithms, adjust the array size and sorting speed, and watch as the algorithm processes each step visually—highlighting comparisons, swaps, and sorted elements with distinct colors.

Multiple Sorting Algorithms — The visualizer supports several sorting algorithms including Bubble Sort, Selection Sort, Insertion Sort, Merge Sort, and Quick Sort, allowing users to compare their behavior side by side.

Adjustable Speed and Array Size — Users can control the speed of the animation and the number of elements in the array, making it easy to observe both small-scale step-by-step execution and large-scale performance differences.

Real-Time Animation — Each algorithmic operation—comparisons, swaps, and placements—is color-coded and animated in real time, providing immediate visual feedback on how the algorithm traverses and manipulates data.

Responsive Design — The interface is built with clean CSS and responsive layouts, ensuring the visualizer works smoothly across different screen sizes and devices.

The application is built entirely in React.js with component-based architecture. Each sorting algorithm is implemented as an asynchronous function that yields control back to the UI between operations, enabling smooth animations without blocking the main thread. State management handles the array data, active comparisons, and sorted indices, while CSS transitions provide fluid visual updates.

• React.js — Component-based UI framework for building the interactive interface
• JavaScript (ES6+) — Core algorithm implementations with async/await for animation control
• CSS3 — Custom styling and transitions for the animated bar elements
• Data Structures — Array manipulation and algorithm design patterns

• Live Demo
• GitHub Repository