A chess engine written in rust to determine legal moves of a specific position, paired with a react frontend to see the chessboard

Two people project, to make a chessboard in Angular

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Bishop on Chessboard - Frontend Machine Coding | HTML, CSS, JS

A full-stack real-time chessboard controlled via Arduino and WebSocket communication — built with Node.js (Express + WS) for the backend and React + Chess.js for the frontend. The system visualizes every chess move from your physical chessboard (via Arduino sensors) or manual API requests in real time — including check, checkmate detections.

NQueens- An interactive website that displays all possible ways to arrange N Queens in an N * N chessboard such that none pose a threat to another. Its a great algorithm displaying the use cases of recursion. Tech Stack - Python(Backend),Vite.js(Frontend),HTML,CSS,Javascript,Flask

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Chessboard frontend written in TypeScript

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Chessboard single page vue app for chess.com frontend test

Frontend for Chess MCP Server (Next.js + Tailwind + react-chessboard)

Vue.js chessboard app with interactive square highlighting and move log sidebar — Chess.com frontend challenge

Cloud enabled chessboard: Design and development of Full-Stack chess framework using React/Typescript Frontend with FastAPI-driven Backend.

(in-progress) The backend server for a multiplayer chess website. The frontend to this project is called 'chessboard-vue'

A modern React frontend for NodeChess, a real-time multiplayer chess application built with Vite, react-chessboard, and chess.js.

Practising my react and frontend skills by building a chessboard for personal practice and play. (might connect to an engine)

Minimax ChessAI, utilizing Flask and python-chess, for back-end and board and move validation. Chessboard.js on the frontend visualisation.

A React Checkerboard frontend for the Ravenback checkers game engine. Based off the React Chessboard Library used at ChessOpenings.co.uk.

Frontend for the LJDR Chess platform. Built with React, Vite, and Tailwind CSS. Features a fully custom chessboard, animations, and game logic.

Containerized Flask application for a chess game. It uses python-chess for the backend logic and chessboard.js with chess.js for the frontend interface.

A simple yet powerful chess engine and interface built using Flask. This project combines "chessboard.js" and "chess.js" for the frontend chessboard logic with "python-chess" for backend chess logic. The calculations are performed server-side using Python, offering precise gameplay and AI support.

This is a full-stack chess application built using the MERN stack (MongoDB, Express, React, Node.js). The frontend uses react-chessboard for the chessboard UI, while chess.js handles move validation and game logic. For AI-based moves, the backend integrates the Stockfish chess engine to provide an intelligent computer opponent.

Full-stack online chess platform based on bberkay/chess. Includes a backend built with Bun.js and WebSocket support, and a custom frontend using React and Vite with a personalized chessboard.

A repository of small scale frontend projects including blog page, grade history, arithmetic calculator, chessboard, newspaper front page, event registration form, profile page, some php related implementations and a University Department Website. Output screenshots are provided with code

This project is a 2-player chess game built using HTML, CSS, and JavaScript. It allows two players to play chess in the browser with an interactive chessboard and basic game logic, created to practice JavaScript functionality and frontend development. ♟️🚀

A web-based hostage chess game with real-time, multiplayer functionality. Features a Python server, SQLite database for state management, and an interactive frontend using HTML, JavaScript, and Chessboard.js. Implements turn-based gameplay, timers, and custom hostage chess rules for an engaging experience.

A Flask-based web chess engine that calculates the best move from a given position using Python on the backend and an interactive chessboard on the frontend. It exposes a REST API to evaluate positions using FEN input and returns move, score, and timing details.