Rubik's Cube Solver using Kociemba Library This project is a Rubik's Cube solver implemented using the Kociemba algorithm library. The solver is capable of solving Rubik's Cube configurations of any size and complexity efficiently.
Kociemba Library: The Kociemba algorithm is a popular method for solving Rubik's Cubes optimally. It is known for its high performance and effectiveness in solving even the most complex cube configurations. The library provides a set of algorithms and functions specifically designed for solving Rubik's Cubes, making it a powerful tool for cube enthusiasts and developers alike.
Features: Utilizes the Kociemba algorithm library for optimal Rubik's Cube solving. Supports various cube configurations, including standard 3x3x3 cubes and larger or custom cubes. Efficient and reliable solving algorithm for both simple and complex cube states. Provides detailed solutions, including optimal move sequences to solve the cube from any configuration. Easy integration with other software projects due to its well-documented and user-friendly interface. How to Use: Clone the repository to your local machine. Install the Kociemba library (if not already installed) according to the provided documentation. Use the library functions to solve Rubik's Cube configurations programmatically. Alternatively, use the provided command-line interface or graphical user interface for interactive solving.
Contributors: Vaishnav Gonare FROM VIIT. Feel free to contribute to the project by forking the repository and submitting pull requests for enhancements, bug fixes, or additional features.