In this project, we have taken the Rubik’s Cube experience to a new level by merging it with the classic Snake game. This game has been reinterpreted in a two-dimensional environment where each segment of the snake is a Rubik’s Cube either solved or waiting to be solved. The essence of the game lies in the constant resolution of these cubes while the snake moves through space, consuming fruits, which are represented by additional scrambled cubes placed at a random position within the game space.

This video demonstrates the snake movement and the cube animation while the game is running.

✨ Representation of the Snake and the Fruits

• Snake Head: The snake’s head is an initially solved Rubik’s Cube. This cube acts as the main entity that guides the snake’s movement.
• Snake Tail: Each time the snake consumes a fruit, a new scrambled Rubik’s Cube is added to its tail. This tail represents the history of consumed fruits.
• Fruits: The fruits are scrambled Rubik’s Cubes scattered throughout the three-dimensional space. Once consumed, they attach to the snake’s tail, and solving them becomes part of the ongoing challenge.

📱 Game Dynamics

• Snake Movement: The snake moves through three-dimensional space following a predefined pattern. As it advances, the snake’s head resolves its own state, always remaining solved.
• Fruit Consumption: When the snake’s head comes into contact with a fruit, it attaches to the tail. The solving process of the fruit begins, and the game continues as the snake searches for the next fruit.

🏗️ Project Structure

SnakeRubik/
├── Project_108_Snake_Ubuntu/
│   ├── CSolver/src/
│   │   ├── rubik-cube-solver.hpp              #Solver Rubik
│   │   ├── rubik_cube_3basic_solver.cpp       #Solver 3 basic
│   │   └── ....
│   ├── main.cpp
│   ├── rubikCube.h      
│   ├── shapes.h      
│   ├── snake.h 
│   ├── temp_script.py
│   └── .....
├── Project_108_Windows_Snake/
│   ├── CSolver/
│   │   ├── rubik-cube-solver.hpp            
│   │   ├── rubik_cube_3basic_solver.cpp    
│   │   └── ....
│   ├── CMakeList.txt  
│   ├── main.cpp       
│   ├── rubikCube.h      
│   ├── shapes.h      
│   ├── snake.h         
│   └── ....  
├── Project_Ubuntu_Solver/
└── Project_Windows_Solver/Project_108s/      

🚀 Getting Started

Prerequisites

• OpenGL
• glad

🎥 Solver Demonstration

This video shows how the Rubik’s Cube solver works when a scrambled cube is consumed by the snake.

📧 Contact

• Email: slrv.ramosv@gmail.com
• LinkedIn: sergioramosvillena
• Phone: +51 3932416666

Made with ❤️ by Sergio Ramos and Luigi Cabrera | 2023