Simple Board Game with NumPy

Simulate a dice-based game with NumPy and randomness. Games are a fun way to learn programming—and NumPy makes them even more powerful. In this project, you will create a Simple Board Game where players roll dice, move across a board, and aim to reach the finish line. Using NumPy arrays together with Python’s random module, you’ll simulate turns, track positions, and bring game logic to life. You’ll begin by designing the board as a NumPy array, where each index represents a square. Then, you’ll write functions to simulate dice rolls, update player positions, and check for win conditions. By combining NumPy with randomness, you’ll create a dynamic experience where outcomes vary each time the game runs. As you build, you’ll also add features to make the game more engaging: multiple players competing, bonus or penalty squares, and simple rules for turns and progress. This project introduces the concept of simulation—using code to model real-world processes and randomness. By the end of this project, you will be able to: Use NumPy arrays to represent and update a game board. Apply the random module to simulate dice rolls. Write functions to handle game logic and player turns. Track progress for one or more players in real time. Understand how randomness and arrays work together in simulations. This project is not about building a complex video game—it’s about practicing NumPy with creativity. By simulating a dice-and-move board game, you’ll reinforce skills in arrays, indexing, randomness, and control flow while having fun. Each run of the game produces a different outcome, showing how code can create unpredictable yet structured results.