Connect Four: Console Game Implementation A fully functional, two-player console application of the classic Connect Four game built using Python. This project emphasizes clean code, logical game state management, and an efficient algorithm for checking win conditions.
🔑 Key Technologies Language: Python 3 Concepts: Object-Oriented Programming (OOP), Game Logic, State Management, Input Validation Libraries: Primarily standard Python libraries (no complex external dependencies needed).
✨ Features Two-Player Console Mode: Supports standard two-player interaction using command-line inputs. Efficient Win Check: Implements an optimized algorithm to quickly verify four-in-a-row (horizontal, vertical, and both diagonal directions) after each move. Input Validation: Ensures moves are valid (e.g., column exists and is not full). Clear Board Display: Presents the game board clearly using console output.
My apologies for the confusion! Thank you for clarifying that the Connect Four game is written in Python. That's an important detail, as Python is highly valued in the industry.
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📝 README for Connect Four Game (Python) Connect Four: Console Game Implementation A fully functional, two-player console application of the classic Connect Four game built using Python. This project emphasizes clean code, logical game state management, and an efficient algorithm for checking win conditions.
🔑 Key Technologies Language: Python 3
Concepts: Object-Oriented Programming (OOP), Game Logic, State Management, Input Validation
Libraries: Primarily standard Python libraries (no complex external dependencies needed).
✨ Features Two-Player Console Mode: Supports standard two-player interaction using command-line inputs.
Efficient Win Check: Implements an optimized algorithm to quickly verify four-in-a-row (horizontal, vertical, and both diagonal directions) after each move.
Input Validation: Ensures moves are valid (e.g., column exists and is not full).
Clear Board Display: Presents the game board clearly using console output.
⚙️ Code Structure The project adheres to OOP principles and uses a modular structure to separate concerns: Board.py: Handles the physical representation and state of the game board (often using a list of lists or NumPy if you used it). Player.py: Manages player identity and piece representation. Game.py (or similar): Contains the main game loop, input handling, and coordinates the win-condition checks.