Elaborated Project Details for Python-based Tic-Tac-Toe Game

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Elaborated Project Details for Python-based Tic-Tac-Toe Game

Objective

Develop a console or Jupyter notebook-based Tic-Tac-Toe game, emphasizing collaborative development, Python programming skills, and version control.

Team Roles and Detailed Scope of Work

1. Project Manager (PM)

   • Scope:
     • Create and maintain a project plan with milestones.
     • Arrange and lead team meetings.
     • Track progress and ensure timely delivery.
   • Help Material: Guidelines on project management, Agile methodologies.

2. Lead Developer (LD)

   • Scope:
     • Develop the game logic, including the game board, player turns, and win conditions.
     • Ensure code is efficient and follows Python best practices.
   • Help Material: Python tutorials, best practices in programming.

3. Interface Designer (ID)

   • Scope:
     • Develop the user interface, managing how players interact with the game (input/output).
     • Ensure the interface is user-friendly.
   • Help Material: Python I/O tutorials, Jupyter notebook guides.

4. Quality Assurance (QA)

   • Scope:
     • Create and run test cases for the game.
     • Identify, document, and report bugs.
   • Help Material: Introduction to software testing, Python testing frameworks.

Sample Code Snippets

1. Initializing the Game Board

   import numpy as np
   
   def initialize_board():
       return np.array([[None, None, None],
                        [None, None, None],
                        [None, None, None]])

2. Displaying the Game Board

   def display_board(board):
       for row in board:
           print(" | ".join([' ' if cell is None else cell for cell in row]))
           print("---------")

3. Checking for a Win

   def check_win(board):
       # Check rows, columns, and diagonals for a win
       for i in range(3):
           if np.all(board[i, :] == board[i, 0]) and board[i, 0] is not None:
               return True
           if np.all(board[:, i] == board[0, i]) and board[0, i] is not None:
               return True
       if np.all(np.diag(board) == board[0, 0]) and board[0, 0] is not None:
           return True
       if np.all(np.diag(np.fliplr(board)) == board[0, 2]) and board[0, 2] is not None:
           return True
       return False

4. Player Turns

   def player_turn(board, player):
       # Add logic for player to place their mark (X or O) on the board
       pass

Project Phases Expanded

1. Planning (Week 1)

   • PM drafts a project timeline.
   • Team discusses and agrees on code standards and collaboration tools (e.g., GitHub).
   • Roles are assigned.

2. Development (Weeks 2-3)

   • LD develops the core game logic.
   • ID works on implementing the game interface.
   • Regular meetings to discuss progress and challenges.

3. Integration and Testing (Week 4)

   • Combine all parts of the project.
   • QA performs thorough testing, logs bugs and feedback.
   • Team addresses any issues found.

4. Presentation and Review (Week 5)

   • Each member prepares a segment of the final presentation.
   • Code review session to assess and improve the code base.
   • Final adjustments based on feedback.

Documentation and Help Material

• Project Plan: A detailed Gantt chart or a Kanban board.
• Code Documentation: Use docstrings and comments in Python.
• Final Report: An overview, challenges, and lessons learned.

Tools and Resources

• Python (3.x version)
• Jupyter Notebook
• GitHub for collaboration
• Online Python communities and forums for additional support

Conclusion

This project requires a balanced skill set, including coding, testing, interface design, and project management. The detailed scopes and sample codes provide a clear starting point, while the help material guides each team member in their learning and development journey.