Siddharth

README.md

@@ -6,3 +6,68 @@
 2. Use the link https://github.com/new/import to clone your forked repo to make it private. You will work on the project by adding your own files to this private repository.
 
 
+## Roles:
+
+### Person 1: Sudoku Generator and Core Logic- COMPLETED
+
+**Specific Tasks:**
+- Implement the SudokuGenerator class in sudoku_generator.py, including:
+  - __init__ method with row_length and removed_cells parameters
+  - get_board method to return the 2D board
+  - valid_in_row, valid_in_col, and valid_in_box methods
+  - is_valid method to check if a number can be placed in a cell
+  - fill_box method to fill a 3x3 box with random numbers
+  - fill_diagonal method to fill the three diagonal boxes
+  - remove_cells method to clear the appropriate number of cells
+- Implement the generate_sudoku function outside the class
+- Write unit tests for the SudokuGenerator class methods
+
+### Person 2: User Interface and PyGame Integration
+
+**Specific Tasks:**
+- Set up the PyGame environment and create the main game window
+- Design and implement the Game Start screen with:
+  - Title
+  - Difficulty selection buttons (Easy, Medium, Hard)
+- Create the game-in-progress screen with:
+  - 9x9 Sudoku grid
+  - Reset, Restart, and Exit buttons
+- Implement the win and game over screens
+- Handle PyGame events for mouse clicks and keyboard input
+- Implement screen transitions between different game states
+
+### Person 3: Game Mechanics and User Interaction- COMPLETED
+
+**Specific Tasks:**
+- Implement the Cell class with methods:
+  - __init__ method with value, row, col, and screen parameters
+  - set_cell_value and set_sketched_value methods
+  - draw method to render the cell and its value
+- Implement the Board class with methods:
+  - __init__ method with width, height, screen, and difficulty parameters
+  - select method to mark the current cell
+  - click method to handle cell selection
+  - clear, sketch, and place_number methods for user input
+  - is_full and check_board methods to verify game state
+- Implement arrow key navigation between cells
+
+### Person 4: Main Game Loop and Integration
+
+**Specific Tasks:**
+- Develop the main game loop in sudoku.py
+- Implement difficulty selection logic with corresponding empty cell counts:
+  - Easy: 30 empty cells
+  - Medium: 40 empty cells
+  - Hard: 50 empty cells
+- Integrate SudokuGenerator with Board and Cell classes
+- Implement the reset_to_original method in the Board class
+- Create the update_board and find_empty methods in the Board class
+- Ensure proper flow between different game states (start, play, win/lose)
+- Coordinate with team members to integrate all components
+- Set up and manage the GitHub repository for the project
+
+Each team member should also contribute to:
+- Writing the project report (max 4 pages)
+- Creating the video demonstration
+- Testing and debugging the entire application
+- Providing peer feedback for team members