Sudoku Game Creation Documentation #Project 4

 

This document outlines the creation process for your new game, Sudoku (also commonly spelled Sudoku).

Game Concept

Sudokku is a logic-based puzzle game where the objective is to fill a 9x9 grid with digits so that each row, column, and 3x3 subgrid (also called "boxes," "blocks," or "regions") contains all of the digits from 1 to 9. The game starts with a partially completed grid, and the player must use logic and deduction to solve the puzzle.

Game Mechanics

• Grid: The game will be played on a 9x9 grid divided into nine 3x3 subgrids.
• Numbers: The digits 1 through 9 will be used to fill the grid.
• Input: Players will be able to input numbers into the empty cells of the grid.
• Validation: The game will validate each move to ensure no number is repeated in a row, column, or subgrid.
• Solving: Players will use logic and deduction to determine the correct placement of numbers throughout the grid.
• Difficulty Levels: The game can offer various difficulty levels by providing pre-filled grids with varying degrees of empty cells.
• Solving Assistance (Optional): You can consider including optional features like highlighting possible numbers for a cell or hinting at the next logical step.
• Win Condition: The game is won when all cells are filled with the correct numbers, satisfying the row, column, and subgrid constraints.

Development

• Platform: Decide on the platform for your game (mobile app, web-based, desktop application).
• Programming Language: Choose a programming language suitable for your chosen platform (e.g., Java for Android, JavaScript for web).
• Game Engine (Optional): Consider using a game engine that provides pre-built functionalities for graphics, user interface, and game mechanics.
• User Interface (UI): Design a user-friendly interface for players to interact with the game grid, input numbers, and track their progress.
• Testing: Implement a testing strategy to ensure the game functions correctly, validates moves accurately, and offers various difficulty levels.

Additional Considerations

• Visual Design: Create an appealing visual design for the game grid, numbers, and user interface.
• Sound Effects (Optional): Consider adding sound effects for user interactions and game completion.
• Saving and Loading (Optional): Allow players to save their progress and resume gameplay later.
• High Scores (Optional): Implement a high score system to track players' best completion times.

Game Link- https://sudokukushal.tiiny.site