Daily Futoshiki

About this game

Everyday 6 new different Futoshiki puzzles to solve. Fill in the grid so that in every row and column no number appears more than once. Use the inequality constraints to solve the puzzle. A Daily Futoshiki HTML game is a logic puzzle game where players are presented with a grid of cells. The goal is to fill the grid with numbers from 1 to the size of the grid, following specific inequality constraints. Key Features: Daily Puzzle: A new puzzle is generated each day. Grid: A grid of cells is presented, typically a square grid. Number Placement: Players must fill the grid with numbers from 1 to the size of the grid. Inequality Constraints: Some cells have inequality symbols (< or >) between them, indicating which number must be larger or smaller. Rules: Each row and column must contain all numbers from 1 to the size of the grid, without repetition. Hints: The game may provide hints or clues to help players solve the puzzle. Timer: A timer can be added to increase the challenge and encourage faster solving. HTML Implementation: To create a Daily Futoshiki HTML game, youll primarily use these technologies: HTML: This defines the structure of the game, including the grid of cells, input fields, and any control elements. CSS: This styles the game, determining the layout, colors, and overall appearance. JavaScript: This provides the games logic, such as: Generating new puzzle configurations. Detecting when a cell is clicked. Validating the number placement based on the inequality constraints and Sudoku-like rules. Checking if the puzzle is solved. Implementing features like hints and timers. Tracking player progress. HTML Structure: A table to represent the grid. Input fields for each cell in the grid. Display elements for the inequality constraints. CSS Styling: Define the appearance of the grid, cells, and inequality symbols. Use CSS to highlight correct and incorrect placements. JavaScript Logic: Create a data structure to store the initial puzzle configuration, including the inequality constraints. Implement functions to: Generate new puzzle configurations. Handle click events on cells. Validate the number placement. Check if the puzzle is solved. Implement features like hints and timers. Track player progress and display completion times. Additional Features: Difficulty Levels: Offer different difficulty levels by varying the size of the grid and the complexity of the inequality constraints. Multiple Puzzle Sizes: Provide puzzles of different sizes, such as 4x4, 6x6, or 9x9. Hints: Provide hints, such as highlighting a possible number or revealing a correct number. Multiplayer Mode: Allow players to compete against each other to solve the puzzle the fastest. Customization: Allow players to customize the appearance of the game, such as choosing a color scheme or font.

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