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v0 - fryad - v0 by Vercel

fryad-yaseen

@fryad

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The app is a Sudoku game designed to provide a minimal and engaging puzzle-solving experience. It allows users to play Sudoku with various difficulty levels, including beginner, easy, hard, and impossible. The app features a clean interface where users can interact with a 9x9 grid, input numbers, and utilize hints to assist in solving puzzles.

To use the app, users can select a cell in the grid to input numbers or toggle between normal and notes mode for jotting down potential values. The game includes controls for generating new puzzles, auto-solving the current puzzle, and undoing or redoing moves. Users can also access settings to customize the theme and colors of the app.

The app is built using TypeScript and React, leveraging various libraries for UI components and state management. Key technologies include Next.js for server-side rendering, Tailwind CSS for styling, and Radix UI for accessible components. The app also utilizes custom hooks for managing themes and local storage for saving user preferences.

Key features of the app include:
- A fully functional Sudoku grid with cell selection and input capabilities.
- Difficulty settings that allow users to choose the challenge level.
- Hint generation to provide assistance when users are stuck.
- Undo and redo functionality to navigate through previous moves.
- A timer to track how long it takes to complete a puzzle.
- Celebration animations upon completing a puzzle.
- Customizable themes and colors to enhance user experience.

Overall, the app aims to deliver a zen-like Sudoku experience, combining functionality with aesthetic appeal.

Simulate realistic fluid dynamics with an interactive particle-based environment where you can manipulate gravity, viscosity, and suction strength. Users can add and drag physical objects like rectangles and circles, while adjusting parameters to observe how they affect particle behavior in real-time. Experience the captivating visuals of fluid motion as you engage with up to 10,000 particles, all optimized for smooth performance.

Fluid simulation creation