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Tetris, but rebuilt entirely with v0! Play the classic game with the iconic music in the background

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Simple working kids memory match game.

Kids Memory Game

Prompting Is All You Need

Prompting Is All You Need

Play the classic game of 2048 recreated in v0. Use the arrow keys to slide tiles in any direction and combine matching tiles until you reach 2048—or go beyond for an even higher score!

Drone Swarm Simulation

Drone Swarm Simulation

Flappy Bird, but rebuilt entirely with v0! The same addictive game we had growing up. Click space to flap, dodge the pipes, and hear those iconic flapping sounds as you try to beat your high score.

An interactive digital artwork where users smudge, blend, and reshape colors with touch or mouse movements. As time passes, colors gradually shift, evolving into new palettes—blue fades into orange, orange into a third hue, creating an endless, fluid transformation. A mesmerizing, ever-changing canvas of motion and color. 🎨✨

Evolving Smudge Canvas

$Bubble Bloom is a mesmerizing, physics-driven digital art experience where lightweight, iridescent bubbles emerge with a simple tap, fusing into intricate, coral-like structures. As players interact, clusters form, stretch, and drift apart, creating an endless, floating dance of organic motion. • Tap to release glowing, translucent bubbles. • Swipe to shift gravity, watching formations stretch and morph. • Overload clusters to make them collapse into a smooth, liquid-like regeneration. • Watch light refract through the bubbles, shifting between cool blues, deep purples, and warm sunset hues.$

It's a normal and simple Tetris game.

We're Snow Back

We're Snow Back

This application is a browser-based game called "TANKS!" inspired by the Wii classic tank battle game. It allows players to control tanks, navigate through various levels, and engage in combat against enemy tanks while avoiding obstacles.

To use the app, players can control their tank using either keyboard arrow keys (or touch controls on mobile devices, still in development). The keyboard controls include the arrow keys for movement and the spacebar to fire.

The game features multiple levels, each with unique layouts and increasing difficulty, requiring players to adapt their strategies as they progress.

The app is built using modern web technologies, including TypeScript and React for the frontend, and utilizes the HTML5 Canvas API for rendering graphics. It also incorporates hooks for managing keyboard and mobile controls, as well as sound effects generated through the Web Audio API. The game state is managed through a custom game engine that handles updates, rendering, and collision detection.

Key features of the app include:
- Multiple tank types with distinct abilities and characteristics.
- A variety of enemy tanks that increase in complexity and challenge as the player progresses through levels.
- Dynamic sound effects that enhance the gaming experience, including tank movements, explosions, and user interface interactions.
- Touch controls for mobile users, ensuring accessibility across devices.
- A pause feature that allows players to take breaks during gameplay.
- A level system with unique layouts, obstacles, and enemy placements, providing a fresh experience with each playthrough.

Overall, "TANKS!" offers an engaging and interactive gaming experience that combines strategy, skill, and quick reflexes.

First Person Starter

First Person Starter

OleyArcade is a web application that offers a collection of family-built, AI-powered games designed to challenge users' minds and spark their imaginations. The app features a variety of games, each with unique gameplay mechanics and themes, such as "WordIsles," "Emoji Grid," "CatMazes," and "Break the Ice." Users can explore these games through an engaging interface that highlights each game's title, short description, and a link to play.

To use the app, users can navigate through the homepage, which includes a hero section that introduces OleyArcade and a grid layout displaying the available games. Each game card provides a screenshot, a brief description, and a button to play the game. The app is designed to be visually appealing, with animations and a responsive layout that adapts to different screen sizes.

The application is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. The Monaco Editor is integrated for any code editing features, allowing for a rich text editing experience. The app also utilizes Vercel for deployment, ensuring fast load times and scalability.

Key features of OleyArcade include:
- A collection of AI-powered games that are family-friendly and engaging.
- A visually appealing design with animations and responsive layouts.
- Game cards that provide essential information and direct links to play.
- Integration of the Monaco Editor for enhanced code editing capabilities.
- A dark mode theme that can be toggled based on user preferences.

Overall, OleyArcade aims to provide a fun and interactive platform for users to enjoy games while fostering creativity and strategic thinking.

Real-time physics-based sandpainter with built-in earthquake

Real-time sand painter

The app is a web-based game titled "Loke I Jörn," where players navigate through a village, collecting beers and bags while avoiding various obstacles. The game is designed to be engaging and interactive, providing a fun experience for users of all ages.

To use the app, players start by clicking the "Start Game" button on the main screen. Once the game begins, they control a character that can move left, right, jump, and duck using keyboard controls or on-screen buttons for mobile devices. The objective is to collect as many items as possible while avoiding obstacles that appear randomly on the screen. The game tracks the player's score, beer count, and bag count, displaying this information prominently during gameplay.

The app is built using TypeScript and React, leveraging modern web technologies to create a responsive and dynamic user interface. Key features include:

- A visually appealing game environment with a gradient background and animated character movements.
- Various collectible items (beers and bags) that players can gather to increase their score.
- Different types of obstacles (rocks, fences, trees, and cows) that players must avoid to prevent game over.
- A mobile-friendly design that adapts to different screen sizes, providing touch controls for mobile users.
- Real-time score tracking and game state management, including idle, playing, and game over states.
- Collision detection to manage interactions between the character, collectibles, and obstacles.

Overall, "Loke I Jörn" offers an engaging gaming experience that combines simple mechanics with increasing difficulty, making it suitable for casual gamers looking for a fun challenge.

Next.js infinite runner

This application is a two-player pong game titled "PING VS PONG," designed with a retro aesthetic. The game allows two players to control their paddles and compete against each other, with the objective of scoring points by preventing their ball from going out of bounds. The first player to reach 10 points wins the game.

To use the app, players start by setting up their profiles, including their names and paddle colors. They can also customize the controls for moving their paddles left and right. Once the setup is complete, players can start the game, where they will see their scores and the game canvas displaying the action. The game features a countdown before each round and provides visual feedback through glowing effects and scanlines, enhancing the retro feel.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. The game logic is implemented in JavaScript, utilizing the HTML5 canvas for rendering the game graphics. The application also employs hooks for managing state and effects, ensuring a responsive and interactive experience.

Key features of the app include:
- Customizable player profiles with name and color selection.
- Adjustable ball speed for varying game difficulty.
- Real-time score tracking and display.
- A visually appealing retro design with animations and effects.
- Responsive layout that adapts to different screen sizes.
- A countdown timer before each round starts, adding to the excitement.

Overall, "PING VS PONG" combines nostalgic design with engaging gameplay, making it a fun experience for players looking to relive classic arcade action.

Emoji Memory Match

Emoji Memory Match

This application is a web-based chess game that allows users to play chess against another player in real-time. The app features a fully interactive chessboard where players can select and move pieces according to the rules of chess. The game tracks the current player's turn, displays the game status, and maintains a history of moves made during the game.

To use the app, users simply click on the chess pieces to select them and then click on valid squares to move them. The app highlights valid moves for the selected piece, and players can reset the game at any time using the provided controls. The game also indicates when a player is in check, checkmate, or stalemate.

The application is built using TypeScript and React, leveraging modern web technologies to create a responsive and interactive user interface. Key components include a chessboard, game controls, and game information displays, all of which are designed to provide a seamless user experience.

Key features of the app include:
- An interactive chessboard that visually represents the game state.
- Real-time validation of moves based on chess rules, including checks for check, checkmate, and stalemate conditions.
- A move history that logs all actions taken during the game.
- A reset functionality to start a new game at any time.
- Visual indicators for the current player's turn and game status updates.

Overall, this chess game app provides a comprehensive and engaging platform for chess enthusiasts to enjoy the game online.

The Arkanoid Game app is a web-based arcade game that allows users to play a classic brick-breaking game. The objective is to control a paddle to bounce a ball and score points by getting the ball through designated gaps in walls. The game features a leaderboard to track high scores, encouraging competition among players.

To use the app, players can start by clicking the "Play Game" button on the main screen. The game state transitions from "start" to "playing," where players can control the paddle using the left and right arrow keys or by moving the mouse. Players score points by successfully getting the ball through small and big gaps in the walls. The game continues until the player loses all lives, at which point they can enter their name to submit their score to the leaderboard or choose to play again.

The app is built using TypeScript and React, leveraging hooks for state management and effects. It utilizes the HTML5 canvas for rendering the game graphics, including the paddle, ball, walls, and score display. Key features include real-time score tracking, life management, and a responsive design that adjusts the canvas size based on the window dimensions. The leaderboard is stored in local storage, allowing players to view the top scores even after refreshing the page.

Overall, the Arkanoid Game app combines engaging gameplay with a competitive element, making it a fun experience for users looking to challenge themselves and others.

Game bug report

Three In A Row

Play

Play/Modify the classic snake game.

A simple, minimalistic typing test that pulls from a list of quotes.

Next.js Typing Game

A simple block clearing score earning game inspired by a mobile game called "Block Blast"

This app is a web-based tank battle game called "坦克大战" (Tank Battle). It allows users to control a tank and engage in combat against enemy tanks while avoiding being hit. The game is designed to be played using keyboard controls, where players can move their tank using the arrow keys and fire bullets with the spacebar.

To use the app, users simply navigate to the main page where they will see a "Start Game" button. Upon clicking this button, the game initializes, and the player can begin controlling their tank. The objective is to shoot down enemy tanks while avoiding their bullets. The game tracks the player's score, which increases with each enemy tank destroyed. If the player's tank is hit, the game ends, and users are presented with their final score along with an option to play again.

The app is built using TypeScript and React, leveraging the capabilities of the React framework to manage the game state and rendering. The game graphics are rendered on an HTML canvas, allowing for smooth animations and interactions. Key features include real-time gameplay, collision detection, and a scoring system. The game also includes a responsive design, ensuring it is playable on various screen sizes.

Overall, this app provides an engaging and interactive experience for users who enjoy arcade-style games, combining simple controls with strategic gameplay elements.

Tank game recommendation

This app is a mobile game titled "Dr. Plaga: Escape the Horde," where players help the character Dr. Plaga escape from hordes of infected enemies. The objective is to survive for as long as possible while collecting supplies and avoiding enemies.

To use the app, players simply tap the screen to move Dr. Plaga, who automatically shoots at the enemies. Players can collect supplies to gain points and upgrade their weapons. The game features a start screen, gameplay, and a game over screen, allowing players to restart after losing.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It utilizes Tailwind CSS for styling, providing a responsive and visually appealing interface. The game logic is implemented using React hooks for state management and event handling, ensuring a smooth user experience.

Key features of the app include:
- Touch and mouse controls for player movement.
- Multiple weapon types with different firing patterns.
- Enemy spawning and collision detection mechanics.
- Supply collection that impacts player score and weapon upgrades.
- Dynamic background changes based on the game level.
- Sound effects for shooting, explosions, and level-ups.
- A pause feature to allow players to take breaks during gameplay.
- Debug mode for developers to test and troubleshoot the game.

Overall, this app combines engaging gameplay with a user-friendly interface, making it suitable for players looking for a fun and challenging experience.

Dr Plaga game development

The app is a fun and interactive quiz game called "Wrong Answers Only!" designed to challenge users to select the most ridiculous answers to various questions. The primary goal is to accumulate a "Wrong IQ" score based on the user's selections, which are intentionally incorrect and humorous.

To use the app, users start on the home page where they can select a theme for the quiz, such as General Knowledge, Movies, Technology, Food, or History. After choosing a theme, users can click the "Start Game" button to begin the quiz. The quiz consists of multiple-choice questions, each with four options. Users select their answers, and after each question, they receive an explanation of why their chosen answer is humorously incorrect. At the end of the quiz, users are presented with their "Wrong IQ" score and a title that reflects their performance, along with the option to share their results or play again.

The app is built using modern web technologies, including TypeScript and React, with Next.js as the framework for server-side rendering and routing. It utilizes various UI components for a consistent and visually appealing design, including cards, buttons, and progress indicators. The app also features a theme selector for customizing the quiz experience.

Key features of the app include:
- A selection of themes to tailor the quiz experience.
- A humorous quiz format that encourages users to think creatively and choose absurd answers.
- Explanations for each answer to enhance the entertainment value.
- A scoring system that generates a "Wrong IQ" score and assigns a playful title based on performance.
- Options to share results via social media or download a shareable card.
- An admin panel for managing quiz questions, allowing for the addition and deletion of questions and their corresponding explanations.

Overall, "Wrong Answers Only!" provides a lighthearted and engaging way for users to challenge themselves and their friends while enjoying a good laugh.

Wrong Answers Only

Color Matching Game

Color Matching Game

Free the Bird is a fun and interactive trivia game where players solve questions to free a caged bird. Each correct answer brings the bird closer to freedom. Test your knowledge and break the cage!

The Black Hole Simulator is an interactive application designed to visualize and explore the physics of black holes. Users can manipulate various parameters to observe the effects of gravitational lensing, accretion disks, and other relativistic phenomena in real-time.

To use the app, users can adjust sliders to control the mass of the black hole, the intensity of the accretion disk, the degree of gravitational lensing, and the density of the starfield. The simulation allows users to move the black hole around the canvas by dragging the mouse when the simulation is paused. Additionally, users can start or pause the simulation, reset the parameters to their default values, and toggle the visibility of information and control panels.

The app is built using TypeScript and React, leveraging the Framer Motion library for animations and transitions. It utilizes a canvas element for rendering the simulation, which is dynamically resized based on the window dimensions. The application also includes a custom hook to manage window size changes.

Key features of the Black Hole Simulator include:
- Interactive control panel for adjusting simulation parameters.
- Real-time rendering of black hole effects, including gravitational lensing and accretion disks.
- Responsive design that adapts to different screen sizes.
- Information panel that provides educational content about black holes and their properties.
- Animation and visual effects that enhance the user experience.

Overall, the Black Hole Simulator serves as an educational tool for users interested in astrophysics, providing a hands-on way to learn about the complex behaviors of black holes in a visually engaging manner.

This application is a web-based implementation of the classic Tetris game, designed to provide an engaging and interactive experience for users. The app allows players to control falling tetrominoes, stack them to clear lines, and aim for high scores.

To use the app, players can start a new game by clicking the "Start Game" button on the welcome screen. Once the game begins, they can control the tetrominoes using the arrow keys on their keyboard: left and right arrows to move the pieces horizontally, the down arrow to accelerate their descent, the up arrow to rotate them, and the spacebar for a hard drop. Players can also pause the game by pressing the "P" key.

The application is built using TypeScript and React, leveraging modern web technologies to create a responsive and visually appealing interface. It utilizes Tailwind CSS for styling, ensuring a clean and consistent design throughout the application. The game logic is implemented in a series of React components, including the game board, score panel, and control panel, which work together to manage the game's state and user interactions.

Key features of the app include:
- A dynamic game board that updates in real-time as players manipulate the tetrominoes.
- A score panel that displays the current score, level, and number of lines cleared.
- A preview of the next tetromino to help players plan their moves.
- Responsive controls that allow for intuitive gameplay.
- Visual effects and animations, such as line clearing and ghost piece positioning, to enhance the user experience.
- A pause feature that allows players to take breaks without losing their progress.

Overall, this Tetris application combines classic gameplay with modern web development practices, making it accessible and enjoyable for players of all skill levels.

Browser tetris game

The Asteroids app is a web-based game that allows users to control a spaceship and navigate through an asteroid field while shooting at asteroids and avoiding collisions. The objective is to survive as long as possible while accumulating points by destroying asteroids and an alien ship that appears periodically.

To use the app, players can start the game by clicking the "START GAME" button. The controls are as follows: use the A or D keys (or the left and right arrow keys) to rotate the ship, the W key (or the up arrow key) to thrust forward, and the spacebar to fire projectiles. Players can track their score and remaining lives displayed on the screen. If the player's ship is destroyed, they lose a life, and the game ends when all lives are lost.

The app is built using TypeScript and React, leveraging the HTML5 canvas for rendering graphics. Key technologies involved include React for the user interface, TypeScript for type safety, and the canvas API for drawing game elements such as the ship, asteroids, projectiles, and explosions.

Key features of the Asteroids app include:
- A responsive game canvas that adjusts to the player's actions.
- Smooth animations and real-time updates for game elements.
- Collision detection between projectiles, asteroids, and the player's ship.
- Dynamic spawning of asteroids and an alien ship that adds challenge to the gameplay.
- Visual effects such as explosions and asteroid fragments when objects are destroyed.
- A scoring system that rewards players for destroying asteroids and the alien ship.
- A game-over screen that displays the final score and allows players to restart the game.

Overall, the Asteroids app provides an engaging and interactive gaming experience, combining classic arcade gameplay with modern web technologies.

Asteroids game development

An Escape Room. You need to solve the puzzle to escape

SVGAnimation

Pixel Soccer is a fast-paced, pixel-art football game inspired by Brazilian street soccer. In this intense 2-minute, player vs. CPU match, whoever scores the most goals wins! ⚽🔥

Pokemon Game

Drag to guess

Guess iPhone aspect ratio

Can you unlock 8 Images that reveal 24 hidden seed words to a 0.01 BITCOIN wallet? Enjoy this modified matching game about Cryptocurrency.

Kids Memory Game

Block Line

This app is a web-based implementation of the classic Snake game, designed to provide an engaging and interactive gaming experience. Users can control a snake that grows in length as it consumes food while avoiding collisions with itself and the game boundaries.

To use the app, users simply navigate to the main page where the game is displayed. The game starts with a "Start Game" button, which initializes the snake and food positions. Players can control the snake's movement using the arrow keys on their keyboard. The space bar is used to pause and resume the game. If the snake collides with itself or the boundaries, a "Game Over" screen appears, displaying the final score and offering the option to restart the game.

The app is built using TypeScript and React, leveraging modern web technologies to create a responsive and interactive user interface. The game logic is implemented using React hooks, including useState for managing game state and useEffect for handling game loops and rendering. The game is rendered on an HTML canvas, allowing for smooth graphics and animations.

Key features of the app include:
- A responsive design that centers the game on the screen.
- Real-time score tracking that updates as the player consumes food.
- Dynamic speed adjustments that increase as the player scores points.
- Game state management, including starting, pausing, and restarting the game.
- Visual feedback for game events, such as game over and score updates.
- Keyboard controls for intuitive gameplay.

Overall, this app serves as a fun and interactive way to experience the classic Snake game, showcasing the capabilities of modern web development technologies.

クリック練習

Team Valioux – Offizielle Esports-Website 🚀🎮
Willkommen bei Team Valioux, einer aufstrebenden Esports-Organisation, die für Mut, Leidenschaft und Exzellenz steht. Unser Name setzt sich aus „VALI“ (für das Mutige) und „OUX“ (für das Luxuriöse) zusammen – denn wir glauben daran, dass Erfolg sowohl Entschlossenheit als auch Qualität erfordert.

🔥 Über uns
Team Valioux ist mehr als nur ein Esports-Team – wir sind eine Community, eine Bewegung und eine Marke. Gegründet von Jason (22) und Ege (25), vereinen wir Spieler, Content Creator und Designer unter einem gemeinsamen Ziel: die Spitze der Esports-Szene zu erreichen.

Unsere Spieler treten in den höchsten Wettkampfniveaus an, unsere Creator liefern erstklassigen Gaming-Content und unser Design-Team sorgt für ein unverwechselbares Branding.

🎯 Unsere Mission
✔ Förderung aufstrebender Talente & Pro-Spieler
✔ Aufbau einer starken, engagierten Community
✔ Entwicklung hochwertiger Esports- & Content-Projekte
✔ Partnerschaften mit Marken & Sponsoren

🏆 Unsere Teams
🔹 Pro Team – Die Besten der Besten kämpfen auf höchstem Niveau
🔹 Academy Team – Nachwuchstalente mit großem Potenzial
🔹 Talents Team – Aufstrebende Spieler auf dem Weg zur Spitze
🔹 Content Creator – Streamer & Influencer, die unsere Marke repräsentieren

📢 Werde Teil von Team Valioux!
Du willst uns als Spieler, Creator oder Designer verstärken? Oder mit uns als Partner zusammenarbeiten? Dann kontaktiere uns jetzt und werde Teil unserer Erfolgsgeschichte!

💙 #WeAreValioux | #ValiouxEsports

Valioux Esports

¿Can you hel me fit the game into the screen so that it doesn't just look like small dot?

This application is a web-based game that simulates a retro-style cat jumping game inspired by classic Game Boy aesthetics. The primary functionality of the app is to allow users to control a pixelated cat character that jumps over obstacles while accumulating points.

To use the app, users can interact with the game using keyboard controls: the "A" button (or "X/Z" keys) is used to make the cat jump, the "Enter" key starts the game, and the "Shift" key serves as a select button. The game features a title screen, a gameplay screen, and a game over screen, providing a nostalgic experience reminiscent of early handheld gaming.

The app is built using modern web technologies, including React for the user interface, Next.js for server-side rendering and API routes, and Three.js for rendering 3D graphics. The game utilizes an OffscreenCanvas to generate pixel art images and employs audio elements for sound effects, enhancing the overall user experience.

Key features of the app include:
- A pixel art cat character that users can control to jump over obstacles.
- A scoring system that tracks the player's score and high score.
- A title screen with instructions and a game over screen displaying scores.
- Responsive controls that allow for keyboard interaction.
- A visually appealing Game Boy-inspired design with a green color palette and retro sound effects.

Overall, this app combines nostalgic gaming elements with modern web development practices, providing an engaging and interactive experience for users.

Low poly Game Boy

The Car Game is an interactive web application designed to teach users basic programming concepts through a fun and engaging interface. The objective of the game is to navigate a car represented by a triangle on a grid-based board from a starting position to a designated end position by issuing a series of directional commands.

To use the app, players can add commands to a command sequence using buttons labeled "Forward," "Left," and "Right." Once the desired sequence of commands is created, players can execute the commands by clicking the "Go" button. The car will move according to the commands, and the game will provide feedback on whether the player successfully reached the end position or failed to complete the commands. Players can also reset the game to generate a new random board or clear the command sequence at any time.

The app is built using TypeScript and React, leveraging hooks such as useState and useEffect for state management and lifecycle methods. The user interface is styled with a combination of custom CSS and utility classes, ensuring a responsive and visually appealing layout. The game board is rendered dynamically based on the current state, and animations are used to enhance the user experience when the car moves or rotates.

Key features of the Car Game include:
- A grid-based board where players can visualize the car's movements.
- Command buttons to add directional commands to the sequence.
- Real-time feedback on the game status, including success and failure messages.
- The ability to reset the game and generate new random start and end positions.
- A clear and intuitive user interface that encourages exploration and learning.

Overall, the Car Game serves as an educational tool for users to practice logical thinking and problem-solving skills in a playful environment.

Learning game project

Test Bingo Game

This application is an interactive implementation of Conway's Game of Life, a cellular automaton devised by mathematician John Conway. The app allows users to create and simulate patterns on a grid, observing how they evolve over time based on simple rules of life and death.

To use the app, users can interact with a 50x50 grid where each cell can be toggled between alive and dead states. Users can start or pause the simulation, clear the grid, or randomize the cell states. Additionally, predefined patterns can be selected from a dropdown menu and placed on the grid. The app provides real-time statistics, including the current generation, the number of colonies, and the count of live cells.

The app is built using React and TypeScript, leveraging hooks for state management and effects. It utilizes a canvas for rendering the grid and employs performance optimizations such as refs and a request animation frame for smooth updates. The user interface includes components for buttons, sliders, and dropdowns, enhancing the overall user experience.

Key features of the app include:
- A 50x50 grid for simulating Conway's Game of Life.
- The ability to toggle cell states by clicking on them.
- Predefined patterns categorized into still lifes, oscillators, spaceships, and more.
- Real-time statistics displaying the current generation, number of colonies, and live cells.
- Speed control for the simulation through a slider.
- A clear and intuitive user interface with responsive design elements.

Overall, this app serves as both an educational tool and a fun way to explore the dynamics of cellular automata.

Game of Life simulation

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