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Glow menu component

Glow menu component

Background Paths

Background Paths

This application is a modern web-based interface built using Next.js, a popular React framework. It serves as a community starter template that includes theme support, allowing users to switch between light, dark, and system themes seamlessly. The app is designed to provide a visually appealing and interactive user experience, leveraging advanced CSS techniques and React components.

To use the app, users can navigate through the interface, where they will find various interactive elements such as buttons and theme toggles. The theme can be switched using a dropdown menu that allows users to select their preferred mode. The app also features a set of toggle buttons for functionalities like Airplane Mode, AirDrop, Wi-Fi, and Do Not Disturb, each represented by distinct icons. Users can click these buttons to activate or deactivate the respective features, which are visually indicated by changes in background color and border styles.

The application is built using TypeScript and React, with styling managed through Tailwind CSS for utility-first design. It utilizes the Next Themes library to handle theme switching, ensuring that the user’s preferences are respected and applied consistently across the app. The LiquidGlass and LiquidButton components provide a unique visual effect, creating a glass-like appearance with animations that enhance user interaction.

Key features of the app include:
- Theme support with light, dark, and system options.
- Interactive toggle buttons for various functionalities.
- A visually appealing design with liquid glass effects and animations.
- Responsive layout that adapts to different screen sizes.
- Accessibility considerations, such as screen reader support for buttons.

Overall, this app serves as a robust starting point for developers looking to create modern web applications with a focus on user experience and aesthetic appeal.

File Manager

The Designali Creative app is a comprehensive suite designed for creative professionals, offering a range of tools and resources for design, video editing, and project management. The app provides users with access to various creative applications, recent files, active projects, and educational tutorials, all within a user-friendly interface.

To use the app, users can navigate through a sidebar that includes sections for Home, Apps, Files, Projects, Learning, and Community. Each section contains relevant features, such as a list of recent applications, files, and projects, as well as tutorials and community posts. Users can easily search for specific content using a search bar and can filter or sort their files and projects as needed.

The app is built using modern web technologies, including TypeScript and React, with animations powered by Framer Motion. The user interface is designed with a responsive layout, ensuring a seamless experience across devices. The app also utilizes Lucide icons for visual elements and includes various UI components such as buttons, cards, and tooltips.

Key features of the Designali Creative app include:

1. **Creative Applications**: A collection of professional design tools, including image editing, vector graphics, video editing, and more, categorized for easy access.

2. **Recent Files and Projects**: Quick access to recently modified files and active projects, allowing users to manage their work efficiently.

3. **Learning Resources**: A library of tutorials and courses to help users enhance their skills in various creative disciplines.

4. **Community Engagement**: A section for community posts where users can explore and interact with content shared by other creatives.

5. **Responsive Design**: A layout that adapts to different screen sizes, providing a consistent experience on both desktop and mobile devices.

6. **Search and Filter Options**: Tools for users to quickly find specific applications, files, or tutorials, enhancing usability.

Overall, the Designali Creative app serves as a centralized hub for creative professionals, streamlining their workflow and providing valuable resources to foster creativity and collaboration.

Currency Transfer Animation

Currency Transfer Animation

Floating Bubbles

Floating Bubbles

A template for v0.

Cuisine Selector Chips

This app is a scroll-based video player that allows users to interactively play a series of videos by scrolling through the page. The app is designed to provide a seamless experience where the playback of videos is synchronized with the user's scroll position, creating an engaging and dynamic viewing experience.

To use the app, users simply scroll down the page to play the videos. As they scroll, the app calculates the scroll progress and adjusts the playback of the videos accordingly. Each video plays in sequence based on how far the user has scrolled, and the current video is displayed prominently while others fade out. A visual scrollbar indicates the user's progress through the video content.

The app is built using modern web technologies, including React for the user interface and Next.js for server-side rendering and routing. It utilizes TypeScript for type safety and improved developer experience. The videos are hosted on a cloud storage service, and the app employs URL rewrites to manage video sources efficiently.

Key features of the app include:
- Scroll-based video playback that synchronizes with the user's scroll position.
- Dynamic loading of video metadata to ensure smooth playback.
- Touch device support with scroll snap functionality for a better mobile experience.
- A loading screen that informs users while videos are being prepared.
- Visual indicators such as a scrollbar and video titles to enhance user interaction.
- Error handling for video loading issues to ensure a robust experience.

Overall, this app provides an innovative way to experience video content, leveraging scrolling as a means of control and engagement.

Custom video player

This application is an interactive sound visualization tool that creates an audio-reactive ASCII ball animation. It captures audio input from the user's microphone and generates a visual representation of the sound in real-time. The app utilizes a canvas to draw a ball that reacts to audio frequencies and volume, while also displaying the output as ASCII art.

To use the app, users simply need to grant microphone access when prompted. The application will then analyze the audio input and create a dynamic visual display. The ball's size and color will change based on the audio's volume and frequency, while particles will be emitted in response to sound intensity. The ASCII representation of the visual will be updated continuously, providing a unique blend of audio and visual art.

The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing. It employs the Tailwind CSS framework for styling, ensuring a responsive and modern design. The audio processing is handled using the Web Audio API, which allows for real-time audio analysis and manipulation.

Key features of the app include:
- Real-time audio visualization that responds to microphone input.
- Dynamic ASCII art representation of the audio visualization.
- Particle effects that enhance the visual experience based on sound intensity.
- Smooth animations and transitions for a visually appealing output.
- Responsive design that adapts to different screen sizes.

Overall, this application serves as an engaging tool for users to experience sound in a visually captivating way, combining technology and creativity.

Interactive sound ball

Action Search Bar

Action Search Bar

Metaware Logo Particles

Voice waveform animation featuring 3 states: idle, listening, and speaking - perfect for AI voice agents.

Voice waveform animation

An engaging animation of a toast notification featuring a loading state, seamlessly transitioning into a success state. Perfect for UI feedback interactions!

File Upload with great animations. Make sure to try the drag and drop.

Animated File Upload

recreated vercel tabs entirely with prompts

This application is an interactive visual simulation called "Waves," designed to create a dynamic wave field that responds to user mouse movements. The primary function of the app is to render a canvas where waves are generated and animated based on the user's cursor position, providing an engaging visual experience.

To use the app, users can move their mouse across the screen to interact with the wave field. The application features a set of controls that allow users to adjust various parameters of the wave simulation, such as wave amplitude, speed, and grid gaps. Users can also select from predefined presets that change the visual style of the waves, such as "Ocean Waves" or "Electric Grid."

The app is built using React, a popular JavaScript library for building user interfaces, and utilizes TypeScript for type safety. The wave rendering is accomplished through the HTML5 Canvas API, which allows for efficient drawing and animation. The application also employs CSS for styling and layout, ensuring a responsive design that adapts to different screen sizes.

Key features of the app include:
- Interactive wave simulation that responds to mouse movements.
- Customizable wave parameters, including amplitude, speed, and grid spacing.
- Predefined visual presets for quick styling changes.
- Responsive design that works across various devices and screen sizes.
- Smooth animations and transitions for an engaging user experience.

Overall, the Waves app serves as both a visual art piece and a demonstration of interactive web technologies, showcasing the capabilities of modern web development practices.

Interactive Waves

The eSIM Myanmar app is designed to provide users with a seamless experience for purchasing and managing eSIMs in Myanmar. The app allows users to choose from various telecom providers, activate their eSIMs instantly, and make payments using popular mobile wallets.

To use the app, users can navigate through a user-friendly interface that includes sections for features, providers, how the service works, pricing, and payment options. Users can select their preferred telecom provider, scan a QR code for activation, and complete their purchase securely. The app also provides a compatibility checker to ensure that users' devices support eSIM technology.

The app is built using modern web technologies, including TypeScript, React, and Next.js, which enable server-side rendering and a responsive design. It utilizes various libraries such as Framer Motion for animations, Lucide React for icons, and Tailwind CSS for styling, ensuring a visually appealing and interactive user experience.

Key features of the app include:
- A mode toggle for light and dark themes.
- A pricing section that outlines different eSIM plans available for users.
- Animated components that enhance the visual experience, such as animated shapes and tech patterns.
- A payment section that supports multiple mobile wallets through QR code scanning.
- A detailed "How It Works" section that guides users through the eSIM activation process.
- A compatibility checker that allows users to verify if their devices support eSIM technology.
- A floating action button for quick access to the eSIM purchase page.

Overall, the eSIM Myanmar app aims to simplify the process of obtaining and managing eSIMs, making it accessible and convenient for users in Myanmar.

This app is a modern user interface (UI) dashboard designed to provide users with a sleek and interactive experience for managing their projects and notifications. The app features a responsive layout that adapts to both desktop and mobile devices, ensuring accessibility and usability across various screen sizes.

To use the app, users can navigate through different sections such as the Dashboard and Projects using a top navigation bar. The app includes animated navigation items that provide visual feedback on user interactions. Users can also access their account settings and notifications through dropdown menus that enhance the overall user experience.

The app is built using React and Next.js, leveraging TypeScript for type safety. It incorporates various libraries and technologies, including Framer Motion for animations, Lucide React for icons, and Tailwind CSS for styling. The app's structure is modular, with components such as FluidAccountDropdown and FluidNotificationsDropdown that manage user account information and notifications, respectively.

Key features of the app include:
- A modern UI with an animated header that provides a dynamic user experience.
- A responsive design that works seamlessly on both desktop and mobile devices.
- Interactive dropdown menus for user account management and notifications, complete with animations.
- A dashboard layout that showcases project cards and relevant information in a visually appealing manner.
- Search functionality to help users quickly find content within the app.

Overall, this app serves as a comprehensive tool for users to manage their projects and notifications efficiently while enjoying a modern and engaging interface.

Wavelength is an AI-powered social media intelligence application designed to enhance social media strategies through real-time sentiment analysis, content adaptation, and trend prediction. The app provides users with tools to analyze audience sentiment, tailor content for specific platforms, and identify emerging trends to optimize engagement.

To use Wavelength, users can navigate through its interactive interface, which features three main functionalities: Sentiment Analysis, Content Adaptation, and Trend Prediction. Each functionality is accessible via a tabbed interface, allowing users to switch between different demos seamlessly. Users can input their content, view sentiment data, and receive AI-generated content suggestions based on trending topics.

The application is built using modern web technologies, including TypeScript and React for the frontend, and utilizes libraries such as Recharts for data visualization. The user interface is styled with Tailwind CSS, ensuring a responsive and visually appealing design.

Key features of Wavelength include:
1. **Sentiment Analysis Dashboard**: Users can monitor real-time sentiment across social media platforms, with visual representations of positive, neutral, and negative sentiments over time. The dashboard also allows for the simulation of sentiment changes and automatic adjustments to scheduled posts based on sentiment thresholds.
2. **Content Adaptation**: Users can enter base content and generate platform-specific adaptations for social media channels like X, Instagram, and LinkedIn. This feature ensures that content is optimized for each platform's unique audience and format.
3. **Trend Prediction**: The app analyzes historical data to predict future trends, providing users with insights and content ideas that align with emerging topics. Users can view trending topics and receive AI-generated content suggestions tailored to those trends.

Overall, Wavelength aims to empower businesses and marketers by providing them with the tools needed to stay in tune with their audience and effectively manage their social media presence.

AI-powered marketing page

This application is a Kanban board designed for task management, allowing users to organize tasks into different columns representing various stages of progress. Users can create, update, and delete tasks, as well as manage subtasks and custom fields associated with each task. The app also supports automation rules that can automatically move tasks between columns based on specified conditions, enhancing workflow efficiency.

To use the app, users can interact with the Kanban board by dragging and dropping tasks between columns, adding new tasks, and editing existing ones. Users can also create new columns and define automation rules that trigger actions based on task conditions. The interface includes a sidebar for task details, where users can view and edit task information, including title, description, due date, subtasks, and custom fields.

The application is built using TypeScript and React, leveraging libraries such as Tailwind CSS for styling, Lucide for icons, and Hello Pangea DnD for drag-and-drop functionality. It utilizes a server-side data storage solution with Vercel KV for persisting columns, tasks, and rules, ensuring that user data is saved and retrievable across sessions.

Key features of the app include:
- Drag-and-drop functionality for task management.
- The ability to create, edit, and delete tasks and columns.
- Support for subtasks and custom fields for detailed task management.
- Automation rules that can move tasks based on conditions like due dates and subtask completion.
- A responsive design that adapts to light and dark themes.
- Data persistence through server-side storage, allowing users to maintain their task organization over time.

Overall, this Kanban board application provides a comprehensive solution for managing tasks and workflows, making it suitable for teams and individuals looking to enhance their productivity.

Upstash Todo List

Fluid Particles Background

Fluid Particles Background

This app is a visually engaging animation that simulates a "Matrix Rain" effect using Japanese characters, including Katakana, Hiragana, and some Kanji. The primary function of the app is to create a dynamic canvas display where characters fall from the top of the screen, influenced by the user's mouse movements.

To use the app, simply open it in a web browser. The animation will automatically start, filling the screen with falling characters. As you move your mouse around, the colors of the characters will change based on their proximity to the cursor, creating an interactive experience.

The app is built using TypeScript and React, leveraging the capabilities of the HTML5 canvas for rendering the animation. It utilizes React hooks such as useEffect and useRef to manage the animation lifecycle, mouse tracking, and canvas dimensions. The character data is stored in an array, and random characters are selected to create the falling drops.

Key features of the app include:
- A full-screen canvas that adapts to window resizing.
- A collection of Japanese characters that fall in a visually appealing manner.
- Interactive color changes based on mouse position, enhancing user engagement.
- Smooth animation achieved through the requestAnimationFrame API, ensuring performance efficiency.

Overall, this app serves as both an artistic display and an interactive experience, showcasing the beauty of Japanese characters in a modern web application.

Dynamic Rain Website

A nebulous golden ratio loading screen.

Golden Ratio Loading Screen

Dynamic Island Todo app

Dynamic Island Todo app

The Orb

This application is an ASCII Art Converter that allows users to transform images into ASCII art representations. Users can upload images either by dragging and dropping them into the application or by using a file input. The app supports various character sets for ASCII art, including standard, detailed, block characters, and minimal options.

To use the app, users can adjust the resolution of the ASCII art using a slider, toggle options for color inversion and grayscale mode, and select their preferred character set from a dropdown menu. Once an image is loaded, the app automatically converts it into ASCII art based on the selected settings. The resulting ASCII art is displayed in a preview area, where users can also see colored ASCII art if the grayscale option is disabled.

Key features of the app include:
- Image upload via drag-and-drop or file selection.
- Adjustable resolution for ASCII art output.
- Multiple character set options for different styles of ASCII art.
- Options to invert colors and switch to grayscale mode.
- Copy to clipboard functionality for easy sharing of the generated ASCII art.
- Download option to save the ASCII art as a text file.

The application is built using React and TypeScript, leveraging hooks for state management and effects. It utilizes a canvas element for image processing and rendering, and it incorporates UI components for sliders, buttons, and select menus. The app is designed to be responsive, adapting its layout for both desktop and mobile users.

An animated beam of light which travels along a path. Useful for showcasing the "integration" features of a website.

Follow me on www.raheelmaqsood.com

This application is a visual workflow builder that allows users to create, configure, and execute workflows using a drag-and-drop interface. Users can design workflows by connecting various types of nodes, each representing different functionalities such as input, output, processing, conditional logic, and custom code execution.

To use the app, users can drag nodes from a library onto a canvas, connect them to define the workflow, and configure each node's properties through a dedicated configuration panel. Users can save their workflows to local storage, load previously saved workflows, and execute them to simulate the workflow's operation.

The application is built using React and TypeScript, leveraging the React Flow library for the visual representation of nodes and edges. It incorporates various UI components for user interaction, including buttons, inputs, and text areas. The app also utilizes local storage for saving and loading workflows and includes toast notifications to provide feedback on user actions.

Key features of the app include:
- A node library with different types of nodes: input, output, process, conditional, and code nodes.
- A drag-and-drop interface for building workflows visually.
- A configuration panel for customizing node properties.
- Functionality to save and load workflows from local storage.
- Execution simulation of workflows with feedback notifications.
- Customizable node types with specific properties and behaviors.

Overall, this app provides a user-friendly environment for designing and testing workflows, making it suitable for developers and users looking to automate processes visually.

React Flow Builder

Build charts using shadcn/ui charts.

Next.js + Charts

Design system inspired by Bauhaus and Brutalism

Bauhaus Brutalism Design System

The AlgoSensei app is a no-code platform designed for building, backtesting, and deploying algorithmic trading strategies. It provides users with an intuitive interface to create trading algorithms without requiring any programming knowledge. The app leverages advanced technologies such as React, TypeScript, and Three.js to deliver a visually engaging experience.

To use the app, users can start by logging in or creating an account. Once logged in, they can access various features including a strategy builder, backtesting engine, and trading dashboard. The strategy builder allows users to drag and drop components like indicators, conditions, and actions to create their trading strategies. Users can also utilize AI-powered advice to enhance their strategies based on current market conditions.

Key features of the app include:
- A visually rich 3D environment powered by React Three Fiber, providing an immersive experience while building and testing strategies.
- A no-code strategy builder that allows users to create complex trading algorithms through a simple drag-and-drop interface.
- Real-time market data integration from Binance, enabling users to monitor cryptocurrency prices and trading volumes.
- An AI assistant that offers strategy recommendations based on user-defined market conditions, enhancing the decision-making process.
- A backtesting engine that allows users to test their strategies against historical data, providing insights into potential performance metrics.
- A community hub where users can share and discover trading strategies, fostering collaboration and learning among traders.

The app is built using modern web technologies, including Next.js for server-side rendering, Tailwind CSS for styling, and various libraries for UI components and 3D rendering. Overall, AlgoSensei aims to simplify the process of algorithmic trading, making it accessible to a broader audience.

Algo trading platform

This application is a web-based insurance comparison platform designed to help users find and compare various insurance products available in the Czech market. The app allows users to explore different types of insurance, including vehicle insurance, property insurance, personal insurance, and travel insurance, and provides a user-friendly interface for comparing offers from multiple insurance providers.

To use the app, users can navigate through different sections to view detailed information about each type of insurance. They can click on links to access specific insurance categories, such as vehicle insurance or home insurance, where they can find descriptions, benefits, and options to compare offers. Users can also fill out forms to request quotes or more information, which are sent via email to the company.

The application is built using Next.js, a React framework that enables server-side rendering and static site generation. It utilizes TypeScript for type safety and Lucide icons for visual elements. The UI components are styled using Tailwind CSS, ensuring a responsive and modern design. The app also includes a dialog component for users to submit their contact information for further assistance.

Key features of the app include:
- Comprehensive insurance comparison across various categories.
- Detailed descriptions of insurance types and their benefits.
- User-friendly forms for requesting quotes and additional information.
- Responsive design that works well on both desktop and mobile devices.
- Integration with email for easy communication with potential clients.

Overall, this application aims to simplify the process of finding the right insurance by providing users with the necessary tools and information to make informed decisions.

Czech Insurance Website

The Oliver Coffee Inventory System is a comprehensive inventory management application designed specifically for coffee shops. It provides a user-friendly interface for managing inventory, suppliers, purchase orders, and notifications, all while offering real-time insights and analytics.

To use the app, users can navigate through various sections such as the dashboard, inventory management, suppliers management, purchase orders, reports, notifications, and system settings. Each section is equipped with functionalities that allow users to add, edit, delete, and view items, suppliers, and orders. The app also features a barcode scanner for easy inventory tracking and management.

The application is built using modern web technologies, including Next.js for server-side rendering and routing, TypeScript for type safety, and Supabase as a backend service for data storage and retrieval. It utilizes Tailwind CSS for styling, ensuring a responsive and visually appealing design. The app also incorporates Lucide React for icons and Radix UI components for enhanced user interface elements.

Key features of the Oliver Coffee Inventory System include:

1. **Dashboard**: Provides an overview of key metrics, including total inventory value, low stock alerts, and recent activities.
2. **Inventory Management**: Allows users to manage inventory items, including adding new items, editing existing ones, and tracking stock levels.
3. **Suppliers Management**: Facilitates the management of supplier information, including contact details, ratings, and order history.
4. **Purchase Orders**: Enables users to create and manage purchase orders, track their status, and view order details.
5. **Notifications**: Sends alerts for low stock items, expiring products, and other important updates.
6. **Reports**: Generates detailed reports on inventory performance, supplier evaluations, and sales trends.
7. **Mobile App Simulation**: Offers a simulated mobile interface for managing inventory on the go.
8. **User Authentication**: Supports user management with roles and permissions, ensuring secure access to the system.
9. **Data Export**: Allows users to export inventory, supplier, and order data in various formats, including JSON, CSV, and Excel.
10. **Theme Toggle**: Provides a light/dark mode toggle for user preference.

The system is designed to be scalable and can be deployed on platforms like Vercel, with options for real-time data synchronization using Supabase. It also includes features for data backup and recovery, ensuring that users can maintain their inventory data securely.

Overall, the Oliver Coffee Inventory System is a powerful tool for coffee shop owners and managers, streamlining inventory management and enhancing operational efficiency.

Coffee shop inventory

This application is a dynamic portfolio website designed to showcase the skills, education, projects, and contact information of an individual, specifically tailored for a graduate in AI and Data Science. The app utilizes modern web technologies, including Next.js for server-side rendering and React for building user interfaces, along with Three.js for 3D graphics and animations.

Users can navigate through various sections of the portfolio, including Home, About, Education, Skills, Experience, Projects, and Contact. Each section is animated and responds to user interactions, enhancing the overall user experience. The app features a welcome screen that displays greetings in multiple languages, creating an engaging entry point for visitors.

Key features of the app include:

1. **Dynamic Content**: The portfolio data is structured in a way that allows easy updates and modifications, ensuring that the information remains current and relevant.

2. **3D Visuals**: The application incorporates 3D elements using Three.js, including interactive orbs, particle fields, and morphing geometries, which provide a visually appealing background and enhance the aesthetic of the portfolio.

3. **Responsive Design**: The layout is responsive, adapting to different screen sizes and devices, ensuring a seamless experience for users on mobile, tablet, and desktop.

4. **Smooth Scrolling and Navigation**: The app features smooth scrolling and a navigation bar that highlights the current section, allowing users to easily explore the content.

5. **Interactive Elements**: Various sections include interactive components, such as hover effects on skills and projects, which provide additional information and enhance user engagement.

6. **Contact Form**: A contact section allows visitors to reach out directly through a form, facilitating communication and networking opportunities.

7. **Animation and Transition Effects**: Each section includes animations that trigger as the user scrolls, creating a lively and engaging experience.

The application is built using TypeScript for type safety, ensuring a robust codebase. It also employs Tailwind CSS for styling, allowing for rapid development of responsive and visually appealing components. The use of libraries such as Framer Motion for animations and Lucide React for icons further enhances the user interface.

Overall, this portfolio application serves as a comprehensive showcase of the individual's qualifications and projects, leveraging modern web technologies to create an engaging and interactive experience for visitors.

3D portfolio website

Notification Card

Notification Card

This application is a web-based platform designed for orchestrating AI agents, allowing users to deploy, configure, and monitor various AI frameworks. Built using React and Next.js, the app leverages a modern tech stack that includes TypeScript, Tailwind CSS for styling, and various UI components from Radix UI and Lucide React for icons.

To use the app, users can navigate through a clean and intuitive interface. The main features include a dashboard that displays metrics related to active agents, frameworks, and performance statistics. Users can interact with various components such as buttons, sliders, and dropdowns to configure settings for their AI agents. The application also supports real-time updates and notifications, enhancing user engagement.

Key features of the app include:

1. **Dynamic Dashboard**: A central hub displaying metrics and performance indicators for AI agents, allowing users to monitor their status and activity in real-time.

2. **Configuration Panel**: A dedicated section for users to adjust settings related to agent deployment, including agent count, temperature settings, and logging options.

3. **Framework Grid**: A visual representation of available AI frameworks, complete with filtering and sorting options to help users find the right tools for their needs.

4. **Responsive Design**: The application is designed to be mobile-friendly, ensuring a seamless experience across devices.

5. **Real-time Logs and Notifications**: Users receive updates on agent activities and system performance, helping them stay informed about their operations.

6. **User Profiles and Settings**: Users can manage their profiles, adjust application settings, and customize their experience.

The application is hosted on Vercel, ensuring fast deployment and scalability. It utilizes various libraries and frameworks, including Framer Motion for animations, React Three Fiber for 3D rendering, and Recharts for data visualization. The app is structured to allow for easy maintenance and future enhancements, making it a robust solution for AI orchestration.

React web application redesign

This application is a comprehensive content creation platform designed for users to create, edit, and manage various types of media, including audio, video, images, and text. The app provides a user-friendly interface that integrates AI tools to assist users in enhancing their content.

To use the app, users can navigate to different studios for audio, video, image, and text creation. Each studio offers specific tools and features tailored to the type of content being created. Users can upload their media files, apply various editing options, and utilize AI assistance for tasks such as improving audio quality, generating text, or applying filters to images.

The app is built using React and TypeScript, leveraging Tailwind CSS for styling. It incorporates various UI components such as cards, buttons, sliders, and tabs to create an intuitive user experience. The application also utilizes Lucide icons for visual elements and includes responsive design features for mobile and desktop users.

Key features of the app include:
- Audio Studio: Users can upload audio files, visualize waveforms, adjust volume and playback speed, and utilize AI tools for audio enhancement.
- Video Studio: Users can upload video files, edit timelines, apply effects, and generate captions using AI assistance.
- Image Studio: Users can upload images, apply filters, and utilize AI tools for image enhancement and generation.
- Text Studio: Users can create and edit text content, receive AI-generated suggestions, and analyze text statistics such as word count and reading time.
- Social Media Integration: Users can connect their social media accounts and manage their online presence directly from the app.

Overall, this application serves as a versatile tool for content creators, providing them with the necessary resources to produce high-quality media efficiently.

Neobrutalist UI design

This app is a theme toggle component designed to allow users to switch between light and dark modes seamlessly. It utilizes React and TypeScript for its development, leveraging hooks such as useState and useEffect to manage the theme state and side effects. The app also employs Tailwind CSS for styling, providing a responsive and visually appealing user interface.

To use the app, users simply click on the toggle button displayed on the screen. The app checks the user's system preferences and any previously stored theme settings in localStorage to determine the initial theme. When the toggle button is clicked, the app animates the transition between themes, updating the document's class to apply the appropriate styles and storing the user's preference in localStorage for future visits.

Key features of the app include:
- Automatic detection of the user's preferred color scheme based on system settings.
- Smooth animations during theme transitions, enhancing the user experience.
- A visually distinct toggle button that changes appearance based on the selected theme.
- Background effects that change dynamically with the theme, including a light beam effect and a surprise text reveal.
- Accessibility features such as aria-labels for the toggle button to improve usability for screen readers.

Overall, this app provides a modern and interactive way for users to customize their viewing experience based on their preferences.

SWITCH COMPONENT

This app is a user interface component library designed to showcase a set of animated buttons with a modern neumorphic design. It allows developers to easily integrate visually appealing buttons into their applications, enhancing user interaction through animations and responsive design.

To use the app, developers can import the button components into their React applications. The buttons are built using React and TypeScript, and they leverage the Framer Motion library for animations. The app is styled using Tailwind CSS, which provides utility-first CSS classes for rapid UI development. The layout is structured with a responsive design that adapts to different screen sizes.

Key features of the app include:
- A variety of button types, including primary action buttons, icon-only buttons, and floating action buttons, each with unique animations and hover effects.
- Support for state management, allowing buttons to reflect user interactions such as liking, bookmarking, and playing/pausing actions.
- A neumorphic design aesthetic that provides a modern look and feel, with subtle shadows and glowing effects to enhance the visual experience.
- Customizable button styles and animations, enabling developers to tailor the components to fit their application's branding and user experience needs.

Overall, this app serves as a comprehensive toolkit for developers looking to implement stylish and interactive buttons in their web applications.

Framer Design Concept

The app is a real-time token tracking and analysis tool designed for users of the pump.fun platform. It allows users to monitor various tokens, set price alerts, and analyze market trends. The app features a dashboard that displays token cards with key metrics, including market cap, trading volume, and unique trader counts. Users can filter and sort tokens based on different criteria, such as market cap and trading volume, and can also favorite tokens for quick access.

To use the app, users can navigate through the dashboard to view token information, set alerts for price changes, and customize their settings. The onboarding guide provides a walkthrough of the app's features, ensuring that new users can easily understand how to utilize the tool effectively. Users can also access a chat feature powered by an AI assistant, which helps answer questions and provide insights about tokens.

The app is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. It utilizes a local database (Dexie.js) for storing user preferences, alert settings, and trade history. The app also integrates with WebSocket for real-time data updates and uses various hooks for managing state and side effects.

Key features of the app include:
- Real-time token tracking with detailed metrics.
- Customizable alerts for price changes based on user-defined thresholds.
- A favorites system for quick access to preferred tokens.
- An AI-powered chat assistant for token analysis and insights.
- A responsive design that works well on both desktop and mobile devices.
- Onboarding guide to help new users navigate the app.
- Alert management to view and manage all active alerts and their history.

Overall, the app aims to provide a comprehensive and user-friendly experience for tracking and analyzing tokens on the pump.fun platform.

Pump.Investments

CST hacker profile

This application is a 3D visualization tool that creates dynamic animations of a swarm of dots, representing characters from a given string. The primary purpose of the app is to visually display words in a captivating manner, where the dots form the shapes of the characters in the string, transitioning smoothly between different words.

To use the app, users can interact with the 3D canvas by clicking, dragging, or zooming to manipulate the view. The application automatically cycles through a predefined sequence of words, displaying each word for a set duration before transitioning to the next. Users can also restart the animation by clicking on the canvas.

The app is built using React and leverages the Three.js library for 3D rendering. It utilizes TypeScript for type safety and clarity in the codebase. The application employs various hooks from React and the React Three Fiber library to manage the rendering loop and state changes efficiently. Key features include:

1. **Dynamic Word Display**: The app animates a sequence of words, transitioning between them with smooth animations.
2. **Interactive 3D Visualization**: Users can interact with the 3D scene, allowing for a more engaging experience.
3. **Customizable Parameters**: Users can adjust the number of dots, their size, and the bounds of the swarm, providing flexibility in the visual output.
4. **Swarm Behavior Simulation**: The dots exhibit swarm behavior, including dispersing, forming, and holding formations, which adds a layer of complexity to the animations.
5. **Responsive Camera Control**: The camera automatically adjusts its position based on the current word being displayed, enhancing readability and focus on the text.

Overall, this application combines artistic visualization with interactive elements, making it a unique tool for displaying text in a visually appealing way.

Swarm of bouncing dots

Simple Markdown Editor with its live preview

Markdown Editor

Timer for early versions of IOS

Ios style timer

Wave effect editor tool

Wave effect editor tool

The Cyberpunk Buttons is a web application designed to display a collection of animated button components inspired by a cyberpunk aesthetic. Users can interact with various buttons, each representing a unique action or function, while also being able to view and download the corresponding code for each button.

To use the app, users can navigate through a visually appealing interface that features a grid of buttons. Each button is accompanied by an icon and a title, and users can filter the buttons by typing in a search box. When a button is clicked, it triggers an animation and displays the button's code in a modal window, where users can also download the code for their own use.

The application is built using modern web technologies, including React for the user interface, TypeScript for type safety, and Tailwind CSS for styling. The app leverages various React hooks, such as useState and useMemo, to manage state and optimize performance. The buttons are designed with intricate animations and effects, enhancing the user experience.

Key features of the Cyberpunk Buttons include:
- A collection of over 30 unique animated button components, each with distinct styles and animations.
- A filter input that allows users to search for buttons by name or title.
- A modal viewer that displays the code for each button, enabling users to copy or download the code easily.
- A visually engaging background with animated particles and effects that contribute to the cyberpunk theme.
- Responsive design that adapts to different screen sizes, ensuring usability across devices.

Overall, the Cyberpunk Buttons serves as both a creative resource for developers looking for inspiration and a practical tool for implementing animated buttons in their projects.

Cyberpunk Buttons