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A cool interactive particle animation of two SVG logos

Logo particles (v0 + aws)

A two-column card for logging into an application.

Two-column Login Card

Framework · Plugins · Components

Tiptap Rich Text Editor

A Bloomberg Terminal inspired UI with dark and light mode

Bloomberg-like Terminal

A Grok-inspired chat UI featuring vibration on iOS, scroll anchoring for messages, and a minimalistic style.

Chat UI with Vibration

Powered by Resend and Upstash

Product Launch Waitlist

A login page with a muted background color

A simple sidebar with navigation grouped by section.

Card Stack

This application is a 3D car viewer that allows users to interact with a 3D model of a cartoon pony car. The app utilizes React and Three.js to render the model in a web environment, providing an immersive experience where users can rotate, zoom, and pan around the model.

To use the app, users simply navigate to the webpage where the viewer is hosted. The 3D model is displayed in a full-screen canvas, and users can manipulate the view using mouse controls. The application also features a post-processing effect that applies dithering to the rendered scene, enhancing the visual aesthetics of the model.

The key technologies involved in this application include React for building the user interface, Three.js for rendering 3D graphics, and GLSL for implementing the dithering shader effect. The app leverages the @react-three/fiber library to integrate Three.js with React, allowing for a seamless development experience.

Key features of the app include:
- Interactive 3D model viewing with orbit controls for rotation and zooming.
- A dithering effect that enhances the visual quality of the model by applying a pixelation style.
- Responsive design that adjusts to different screen sizes.
- A loading state to improve user experience while the model is being prepared for display.
- Attribution to the model creator and the shader developer, ensuring proper credit is given.

Overall, this app serves as a demonstration of modern web technologies for rendering 3D graphics and provides an engaging way for users to explore a digital model.

Car 3D rendering

Airbnb-style navigation that features animated icons

Horizontal nav example

A two column login page with a cover image.

Two-column Login

This Accessible Color Palette Generator helps you create and refine color palettes that meet WCAG accessibility standards. Whether you're designing for the web, UI, or branding, this tool ensures that your colors are visually appealing and readable for all users.

🔹 Key Features:
✅ Adjust & Optimize Colors – Automatically tweak hues, brightness, and contrast to create a palette that is both beautiful and accessible.
✅ Accessibility Pair Checking – Instantly analyze color pairings for contrast compliance (AA & AAA) and color-blind safety.
✅ Copy HUE codes – Quickly copy and paste HEX codes for quick placement in Figma or codebase.
✅ Export & Use – Download your palette in JSON for easy integration into your project.

Make your designs inclusive by default with colors that everyone can see and use. 🚀

Color Palette Generator

An org chart in a Figma-like draggable canvas with zoom controls

React Org Chart

Animated Clean Toast Carousel

Animated Clean Toast Carousel

A login page with form and image.

Raining Characters

Raining Characters

Spotify-like web user interface

A simple email-only login page.

Resend Contact Form

Resend Contact Form

PPT

This application is a blogging platform designed to facilitate the creation, management, and display of blog posts. It allows users to view featured and latest posts, as well as access individual posts categorized by tags. The app is built using TypeScript and React, leveraging the Next.js framework for server-side rendering and routing.

Users can navigate through the blog by clicking on post titles or tags, which are dynamically generated links. Each post card displays essential information, including the post title, excerpt, author details, publication date, and estimated reading time. The application also features a dropdown menu for additional post actions, such as previewing, editing, or deleting a post, which is accessible to users with admin privileges.

Key features of the app include:
- Dynamic routing for individual blog posts and tags.
- A responsive design that adapts to different screen sizes.
- A dropdown menu for managing post actions, including a confirmation dialog for deletion.
- Tag management that displays a limited number of tags directly on the post card, with additional tags accessible through an overflow menu.
- Reading time calculation based on the content of each post.
- User role management to determine access to certain features.

The application utilizes various technologies, including:
- TypeScript for type safety and improved developer experience.
- React for building user interfaces.
- Next.js for routing and server-side rendering.
- Lucide icons for UI elements.
- Custom components for dropdown menus, buttons, and alert dialogs.

Overall, this blogging platform provides a user-friendly interface for both readers and authors, enhancing the blogging experience through its organized structure and interactive features.

Post card redesign

A two column login page with a cover image.

A sidebar in a dialog.

Sidebar in Dialog

Alignment Chart

Alignment Chart

Copy To Clipboard

Copy To Clipboard

Fit Life

Guided Breathing

Guided Breathing

Good memories with us

Policy Process Flow

Policy Process Flow

The Starry Night app is an interactive web experience that simulates a starry sky with a parallax effect, enhancing the visual depth as users scroll through the page. The app generates a dynamic background of stars that twinkle and move at different speeds, creating an immersive atmosphere reminiscent of a night sky.

To use the app, users simply need to scroll down the page. As they do so, they will observe the stars in the background shifting at varying rates, which is designed to mimic the natural movement of celestial bodies. The app features multiple content sections that provide information and context about the starry experience, encouraging users to engage with the scrolling effect.

The app is built using TypeScript and React, leveraging the Framer Motion library for animations and transitions. It utilizes hooks such as useEffect and useState to manage the star generation and state, while useRef is employed to reference the container for the stars. The app also incorporates scroll-based transformations to create the parallax effect, with different layers of stars moving at distinct speeds based on the user's scroll position.

Key features of the Starry Night app include:
- A visually appealing dark gradient background that enhances the starry effect.
- A total of 80 stars that are randomly generated with varying sizes, positions, and twinkle delays.
- Smooth animations for the stars, including twinkling effects and scaling, achieved through Framer Motion.
- Multiple content sections that provide context and enhance user engagement with the scrolling experience.
- A responsive design that adapts to different screen sizes, ensuring a consistent experience across devices.

Overall, the Starry Night app combines engaging visuals with interactive elements to create a captivating user experience.

Motion js starry night

User Feedback Form to get feedback from your users using upvotes and downvotes. Add your favorite database to the template.

User Feedback Form

Left & Right sidebars, expand and contract in desktop and on mobile.

Dual Collapsible Shadcn Sidebars

A simple tabbed window as main content window, header and retractable panel.

Easy to use.

⭐ Tabbed Layout

time zones

50 shades of time

A sidebar with a collapsible file tree.

File Tree Sidebar

Two column login screen

A simple login form.

Circle color blend

Circle color blend

An Apple style carousel with dots that uses CSS built-in snapping

Apple Style Carousel

A fairly simple drop-in textarea with a tab to preview Markdown input, similar to GitHub's comment box. Input is sanitized to prevent any XSS vulnerabilities, but should also be checked if saving to a database to show other users.

Connect to the Vercel Blob integration to allow image uploads, which are automatically inserted with Markdown syntax.

The character count is shown to the user as well as the limit, which is adjustable.

Textarea with Markdown Preview

A simple editor that is functional and working.

Spiritbocs Editor

Interactive Holographic Profile Card

This application is a particle system visualization tool that allows users to create and manipulate a dynamic particle animation, referred to as the "Corona Particle System." The app provides an interactive canvas where particles are emitted and animated based on user-defined parameters, creating visually appealing effects.

To use the app, users can adjust various settings through a control panel that includes sliders and input fields. Key parameters include particle size, birth rate, lifetime, speed, gravity, and noise characteristics. Users can also modify the sphere boundary that defines the area in which particles are generated and interact with mouse movements to influence particle behavior.

The application is built using TypeScript and React, leveraging hooks for state management and effects. It utilizes a custom particle physics engine to simulate realistic particle behavior, including gravity, magnetic fields, and noise effects. The rendering is done on an HTML canvas, allowing for smooth animations and visual effects.

Key features of the app include:
- Real-time particle generation and animation based on user-defined configurations.
- Interactive controls for adjusting particle properties and visual effects.
- Mouse interaction that influences particle movement and behavior.
- A visual representation of particles with depth sorting and glowing effects.
- JSON output of the current configuration, allowing users to copy and share their settings.

Overall, this app serves as a powerful tool for visualizing particle systems, making it suitable for developers and artists interested in generative art and interactive simulations.

Corona Particle System