This project showcases a single, highly versatile Rive component designed to function as multiple different "widgets." The goal was to demonstrate how one Rive asset, through the use of variants and data-driven inputs, can be configured to display completely different sets of information all while maintaining a consistent visual language.
Key Features & Functionality
This component is a prime example of component-based design within Rive, built for flexibility and reusability.
Component Versatility (Variants)
Fully Responsive Design
Full Customization (Icons & Colors)
Data-Driven Content & Styling
Component Versatility & Configurations
The core feature of this project is its versatility. The video below demonstrates how the same base Rive component can be configured into multiple "variants" to suit different contexts within an application. This is incredibly efficient, as it reduces the number of separate assets that need to be created and managed.
Demonstrating the component's versatility by showing its different data-driven configurations.
Fully Responsive Design
Like all components in this portfolio, this one is 100% responsive. The Rive artboard fluidly scales, and the internal layout (text and graphics) adapts to ensure clarity and usability on any screen size, from a small mobile widget to a larger dashboard card.
The component's 100% responsive design ensures clarity for all configurations.
Light & Dark Mode Support
The component includes built-in support for both light and dark themes. This is managed via Rive inputs or dedicated artboards, allowing it to integrate seamlessly into any application's UI.
Data-Driven Content & Styling
Every piece of information in the widget is dynamic. All text labels (like 'Total Calories Burned' or 'Frontend'), all values (like '3,200 kcal' or 'Build Status: Passing'), and even the colors are controlled by Rive inputs. This allows an application to feed real-time data directly into the component, making it a living, breathing part of the UI.
A look at the Rive inputs that dynamically control all text, data, and colors for each widget variant.