A library of squishy, physics-based UI widgets for Flutter and web frameworks that create playful, interactive interfaces.
Dough Library is a collection of widgets and components that add squishy, physics-based interactions to user interfaces. It simulates dough-like deformation and bounce effects when users press, drag, or tilt elements, creating playful and engaging UI experiences. The library solves the problem of static, non-interactive interfaces by providing realistic tactile feedback through visual animations.
Flutter developers building mobile apps with playful interactions, and web developers using React or vanilla JavaScript who want to add physics-based animations to their interfaces.
Developers choose Dough Library for its specialized focus on realistic squishy physics effects that are easy to implement across multiple platforms. Unlike generic animation libraries, it provides ready-to-use widgets specifically designed for creating engaging, tactile UI interactions with minimal configuration.
This package provides some widgets you can use to create a smooshy UI.
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Supports Flutter for mobile, React for web, and vanilla JavaScript, as highlighted in the multi-platform feature, allowing consistent playful interactions across different tech stacks.
Widgets like PressableDough and DraggableDough simulate dough-like deformation with bounce effects, providing tactile feedback that enhances user engagement, as shown in the demos.
Ready-to-use widgets with minimal configuration, evidenced by quick links to separate READMEs and GIF demos, making it simple to add squishy interactions.
CustomDough widget allows developers to create unique squishy effects, offering flexibility beyond pre-built options, as demonstrated in the custom dough demo.
The README points to separate documentation for each package (Flutter Dough, Dough JS, etc.), which can complicate setup and increase the learning curve.
Physics-based animations are resource-intensive and may cause frame drops on lower-end devices or in UIs with many animated elements, a trade-off not addressed in the README.
Specialized for squishy effects, so it lacks support for broader animation needs or professional, minimalist interfaces, making it niche compared to comprehensive libraries.
No mention of accessibility considerations, such as how animations interact with assistive technologies, potentially violating WCAG guidelines for motion-sensitive users.