A lightweight, dependency-free JavaScript library implementing Google Material Design progress bars with CSS3 and vanilla JS.
MProgress.js is a lightweight JavaScript library that implements Google Material Design's linear progress bars. It provides four types of progress indicators—determinate, buffer, indeterminate, and query—to visually represent loading states in web applications. The library solves the need for aesthetically consistent, performant progress indicators without relying on larger UI frameworks.
Frontend developers building web applications who want Material Design-compliant progress indicators with minimal dependencies. It's particularly useful for projects prioritizing lightweight, vanilla JavaScript solutions over heavy frameworks.
Developers choose MProgress.js for its dependency-free implementation, pure CSS3 animations, and straightforward API. Its small footprint and focus on Material Design accuracy make it a reliable alternative to progress bars within larger UI libraries.
Material Progress —Google Material Design Progress linear bar. By using CSS3 and vanilla JavaScript.
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Built entirely with vanilla JavaScript and CSS3, as stated in the README, ensuring no external library dependencies and a minimal footprint for broad compatibility.
Faithfully implements Google's Material Design progress indicators with four distinct types—determinate, buffer, indeterminate, and query—matching the official specifications shown in the demo.
Offers intuitive methods like start(), end(), set(), and inc() for easy control, demonstrated in the basic usage examples for quick integration.
Supports customization through options like template selection, parent container targeting, and auto-start, allowing adaptation to various loading scenarios without complex setup.
The README admits that only the determinate type works in all browsers, while buffer, indeterminate, and query types are restricted to Chrome and Firefox, hindering cross-browser use.
No mention of ARIA roles or accessibility features in the documentation, which could impact usability for screen readers and compliance with web standards.
Designed for vanilla JavaScript, it lacks built-in support for popular frameworks like React or Vue, requiring additional wrapper code for integration into modern stacks.