A comprehensive 3D/WebGL math library for graphics, geospatial, and visualization applications.
math.gl is a JavaScript math library specifically designed for 3D graphics, WebGL applications, and geospatial visualization. It provides essential mathematical primitives and operations needed for modern graphics programming, including vectors, matrices, quaternions, and specialized geospatial functions. The library solves the problem of implementing complex mathematical operations from scratch when building web-based visualization and graphics applications.
WebGL developers, 3D graphics programmers, geospatial application developers, and anyone building visualization applications that require robust mathematical operations in JavaScript.
Developers choose math.gl because it offers a comprehensive, performance-optimized mathematical toolkit specifically designed for web graphics and visualization, with specialized support for geospatial calculations and seamless integration with WebGL and modern rendering frameworks.
A 3D/WebGL math library
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Built for real-time graphics, with optimized implementations for vector and matrix operations, ensuring efficiency in WebGL applications.
Supports 2D, 3D, and 4D vectors, matrices, and quaternions, providing a full suite of mathematical primitives for graphics programming.
Designed to work seamlessly with WebGL and WebGPU frameworks, making it easy to integrate into modern web graphics projects.
Includes specialized functions for geospatial coordinate transformations, addressing unique needs in mapping and visualization applications.
Development has moved to a new repository, which may cause confusion, disrupt contributions, and complicate maintenance for users.
Focused exclusively on graphics and geospatial math, making it unsuitable for general-purpose mathematical operations outside this domain.
Relies on external online documentation, which could be less accessible or outdated compared to integrated docs in the codebase.