A library for rendering LaTeX math equations in native iOS and macOS applications using Core Text.
iosMath is a library for displaying beautifully rendered mathematical equations in iOS and macOS applications using LaTeX syntax. It solves the problem of embedding complex math notation natively without relying on slower web views or JavaScript engines. The library provides a UILabel-like component that typesets formulas with the same precision as LaTeX.
iOS and macOS developers building educational apps, scientific tools, or any application requiring high-quality mathematical notation display.
Developers choose iosMath for its native performance, exact LaTeX compliance, and ease of integration, offering a faster and more seamless experience compared to web-based alternatives like MathJax within Apple's ecosystem.
Beautiful math equation rendering on iOS and MacOS
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Uses Core Text and CoreGraphics instead of UIWebView and JavaScript, leading to significantly faster rendering times for math equations in apps.
Renders equations with the same rules as LaTeX, ensuring pixel-perfect accuracy ideal for educational and scientific applications.
Includes fractions, exponents, integrals, matrices, Greek letters, and most common math symbols, covering a wide range of mathematical notation needs.
Available via CocoaPods or static library with a simple API similar to UILabel, making it straightforward to add to iOS and macOS projects.
Allows adjustable font size, color, alignment, and support for custom LaTeX commands, providing flexibility for app design.
Admits missing features like explicit big delimiters and some plain TeX commands in the 'Future Enhancements' section, limiting advanced typesetting.
Only supports iOS and macOS, making it unsuitable for projects that need to run on other platforms without significant rework.
Relies on bundled math fonts, and using custom OTF fonts requires additional setup, which can be cumbersome for developers unfamiliar with font management.
While error handling is included, the inline error display might lack detailed debugging information compared to full LaTeX implementations, potentially slowing down development.