**ZeroMath** is a lightweight, zero-dependency mathematical computation library engineered in pure ANSI C for cross-platform use on Windows, Linux, and macOS. Designed for developers, students, and scientific computing enthusiasts, it delivers essential numerical algorithms through a clean, modular API requiring only the standard C library and `libm`. Core capabilities include advanced arithmetic operations, polynomial evaluation, root-finding methods (Newton-Raphson, bisection), numerical integration (trapezoidal, Simpson's rule), basic statistical functions, and matrix operations for small-scale linear algebra. Built with strict type safety, buffer-safe string handling, and explicit memory management, ZeroMath ensures robustness without external dependencies—compiling to a compact ~30 KB static library. Its deterministic algorithms prioritize reproducibility and performance, making it ideal for embedded systems, educational projects, or as a foundation for larger scientific applications. The library features a well-documented header-only design with intuitive function naming (`zm_add`, `zm_solve_linear`, `zm_integrate`), enabling seamless integration into existing C/C++ codebases. With MIT licensing, transparent source code, and portable compilation flags, ZeroMath invites customization, extension, or pedagogical exploration of numerical methods. Whether verifying calculus homework, prototyping engineering calculations, or building constraint-free math utilities, developers benefit from reliable, keyboard-driven computational power—making it a versatile companion for offline-capable, high-performance mathematical workflows. 🔢🧮💻

zeromath

ZeroMath is a lightweight, zero-dependency mathematical

ZeroMath is a lightweight, zero-dependency mathematical