CCMath

"Compile-time math for the real world"

A compile-time math library for transcendental functions written in C++17. Focused on high performance and precision for mathematical computations.

Language: C++17

Features:

• - Support for advanced transcendental functions (e.g., sine, cosine, logarithms)
• - Optimized runtime performance with SIMD, achieving 1-to-1 speed with the standard library
• - Handles all rounding modes effectively
• - Precision within 2 ULP, closely aligned with the standard with an active effort made to be bit for bit accurate with the standard.
• - Extensive test suites ensure reliability and accuracy
• - Active effort made to maintain the same behavior as all major compilers even for implementation defined behavior.

Use Cases:

• - Scientific computing and simulations
• - Real-time financial or engineering calculations
• - High-performance game engines

Why CCMath?

• - Focused on precision and performance for real-world applications
• - Supports all major platforms and compilers
• - Designed with developers in mind, offering robust handling of edge cases

Supported Compilers & Platforms

• - Tested on the following OS: Windows, MacOS, and Linux.
• - Tested on the following Compilers: GCC, Clang, Apple Clang, and MSVC.
• - All platforms and compilers extenstively tested with Google Test!

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A small Vulkan game engine written in C++20.