A Swift framework providing essential math constructs like vectors, matrices, complex numbers, quaternions, and polynomials.
SwiftMath is a Swift framework that provides essential mathematical constructs and functions, including vectors, matrices, complex numbers, quaternions, and polynomials. It solves the problem of needing to perform advanced mathematical operations in Swift without relying on external C or C++ libraries, offering a native solution for iOS and macOS developers.
Swift developers working on iOS or macOS applications that require mathematical computations, such as those in graphics, physics simulations, scientific computing, or engineering projects.
Developers choose SwiftMath for its pure Swift implementation, which eliminates the need for bridging to other languages, and its comprehensive set of mathematical tools that are optimized for performance and ease of use in Swift environments.
:triangular_ruler: A math framework for Swift. Includes: vectors, matrices, complex numbers, quaternions and polynomials.
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Eliminates the need for bridging to C/C++ libraries, making it seamless to use in Swift projects for iOS and macOS without external dependencies.
Includes essential constructs like Vector2, Vector3, Complex numbers, Quaternions, and Polynomials, covering common needs in graphics, physics, and simulations.
Provides easy-to-use operations for vectors, such as addition, length calculation, and normalization, with clear code examples in the README for quick adoption.
Supports both analytic methods for degrees ≤4 and the Durand-Kerner method for higher degrees, offering flexibility in mathematical modeling without manual implementation.
The project is explicitly labeled as work in progress and in alpha state, meaning it may have bugs, incomplete features, or breaking changes unsuitable for production.
Targets Swift 2.1, which is severely outdated compared to current Swift versions, limiting compatibility and requiring potential modifications for modern projects.
Only supports installation via Carthage, lacking support for more modern dependency managers like Swift Package Manager or CocoaPods, which may complicate setup.
The README provides basic examples but lacks comprehensive API documentation, tutorials, or advanced usage guides, increasing the learning curve for complex tasks.