A lightweight open-source computer algebra library for .NET, Silverlight, and Mono, written in F#.
Math.NET Symbolics is an open-source computer algebra library for .NET, Silverlight, and Mono, written in F#. It enables symbolic mathematics, including expression simplification, polynomial operations, and basic calculus, directly within .NET applications. The library solves the need for lightweight symbolic computation without requiring a full computer algebra system.
.NET and F# developers working on applications that require symbolic math, such as educational tools, scientific computing, or engineering software. It's also suitable for researchers and hobbyists needing basic algebraic manipulation in a .NET environment.
Developers choose Math.NET Symbolics for its simplicity, cross-platform compatibility, and integration with the Math.NET ecosystem. Unlike heavyweight commercial alternatives, it offers a focused, readable, and MIT-licensed solution for essential symbolic computation tasks.
Math.NET Symbolics
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The library focuses on essential functionality with clear, readable code, as evidenced by the unit tests serving as primary examples for expression manipulation.
It runs on .NET, Silverlight, and Mono, ensuring broad compatibility across different .NET environments, as stated in the GitHub description.
The README provides numerous algebraic examples in unit tests, making it accessible for learning and quick implementation in educational tools.
Covered under the MIT/X11 license, it allows free use and modification in commercial projects, fostering community contributions and integration.
It lacks advanced features like symbolic integration, equation solving, or comprehensive algebra, as the README admits it's not a full computer algebra system.
Written entirely in F#, it may require additional setup or familiarity for C# developers, potentially increasing complexity in mixed-language projects.
Documentation relies heavily on unit tests for examples, which might not be as user-friendly or comprehensive as dedicated guides or tutorials.
Math.NET Symbolics is an open-source alternative to the following products:
Wolfram Alpha is a computational knowledge engine that answers factual queries by computing answers from curated data rather than providing web search results.
Maple is a symbolic and numeric computing environment and programming language developed by Maplesoft, used for mathematics, engineering, and scientific research.
Mathematica is a proprietary computational software system developed by Wolfram Research used for symbolic and numeric computation, visualization, and programming.