SUMMARY
The discussion centers on finding a comprehensive C# math library that offers capabilities similar to Mathematica or Maxima, particularly for parsing and symbolic integration. Math.NET is highlighted as a primary recommendation, specifically its MathNet.Numerics and MathNet.Symbolics libraries. Users express difficulty in locating adequate documentation for MathNet.Symbolics, although example code is available at the official documentation site. Additionally, a suggestion is made to explore the source code for better understanding and potential documentation contributions.
PREREQUISITES
- Familiarity with C# programming language
- Understanding of mathematical concepts relevant to symbolic integration
- Basic knowledge of library usage in C#
- Experience with parsing techniques in programming
NEXT STEPS
- Explore Math.NET documentation at http://symbolics.mathdotnet.com/docs/
- Review example code and tutorials for MathNet.Symbolics
- Investigate the source code of Math.NET for deeper insights
- Research additional C# math libraries listed on https://www.quantconnect.com/blog/top-numerical-libraries-for-c/
USEFUL FOR
C# developers, mathematicians, and software engineers seeking advanced mathematical libraries for parsing and symbolic computation in their applications.