is a tiny computer algebra project (which I decided to learn C++ on).

At this point, the only notable implement is the univariate_polynomial.hpp container template. The template is written directly on pointer arithmetic and allows to specify

• base coefficient type
• degree type
• leading zeroes trim mode

Currently implemented functionality includes:

• evaluation according to Horner's scheme
• access to coefficients through subscript
  • bound-checked for consts
  • unchecked for non-consts
• destructive add, sub
• destructive mul, div by a constant
• lightweight to_string conversion
• mul/div by x^n as shifts
• add, sub
• mul by a constant
• schoolbook mul
• Karatsuba's mul
• div_mod
• equality / nonequality operators

The intent is to allow operations between containers of different coefficient types and different trim modes, if they are compatible. algebraic_type_closures.hpp is an attempt to facilitate the type compatibility.

• GCD
• Square-free factorization
• Numerical root searching for pseudo-dense coefficient types
• Toom-Cook ?
• FFT multiplication ?
• ...
• Proper unit tests

I am relatively new to C++ and this is long-term, not very thoroughly tested work in progress.

MIT License

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