FeNAl

Flags about excited numerical algorithm.

Contents now

• Multiprecision class for unsigned integer : UInteger.
• Multiprecision class for signed integer : Integer.
• Multiprecision class for floating point number : Real.
• Basic algorithm : fast power of integer(signed and unsigned).
• Basic algorithm : adaptive simpson integration method for any function.
• Class for polynomial and numerical method to find all the root.
• Tests for these method above.
• Remainder-theorem implementation.

Requirements

• This project using c++17 charactoristics.
• CMake version >= 3.8.0
• VS2015 rc2 or later; GCC 6.1 or later; Clang 4.0 or later.

Build

• Make a new directories "build" in the FeNAl folder and enter.
• Run command "cmake ..".
• Run command "make & make test" if you are in Linux;
• Build project using VS if you are in Windows.

ToDo:

• Add tests for Remainder-theorem.
• Optimize the performance. Make it faster.
• Multiply number using FFT or so.
• Constructing expresion template for UInteger, Integer, Real.
• Class for general tensor.
• Template for quantity with dimension.
• Special function calculate, for example legendre, bessel, supergeometric and so on.
• and so on.