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.