Computational Mathematics

Brief description

This repository aimed to creating programming implementation of various methods of Computational Mathematics

Detailed description

Repository has several directories with solutions for certain theme. These directories are:

• SLAE

  SLAE - System of Linear Algebraic Equations. This directory contains methods of exact and numeric solving of SLAE. There are:
  • Gauss method (exact) [C++, Python]
  • Seidel method (numeric or approximate) [C++, Python]

Interaction with the solutions

You can use these solutions in several ways:

1. Just copy the source code of needed methods.

2. Clone the whole repo to your computer:

     git clone https://github.com/MatheMateCS/Computational-Mathematics

   • If you use Python solutions, just create main.py in root directory of repo and then write appropriate imports in it, such as:

   from SLAE.slae import *
   
   gauss()

   • If you use C++ solutions, create main.cpp in root directory, include in it appropriate headers from directories:

   #include "SLAE/slae.h"
   
   int main() {
       gauss();
   }

   And then build the project with cmake builder, for example create CMakeLists.txt:

    cmake_minimum_required(VERSION 3.29)
    project(Computational-Mathematics)
    
    set(CMAKE_CXX_STANDARD 14)
    
    add_executable(Computational-Mathematics
        SLAE/slae.h
        SLAE/gauss.cpp
        main.cpp
    )