Numerical Analysis code from the Oscar Veliz YouTube Channel

Solve symbolically defined systems of non-linear equations numerically.

Repository for Numerical Analysis course given by Assoc. Prof. Dr. Bora Canbula at Computer Engineering Department of Manisa Celal Bayar University.

Python library for root-finding in one dimension

A python program that uses diverse numerical analysis methods to find roots of mathematical functions.

A python package to locate poles and zeros of a meromorphic function with their multiplicities

Project dealing with the numerical calculation of zeros, poles and residues of holomorphic and meromorphic functions. It aspires to be a PYthon ZEAL (ZEros of AnaLytic functions, a Fortran90 package) successor.

An interactive Python-based newton fractal generator

Numerical analysis algorithms

Find All Roots with a Tree

Standalone Python Implementation of tabakg's Delves Routine.

Numerical methods written in Python 2 (ODE, Linear Algebra, Rootfinding, Ax=b, Fourier transform)

apply different root finding algorithms, compare and analyse their behaviour using plots and tables

Python Transcendental Equation Solvers

Chebyshev-proxy Rootfinding based on J. Boyd (2013 and 2014). This repository is intended for educational use and isn't really a standalone package; however, the implementation may be enlightening for someone wishing to reimplement the CPR algorithm.

Python code to find the root of a function with Newton-Raphson method.

A repository of numerical methods meant for educational purposes.

Find root, interpolation, solve linear systems and solve EDOs methods implemented algorithms

Derivative-free method to find zeros of analytic (holomorphic) functions / solve nonlinear (polynomial / generalized) eigenvalue problems using contour integration. (Block SS-Hankel method, Block Sakurai Sugiura method)

Various numerical method of solving eqs. using approximation