Numerical Analysis code from the Oscar Veliz YouTube Channel

Solve symbolically defined systems of non-linear equations numerically.

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

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

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)

Standalone Python Implementation of tabakg's Delves Routine.

Find All Roots with a Tree

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.

A repository of numerical methods meant for educational purposes.

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

Various numerical method of solving eqs. using approximation

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

This repository contains a modular Python toolkit for studying the Riemann-Zeta function on the critical line and certifying its non-trivial zeros.