A powerful multi-phase load flow solver, by Roseau Technologies

HELMpy, open source package of power flow solvers, including the Holomorphic Embedding Load Flow Method (HELM), developed on Python 3

Numerical analysis methods implemented in Python.

A collection of Python programs that helps in Numerical Analysis.

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

A python implementation of linear classification algorithm (including Probabilistic Generative Model, Probabilistic Discriminative Model). (See Pattern Recognition and Machine Learning, Bishop)

"Julia-Based Open Source Software Module for Harmonic Power Flow", Master thesis by Pascal Weigmann, TU Berlin.

An implementation of the numerical method for root finding of Newton-Raphson using TensorFlow for automatic derivative calculation and possibility for CUDA acceleration.

An equation solver and graphing calculator 🧮

1D Finite-Volume with AMR and steady-state solver using Newton and Split-Newton. 2k+ downloads

An interactive Python-based newton fractal generator

Computing implied volatility by Newton-Raphson method

Condensed-Gradient Boosting

A Newton Raphson Solver in Python

Lots of mathematical numerical methods to ease your life :)

In this program the Newton-Raphson method is implemented to approximate the roots of a real function.

1D Finite-Difference with AMR and steady-state solver using Newton and Split-Newton

Cython Benchmarks: I will be putting both Python and Cython versions of the same functions to the test and comparing their speed and performance

FEM tool to calculate the axial forces and displacements of 2D truss structures with nonlinear material behaviour (nonlinear stress-strain curves) using the Newton-Raphson method.

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