A simple but powerful header-only C++ DAE (Differential Algebraic Equation) system solver
A powerful library extending VBA with over 100 functions for math, stats, finance, and data manipulation. It supports SQL-like filtering and joining, matrix operations, and user-defined functions, enhancing automation and analysis within Microsoft Office and LibreOffice environments for data management, financial calculations, an more.
R package for the estimation of nonlinear least squares for equation systems
java numerical library for Matrix, Integrals (numerical integration), derivatives (numerical differentiation), equations, ODE, polynomials, etc
Pyhton algorithm for numerical simulation of heterostructure devices
Linear equation system solver in Haskell, implementing Gaussian elimination method
linear equation system solver in C# / solving lineare equation systems with 6 variables
MiniProjeto com Sistema de Equações Lineares
Solving the Fourrier heat diffusion equations on a part. Static diffusion, and dynamic diffusion with visualization of the diffusion. Test of the methods of determination of the eigenelements on matrices of different dimensions and comparison with the EIG function of Matlab.
Aplicativo feito em Java que tem como finalidade resolver sistemas de equações do 1º grau, pelo método de Gauss-Seidel.
Программа для решения систем логических уравнений (23 задание ЕГЭ по информатике)
JAVA project for COTUCA. This project presents an equation system solver using the Gaussian elimination method.
Excercises with pyhon of: Numerica Integration, Matrix , Linear Regression, root of equations
TP2b de Clase de Programación Avanzada - Sistemas de Ecuaciones Lineales
This repository contains algorithms for numerical methods. Feel free to contribute to it or use it in your own projects. It currently contains matrix functions and functions to solve linear equations
SageMath functions manipulating conditional oriented matroids. Among other functions, the check if a set corresponds to a conditional oriented matroid, the generating of that latter from its tope set, its Varchenko determinant computing, and the solving of its Aguiar-Mahajan system are implemented.
Implementation of the Jacobi and Gauss-Seidel iterative methods
Numerical Algorithms for solving Overdetermined Equation Systems
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