Python codes for computational physics.
-
Updated
Sep 15, 2024 - Python
Python codes for computational physics.
An introduction to determinants
An command-line app to solve systems of equations (3x3 only) using the iterative Gauss-Seidel Method, with user-specified decimal accuracy.
Various algorithms, without explanation of their work
The projects of the course 191158510, Programming in Engineering, offered under self-study, at the University of Twente.
Linear Algebra for Machine Learning and Data Science
An extensive math library made in TypeScript
System of Equations generator for integral answers
An efficient C/C++ implementation for solving N equations with N unknowns with the help of Gaussian elimination.
Handwritten notes + future test set
Assignment for building a system of equations solver from scratch and comparing them with existing solvers.
Script to solve system of equations in Scilab I wrote during 2nd semester for course Numerical Methods and Simulation (Metody numeryczne i symulacja)
A tool for numerical analysis
Numerical methods and graph plotting using Python
Analytica is a web app to solve systems of linear equations using different algebraic and numerical methods. Not only showing the final solution, but all the steps involved to get that solution.
Solving systems of linear equations using numerical methods - python
Approximating 3 common functions with the direct method, Lagrange interpolation, and Hermite interpolation. Approximations plotted on Chebyshev nodes.
🐍Модуль "Решение СЛАУ методом простых итераций" для Python
🐍Модуль "Решение СЛАУ методом простых итераций" для Python
Add a description, image, and links to the system-of-linear-equations topic page so that developers can more easily learn about it.
To associate your repository with the system-of-linear-equations topic, visit your repo's landing page and select "manage topics."