Sympy notes from my maths degree. Grand plans.
-
Updated
Nov 19, 2018 - Jupyter Notebook
Sympy notes from my maths degree. Grand plans.
Simple calculator. Using the Tkinter package to build the GUI.
Algunas resoluciones para los problemas planteados por la cátedra Sistemas de Control 2
Use sympy differential geometry module to form Geodesic equations for any 2d systems and numpy odeint to solve them numerically
Here, some methods for solving nonlinear equations, offering a collection of solvers including Bisection, Newton-Raphson, Secant, Fixed Point Iteration, and Newton's Method with Multiple Roots are found. These numerical techniques provide versatile and efficient approaches to finding solutions for nonlinear equations
Решение курсового проекта «Метод наименьших квадратов»
computer algebra system in python
Compute the Jordan Form of a SymPy Matrix
Summary of Mathematics 2: ODEs at the FHV Bachelor Mechatronics
A study of six-order convergence root finding method
This repository contains jupyter notebooks implementation on Deep Learning.
Solves a functions root using the Newton-Raphson method
This folder contains didactic material for the students of 'CAS 522 Dynamical Systems' (Instructor: Enrico Borriello - ASU, Fall B 2021). Come back at the end of each Module, for a sample solution to the coding problems.
Implementation of Wumpus World
Proyecto Final Cálculo I Para Ingeniería en Sistemas II Cuatrimestre 2018
More playing around with the discrete Fourier Transform.
Add a description, image, and links to the sympy topic page so that developers can more easily learn about it.
To associate your repository with the sympy topic, visit your repo's landing page and select "manage topics."