A collection of numerical methods written in Nim

A C project which can calculate the definite integral of real functions using Newton-Cotes quadrature formulas.

Implementation of well-known numerical methods.

A repository containing python codes for the numerical methods I studied in Numerical Analysis course during Spring 2022 semester

Numerical Method Codes in Python

Contains sample implementations in python of the following numerical methods: Euler's Method, Midpoint Euler's Method, Runge Kuttta Method of Order 4, and Composite Simpson's Rule

CODE FOR ALL MODULES OF NUMERICAL METHODS

My codes for the courses of Computer Programming, and Numerical and Computational Physics at IITR

A Julia package to numerically approximate 1d function integrals using any of a variety of different methods.

This repository contains a collection of numerical methods implemented in C++ , Python programming languages, designed to solve mathematical problems such as root-finding, interpolation, integration, and differential equations

Here I tried to implement all the algorithm which I learn from my Numerical Analysis course.

Numerical Integration - Definite Integration

numerical methods on Pascal

🧮 Numerical Integration Calculator | Interactive React app for computing definite integrals using Rectangle, Trapezoid & Simpson's methods 📊 | Real-time function plotting with MathJS + Function-Plot 📈

Adaptive Simpson's Integration

Simpson's 1/3 Rule

Numerical methods and calculator written in C. (Integration and differentiation of several variables and more!). Ultimately turning into a math library at this point with support for multivariable operations. Much thanks to the creator of TinyExpr for ease of expression parsing

Definite Integral calculator using Trapezoidal Rule, Simpson's Rule and Romberg's Method