High-performance, educational C++ project with modular and extensible architecture for solving physics problems using state-of-the-art numerical methods

A C++ Computational Fluid Dynamics library based on the finite volume method

C++ DataFrame for statistical, financial, and ML analysis in modern C++

Powerful automatic differentiation in C++ and Python

C++ implementation of the Python Numpy library

C++ framework for rigorous computation on cyber-physical systems

MPM-Geomechanics is a program that allows us to model the behavior of geo-materials, like soil and rock, when these materials are subjected to extreme conditions.

A collection of algorithms in numerical analysis implemented in C++ (Mirror)

Fast prime number generator

Dual number classes for automatic differentiation including for higher order derivatives

Implementation of bignum using avx512 extensions

A C++ program that finds the roots of any polynomial function using the Bisection, Secant, and False Position methods.) numerical methods

Didactic application to aid students in learning Numerical Methods.

Implementation of the 12 steps approach to the Navier-Stokes equations, essential for simulating fluid dynamics.

High-performance image filtering and noise reduction using C++ and convolution kernels, leveraging optimized matrix operations.

An C++ code for mixed-precision linear solve algorithms

Fast arbitrary dimension linear interpolation in C++

This program will help you to find out the answers of the Numerical methods

Source files for my experiments not limited to computer graphics.