The fastest open-source C++17 optimization library for unconstrained nonlinear problems. Header-only, single dependency. Highest reliability, composable function expressions, unconstrained and constrained solvers.

OptimLib: a lightweight C++ library of numerical optimization methods for nonlinear functions

Easy-to-use linear and non-linear solver

The repository for Sir Isaac NewtonScript, a low-power language based on C++ made to imitate Apples NewtonScript. Works with WacOS and SirIsaacNewtonOS. It is part of the WacOS Operating System project.

SirIsaacNewtonOS is a open source recreation and alternate to Apples NewtonOS. It is part of the WacOS Operating System project.

Interpolation calculators to find the result and main values using the methods Lagrange, Newton or Gregory-Newton showing the step by step of each one.

❄️ A colorfull real time fractal generator and explorer that uses GPU accelerations to allow smooth deep zooms

CPP based calculator of Newtons Law and WPE

Apple Newton Package Dumper and NewtonScript Bytecode Disassembler

DarkGDK project making use of Wiimote and Newton Physics

An implementation of NewtonScript

FAST, Bounded, SPLIT Newton solver with pseudo-transient continuation and backtracking.

atus-pro unstable playground

数值分析；求PI；各类数值分析的方法求π

Newton's (Newton-Gregory) Backward Difference formula is a way of approximating a function with an nth degree polynomial passing through (n+1) equally spaced points.

Newton's (Newton-Gregory) Forward Difference formula is a way of approximating a function with an nth degree polynomial passing through (n+1) equally spaced points.

A little Arduino-based USB device that reads Serial data from a "TesT" - Newton-meter and transmits it directly to the Computer

Newton's (Newton–Raphson) method is a root-finding algorithm which produces successively better approximations to the roots of a real-valued function.

3D physics simulation. Using open source physics simulation lib (newton) and directx9.