📐 Orthogonal polynomials in all shapes and sizes.

A library for calculating the Associated Legendre polynomials

Golang implementation of the NOAA World Magnetic Model

Legendre polynomials and associated Legendre polynomials computed using 3-term recursions

A Python module to compute multidimensional arrays of evaluated (orthogonal) functions.

Orthogonal polynomials for optics analysis

C++ functions which evaluate Legendre polynomials

R을 이용한 경제 시계열 데이터 분석 / GARCH, Legendre models

An idea for solving a given numerical integration using Gaussian Quadrature Legendre

Python code for studying the convergence of Legendre series for piecewise analytic functions.

Functional analysis tasks' solutions implemented in MatLab

This repository contains useful matlab functions for any engineering student taking a course on Numerical Methods (Numerical Analysis). These functions can also b re-purposed to create a more complex application.

Digital signal processing library including: polynomial fitting, filtering, etc. Where possible API facilitates real-time applications

Developing an software that can calculate legendre differential equations and save them in excel table.

Jacobi, Gegenbauer, Chebyshev of first, second, third, fourth kind, Legendre, Laguerre, Hermite, shifted Chebyshev and Legendre polynomials

MultiPrecision Legendre Polynomial Root Finding

Polinomios de Legendre programado en c++, usando las relaciones de recurrencia

PES2MP: Get radial coefficients from PES via multipole expansion

Spherical Harmonics project is dedicated to the study of special functions defined on the surface of a sphere. This tool facilitates visualization of mode shapes and enables the analysis of pulse and harmonic responses on the sphere's surface to external loads. Developed using C++17/ modern OpenGL