A set of Lambert's problem solvers

kOS library that enables scripted orbital transfer window planning and vessel rendezvous for the the game Kerbal Space Program

"Dispel the ignorance of the illusionary world; transcend the game engine!": presenting a Game Engine written on Python, extending support across multiple GPU devices with 3D rendering, PBR Renderer and much more!

:earth_africa: Simple C# library to convert Lambert Coordinates to WGS84

:earth_africa: Go package to convert coordinates from Lambert to WGS84

PHP extension to compute Lambert W(x) function.

This repository includes the implementation of basic lighting models used throughout the history of CGI. The project is made in Unity and written in HLSL.

:earth_africa: C library to convert Lambert coordinates to WGS84 with IGN Algorithms

geodesics calculates the geodesic distance between 2 points with latitude and longitude on ellipsoid Earth using Lambert's formula.

Estudio de Cell Shader con la Ley de Lambert.

Astrodynamics library in C++

Efficient and zero-dependency JavaScript implementations for the Lambert W function on the principal branch.

Курсовая работа по Компьютерной(Машинной) Графике

:earth_africa: lambert-dart is a library helping to convert Lambert coordinates to WGS84.

:earth_africa: Convert coordinates from Lambert to WGS84 with Swift

Custom format created using the FBX SDK.

Solver to compute the lambert equation using a third-order iterative solver

:earth_africa: Python wrapper for the C lambert library

CRTM05 Converter | CRTM05 Convertidor.

:earth_africa: NodeJS wrapper for the lambert C library

:earth_africa: Ruby native extension over the C and Java lambert library

:earth_africa: Crate helping to convert Lambert coordinates to WGS84

A single project where 3 circles are lit with 3 moving lights (red, green and blue), and colors are mixed using lambert's cosine law

:earth_africa: CLLocation category to use lambert coordinates

My bachelor thesis in aerospace engineering

An open-source astrodynamics toolkit that includes useful tools, functions, and methods to solve prominent orbital dynamics problems